42results about How to "Reduce the handling process" patented technology

The present disclosure relates to a handle unit for a vacuum cleaner. The handle unit for the vacuum cleaner for controlling a cleaner body of the vacuum cleaner includes a handle body of the vacuum cleaner; and a supporting unit projected from one side of the handle body, the supporting unit holding an accessory brush, wherein the supporting unit and the handle body is molded in a single piece by the injection molding process.

The invention relates to internal automatic segment feeder equipment of a shield tunneling machine. The internal automatic segment feeder equipment consists of an external conveying platform and an internal conveying platform which is embedded inside the external conveying platform, wherein backstop retaining pawls are respectively arranged at the two sides of each of the external and internal conveying platforms, and tube segments are conveyed to move forwards. Compared with the prior art, the internal automatic segment feeder equipment has the advantages that the structure is simpler, firmer and more reliable, the space utilization ratio is higher, the procedure of ordinary electric hoist transporting is avoided, more construction time is saved, on-site control and automated tube segment assembly can be realized, and the workload of workers is reduced.

The invention discloses a card handling device, comprising a rack, a card feeding trolley arranged on the frame, and a lateral driving mechanism for driving the feeding trolley to move laterally on the frame, wherein the card feeding trolley comprises a frame, a card transporting guide rail arranged on the frame, a roller transporting mechanism for driving cards to move longitudinally on the cardtransporting guide rail, and a card clamping and storing mechanism for driving a card, to realize storing and taking movements between the card transporting guide rail and a card storing turntable, wherein the card clamping and storing mechanism comprises a clamping member fixing block, a clamping member and a an opening and closing mechanism and a storing and taking drive mechanism. The card handling device can complete the task of carrying the card when a card storing device and a card exit port are on the same side, and can complete the task of carrying the card when the card storing deviceand the card exit port are distributed on the both sides of the handling device.

The invention discloses a self-service card taking terminal comprising a base, a card storage module arranged on the base and for carrying and storing a card, and a card taking module used for carrying the card from the card storage module to a card taking port, wherein the card storage module comprises a card issuing unit, a card storage unit, and a card read-write conveying unit used for carrying the card from the card issuing module onto the card storage module; the card issuing unit is composed of multiple groups of card issuing devices, each group of card issuing devices comprises a cardfunnel and a card shifting mechanism arranged below the card funnel and used for shifting the card in the card funnel onto the card read-write conveying unit; and the card storage module is arranged on one side of the card storage unit and comprises a second rack, a card conveying trolley arranged on the second rack and a horizontal driving mechanism for driving the card conveying trolley to move.The self-service card taking terminal can directly store the card on the storage mechanism without using a carrying device, so that the card storage operation is simple, and the card storage speed ishigh.

The invention discloses large-capacity card storage equipment. The large-capacity card storage equipment comprises card sending devices, multiple card storage devices and a carrying device. The multiple card storage devices are arranged on two sides of the carrying device. The card sending devices are arranged on one side or two sides of the carrying device. The carrying device comprises a card clamping trolley and a trolley driving mechanism. The card clamping trolley comprises a trolley frame, a card clamping mechanism and a transverse driving mechanism. The card clamping mechanism comprisesa clamping part and a clamping driving mechanism used for driving the clamping part to open and close. Two ends of the clamping part are both equipped with clamping portions. The card clamping mechanism also comprises a conveying mechanism. With the large-capacity card storage equipment, spaces on two sides of the carrying device are reasonably utilized. While the card-storage capacity is added,the large-capacity card storage equipment is convenient to place because of small changes in length of the large-capacity card storage equipment.

The invention discloses a measurement tool for an aluminum strip bender. The measurement tool comprises brake devices, an object carrying plate, a clamping device and measurement devices, wherein the end portions of the brake devices and the object carrying plate are connected with a slide rail, each brake device comprises a fixation support frame, each fixation support frame is successively provided with a limiting clamping groove, a second cantilever, an over beam and a base plate from top to bottom, each second cantilever is symmetrically distributed at the two sides of each fixation support frame, each limiting clamping groove is internally provided with a first cantilever, the two sides of each first cantilever are each provided with a limiting protruding strip, each limiting protruding strip is movably connected with each second cantilever, each first cantilever is rotationally connected with the corresponding limiting protruding strips through a fixation rod, the bottom of the front end of each first cantilever is provided with the clamping device, and the measurement devices are fixedly connected with the bottom of the object carrying plate. The structure is simple, the practicality is high, an aluminum strip can be clamped and positioned, the aluminum can also be loaded and carried, the labor intensity is reduced, the operation is simple and convenient, the safety is high, and the steps for measuring the aluminum strip are simplified.

