Device capable of using external volatile memory and device capable of releasing internal volatile memory

The present invention includes a device capable of using an external volatile memory. An embodiment of the device comprises: a storage controller operable to control the data access of a non-volatile storage medium and communicate with an external device according to a protocol and/or a driver in which the external device masters an external volatile memory. The said storage controller is operable to treat at least a part of the external volatile memory as a cache memory under an external cache mode through the following steps: asking the external device to provide a demand memory; detecting whether the external device provides an allocated memory according to a response from the external device; operating under a non-external-cache mode if none of the allocated memory is provided; and operating under the external cache mode if the allocated memory is provided, and thereby treating the allocated memory as the said cache memory.

Light source device for backlight module and liquid crystal display

MEMORY CONTROL DEVICE FOR ESTIMATING TIME INTERVAL AND METHOD THEREOF

A memory control device includes a memory and a controller. The memory includes a plurality of memory blocks. The controller is coupled to the memory and configured to select a first memory block from the memory blocks and program data into the first memory block. When the memory control device is deactivated and re-activated, the controller is further configured to read a voltage distribution of the first memory block to determine a deactivation interval, and determine a reference time according to the deactivation interval and an initial time, and the voltage distribution of the first memory block correspond to the data. 1. A memory control device , comprising:a memory comprising a plurality of memory blocks; anda controller coupled to the memory and configured to select a first memory block from the memory blocks and program data into cells of the first memory block to obtain a first voltage distribution across cells of the first memory block, thereby generating a first voltage value representative of the first voltage distribution, wherein the controller is configured to obtain a second voltage distribution across the cells of the first memory block after a time interval to thereby generate a second voltage value representative of the second voltage distribution, and the controller is configured to estimate the time interval based on a difference between the first and the second voltage values to generate an estimated time interval.2. The memory control device of claim 1 , wherein the controller is further configured to determine whether to erase the first memory block and to program the data into the cells of the first memory block according to the estimated time interval and a time threshold value.3. The memory control device of claim 1 , wherein the memory control device is deactivated and re-activated in the time interval.4. The memory control device of claim 1 , wherein the controller is configured to determine whether to perform a maintain operation on the ...

Flat display device and front frame structure thereof

Automatic joining system with machine vision location

An automatic joining system with machine vision location includes an image capturing device, joining device, a driving device, a database and a control unit. The image capturing device is configuring for capturing an image of a first workpiece. The joining device is configuring for joining a second workpiece onto the first workpiece. The driving device is configuring for driving the joining device to move relative to the first workpiece. The control unit is electrically connected with the above-mentioned element. The control unit calibrates the benchmark location of the first workpiece according to the image, and controls the driving device to drive the joining device moving to the corresponding location of the first workpiece to join the second workpiece. The above-mentioned automatic joining system is capable of increasing accuracy of joining location and joining quality, and manufacturing products of different specifications according to joining process data.

Welding apparatus

A welding apparatus includes a plurality of charging hosts, a first welding unit and a switching circuit. The charging hosts are configured for providing power with a working voltage. The first welding unit is configured for welding a first workpiece to a substrate by using the power provided by the charging hosts. The switching circuit is connected between the charging hosts and the first welding unit to selectively connect the first welding unit to one of the charging hosts. The above-mentioned welding apparatus can decrease waiting time for charging between welding actions, so as to enhance the production efficiency.

Mobile consumption reservation method based on non-mainstream consumption habit

一種基於非主流消費習慣之行動消費預約方法，包含由雲端管理者端、實體商家端及複數消費者端組成之預約消費群組，並由實體商家端提供一基於非主流消費習慣之促銷方案給消費者端。其中，預約消費群組以無線連接方式存取、傳送及接收消費者資料、預約排程資料及優惠資料，所述基於非主流消費習慣之促銷方案係預先界定某一地理上的相對位置、某一天氣狀況、某一民俗節慶日係相對應於某一服務內容為非主流消費習慣，並即時地以一開放資訊為基礎進行資料判斷或運算後，推播促銷方案給消費者端，所述開放資訊係選自於天氣預報、地理圖資、民俗節慶資訊及其任意組合所組成之群組。

