32results about How to "Prevent unexpected power outages" patented technology

The invention discloses a novel bridge facility, and the facility comprises a bolt seat, and a bolt head which is connected with electrical maintenance equipment. The right sides of the upper and lower end walls of the bolt seat are correspondingly provided with fixed blocks. The bolt seat is provided with slots in a vertically corresponding manner, wherein the openings of the slots face the right. A first chute is disposed between the slots in an intercommunicated manner. The chute is slidingly provided with a first sliding plate in a vertically corresponding manner. One end, facing the slots, of the first sliding plate is fixedly provided with a second power transmission piece, and the other end, far from the slots, of the first sliding plate is provided with a first inclined sliding surface. The left ends of the slots are also provided with sliding cavities. A second chute which extends laterally is disposed between the two slots, wherein the left end of the second chute is communicated with the sliding cavities, and the right end of the second chute passes through the first chute. The right end wall of the first chute is also provided with placement grooves in a vertically corresponding manner. The interior of each sliding cavity is slidingly provided with a first power transmission piece which is fixedly connected with the first sliding plate and is in circuit connection with the second power transmission piece. The end walls, far from the second chute, of the sliding cavities are fixedly provided with a power transmission piece connected with the commercial power supply.

The invention discloses a falling mechanism capable of controlling time and quantity. The falling mechanism comprises an adjustable lever, a falling device and a magnetic assisting device. Through adjustment of the adjustable lever, a receiver (2) and a lever body (11) are in a receiving position and state when the receiver is not loaded with materials, a falling valve (5) is opened at the same time, and the receiver starts to receive materials; and when the gravitational moment of the received materials is larger than the resisting moment of an adjustable magnet (18), the receiver (2) descends around the fulcrum of the lever body (11), and a falling process is completed. The falling period can be adjusted by utilizing a falling control valve (6) to control the falling quantity within the unit time, and the receiving quantity of the receiver (2) can be controlled by adjusting the different resisting moments formed by the magnetic force or magnetic arm of force of the adjustable magnet (18). The falling mechanism has the characteristics of being simple in structure, convenient to adjust, high in adaptability, long in service life, easy to maintain, high in cost performance and the like.

The invention relates to a water cup device. The water cup device comprises a water cup, an electric plug and an electric socket, wherein the left side surface of the water cup is provided with a cup handle, the upper portion of the right side surface of the water cup is provided with a cup mouth, the electric plug is connected with the water cup through a wire, and the electric plug is plugged in the electric socket in a matched mode; plug grooves with rightward groove openings are formed in the electric socket in an up-down symmetrical mode, a first communicated sliding groove is formed between the two plug grooves, and a first sliding arm is installed in the sliding groove in an up-down symmetrical and sliding mode; a second contact is fixedly installed at the end, facing the plug grooves, of the first sliding arm, and a first inclined-angle surface is arranged at the end, backing the plug grooves, of the first sliding arm; the left end of each plug groove is further provided with a sliding cavity, a second sliding groove extending left and right is further formed between the two plug grooves, the left end of the second sliding groove is communicated with the sliding cavities, and the right end of the second sliding groove runs through the first sliding groove.

The invention provides a chemical fiber cake robot unloading clamp. The clamp comprises a frame, a robot connecting plate, a corner driving cylinder, a fish-eye joint, a connecting pull rod, a movingshaft, a moving shaft connecting block, a fixed shaft, a pneumatic claw connecting frame, a sliding rail installation frame, a linear sliding rail, a sliding block, a three-claw cylinder and pneumaticclaw bodies. Under the action of the corner driving cylinder, the moving shaft is driven by the connecting pull rod, the sliding block moves along the linear sliding rail, and the pneumatic claw connecting frame rotates around the fixed shaft, so that the pneumatic claw bodies are inclined at a certain angle to achieve angle control for picking of a chemical fiber cake on the fiber cake trolley side and placing of the chemical fiber cake on the conveying line side. The three-claw cylinder controls dip angle change of the three pneumatic claw bodies to achieve high synchronization. The fixed shaft is provided with a bearing and an elastic collar to improve the reliability of the clamp. The three-claw cylinder is controlled by a three-position five-way solenoid valve, the pneumatic claw bodies are provided with friction patterns to prevent the chemical fiber cake from falling during the movement. The clamp is simple in structure and can effectively save cost, reduce labor intensity andimprove the quality of the chemical fiber cake.

