69 results about "Clamper" patented technology

A clamper clamps an edge of a lenticular sheet and is transported in a sub-scanning direction. After obliquie transportation of the lenticular sheet is corrected based on a detection result from an oblique transportation detector, transportation of the lenticular sheet for forming an image receptor layer on the rear side of the lenticular sheet is performed with a thermal head contacting said lenticular sheet. In this transportation, a lens sensor is activated to optically detect a lens pitch and so on. The lens sensor is positioned between the thermal head and the clamper.

An optical disk recording and / or reproducing apparatus (100) includes a first case (110), a base (130), and a main body (140). The first case includes a supporting device (116) with a hole (118) defined therein, and a disk clamper (10). The main body is accommodated in the base, and includes a spindle motor (142) and a turntable (148). A magnetic element (149) is positioned on the turntable. The disk clamper includes a clamping body (12), a magnet (14), and a clip (16). The clamping body and the clip are respectively positioned on lower and upper sides of the supporting device, and fixed together through the hole. The magnet is sandwiched between the clamping body and the clip. In use, because of attraction of the magnet and the magnetic element, opposite sides of an optical disk (220) are respectively clamped by the clamping body and the turntable.

The present invention provides a manufacturing method of a thermal head unit, the thermal head unit thereof and a printer comprising the same. A radiating board (200) is positioned and fixed to a preset position on a clamper (300) through inserting a fourth pin (305) of the clamper (300) through a positioning hole (206) of the radiating board (200). Afterwards, the thermal head (100) is positioned to a preset position of the radiating board (200) fixed to the clamper (300) through contacting the contact part of the thermal head (100) with a first pin (301), a second pin (302) and a third pin (303) of the of the clamper (300). In this state, a clearance is formed between the opposite part of the radiating board (200) opposite to the first pin (301), the second pin (302) and the third pin (303) of the clamper (300) and each pin (301), (302), (303). Additionally, the thermal head (100) is adhibited and fixed to the radiating board (200) through the adhesive (S) coated to the back surface of the thermal head (100) thereby binding the radiating board (200) with the thermal head (100).

The invention discloses a device for carrying out a stress corrosion experiment in a high-temperature liquid-phase corrosion environment. The device comprises a universal testing machine and a stresscorrosion experiment box clamped with the universal testing machine through a clamper; the stress corrosion experiment box comprises a double-layer glass cylinder, and an upper plug and a lower plug which are hermetically connected with the double-layer glass cylinder; an upper plug sample through hole and a condensing device through hole matched with the condensing device are formed in the upperplug, a lower plug sample through hole is formed in the lower plug, and the upper plug sample through hole and the lower plug sample through hole are connected with the stress corrosion experiment sample in a sealed mode. Besides, the invention also discloses a stress corrosion experiment method, and the method comprises the following steps: loading a stress corrosion experiment sample and corrosive liquid into the stress corrosion experiment box by using a universal testing machine to obtain the loaded experiment sample and data. According to the invention, the universal testing machine is prevented from being contacted with corrosive liquid, a stress corrosion experiment is carried out in a high-temperature liquid-phase corrosion environment, and accurate loading and real-time observation can be realized.

The invention relates to a microcurrent detection circuit and a microcurrent switch circuit. The microcurrent detection circuit comprises a sampling resistor, one end of the sampling resistor is connected with a detection end of a recognition circuit and a detected circuit, the other end of the sampling resistor is connected with power supply and a clamper circuit, the recognition circuit is connected with the clamper circuit; both the recognition circuit and the clamper circuit comprise a triode, the triodes in the recognition circuit and the clamper circuit have the same model, an emitter bias voltage of the triode in the clamper circuit equals to the supply voltage minus the clamper voltage, an emitter bias voltage of the triode in the recognition circuit equals to the detection end voltage minus the clamper voltage; the clamper voltage is a voltage at a connection point of the recognition circuit and the clamper circuit. The recognition voltage of the recognition circuit is around 0.2V, therefore, the microcurrent detection circuit can detect mA stage current which flows through the sampling resistor; in the microcurrent switch circuit, the microcurrent detection circuit is connected with a switch circuit; the switch circuit is controlled according to the detected current to realize circuit switch.