Data backup system

A data backup method for backing-up target data, through a driver module, from a first storage device to a second storage device is disclosed. The first storage device includes a first storage unit that stores the target data, and a first control unit that accesses the first storage unit based on a first logical-to-physical table. The second storage device includes a second storage unit and a second control unit that accesses the second storage unit based on a second logical-to-physical table. The method includes steps of: reading the target data from the first storage unit without accessing the first logical-to-physical table; transmitting the target data to the second control unit through the driver module; and writing the target data to the second storage unit without accessing the second logical-to-physical table.

Storage device, booting procedure acceleration method and storage controller

The present disclosure provides a storage device for accelerating a booting procedure. The storage device includes a non-volatile storage medium, a volatile cache memory and a storage controller. The non-volatile storage medium stores booting data and is configured to output the booting data according to a read instruction. The storage controller is configured to store the booting data to the volatile cache memory by executing the following steps: reading a booting data table including non-physical addresses of the booting data; generating a read instruction according to the booting data table, in which the read instruction indicates the physical addresses of the booting data in the non-volatile storage medium; storing the booting data from the non-volatile storage medium to the volatile cache memory; and associating the non-physical addresses of the booting data with the cache addresses of the booting data in the volatile cache memory.

Memory control device and memory control method

A memory control device includes a memory and a controller. The memory includes plural memory blocks. The controller is coupled to the memory and configured to select a first memory block of the memory blocks, and to write data into the first memory block. When the memory control device turns off and turns on again, the controller is further configured to read a voltage distribution of the first memory block to determine a turned off period, and to determine a reference time according to the turned off period and an initial time. The voltage distribution of the first memory block is corresponding to the data.

Joining system with automatic location

Lighting device

Data backup system and method thereof

A data backup method for backing up target data, through a driver module, from a first storage device to a second storage device is disclosed. The first storage device includes a first storage unit that stores the target data, and a first control unit that accesses the first storage unit based on a first logical-to-physical mapping table. The second storage device includes a second storage unit and a second control unit that accesses the second storage unit based on a second logical-to-physical mapping table. The method includes steps of: reading the target data from the first storage unit without accessing the first logical-to-physical mapping table and transmitting the target data to the driver module; transmitting the target data to the second control unit; and writing the target data to the second storage unit without accessing the second logical-to-physical mapping table. 1. A data backup system for backing up target data , comprising: a first storage unit configured to store the target data; and', 'a first control unit, coupled to the first storage unit and configured to access the first storage unit according to a first logical-to-physical mapping table;, 'a first storage device, comprising a second storage unit; and', 'a second control unit, coupled to the second storage unit and configured to access the second storage unit according to a second logical-to-physical mapping table; and, 'a second storage device, comprisinga driver module configured to access the first storage device and second storage device;wherein, during the processing of backing up the target data from the first storage device to the second storage device, the first control unit reads the target data from the first storage unit without accessing the first logical-to-physical mapping table and transmits the target data to the driver module, the driver module transmits the target data to the second control unit, and the second control unit writes the target data to the second storage unit ...

Device capable of using external volatile memory and device capable of releasing internal volatile memory

The present invention includes a device capable of using an external volatile memory. An embodiment of the device comprises: a storage controller operable to control the data access of a non-volatile storage medium and communicate with an external device, the external device controlling an external volatile memory. The said storage controller is operable to treat at least a part of the external volatile memory as a cache memory under an external-cache mode through the following steps: requesting the external device to provide a required amount of memory; detecting whether the external device provides an allocated memory according to a response from the external device; operating under a non-external-cache mode if none of the allocated memory is provided; and operating under the external-cache mode if the allocated memory is provided, and thereby treating the allocated memory as the said cache memory. 1. A device capable of using an external volatile memory , comprising:a storage controller operable to control data access of a non-volatile storage medium and communicate with an external device, the external device controlling an external volatile memory and the storage controller being operable to treat at least a part of the external volatile memory as a cache memory under an external-cache mode through the following steps:requesting the external device to provide a required amount of memory;detecting whether the external device provides an allocated memory according to a response to the request of the required amount of memory from the external device;operating under a non-external-cache mode if the external device does not provide the allocated memory; andoperating under the external-cache mode if the external device provides the allocated memory, and thereby treating the allocated memory as the cache memory.2. The device of claim 1 , wherein the step of requesting the external device to provide the required amount of memory includes specifying the capacity of the ...

