Shenzhen China Star Optoelectronics Semiconductor Display Technology Co., Ltd.

Peking University

Shenzhen China Star Optoelectronics Technology Co., Ltd.

Other

Syswit Optoelectronics Technology Co., Ltd.

Sysmax Innovations Co., Ltd.

Shenzhen Xinwei Technology Co, Ltd.

Sysmax Communication Technology Co., Ltd.

Li, Wenjie

Wenjie Li

Shengdong Zhang

Congwei Liao

Zhijin Hu

Junmei Li

Xi Wang

Shijie Cao

Zhenkai Zhou

Jinchuan Li

Weijing Zeng

Jiajia Qian

Ting Shi

Qiming Peng

Shinsuke Iguchi

Tsung Yuan Wu

Provided is downward hanging type lamp, comprises a lamp body and a battery, and the lamp body comprises a mounting base and an illumination lamp mounted inside the mounting base and electrically connected to the battery; a battery mounting groove is formed on the mounting base, the battery is detachably mounted in the battery mounting groove, a locking screw is arranged in the battery mounting groove, the locking screw penetrates out of a bottom of the mounting base and is connected to an M-LOK nut, and a head of the locking screw is located in the battery mounting groove; and an accommodating groove is formed in the battery mounting groove at a position where the locking screw penetrates out, and the accommodating groove is used for accommodating the head of the locking screw, when the locking screw cooperates with the M-LOK nut to fix the mounting base on the handguard.

Downward hanging type lamp

The present disclosure relates to a down-hanging lamp used for mounting on a guide rail of a firearm, the guide rail is provided with a transverse groove, comprising: a mounting base, a movable clamping block and a clamping block; the front of the mounting base is provided with a spotlight, the down-hanging lamp further comprises a battery; a battery mounting groove is formed on the mounting base; the battery is detachably installed in the battery mounting groove and is electrically connected with the mounting base, it further comprising a magnetic charging cable used for charging the battery, wherein the magnetic charging cable is provided with a second elastic needle matched with the contact, the magnetic charging cable is connected with the battery through magnetic attraction. The battery pack can be disassembled from the mounting base, making it convenient to replace the battery pack during use without disassembling the lamp.

Down-hanging lamp

Portable power source

A portable mosquito-control volatilization apparatus, including a box body having an opening, an adsorption structure arranged inside the box body and configured to adsorb a repellent, and a protective-cover structure detachably assembled at the opening to cover the adsorption structure and configured to leak or cover a volatile gas generated by the repellent. After the box body is arranged with the adsorption structure that adsorbs the repellent, the volatilization of the repellent can be achieved. At the same time, the protective-cover structure can cover the adsorption structure to prevent the adsorption structure from detaching from the box body, without the need to paint the repellent on the skin, effectively avoiding a contact between the repellent and the user's skin, thereby avoiding the sticky discomfort, safety hazard, and quick volatilization leading to waste all caused by the direct contact between the repellent and the skin.

Portable mosquito-control volatilization apparatus

Flashlight

A non-slip shell and a portable lighting device. The non-slip shell includes: a shell body, where the shell body is provided with at least one hollow hole; an internal structural member, detachably arranged in the shell body; and a protruding part, firmly connected or detachably connected to the internal structural member and in one-to-one correspondence with the hollow hole, where a portion of the protruding part protrudes from the hollow hole and protrudes relative to an outer surface of the shell body. When a user holds the shell body, a hand can contact an exposed portion of the protruding part, thereby increasing a friction force between the hand and the shell body, making it easier for the user to firmly hold the shell body, helping to reduce a risk of accidental slip or out-of-control, and improving overall non-slip performance.

Non-slip shell and portable lighting device

An automatic light-adjusting structure for a red dot sight includes a sight body, a lens frame disposed at the upper part of the sight body, a reflecting lens, a light sensor and a processing unit. The reflecting lens is configured for transmitting target light rays to a receiving end of the light sensor, and the light sensor is configured for detecting the brightness of the target light rays and transmitting brightness data to the processing unit; the processing unit is configured for analyzing the brightness data and adjusting the brightness of a light source in the sight body according to an analysis result. The brightness of the light source (LED) is adjusted according to the brightness of the target light rays, thus achieving the purpose of self-adaptive adjustment, and the optimal visual experience is provided.

Automatic light-adjusting structure for red dot sight

A lighting device with low mispress buttons which includes a tail cover, a first button, a second button and a pressing plate. The pressing plate is rotatably connected to the tail cover and covering the second button to trigger and release the second button. The pressing plate is lower than the first button. The pressing plate includes a first inclined surface and a second inclined surface. The first inclined surface is arranged between the second inclined surface and the first button, and is connected to the second inclined surface. The second inclined surface is inclined downward relative to the first inclined surface. An end of the first inclined surface close to the second inclined surface is lower than an end of the first inclined surface close to the first button.