The invention provides a bridge facility which comprises a socket and a plug that is connected with electrical maintenance equipment. The right side of the upper end wall and the lower end wall of the socket are correspondingly provided with fixed blocks. The fixed block is internally provided with a fixing hole. The socket is internally provided with insertion troughs which are symmetrically arranged and have openings that face rightward. First sliding troughs which are communicated with each other are arranged between the two insertion troughs. The sliding troughs are internally provided with first sliding board which are correspondingly and smoothly arranged in the vertical direction. One end, which faces the insertion trough, of the first sliding plate, is provided with a second electric conduction plate that is mounted fixedly. One end, which is far from the insertion trough, of the first sliding plate is provided with a first oblique sliding surface. The left end of the insertion trough is further provided with a sliding chamber. A second sliding trough which extends in the left-and-right direction is arranged between the two insertion troughs. The left end of the second sliding trough is communicated with the sliding chamber, and the right end penetrates through the first sliding trough. The right end wall of the first sliding trough is internally provided with placement troughs which are correspondingly arranged in the vertical direction. The sliding chamber is internally provided with a first electric conduction plate which is fixedly connected with the first sliding plate and is connected with the second electric conduction plate through a circuit. The end wall, which is far from the second sliding trough, of the sliding chamber is provided with a power transmission plate which is fixedly mounted and is connected with commercial power.

A new water cup device of the present invention comprises a water cup with a cup handle on the left side and a cup spout on the top right side, a plug connected to the cup through wires, and a plug seat matched with the plug. , the plug-in seat is symmetrically arranged up and down with an insertion slot with the notch facing the right, and a first sliding slot for communication is provided between the two insertion slots. The sliding arm, the end of the first sliding arm facing the insertion slot is fixedly equipped with the second contact, the end of the first sliding arm facing away from the insertion slot is provided with a first beveled surface, and the left end of the insertion slot is also provided with a In the sliding chamber, a second sliding groove extending left and right is arranged between the two insertion grooves, the left end of the second sliding groove communicates with the sliding chamber, and the right end penetrates the first sliding groove.

The invention discloses stable robot connection equipment. The stable robot connection equipment comprises a base stand, a rotating frame mounted on the base stand in a running fit, a main shell bodyfixedly mounted on the rotating frame, and a connecting and fixing head in locking fit connection with the main shell body, wherein multiple groups of mounting and fastening bases are arranged in theleft side end surface of the main shell body, an insertion groove is formed in the left side end surface of each mounting and fastening base, a first power transmission head is fixedly arranged in theright side inner wall of each insertion groove, first sliding grooves are symmetrically formed in the upper and lower inner walls of each insertion groove, a slope locking block is mounted in each first sliding groove in a sliding fit, a second sliding groove is formed in the right side inner wall of each first sliding groove, left and right first sliding plates are arranged in the second slidinggrooves in a sliding fit, and top-pressing springs are installed in the second sliding grooves on one sides opposite to the corresponding first sliding plates on the upper and lower sides in a top-pressing fit.

The invention discloses an electric power access device, including a power supply seat fixedly mounted in a wall and a plug connected with electric equipment. Slots provided with openings facing rightare arranged in the power supply seat in longitudinal symmetry, a first sliding groove arranged in a left-right extending manner is arranged between the two slots in the power supply seat, a first sliding block which can slide leftwards and rightwards is arranged in the first sliding groove, a threaded hole with an opening facing left is arranged in the first sliding block, a threaded rod is mounted in the threaded hole in a screw-thread fit manner, a left side end of the threaded rod is in power connection with a drive motor fixedly mounted in an inner wall of a left side of the first sliding groove, and an end wall of the first sliding groove facing the slots is internally symmetrically provided with a second sliding groove connected with the slots.

The invention discloses a multifunctional practical training robot device, and the device comprises a substrate, a rotating frame which is rotatingly installed on the substrate, a main housing which is fixedly installed on the rotating frame, and a fixing connector which is in locking fit connection with the main housing. The left side end face of the main housing is provided with a plurality of groups of fixed seats. The left side end faces of the fixed seats are provided with slots, and the right inner walls of the slots are fixedly provided with first power transmission heads. The upper andlower inner walls of the slots are symmetrically provided with first chutes, and the interiors of the first chutes are provided with slope locking blocks in a manner of sliding fit. The right side inner walls of the first chutes are provided with second chutes, and the interiors of the second chutes are provided with first sliding plates, sliding in a left/right direction, in a manner of slidingfit. Jacking springs are disposed in the second chutes at the opposite sides of the first sliding plates at the upper and lower sides in a manner of jacking fit.

The invention discloses equipment used for being connected with a hot water circulation system. The equipment comprises a base frame, an adapter disc installed on the base frame in a rotary fit mode,a frame fixedly installed on the adapter disc, and a connector in locked fit connection with the frame. Multiple sets of installation connection bases are arranged in the end face on the left side ofthe frame, inserted connection cavities are formed in the end faces on the left sides of the installation connection bases, first electricity entering heads are fixedly arranged on the inner walls ofthe right sides of the inserted connection cavities, first sliding connection cavities are symmetrically arranged in the upper and lower inner walls of the inserted connection cavities, bevel edge lock connection blocks are installed in the first sliding connection cavities in a sliding fit mode, second sliding connection cavities are arranged in the inner walls of the right sides of the first sliding connection cavities, left and right first sliding connection blocks are installed in the second sliding connection cavities in a sliding fit mode, and top pressure springs are installed in the second sliding connection cavities on the opposite sides of the first sliding connection blocks on the upper and lower sides in a top pressing fit mode.