A device for manufacture including a deposition mask includes a clamper for fixing an end of a divided mask sheet and having a pin hole, a clamping pin in the clamper for being inserted into the pin hole, and an elevator for elevating the clamping pin.

The invention relates to a clamper for filing data binding, which is composed of a scale clamp and a drilling pad. The scale clip is marked on the upper clip or the lower clip near the edge of the clip, and three semicircular holes are opened along the quartering points of the clip length as the drilling positions for binding and archiving data. The drilling pad is a cuboid with three strip-shaped hollow grooves, which correspond to the positions of the three semicircular holes on the scale clip one by one. The center of the semicircular holes is used as the drilling point for filing data. The side of the drilling pad is provided with a strip-shaped hollow groove on one side, and a pass is opened on the upper part, and the scale clamp extends into the pass to clamp the archived materials, and the clamping is firm. Utilizing the clamper for binding archives, the traditional "three points and one line" manual thread binding tool components are integrated, the binding steps are simplified, and the efficiency is improved.

The invention discloses a brick gripper with safety protection function, which comprises a first clamping seat, a clamping mechanism, a second clamping seat, a locking mechanism, a conflicting spring, buckles, bayonet pins and a fastening mechanism. The beneficial effects of the present invention are: by pulling the second card base, the bottom of the second card base and the other end of the first card base are rotated, and the bricks are resisted and clamped under the action of the fastening mechanism, and then the first card is extracted. The seat keeps the second card seat in a state of stress all the time, and it is convenient to extract and stack multiple bricks. The limit between the seat and the first card seat is not easy to rotate, which is beneficial to prevent the rotation of the second card seat and the first card seat during the long-term clamping and handling process, so that the bricks are separated. When they are separated, they can be rotated upward by pressing the buckle , so that the bayonet is separated, and then the external force of the second clamping seat is removed, so that the two splints are loosened, which is conducive to the separation of the bricks.

The invention relates to a rotary clamping device, which comprises: a base; a clamper capable of translational and rotational movement relative to the base; a clamping piece configured in the clamper for clamping a substrate and a link link for linking the base and the holder.

The present invention relates to a clamper for carrying out tensile test on a structure simulation member under a high temperature condition. The whole clamper comprises an upper clamper and a lower clamper, wherein the main bodies of the upper clamper and the lower clamper are rectangular parallelepiped plate type chucks, the chuck is made of a high-temperature alloy material, the lower portion of the upper chuck is provided with a dovetail type clamping groove, the upper portion of the lower chuck is provided with a clamping groove adapted to the geometric shape of a to-be-researched structure simulation member, and the upper chuck and the lower chuck are respectively provided with a hole for installing the clamper on the outside-furnace clamper of a tensile test machine. According to the present invention, the high-temperature tensile test clamper is used for the high-temperature heating furnace with the observation window so as to meet the online observation and full-strain information picking of the structure simulation member; and the upper chuck and the lower chuck are subjected to asymmetrical structure design, wherein the upper chuck has the large size in the width direction compared to the lower chuck, the size of the clamping groove is correspondingly increased, and the clamping groove of the lower chuck is designed to be adapted to the geometric shape of the to-be-researched structure simulation member, such that the mechanical properties of different parts made of various composite material can be tested.

The invention belongs to the field of electrostatic discharge (ESD: Electro-Static discharge) protection of integrated circuits, and specifically provides a bidirectional ESD protection circuit triggered by an RC circuit; the circuit can be realized based on the SOI process by adding an improved bridge rectifier circuit The RC triggered ESD protection circuit makes the circuit have the characteristics of the RC triggered ESD protection circuit and can realize bidirectional protection at the same time; the bidirectional ESD protection circuit, when the ESD event arrives, the clamping device has a very low trigger voltage to quickly turn on the leakage Discharge ESD current, and when the circuit is working normally, the trigger voltage of the clamping device is too high to trigger, so it remains in a high-impedance state; at the same time, this protection circuit is suitable for the case where the protected input port has positive and negative voltage inputs, and is suitable for narrower ESD design window.