37results about How to "Avoid job failure" patented technology

A damper opening and closing angle varying mechanism of a hinge comprises a blocking element, a connection element and a lever element which are in hinge fit with one another. A damper is arranged between the blocking element and the connection element. One end of the damper is rotationally arranged on the blocking element, and the other end of the damper abuts against the connection element. The connection element, the lever element and the damper are linked with one other relative to the blocking element when the hinge is opened or closed. When the hinge is closed by at least one certain angle, the lever element acts on the damper and drives the damper to slide on the connection element in a limited mode, the damper is compressed and generates damping force, and thus, damped closing of the hinge is achieved. Through the structure improvement, the damper opening and closing angle varying mechanism of the hinge has the characteristics that the structure is simple and reasonable, safety and reliability are achieved, production and implementation are easy, adjustment is fast, operation is convenient, the service life is long, practicability is high, and the opening and closing process is labor-saving, smooth, small in collision and low in noise.

A damping buffer closing structure for a furniture hinge comprises a connecting arm, elastic pieces, a hinge cup seat, a damper, a transmission arm assembly and a poking assembly. The poking assembly is arranged on the transmission arm assembly. The damper is arranged on the connecting arm. The two ends of the transmission arm assembly are rotationally connected with the connecting arm and the hinge cup seat correspondingly. The connecting arm is hinged to the hinge cup seat to open and close the furniture hinge in a hinged manner through cooperation of the transmission arm assembly and the elastic pieces, and an included angle A is formed between the connecting arm and the hinge cup seat. The poking assembly comprises a poking element and an elastic poking element. The poking element is elastically and rotationally located to the transmission arm assembly through the elastic poking element. The damper is provided with an elastic damping element. The damper elastically stretches and contracts to slide on the connecting arm through the elastic damping element. By improving the structure, the damping buffer closing structure has the beneficial effects of being simple and reasonable in structure, excellent in performance, fast and convenient to assemble, long in service life, low in manufacturing cost, easy to produce, easy to implement, safe, reliable, high in practicability and the like.

An integrated optimization mechanism for damping a hinge comprises a retaining element, a first connection arm element and a second collection arm element all of which are in hinged fit. A damper is arranged between the retaining element and the first connection arm element, one end of the damper is rotationally arranged on the retaining element, and the other end of the damper slides on the first connection arm element in a limiting manner, the second connection arm element is provided with an action part, and when the hinge is opened or closed, the first connection arm element, the second connection arm element and the damper are linked relative to the retaining element. When the hinge at least is closed by a certain angle, the second connection arm element acts on the damper through the action part and drives the damper to slide on the first connection arm element in a limiting manner, and the damper is compressed and produces damping force so that damping closing of the hinge can be achieved. The integrated optimization mechanism has the beneficial effects that the structure is simple and reasonable, safety and reliability are achieved, production and achievement are easy, adjusting is quick, operation is convenient, the service life is long, and in the opening and closing process, labor is saved, smoothness is achieved, collision is small and noise is low, and practicality is high.

The invention belongs to the technical field of garbage treating and particularly discloses a garbage solid liquid separating device which comprises an upper box. A hollow rotating shaft is connectedinto the upper box in a rotating manner. A round installing hole is formed in the side wall of the rotating shaft. A sealing ball is arranged in the installing hole in a clamped manner. A crushing blade is connected to the sealing ball. A first crushing blade adjusting mechanism and a second crushing blade adjusting mechanism are arranged in the rotating shaft. The first crushing blade adjusting mechanism comprises a lead screw, an adjusting rod and a first connecting rod. The first connecting rod is fixedly connected with the sealing ball. The adjusting rod is fixedly connected with a nut ofthe lead screw. The first connecting rod penetrates the end portion of the adjusting rod. The second crushing blade adjusting mechanism comprises a supporting shaft, a connecting arm and a second connecting rod. The supporting shaft is connected to the sealing ball in a rotating manner. The supporting shaft is fixedly connected with the crushing blade. One end of the connecting arm is fixedly arranged on the supporting shaft in a sleeving manner, and the other end of the connecting arm is hinged to one end of the second connecting rod. The other end of the second connecting rod is hinged to the inner wall of the rotating shaft. By the adoption of the garbage solid liquid separating device, the problem that at present, when garbage is crushed, a cutter is wound around by the garbage easilycan be solved.

