Abstract: The present invention provides a backlight structure, including: a light source module having a first slant surface, where a slot is provided on the first slant surface, and the slot is configured to accommodate a light emitting element; a light guiding module having a light guiding plate and a light shielding layer, where a second slant surface is provided at a side of the light guiding module; and a baseplate configured to bear the light guiding module and the light source module. The light source module is engaged with the second slant surface of the light guiding module by means of the first slant surface.

Abstract: The present invention provides an input device test system, configured to test an input device having a plurality of functional elements. The input device test system includes: a test host, configured to execute a test program and a message interception program, and output a test message by means of the test program; and a test platform, configured to receive the test message and operate the input device according to the test message, where the input device outputs a response message to the test host in response to the operation, where the message interception program is used to intercept the response message and convert the response message into at least one code, and the test program determines whether the at least one code is consistent with the test message.

Abstract: A membrane circuit structure with function expandability is provided. The membrane circuit structure includes a substrate, a lower circuit layer and a covering layer. The substrate includes a first region and at least one second region. The at least one second region is arranged near the first region. The lower circuit layer is printed on the first region. The lower circuit layer is made of a first conductive material. The covering layer is electroplated on a portion of a surface of the lower circuit layer. The covering layer is made of a second conductive material. At least one expansion line is welded on the corresponding second region, and electrically connected with the covering layer and a corresponding function-expanding unit.

Abstract: A key structure includes a supporting plate, a triggering switch, a keycap and a soft element. The triggering switch is located over the supporting plate. The keycap is located over the triggering switch. When an external force is received by the keycap, the triggering switch is pushed by the keycap. The soft element is disposed on an inner surface of the keycap. When the soft element is contacted with the triggering switch, the soft element is subjected to deformation. When the soft element is contacted with the triggering switch, a portion of the triggering switch is inserted into the deformed soft element to limit a sliding action of the triggering switch. Consequently, the mechanical key switch provides enhanced tactile feel.

Abstract: A key structure includes a switch circuit board, a triggering assembly, a keycap and an elastic element. The triggering assembly is disposed over the switch circuit board. The elastic element is arranged between the keycap and the triggering assembly. As the keycap is moved, the triggering assembly is pushed by the elastic element. The elastic element includes a concave part. The concave part is located at a top end of the elastic element and contacted with the keycap. When the elastic element is pushed by the keycap, the concave part is subjected to deformation, so that a movable distance of the keycap toward the switch circuit board is increased. By using the key structure, the tactile feel of depressing the keycap is enhanced.

Abstract: A luminous keyboard includes plural keys, a membrane switch circuit member, a supporting plate and a backlight module. The membrane switch circuit member is located under the plural keys, and includes an upper wiring plate, a lower wiring plate and a separation plate. The supporting plate is located under the membrane switch circuit member and connected with the plural keys. The backlight module is located under the supporting plate to generate a light beam. A periphery region of at least one of the upper wiring plate, the lower wiring plate and the separation plate is bent to cover the supporting plate and the backlight module. Consequently, the light beam is not leaked out through the periphery region of the backlight module.

Abstract: A key structure includes a membrane switch circuit member, a rubbery elastomer, a housing, a triggering element, a metallic elastic element and a keycap. The keycap is disposed on the triggering element. The rubbery elastomer is disposed on the membrane switch circuit member. The housing is located over the rubbery elastomer. The triggering element is movable relative to the housing. The metallic elastic element is contacted with the triggering element. While the keycap is depressed, the triggering element is moved relative to the housing to press the metallic elastic element. While the metallic elastic element is pushed by the triggering element, the metallic elastic element is swung to collide with the triggering element. Consequently, a click sound is generated.

Abstract: A jig for a fingerprint identification module includes a base, a top cover and a rotating shaft. The rotating shaft is connected with the base or the top cover. The base includes plural accommodation spaces. A circuit board and a fingerprint sensor fixed on the circuit board are accommodated within the corresponding accommodation space. The top cover is fixed on the base in response to a magnetic attraction force. The top cover includes plural perforations corresponding to the plural accommodation spaces. When an output element is penetrated through a specified perforation, an isolation material is outputted from the output element and placed on a periphery of a junction between the circuit board and the fingerprint sensor.

Abstract: A detection data storage device includes a detection probe, an inspection instrument, a processor and a storage controller. The processor includes a software component. The storage controller includes a key and a prompt lamp. When a circuit is detected by the detection probe, a detection signal is generated. After the detection signal is received by the inspection instrument, a detection data is generated and transmitted to the software component of the processor. If the software component judges that the detection data matches a standard value, the software components issues a prompt signal to the prompt lamp of the storage controller. In response to the prompt signal, the prompt lamp emits a light beam. After the light beam from the prompt lamp is received by the user and the key is pressed, the detection data is stored in a storage unit.

Abstract: A luminous keyboard includes a key structure, a supporting plate, a switch circuit board, a light guide plate, a top-view light-emitting element and a reflecting element. The supporting plate includes a supporting plate opening. The supporting plate is located under the key structure. The switch circuit board is located over the supporting plate. The light guide plate is located under the supporting plate, and includes a light guide plate opening. The top-view light-emitting element is inserted into the light guide plate opening. The reflecting element is arranged between the top-view light-emitting element and the key structure. After the light beam is transmitted through the supporting plate opening, the light beam is transmitted through the switch circuit board and reflected to the light guide plate by the reflecting element. Then, the light beam is guided to a periphery region of the key structure by the light guide plate.