Storage device, method capable of accelerating booting procedure and storage controller

The present disclosure discloses a storage device capable of accelerating a booting procedure. An embodiment of the device includes a non-volatile storage media, a volatile cache memory and a storage controller. The non-volatile storage media stores booting data and is operable to output the booting data according to a read instruction. The storage controller is operable to store the booting data in the cache memory by executing the following steps including reading a booting data table including the non-physical addresses in connection with the booting data, generating the read instruction according to the booting data table in which the read instruction indicates the physical addresses in connection with the booting data in the non-volatile storage media, storing the booting data from the non-volatile storage media in the cache memory, and associating the non-physical addresses of the booting data with the cache addresses of the booting data in the cache memory.

Memory control device for estimating time interval and method thereof

A memory control device includes a memory and a controller. The memory includes a plurality of memory blocks. The controller is coupled to the memory and configured to select a first memory block from the memory blocks and program data into the first memory block. When the memory control device is deactivated and re-activated, the controller is further configured to read a voltage distribution of the first memory block to determine a deactivation interval, and determine a reference time according to the deactivation interval and an initial time, and the voltage distribution of the first memory block correspond to the data.

Light source device for backlight module and liquid crystal display

A light source device is suitable for a back light module, the light source device comprises a heat sink and a light bar, wherein the heat sink includes at least one bonding hole, the light bar includes a substrate and plural light emitting diodes (LEDs) electrically disposing on the substrate, wherein the substrate includes at least one tongue strip. In manufacturing, providing the light bar; and inserting the tongue strip of the substrate into the bonding hole and attaching a side edge of the substrate on a surface of the heat sink, such that the substrate of the light bar and the heat sink are closely combined as one piece structure for preventing the substrate of the light bar separates from the heat sink, due to a thermal expansion of the substrate of the light bar. Therefore, when the LEDs generate a heat energy and conduct the heat energy to the substrate of the light bar, the heat energy can be successfully conducted to the heat sink through the substrate of the light bar for enhancing ...

Backboard structure

DATA BACKUP SYSTEM AND METHOD THEREOF

A data backup method for backing up target data, through a driver module, from a first storage device to a second storage device is disclosed. The first storage device includes a first storage unit that stores the target data, and a first control unit that accesses the first storage unit based on a first logical-to-physical mapping table. The second storage device includes a second storage unit and a second control unit that accesses the second storage unit based on a second logical-to-physical mapping table. The method includes steps of: reading the target data from the first storage unit without accessing the first logical-to-physical mapping table and transmitting the target data to the driver module; transmitting the target data to the second control unit; and writing the target data to the second storage unit without accessing the second logical-to-physical mapping table. 1. A system , comprising: a first storage unit configured to store a target data; and', 'a first control unit, coupled to the first storage unit and configured to access the first storage unit according to a first mapping table;, 'a first storage device, comprising 'a second storage unit, wherein the second storage unit stores an original defect block table that describes defect blocks of the second storage unit; and', 'a second storage device, comprisinga second control unit, coupled to the second storage unit and configured to access the second storage unit according to a second mapping table; anda driver module configured to access the first storage device and second storage device;wherein during a process of backing up data, the first control unit arranges the target data in the first storage unit according to the original defect block table, and updates the first mapping table, and transmits the target data to the second control unit through the driver module.2. The system of claim 1 , wherein in the process of backing up data claim 1 , the first mapping table and the second mapping table ...