The invention provides an automatic marking device as well as an automatic marking welding system and a control circuit thereof. The automatic marking device comprises a marking machine, a worktable, a rotary pressing mechanism, a rotary unlading mechanism and a slideway; a marking needle of the marking machine is vertically flexible relative to the worktable; the rotary pressing mechanism comprises a rotary pressing cylinder vertically mounted on a support table; a piston of the rotary pressing cylinder is fixedly connected with a pressing arm realizing the rotary pressing action under the driving of the rotary pressing cylinder; the rotary cylinder of the rotary unloading mechanism is fixedly connected with a rotary arm and is provided with a rotary check part; the rotary stroke of the rotary arm is limited by the worktable and the check part; multiple electromagnets are arranged at the front end of the rotary arm; the slideway is adjacent to the rotary check part and positioned below the rotary stroke of the front end of the rotary arm, and an acute included angle is formed between the sliding upper surface of the slideway and the horizontal plane of the support table; and the opening of the slideway faces an assembly line. The automatic marking device as well as the automatic marking welding system and the control circuit thereof can automatically finish marking and unloading, and the work efficiency and the safety are improved as a dual-hand synchronous starting function is arranged.

The invention relates to a chipped ashlar cutting production line and belongs to the field of stone cutting equipment. The chipped ashlar cutting production line comprises a butting cutting machine, a chipped ashlar cutting chamfering machine and a mill which are connected in sequence through a transition frame, wherein the butting cutting machine comprises a main frame; a mine car is arranged on the main frame; horizontal walking mechanisms are arranged at the two ends of the main frame; an upper transverse beam is arranged between the two horizontal walking mechanisms; the upper transverse beam is provided with a vertical hoisting mechanism; the vertical hoisting mechanism is connected with a main beam; a main shaft box provided with a main shaft and an auxiliary main shaft box provided with an auxiliary main shaft are arranged under the main beam; the chipped ashlar cutting chamfering machine comprises a worktable; the worktable is provided with a plurality of cutting machines; a chamfering machine is arranged between the first cutting machine and the second cutting machine; and each of each cutting machine and each chamfering machine comprises the main shaft box provided with the main shaft and the auxiliary shaft box provided with the auxiliary main shaft. According to the equipment, butting, cutting and chamfering are carried out on a guide rail in a production process and machining is carried out on the same production line; and the equipment does not need to be transported, the machining precision is improved, the working amount is alleviated and the working efficiency is improved.

A bridge type stone cutter with a polishing function comprises a crossbeam, two longitudinal beams, a moving seat, a lifting frame, a worktable and a cutting device. The cutting device is arranged on the lifting frame, a longitudinal moving mechanism is arranged among the crossbeam and the longitudinal beams, a transverse moving mechanism is arranged between the moving seat and the crossbeam, and a lifting moving mechanism is arranged between the lifting frame and the moving seat. The bridge type stone cutter is characterized by further comprising a polishing device, the polishing device is arranged on the lifting frame and comprises a spindle box, a spindle, a main motor, an abrasive disc and a vertical moving mechanism, the spindle box is arranged on the lifting frame in such a manner that the spindle box can vertically move up and down on the lifting frame, the spindle is vertically arranged on the spindle box, the main motor is arranged on the spindle box and is connected with the spindle to drive the spindle to rotate, the abrasive disc is arranged at the lower end of the spindle, and the vertical moving mechanism is connected with the spindle box to drive the spindle box to vertically move. The bridge type stone cutter has the advantages that a cutting function is integrated with the polishing function, a procedure for shifting stone between cutting equipment and polishing equipment and a procedure for clamping the stone are omitted, the stone processing efficiency is improved, and the labor cost is saved.