The invention discloses improved multifunctional practical training robot equipment. The improved multifunctional practical training robot equipment comprises a base platform, a rotary frame which ismounted on the base platform in a rotary match manner, a main shell body which is fixedly mounted on the rotary frame, and a fixing connector which is connected with the main shell body in a locking match manner, wherein a plurality of groups of fixing seats are arranged in a left-side end face of the main shell body; slots are formed in the left-side end faces of the fixing seats; a first power transmission head is fixedly arranged on a right-side inner wall of each slot; first sliding grooves are symmetrically arranged in upper and lower inner walls of each slot; an inclined slope locking block is mounted in each first sliding groove in a sliding match manner; a second sliding groove is formed in the right-side inner wall of each first sliding groove; left and right first sliding platesare arranged in each second sliding groove in the sliding match manner; jacking springs are mounted in the second sliding grooves in one side relative to the first sliding plates at the upper and lower sides in a jacking match manner.

The invention discloses a server cabinet comprising a base, a turntable installed on the base via rotary cooperation, a main frame body fixedly installed on the turntable, and a connecting end in locking cooperative connection with the main frame body, wherein multiple groups of mounting seats are arranged in a left end face of the main frame body, insertion cavities are formed in the left end faces of the mounting seats, first electrical connection ends are fixedly arranged on right inner walls of the insertion cavities, first sliding cavities are symmetrically formed in upper and lower innerwalls of the insertion cavities, inclined plane locking blocks are installed in the first sliding cavities in a slide fit manner, second sliding cavities are formed in the right inner walls of the first sliding cavities, first sliding blocks are arranged in the second sliding cavities on the left and right sides in the slide fit manner, and top pressure springs are installed in the second slidingcavities on opposite sides of the first sliding cavities on the upper and lower sides in a top pressure fit manner.

The invention discloses a safe dust removal device, which comprises a power distribution cabinet and a bolt head connected with a dust remover. The top of the power distribution cabinet is fixedly connected with a dustproof plate through a fixing rod. A bolt base connected with the bolt head in a matched manner is arranged in the right side end surface of the power distribution cabinet. Insertingconnection grooves with rightward through openings are correspondingly formed in the bolt base up and down. A first sliding connection groove extending to the left and right is formed in the position,located between the two inserting connection grooves, in the bolt base. A first sliding connection block is arranged in the first sliding connection groove in a left-right sliding connection manner.A screw hole with a leftward through opening is formed in the first sliding connection block. A spiral rod is installed in the spiral hole in a matched manner. The left end of the spiral rod is in power connection with a motor fixedly installed in the left inner wall of the first sliding connection groove. Second sliding connection grooves communicated with the inserting connection grooves are correspondingly formed in the end walls, facing the inserting connection grooves, of the first sliding connection groove.

The invention discloses a novel smart power strip comprising a base, a revolving disc rotationally mounted on the base, a main body fixedly mounted on the revolving disc, and connectors in locking connection with the main body. Multiple engaging seats are arranged on the left end surface of the main body. A tight insertion cavity is arranged in the left end surface of each engaging seat. A first power connector is fixedly disposed on the right inner wall of each tight insertion cavity. First sliding chambers are symmetrically disposed in the upper and lower inner walls of the tight insertion cavity. An oblique locking block is slidably mounted in each first sliding chamber. Second sliding chambers are disposed on the right inner walls of the first sliding chambers. First sliding blocks areslidably mounted in the second sliding chambers. Pushing springs are press-fit mounted in the second sliding chambers on the opposite sides of the first sliding blocks on the upper and lower sides.

The invention discloses a central hot water circulation system. The central hot water circulation system comprises a base frame, a through connection disc rotatably mounted on the base frame in a fitmanner, a frame fixedly mounted on the through connection disc and a connector in locked fit connection to the frame. A plurality of connecting seats are arranged in the end surface of the left side of the frame, insertion cavities are formed in the end surfaces of the left sides of the connecting seats, first electricity-in heads are fixedly arranged on the inner walls of the right sides of the insertion cavities, first slip cavities are symmetrically arranged on the upper and lower inner walls of each insertion cavity, a beveled locking block is slidably mounted in each slip cavity in a fitmanner, a second slip cavity is formed in the inner wall of the right side of each first slip cavity, left and right first slip blocks are slidably mounted in the second slip cavity in a fit manner, and an ejecting spring is mounted in the second slip cavity in each of opposite sides of the upper and lower slip blocks in a fit manner.