MEMORY CONTROL DEVICE AND MEMORY CONTROL METHOD

A memory control device includes a memory and a controller. The memory includes a plurality of memory blocks. The controller is coupled to the memory and configured to select a first memory block from the memory blocks and program data into the first memory block. When the memory control device is deactivated and re-activated, the controller is further configured to read a voltage distribution of the first memory block to determine a deactivation interval, and determine a reference time according to the deactivation interval and an initial time, and the voltage distribution of the first memory block correspond to the data. 1. A memory control device , comprising:a memory comprising a plurality of memory blocks; anda controller coupled to the memory and configured to select a first memory block from the memory blocks and program data into the first memory block,wherein when the memory control device is deactivated and re-activated, the controller is further configured to read a voltage distribution of the first memory block to determine a deactivation interval, and determine a reference time according to the deactivation interval and an initial time, and the voltage distribution of the first memory block correspond to the data.2. The memory control device of claim 1 , wherein the controller is further configured to determine whether to erase the first memory block and to program the data into the first memory block according to the deactivation interval and a time threshold value.3. The memory control device of claim 2 , wherein the controller is further configured to determine whether the deactivation interval is longer than the time threshold value claim 2 , and when the deactivation interval is longer than the time threshold value claim 2 , the controller erases the first memory block and programs the data into the first memory block.4. The memory control device of claim 1 , wherein the controller is configured to determine whether to perform a maintain operation ...

Automated optical inspection system

An automated optical inspection (AOI) system includes a first image capturing device, a database and a comparing unit. The first image capturing device is configured for capturing a captured image of an assembled bezel, wherein the captured image includes a joint region on the assembled bezel. The database is configured for storing a reference iamge. The comparing unit is connected with the first image capturing device and the database, and is configured for comparing the captured image and the reference iamge to determine whether there is any defect on the assembled bezel. The above-mentioned AOI system can reduce measurement time for the assembled bezel and save associated labor costs.

Storage device, booting procedure acceleration method and storage controller

The present disclosure provides a storage device for accelerating a booting procedure. The storage device includes a non-volatile storage medium, a volatile cache memory and a storage controller. The non-volatile storage medium stores booting data and is configured to output the booting data according to a read instruction. The storage controller is configured to store the booting data to the volatile cache memory by executing the following steps: reading a booting data table including non-physical addresses of the booting data; generating a read instruction according to the booting data table, in which the read instruction indicates the physical addresses of the booting data in the non-volatile storage medium; storing the booting data from the non-volatile storage medium to the volatile cache memory; and associating the non-physical addresses of the booting data with the cache addresses of the booting data in the volatile cache memory.

Flat display device, front frame structure and manufacture method thereof

A flat display device, front frame structure and a manufacture method thereof are provided. The front frame structure includes a plurality of front frame members, each which includes a body and a restricted element that has a fixed portion and a restricted portion that join with each other, wherein the fixed portion is bonded on the body, and the restricted portion is erected on the body. By the body of the front frame members join with each other, so as to from an opening between the front frame members.

Workpiece and semi-manufactured product of assembled bezel

Memory device, memory controller, and control method thereof

A control method includes detecting an operational command to a first memory unit, interrupting an operational status of a second memory unit, asserting the operational command corresponding to the first memory unit, and recovering the operational status of the second memory unit. The first memory unit and the second memory unit correspond to the same channel.

Energy-saving cleaning system

Welding apparatus

A welding apparatus includes a plurality of charging hosts, a first welding unit and a switching circuit. The charging hosts are configured for providing power with a working voltage. The first welding unit is configured for welding a first workpiece to a substrate by using the power provided by the charging hosts. The switching circuit is connected between the charging hosts and the first welding unit to selectively connect the first welding unit to one of the charging hosts. The above-mentioned welding apparatus can decrease waiting time for charging between welding actions, so as to enhance the production efficiency.

