40results about How to "Smooth and reliable transportation" patented technology

The invention discloses warner assembling equipment for assembling an intrusion detector box and a working method thereof. The warner assembling equipment comprises a final assembly platform, an upperfeeding platform, and a side pushing tray, wherein the upper feeding platform is arranged at one end of the top of the final assembly platform; the side pushing tray is arranged at one side of the middle of the final assembly platform; a font feeding platform is arranged at one end of the final assembly platform; and a conveyer belt is arranged at the middle of the front feeding platform in a sleeving manner. The warner assembling equipment has the beneficial effects that a plurality of hydraulic pumps I are used for respectively and simultaneously pushing and putting the boxes between clamping blocks I and clamping blocks II of an inner feeding platform for loading, and are matched with a motor IV to drive three air pumps and rubber sucking sleeves without downtime to suck and assemble warners at the preset positions of the boxes while rotating; and the equipment works without downtime, so that on the one hand, the equipment is capable of assembling the warner on the intrusion detector box relatively efficient and intelligent, and on the other hand, the plurality of clamping blocks I and clamping blocks II are arranged on the two sides of an inner loading platform in a crossing manner to ensure that the amount of carrying the box and the warner at the same time by the equipment for assembly is relatively large.

A printer is provided with: a feed roller on which an elongated shaped medium is wound in a roll form and from which the medium is unwound and fed in a predetermined transport direction; a printing unit that prints an object to be printed on the medium fed from the feed roller; a take-up roller that takes up the medium printed by the printing unit in a roll form; and a tension applying member that applies a tension to the medium by making a contact with a surface opposite to a print surface of the medium. The tension applying member has a support portion disposed at a center position in a width direction of the medium, and an oscillation shaft extending in the width direction of the medium and adapted to oscillate in contact with the medium. The oscillation shaft is oscillated on the support portion serving as fulcrum.

The invention discloses a device and method for transporting cargos in a staircase. According to the method, a pedal is pedaled by feet to drive a four-way pipe, a transverse guide rod, a transverse slide block and a vertical limiting rod to vertically move downwards, an ejector rob rotates by taking a fixed pulley as a lever fulcrum, the rear end of the ejector rob jacks up a T-shaped slide block to drive a turnover inner plate to rotate upwards around a rotating shaft so as to be level, and the ejector rob pulls the T-shaped slide block to move forwards in a T-shaped sliding chute; meanwhile, a rotating arm drives a cylinder to rotate to avoid the contact between suspended casters and the ground, and half-cylindrical guide rails on the left and right sides slide on stairs; and a spring lock pin is pulled, the pedal moves up under the action of a vertical spring to return to an initial state, and the casters are in contact with the ground again and are switched into a flat ground transportation mode. According to the device and the method, a connecting rod mechanism is manually driven, the guide rails and the casters are mutually switched so as to be fit with two transportation situations of the stairs and the flat ground, and the cargos can be always kept level and can be smoothly transported on the stairs with different angles.

The invention discloses an integrated machining device for glass panels. The integrated machining device comprises a cutting region, a carving region and a loading region. Multiple installing groovesare formed in the cutting region at equal intervals, cutting pieces allowing the glass panels to be cut conveniently are arranged at the two ends of each installing groove respectively, longitudinal baffles are longitudinally arranged on the edges of the two ends of the cutting region respectively, transverse baffles are perpendicularly welded to the upper portions of the two longitudinal baffles,a filtering plate is arranged at the bottom of the cutting region, first sliding frames are arranged at the two ends of the cutting region respectively, and first slide rails penetrate into the two first sliding frames respectively. The device can perform cutting and carving machining work on the multiple glass panels simultaneously, and guarantees the high efficiency of machining; the glass panels are clamped in the installing grooves and working grooves to be machined, and therefore it is guaranteed that the machining quality of the glass panels is higher through the device, and machining positions are more accurate; the integrated machining device is small in floor area, convenient to operate, firm, durable and suitable for application and popularization, and has good social benefits and economic benefits.

The invention discloses a movable crushing car loader, and belongs to the technical field of mining equipment. The movable crushing car loader is used for crushing and loading materials of surface mines. The technical scheme includes that the movable crushing car loader comprises a crawler traveling portion, a rotating portion, an operation room and a working portion; and the working portion comprises an undermine cutting device, scraping device, an ore rock conveyor belt, a granularity control barrier, a crusher, a transferring conveyor belt and a hydraulic cylinder, the undermine cutting device is fixed to the front end of the ore rock conveyor belt, the scraping device is positioned above the ore rock conveyor belt, the rear of the ore rock conveyor belt is connected with the crusher, the granularity control barrier is mounted above a joint of the ore rock conveyor and the crusher, a discharge outlet of the crusher is connected with the transferring conveyor belt, and the hydraulic cylinder is connected with the scraping device and the ore rock conveyor belt. Shoveling, crushing and transporting are integrated by the aid of the movable crushing car loader, the movable crushing car loader has the advantages of compact structure, flexibility in operation, high production capacity and low power consumption, the work efficiency can be greatly improved, the productivity of the mines is improved, and the production cost of the surface mines is lowered.

The invention discloses a speed-adjustable stair conveying device and method. When a person goes downstairs, the person controls a brake handle to drive a loading basket to continuously slide along a stair railing along with a sliding block and clenches a handle knob, the handle knob is rotated to tension a steel wire rope so that the two ends of the upper portion of a caliper brake can be tightened to the middle, and a brake pad clamps the stair railing, so that the sliding speed of the sliding block is decreased; meanwhile, by means of the gravity of cargoes and the gravity of the loading basket, a vertical sliding block is downward pressed via a pothook, a lever rotates around a pin shaft to drive a lower gasket to upwards jack an upper gasket, a unilateral brake rotates around a rotary handle screw to make an arc-shaped brake pad press the stair railing, and friction braking force is generated. When the person goes upstairs, the rotary handle screw is rotated to make the universal brake move backwards, and the upper gasket and the lower gasket are staggered front and back; and when the vertical sliding block is downwards pressed through the gravity of the cargoes and the gravity of the loading basket via the pothook, the arc-shaped brake pad does not press the stair railing, no friction braking force is generated, braking force during going-down can be automatically adjusted according to the weight of the cargoes, and braking is relieved during going-up, the cargoes are maintained in the horizontal state all the time for conveying, and stable and safe conveying is ensured.