11results about How to "Guarantee work efficiency" patented technology

The utility model discloses a low bath ratio high temperature high pressure dyeing machine relates to dyeing machine technical field, the utility model discloses a dyeing cylinder body and set up at the bottom end of dyeing cylinder body's chassis and set up between the both sides of dyeing cylinder body top cloth guide pipe still include: heat shield, set up at the outside of dyeing cylinder body, the utility model discloses through heat shield blocks the heat and spreads outward through cylinder body outer wall, avoids a large amount of heat energy waste, and still can avoid workshop temperature rise, guarantees the work efficiency and safety of staff, and in through heat exchange coil absorbs the heat that cylinder spreads outward and is blocked by heat shield, through heat conduction filler can ensure that heat shield and dyeing cylinder body between heat distribution is even, avoids the position temperature difference of being close to and being far from heat exchange coil too big influence structural strength to further safe and effective utilization dyeing machine work when the heat that cylinder loses, improves energy utilization, makes equipment run more environmental protection.

The utility model discloses a kind of fly knives of chipper for being convenient to install belong to chipper technical field, including handle, the side fixed connection of handle has first plug-in block, the normal surface of first plug-in block is equipped with hole slot, the inside plug-in of hole slot has connecting assembly;Connecting assembly includes plug-in rod, one end of plug-in rod is inserted in the inside of hole slot, the other end of plug-in rod is fixedly connected with second plug-in block, the normal surface of second plug-in block is fixedly connected with first spring, the side fixed connection of first spring has stress plate, the upper and lower two sides of second plug-in block are fixedly connected with driving frame;Through the connecting assembly of being set, first spring can push second plug-in block, i. e. it can push plug-in rod, by the push of multiple first springs, the stress balance of each place can be guaranteed, second plug-in block and first plug-in block can be connected by plug-in rod, guarantee the stability of connection, so that the blade installation position positioning is accurate, guarantee the stability of installation.

The utility model belongs to the field of magnetic suspension refrigerant compressor, concretely relates to a kind of cooling structure of magnetic suspension refrigerant compressor, including compressor shell, stator core and motor rotor, and refrigerant inlet and refrigerant outlet are equipped on compressor shell;Air gap is formed between stator core and motor rotor;Spiral groove is processed on the outer circle surface of motor rotor and located in air gap region, and the outer circle of stator core is sleeved with cooling jacket, and the outer circle of cooling jacket is processed with spiral flow channel, and one side of cooling jacket is equipped with medium guide gap;After refrigerant enters from refrigerant inlet, it flows through air gap and the spiral flow channel of cooling jacket in turn, and finally flows out from refrigerant outlet, forming double cooling path to the inside and outside of stator core;The utility model effectively solves the problem that magnetic suspension motor faces narrow air gap, large refrigerant flow resistance, poor cooling, and complex cooling system and high leakage risk caused by multi-path cooling scheme.

This disclosure provides a cleaning module and cleaning equipment, relating to the field of cleaning equipment technology. The cleaning module includes a module support, a drive motor, and a heat sink. The drive motor is mounted on the module support and drives the target object of the cleaning module; the heat sink is located on the outer periphery of the drive motor, and liquid flows through the heat sink; wherein, with the direction perpendicular to the surface to be cleaned when the cleaning module is in working state as the height direction of the cleaning module, the upper side of the drive motor has a clearance area, and the heat sink is positioned to avoid the clearance area. This disclosure ensures effective heat dissipation for the drive motor while avoiding increasing the height of the cleaning equipment, ensuring the convenience and accessibility of the cleaning equipment, and facilitating the cleaning equipment to clean low areas, such as under sofas and beds.

This utility model relates to a hose conveying device for heat exchanger pipeline inspection, belonging to the field of pipeline inspection technology. The hose conveying device for heat exchanger pipeline inspection includes: two bonding plates, with two connecting rods fixedly connected between the two bonding plates, the connecting rods being staggered with the bonding plates; and an inspection conveying mechanism installed on one side of the bonding plates. The inspection conveying mechanism includes a conveying component installed on one side of the two bonding plates, with a receiving component below the conveying component, one end of which is connected to a servo motor. A transmission belt drives a first pulley to rotate, which in turn drives a lower rotating rod to rotate. A rubber ring causes the two rotating rods to rotate synchronously but in opposite directions, assisting in moving the pipe body, improving the operator's convenience, ensuring work efficiency, and reducing the operator's labor intensity.