Light source device for backlight module and liquid crystal display and manufacture method thereof

Data backup system and method thereof where target data is arranged in source storage according to deflect block table of target storage

A data backup method for backing up target data, through a driver module, from a first storage device to a second storage device is disclosed. The first storage device includes a first storage unit that stores the target data, and a first control unit that accesses the first storage unit based on a first logical-to-physical mapping table. The second storage device includes a second storage unit and a second control unit that accesses the second storage unit based on a second logical-to-physical mapping table. The method includes steps of: reading the target data from the first storage unit without accessing the first logical-to-physical mapping table and transmitting the target data to the driver module; transmitting the target data to the second control unit; and writing the target data to the second storage unit without accessing the second logical-to-physical mapping table.

Memory control device and memory control method

A memory control device includes a memory and a controller. The memory includes a plurality of memory blocks. The controller is coupled to the memory and configured to select a first memory block from the memory blocks and program data into the first memory block. When the memory control device is deactivated and re-activated, the controller is further configured to read a voltage distribution of the first memory block to determine a deactivation interval, and determine a reference time according to the deactivation interval and an initial time, and the voltage distribution of the first memory block correspond to the data.

Method and system of manufacturing assembled bezel

Data backup system and method thereof wherein target data (in source storage) is arranged according to defect table of target storage

A data backup method for backing up target data, through a driver module, from a first storage device to a second storage device is disclosed. The first storage device includes a first storage unit that stores the target data, and a first control unit that accesses the first storage unit based on a first logical-to-physical mapping table. The second storage device includes a second storage unit and a second control unit that accesses the second storage unit based on a second logical-to-physical mapping table. The method includes steps of: reading the target data from the first storage unit without accessing the first logical-to-physical mapping table and transmitting the target data to the driver module; transmitting the target data to the second control unit; and writing the target data to the second storage unit without accessing the second logical-to-physical mapping table.

LIGHT SOURCE DEVICE FOR BACKLIGHT MODULE AND LIQUID CRYSTAL DISPLAY AND METHOD FOR MANUFACTURING THE SAME

A light source device for a backlight module, including a heat sink; and a light bar including a plurality of light emitting diodes (LEDs) and a substrate on which the LEDs are electrically provided. The substrate is bonded to the heat sink via a bonding portion through which heat generated by LEDs is transferred to the heat sink. Also, a method for manufacturing a light source device, including providing a light bar having a plurality of LEDs thereon; providing a heat sink; and bonding a substrate of the light bar to an upper surface of the heat sink such that they are integrated firmly into one piece. In this way, the heat dissipation effect can be improved by means of preventing the substrate of the light bar from deforming and further separating from the heat sink. 1. A light source device , comprising:a heat sink; anda light bar comprising a plurality of light emitting diodes (LEDs) and a substrate on which the LEDs are provided, the substrate being bonded to the heat sink via a bonding portion by which heat generated by LEDs is transferred to the heat sink.2. The light source device according to claim 1 , wherein the substrate is bonded to the heat sink by welding or sealing.3. The light source device according to claim 2 , wherein the heat sink is formed by extrusion molding or stamping.4. The light source device according to claim 2 , wherein the substrate is bonded to the heat sink in a substantially vertical direction claim 2 , such that the LEDs on the substrate are located over the heat sink.5. The light source device according to claim 3 , wherein the heat sink further comprises a projection claim 3 , and a surface of the substrate faces the projection.6. The light source device according to claim 5 , wherein the projection is formed integrally with the heat sink.7. The light source device according to claim 5 , wherein the projection is bonded by welding or sealing to a surface of the heat sink.8. The light source device according to claim 3 , wherein ...