Lighting device with low mispress buttons

A red dot sight includes a sight body. A lens frame is arranged on a front end of the sight body, and a lens is arranged in the lens frame; a lamp holder is arranged in the sight body, a Light Emitting Diode (LED) lamp is arranged on the lamp holder, an adjustment mechanism is arranged in the sight body, a windage adjustment screw and a gravity adjustment screw are arranged on an outer side of the sight body, and the windage adjustment screw and the gravity adjustment screw are connected to the lamp holder through the adjustment mechanism; and a battery jar is formed in a side surface of the sight body. Through the reasonable design of the structure, a clearance between components of a mechanical structure is eliminated, and the smoothness of adjustment and the structural accuracy are improved.

Red dot sight

A multi-functional key module, configured to be installed in an electrical appliance, includes a hollow main housing, a pin, an electronic key, and an optical tracking chip, a contact trigger end of the electronic key is arranged towards the pin, and the electronic key gives an electrical signal when triggered by contact. The optical tracking chip emits a detection laser to the side surface of the pin and receives reflected light, and determines a motion state of the pin to generate an electrical signal; and the electronic key and the optical tracking chip are electrically connected. In the application, corresponding electrical signals are generated by pressing the key cap to trigger the electronic key, rotating the key cap, or pressing the key cap without causing the pin to trigger the electronic key, so that the composite control effect of a single key is achieved.

Multi-functional key module

Disclosed herein is a flashlight capable of achieving one-key locking, including an illumination switch, a flashlight body and a lamp base provided at one end of the flashlight body and internally provided with a lamp bead, and further including: a flashlight tail connected to the end of the flashlight body away from the lamp base, a control assembly fixedly provided inside the flashlight tail and in signal connection with a lamp bead driving circuit and the illumination switch respectively, and a toggle switch slidably mounted on an outer side of the flashlight tail and provided with at least two gears in a direction parallel to an axial direction of the flashlight body, where the toggle switch is configured to toggle in a reciprocating manner between the two adjacent gears so as to transmit a locking signal or an unlocking signal to the control assembly. With regard to the toggle switch located on the flashlight tail and capable of moving in the direction parallel to the axial direction of the flashlight body, when the flashlight body is held by one hand, the gears can be changed by pushing the toggle switch directly in the axial direction of the flashlight body, then one-key locking of the flashlight can be achieved, the operation process is relatively convenient, and use requirements of a user can be met.

Flashlight capable of achieving one-key locking

The present disclosure relates to connection arrangement for a power supply and a power wire of a split type headlamp, including a headlamp, a headlamp band, the power supply, the power wire, and a fixed holder, wherein the power supply is provided with a power supply port and a clamping slot, a first end of the power wire is connected to the headlamp, an elastic buckle is disposed at an outer side of a second end of the power wire, and the elastic buckle can cross the fixed holder and then snap into the clamping slot. The present disclosure mainly uses the elastic buckle and clamping slot to fix the power wire, power supply and fixed holder together, and locks the connection relationship thereof through the elastic buckle and clamping slot, which maintains a stable connection between the power wire and the power supply to keep power flowing.

Connection arrangement for power supply and power wire of split type headlamp

Disclosed are a headlamp light-sensing detection device and a headlamp. The headlamp light-sensing detection device includes a condensing lens, a lens hood and a light-sensing element. The condensing lens is arranged in front of the light-sensing element, to converge external light to the light-sensing element. The lens hood is arranged between the light-sensing element and the condensing lens, and may be configured to shield the light which is projected to the light-sensing element by a high beam light source and a low beam light source, so as to reduce optical crosstalk, such that external ambient light is received accurately, thereby achieving a desirable light-sensing detection effect. The light-sensing element may provide photoelectric parameters according to the brightness of sensed light, and then an MCU chip collects the photoelectric parameters and provides a corresponding control signal.

Headlamp light-sensing detection device, and headlamp

Disclosed is a PCB wiring heating type mosquito repellent device, which integrates two functions of ultrasonic mosquito repelling and mosquito repelling with an electric mosquito repellent mat. Meantime, the mosquito repellent device is provided with a plurality of heating sheets which may work independently. One side of a PCB heating panel is provided with a plurality of heating areas, and each heating area corresponds to one of the heating sheets. One side face of the heating sheet is connected with the heating area, and the other side face of the heating sheet is connected with the electric mosquito repellent mat. A heating wire is evenly laid in each heating area, and the heating wires in adjacent heating areas are connected in parallel and may supply power and heat independently.

Growing community of inventors

Guangdong, China

Wenjie Li