Abstract: A key structure includes a movable element, an elastic element, a light-emitting element and a pressure sensing element. The pressure sensing element is arranged between the elastic element and the light-emitting element. The elastic element is disposed on the movable element. The light-emitting element emits a light beam. The light beam is transmitted through the pressure sensing element and projected to the movable element to illuminate the key structure. While the key structure is depressed, the elastic element is pushed by the movable element. The pressure sensing element is pushed by the elastic element according to different magnitudes of the depressing force. Consequently, the key structure generates different pressure sensing signals.

Abstract: An image pickup module test system includes a computing device, an optical reflector, a block gauge and a fixing device. A test program is executed in the computing device. The image pickup module is fixed at a position in front of the optical reflector by the fixing device. The image pickup device acquires an image of the image pickup module and the block gauge that is reflected from the optical reflector. The test program analyzes the image to obtain a feature point of the image pickup module and a feature point of the block gauge. Moreover, the test program judges whether an installation location of at least one lens unit of the image pickup module complies with a production specification according to the standard length value corresponding to the single pixel of the image and the feature point of the image pickup module.

Abstract: A key structure includes a pedestal, an upper cover, a light-emitting element, a triggering element, an array-type sensing element and a control unit. The light-emitting element emits a light beam. The triggering element is arranged between the pedestal and the upper cover. The triggering element includes a reflecting part. The light-emitting element and the array-type sensing element are located under the reflecting part. When the key structure is depressed, the key structure is moved relative to the pedestal. The light beam from the light-emitting element is reflected by the reflecting part and then received by the array-type sensing element. As the triggering element is moved, the array-type sensing element generates plural images. The control unit generates a corresponding pressure sensing signal according to the plural images.

Abstract: A combination type mouse includes a supporting plate, a lower cover plate, a main circuit board, plural main connectors, an input module and a control module. The main circuit board is installed on an installation surface of the supporting plate. The plural main connectors are installed on the main circuit board and electrically connected with the main circuit board. The input module includes a first connector and a connecting recess. The first connector is electrically connected with a first main connector of the plural main connectors. The control module includes a second connector and a connecting part. The second connector is electrically connected with a second main connector of the plural main connectors. The connecting part is engaged with the connecting recess. Consequently, the components of the combination type mouse to be assembled can be determined according to the user's requirement.

Abstract: A keyboard device includes a base plate, a key structure and a membrane wiring board. The key structure is connected with the base plate. The membrane wiring board includes a membrane switch. The membrane wiring board is arranged between the key structure and the base plate. When the keycap of the key structure is moved upwardly or downwardly relative to the base plate, the connecting element between the keycap and the base plate interferes with the membrane wiring board or the base plate. Consequently, a click sound is generated, and a feedback feel is provided.

Abstract: An input device with an adjustable force level is provided. The input device includes a circuit board and a key structure. The key structure includes a key body, a casing and a pressure-adjustable elastic receptacle. The pressure-adjustable elastic receptacle is partially or completely accommodated within the casing and sustaining the key body. When the key body is moved downwardly, a resisting force to resist the key body is provided by the pressure-adjustable elastic receptacle and the force level of the resisting force is adjusted by the user. When a force with the force level is applied to the key body by the user, a switch of the circuit board is triggered.

Abstract: A method for manufacturing a fingerprint identification module is provided. In a step (a), a fingerprint sensor comprising a substrate, a sensing chip and a package layer is provided. The sensing chip is disposed on the substrate. The sensing chip is encapsulated by the package layer. In a step (b), an ink material is coated on the package layer, so that a color ink layer is formed on the package layer. In a step (c), a stamping tool is used to stamp the color ink layer, so that a top surface of the color ink layer becomes a first high gloss surface. In a step (d), the color ink layer to be heated through baking or irradiated with UV light, so that the color ink layer is hardened.

Abstract: An electronic device test system is configured to test functions of an electronic device. The electronic device test system includes: a test computer, configured to execute an electronic device test program; a scanning device, configured to scan a barcode number of the electronic device; and an optical sensor module, configured to detect a connection status of the electronic device and the test computer. When the optical sensor module confirms the connection status, the electronic device test program starts a test function to test the electronic device, records a test result of the electronic device according to the barcode number, and subsequently generates a retest rate according to the test result.

Abstract: The present invention relates to a key structure, including a flexible key cap, a conducting plate, a switch circuit board capable of generating a key signal, and an elastic element. The conducting plate is fixed on an inner surface of the flexible key cap and in contact with a plurality of inner sidewalls of the flexible key cap. The switch circuit board is disposed below the conducting plate, and the elastic element is disposed between the conducting plate and the switch circuit board. When the flexible key cap receives the pressing force, the conducting plate twists due to deformation of the flexible key cap, and pushes the plurality of inner sidewalls of the flexible key cap, so as to conduct a pressing force to a corner of the flexible key cap.

Abstract: A key structure includes a base plate, a triggering element, a keycap and a scissors-type connecting element. The base plate includes an open-type hook and a bulge. The scissors-type connecting element includes a first frame and a second frame. The first frame includes a first base post and an elastic contact part. Due to the structure of the open-type hook, the first frame can be easily assembled with the base plate. Moreover, it is not necessary to retain the gap between the first base posit and the open-type hook. While the first frame is swung, the elastic contact part is pushed by the corresponding bulge. Consequently, the first base post is not detached from the base plate.