ILLUMINATION APPARATUS

An illumination apparatus includes a substrate, an illumination element and a lens structure. The illumination element is disposed on the substrate. The lens structure is disposed above the illumination element, and includes a lens body and a plurality of lens stands. The lens body is positioned above the illumination element. The lens stands are disposed on the bottom of the lens body. The substrate has a plurality of tunnels are around the illumination element. The lens stands respectively insert into the tunnels, so that the lens body is fastened on the substrate. 1. An illumination apparatus , comprising:a substrate;an illumination element disposed on the substrate; and a lens body positioned above the illumination element; and', 'a plurality of lens stands disposed on the bottom of the lens body,, 'a lens structure disposed above the illumination element, the lens structure comprisingwherein the substrate has a plurality of tunnels around the illumination element, wherein the lens stands respectively insert into the tunnels, so that the lens body is fastened on the substrate.2. The illumination apparatus of claim 1 , wherein each of the lens stands comprises:a supporting part supporting the lens body; anda threading part connected to the supporting part and threading through the tunnel;wherein the length of the threading part is long enough to make the bottom of the threading part exposed out of the substrate.3. The illumination apparatus of claim 2 , further comprising a plurality of fasteners claim 2 , wherein each of the fasteners respectively enfolds the exposed bottom of the threading part of each of the lens stands.4. The illumination apparatus of claim 3 , wherein at least one of the fasteners is a screw nut claim 3 , and at least one of the threading parts includes a screw thread on the bottom thereof claim 3 , wherein the screw nut is screwed on the bottom of the threading part.5. The illumination apparatus of claim 3 , wherein at least one of the ...

Light source device and optical filtering assembly thereof

An optical filtering assembly comprises a first interference film and a second interference film. The first interference film comprises multiple first film layers and multiple second film layers. The first film layers and the second film layers are alternately stacked. The second interference film comprises multiple third film layers and multiple fourth film layers. The third film layers and the fourth film layers are alternately stacked. An optical constant of the first film layers is same as an optical constant of the third film layers, and an optical constant of the second film layers is same as an optical constant of the fourth film layers, and an Optical Path Difference (OPD) produced in the first interference film is different from an OPD produced in the second interference film.

SPECTRUM MEASUREMENT SYSTEM, SPECTRUM MEASUREMENT DEVICE, OPTICAL MEASUREMENT METHOD AND OPTICAL CALIBRATION METHOD

An optical calibration method for a spectrum measurement device including a light-input part includes: measuring a plurality of narrow-band rays by the light-input part to obtain a plurality of narrow-band spectrum impulse responses, respectively; establishing a stray light database according to the narrow-band spectrum impulse responses; generating a correction program according to the stray light database; measuring a spectral radiant standard light by the light-input part to obtain measurement spectrum data; and generating a calibration coefficient program based on the measurement spectrum data and spectral radiant standard spectrum data, wherein the calibration coefficient program matches the measurement spectrum data with the spectral radiant standard spectrum data, and the spectral radiant standard spectrum data is obtained by measuring the spectral radiant standard light by a standard spectrum measurement device. A spectrum measurement device, an optical measurement method and an optical calibration method are also provided. 1. An optical calibration method for a spectrum measurement device , the spectrum measurement device comprising a light-input part , and the optical calibration method comprising steps of:measuring, by the spectrum measurement device, a plurality of narrow-band rays by the light-input part to obtain a plurality of narrow-band spectrum impulse responses, respectively;establishing a stray light database according to the narrow-band spectrum impulse responses, wherein the stray light database has stray light information of the spectrum measurement device and the light-input part of the spectrum measurement device;generating a correction program belonging to the spectrum measurement device according to the stray light database, wherein the correction program is used to correct stray light generated by the spectrum measurement device and the light-input part of the spectrum measurement device;in a state in which the correction program is ...

Quality detection device, quality detection method, and integrated probe assembly

The present disclosure relates to a welding quality detecting field, and specifically relates to a quality detection device. The quality detection device includes an integrated probe set, a driving module and a collecting module. The integrated probe set includes a plurality of integrated probe assemblies. The integrated probe assemblies are disposed in pairs and each integrated probe assembly includes a driving end and a collecting end. The driving end of one integrated probe assembly is matched with the driving end of another integrated probe assembly disposed in pairs with the one integrated probe assembly. The collecting end of one integrated probe assembly is matched with the collecting end of another integrated probe assembly disposed in pairs with the one integrated probe assembly.

Light source device and optical filtering assembly thereof

An optical filtering assembly comprises a first interference film and a second interference film. The first interference film comprises multiple first film layers and multiple second film layers. The first film layers and the second film layers are alternately stacked. The second interference film comprises multiple third film layers and multiple fourth film layers. The third film layers and the fourth film layers are alternately stacked. An optical constant of the first film layers is same as an optical constant of the third film layers, and an optical constant of the second film layers is same as an optical constant of the fourth film layers, and an Optical Path Difference (OPD) produced in the first interference film is different from an OPD produced in the second interference film.