The utility model relates to the field of vortex air pump, and disclose a vortex air pump convenient to assemble, including vortex air pump, air inlet pipe, air outlet pipe and filter, vortex air pump is fixedly installed with air inlet pipe and air outlet pipe, and the air inlet pipe air inlet one end is installed with filter, the air inlet pipe cylinder surface is equipped with the anti -fouling structure near air inlet one end, and the air inlet pipe is equipped with the assembly structure away from vortex air pump one end, and the assembly structure is installed filter away from air inlet pipe one end, adopts the thread connection mode of outer thread pipe and inner thread pipe, and cooperates sealing ring and sealing rubber, greatly shortens the assembly time, reduced the manpower cost, strengthened the leakproofness of connection simultaneously, guarantee the working efficiency and filter effect of air pump, through the anti -fouling structure of fixed ring, rubber boss, jack, dust cover, plug rod, flexible plastic rod, limit rod and fan -shaped rubber sheet etc.

The utility model discloses a hot stamping device for decorating metal foil on the surface of a card, which belongs to the technical field of card manufacturing and comprises a hot stamping frame, an expansion piece is arranged in the hot stamping frame, a pressing hot plate is fixedly connected below the expansion piece, a mounting plate is fixedly connected in the hot stamping frame, a clamp is clamped in the mounting plate, and the pressing hot plate is fixedly connected with the mounting plate. A protection structure is arranged on the mounting plate, a clamping structure is arranged in the mounting plate, one side of the mounting plate is in sliding connection with a first limiting block, and the other side of the mounting plate is in sliding connection with a second limiting block. According to the hot stamping equipment, the clamping structure and the second limiting block are arranged, the first toothed plate, the second toothed plate and the gear are matched, so that the clamp and the mounting plate can be rapidly assembled, and when the clamp is damaged, the clamp can be replaced or maintained in time; and the equipment can normally operate after the clamp is replaced in the maintenance process, so that the working efficiency of the hot stamping equipment is guaranteed.

This invention discloses a method for hoisting and installing steel structure modules, including: modeling the steel structure module; confirming the center of gravity of the steel structure module based on the model; using the top surface of the steel structure module in its vertical position as the hoisting surface, identifying multiple main hoisting points on the hoisting surface based on the center of gravity position; selecting multiple auxiliary hoisting points on the bottom longitudinal beams of the steel structure module in its vertical state; performing on-site assembly; reconfirming the center of gravity position and main hoisting points when the deviation between the assembled frame and the steel structure module exceeds a set value; installing lifting tools at multiple main hoisting points and connecting them to a first crane via lifting ropes; installing lifting tools at multiple auxiliary hoisting points and connecting them to a second crane via lifting ropes; horizontally hoisting the assembled frame, rotating it 90° to bring it into an vertical hoisting state, and then installing the assembled frame onto the target object. This invention reduces high-altitude patching work, reduces the number of modular unit divisions, and accelerates the overall frame installation speed.

This utility model discloses a dynamic sensing and monitoring device for power transmission lines, comprising a base, a spring clip, and a fixing mechanism. The spring clip is disposed on the top of the base. The fixing mechanism is disposed on the top of the base via the spring clip. The spring clip generates clamping force through elastic deformation, so that the fixing mechanism and the base together form a clamping and accommodating cavity. Electromagnets are embedded at the four corners of the top of the base. The contact surface between the electromagnets and the base is treated to resist electromagnetic interference. The spring clip includes a mounting shaft and a coil spring. The mounting shaft is disposed on the top of the base. The coil spring is disposed at the end of the outer circumferential wall of the mounting shaft. This dynamic sensing and monitoring device for power transmission lines clamps the cable through elastic clamping, enabling rapid clamping and monitoring of the cable, thus ensuring work efficiency.

The application provides an open warehouse track layout, which comprises a plurality of open tracks for robots to enter different groups of tracks according to needs to perform corresponding work, each group of tracks forms a horn opening with two ends opening outward to facilitate the robot to enter the track, and each group of tracks comprises two oppositely arranged power supply tracks, each power supply track comprises a track body, a slide wire mounted on the inner side of the track body, and two anti-collision plates respectively mounted on the two ends of the inner side of the track body, the track body comprises a straight track main body and a track guide part extending obliquely outward at the two ends of the track main body, the anti-collision plates are respectively mounted on the track guide parts, and the slide wire is mounted on the track main body.

The utility model relates to a silicon wafer conveying mechanism, including frame, is provided with first conveying belt and second conveying belt, first conveying belt with second conveying belt is along same linear direction arrangement, first conveying belt with second conveying belt's head and tail end portion is close to each other and has the gap that gives out, sorting frame is arranged in the top of frame, be provided with third conveying belt and sucking disc towards the frame on sorting frame, wherein, third conveying belt parallels first conveying belt, third conveying belt with first conveying belt is same direction setting, in vertical direction, third conveying belt coincides with the tail of first conveying belt and the head of second conveying belt simultaneously. The utility model discloses through the sucking disc adsorption or stop adsorbing silicon wafer, carries out the sorting to silicon wafer. The sorting mode is simple, and will not influence the conveying of silicon wafer on first conveying belt and second conveying belt, thereby guarantees the working efficiency of entire silicon wafer conveying mechanism.