The invention provides a negative voltage clamping circuit comprising an NMOS tube, an external current-limiting resistor and an operational amplifier. The positive input terminal of the operational amplifier is connected to a voltage reference, the negative input terminal of the operational amplifier is connected to a chip port, and the output terminal of the operational amplifier is connected to the grid electrode of the NMOS tube. The source electrode of the NMOS tube is grounded, and the drain electrode of the NMOS tube is connected to the chip port. The chip port is outwardly connected to the external current-limiting resistor, and the external current-limiting resistor is connected to an external input voltage. According to the invention, the external negative voltage is clamped through the negative feedback technology, and a chip cannot be influenced by the negative voltage.

The invention discloses a food residue and water separation device, which comprises an outer cylinder (1) and a hollow shaft (2). The hollow shaft is arranged in the outer cylinder and connected to a bracket bearing, and the hollow shaft is connected to the bearing of the outer cylinder. Near one end of the hollow shaft is perpendicular to the axial direction of the hollow shaft and is fixed with a material blocking plate (3) with an interference fit with it. The hollow shaft is provided with a number of discharge holes (4) on the side of the inner part of the outer cylinder. The outer cylinder The side is in the shape of an orifice, and the outer cylinder is equipped with a filter screen (5) that fits with the clearance, the hollow shaft and the outer cylinder are respectively equipped with a hollow shaft drive wheel (6) and an outer cylinder drive wheel (7), and the device also includes a controller (10), the hollow shaft is provided with a flow sensor (11) near the opening at the upper end, and a weighing sensor (12) is provided on the blocking plate. The beneficial effect of the invention is that it can automatically process food waste, and automatically adjust power according to the amount of waste, so as to achieve energy saving effect, better separation effect of slag and water, and the separated residue is easy to recycle.

The present invention provides a level shifting circuit and a semiconductor device, the level shifting circuit includes: a level conversion unit, which converts an input signal having a signal level of a first voltage into a signal having a signal level of a second voltage , the second voltage is higher than the first voltage. The level conversion unit includes first and second MOS transistors of a first conductivity type and third and fourth MOS transistors of a second conductivity type, the second conductivity type being different from the first conductivity type, and Switching is controlled according to the input signal. The third and fourth MOS transistors include drains supplied with the second voltage via the first and second MOS transistors, respectively. Upon detecting a decrease in the first voltage, the control unit controls body bias voltages of the third and fourth MOS transistors to decrease threshold voltages of the third and fourth MOS transistors. The present invention can prevent work failure when the power supply voltage is reduced.

The invention belongs to the switch technical field and discloses a lightning arrester-combined grounding switch and a method thereof. The lightning arrester-combined grounding switch includes a grounding switch main body, a zinc oxide lightning arrester, an electric operation mechanism and a motor shut-down control mechanism, wherein the electric operation mechanism includes a motor and a bevel gear drive mechanism. The lightning arrester-combined grounding switch of the invention has the advantages of simple, compact and reasonable structure, simple use method, suitability for being used under high current intensity, and excellent overall operating performance. The grounding switch is combined with the lightning arrester, so that the grounding switch can have the functions of the lightning arrester; when working under working voltage, the grounding switch is required to bear additional constant lightning impulse voltage, and the grounding switch main body cannot perform discharge or be grounded under the impact of the additional constant voltage, while, the lightning arrester will be converted into a conductive state from an insulated state, and performs disruptive discharge when additional lightning intrudes the switch or voltage is increased, and therefore, a certain lightning current or overvoltage can be led into the ground, and the grounding switch will not be impacted by the additional constant voltage, and the safety of related equipment can be well protected.