MEMORY DEVICE, MEMORY CONTROLLER, AND CONTROL METHOD THEREOF

A control method includes detecting an operational command to a first memory unit, interrupting an operational status of a second memory unit, asserting the operational command corresponding to the first memory unit, and recovering the operational status of the second memory unit. The first memory unit and the second memory unit correspond to the same channel. 1. A control method , comprising:detecting an operational command to a first memory unit;interrupting an operational status of a second memory unit;asserting the operational command corresponding to the first memory unit; andrecovering the operational status of the second memory unit,wherein the first memory unit and the second memory unit correspond to the same channel.2. The control method of claim 1 , wherein the operation of interrupting the operational status of the second memory unit comprises:determining whether the operational status of the second memory unit is able to be interrupted; andinterrupting the operational status of the second memory unit in a condition that the operational status of the second memory unit is a data-transmission status.3. The control method of claim 2 , further comprising:interrupting the data-transmission status of the second memory unit, in a condition that the second memory unit is currently in the data-transmission status and the first memory unit is currently in an idle status.4. The control method of claim 2 , wherein the operation of determining the operational status of the second memory unit comprises:polling the second memory unit to detect the operational status of the second memory unit.5. The control method of claim 1 , wherein the operational command is a read command claim 1 , the operational status is a data-transmission status claim 1 , and the control method further comprises:after a recovered data-transmission status of the second memory unit is ended, making the first memory unit enter the data-transmission status.6. The control method of claim 5 , ...

發光裝置

一種發光裝置包含一基板、一發光元件以及一透鏡結構。發光元件係設置於基板上。透鏡結構係設置於發光元件上方，且此透鏡結構包含一透鏡本體以及複數透鏡腳。透鏡本體係位於發光元件上方。透鏡腳係設置於透鏡本體之底部，其中發光元件周圍之基板表面具有複數通道，藉由每一透鏡腳對應穿設於每一通道，使得透鏡本體可被固定於基板上。

透鏡模組與應用其之發光二極體模組

一種透鏡模組包含N個彼此相連的透鏡與至少一彈性樞接件裝置。N為大於或等於2的自然數。每一透鏡皆具有相對之出光面及入光面，且每一入光面具有凹槽。彈性樞接件裝置樞接於透鏡之其中二毗鄰的第i個透鏡與第i+1個透鏡之間，i為自然數且1≦i≦N-1。

Improvement of switch control circuit for keyboard

Spectrum measurement system, spectrum measurement device, optical measurement method and optical calibration method

An optical calibration method for a spectrum measurement device including a light-input part includes: measuring a plurality of narrow-band rays by the light-input part to obtain a plurality of narrow-band spectrum impulse responses, respectively; establishing a stray light database according to the narrow-band spectrum impulse responses; generating a correction program according to the stray light database; measuring a spectral radiant standard light by the light-input part to obtain measurement spectrum data; and generating a calibration coefficient program based on the measurement spectrum data and spectral radiant standard spectrum data, wherein the calibration coefficient program matches the measurement spectrum data with the spectral radiant standard spectrum data, and the spectral radiant standard spectrum data is obtained by measuring the spectral radiant standard light by a standard spectrum measurement device. A spectrum measurement device, an optical measurement method and an optical calibration method are also provided.

Angled interference filters generating offset ripple effects

An optical filtering assembly comprises a first interference film and a second interference film. The first interference film comprises multiple first film layers and multiple second film layers. The first film layers and the second film layers are alternately stacked. The second interference film comprises multiple third film layers and multiple fourth film layers. The third film layers and the fourth film layers are alternately stacked. An optical constant of the first film layers is same as an optical constant of the third film layers, and an optical constant of the second film layers is same as an optical constant of the fourth film layers, and an Optical Path Difference (OPD) produced in the first interference film is different from an OPD produced in the second interference film.