35results about "Manual conveyance devices" patented technology

A wheelless dolly configured for use with a caster deck floor, and processes for operating the wheelless dolly. The wheelless dolly including a planar base that is tapered at a first end, and an upright structure coupled to the planar base at a second end opposite the first end. The structure including a first portion extending upwards from a top surface of the planar base, a second portion angled relative to the first portion in a direction away from the second end of the planar base, and a third portion coupled to the second portion extending laterally across the second portion, thereby forming a handle configured for maneuvering the wheelless dolly along the caster deck floor. Other embodiments are disclosed.

The utility model belongs to tobacco machinery technical field, concretely relates to a tobacco strip clamping jaw. The tobacco strip clamping jaw includes: handle subassembly, connecting rod (3), clamping jaw subassembly, wherein, handle subassembly and clamping jaw subassembly are connected to two ends of connecting rod (3) respectively, handle subassembly includes: handle (1) and handle seat (2), handle (1) can rotate with its connecting point with connecting rod (3) as the pivot, or handle (1) can rotate with its connecting point with handle seat (2) as the pivot, clamping jaw subassembly includes: first grab clamping plate (4) and second grab clamping plate (5), first grab clamping plate (4) is connected to connecting rod (3). Use the tobacco strip clamping jaw of the application, maintenance personnel can stand outside the whole tobacco strip conveying line, clamp out the tobacco strip that blocks in the conveying line, avoid the dangerousness of personnel to take tobacco strip, and it is quick, convenient.

The utility model relates to four -legged robot technical field, concretely is a kind of handle structure and carrying mechanism for four -legged robot carrying, including rubber coating, flexible band inlayed in rubber coating, and with the quick-release type fixing assembly and four groups of leg unit connected to leg unit, handle unit, four groups of leg unit are symmetrically arranged in the head and tail two sides of four -legged robot by pivot. Handle structure and carrying mechanism of the application, in the carrying process, handle can realize load self-adapting adjustment and reduce the structural volume of four -legged robot carrying state with four -legged robot leg structure form, convenient for operator to carry, and realize long-distance transfer.

A dolly has a frame; a plurality of rolling elements mounted on the frame for rotation about respective rotational axes generally parallel to the ground surface and defining a contact footprint of the dolly on the ground surface. The axes extend in a plane between a load contacting surface of the dolly and the ground surface at a distance between 30% and 50% of a height defined between the load contacting surface of the dolly and the ground surface. A swivel platform defines the load contacting surface extending at an elevation above the frame and mounted on the frame for rotation about a platform axis located within the contact footprint. An actuator unit is drivingly engaged to at least two rolling elements of the plurality of rolling elements, the at least two rolling elements disposed on opposite sides of the swivel platform. An on-board controller unit is operable to actuate the actuator unit.

The present invention discloses an overhead rail and trolley apparatus and method. The apparatus provides an overhead rail having one or more tracks. A wheeled trolley having a wheel or wheels travels upon the tracks. A stop unit on the rail is positioned to selectively halt the trolley. There is a cutout section on the rail and an insert that is attached to the rail at the cutout. The trolley wheels engage the upper surface of the insert when the trolley is halted by the stop unit. A plating on the insert increases the hardness of the insert upper surface. The insert helps prevent and / or at least lessens wear of apparatus when the trolley is halted by the stop unit.

The utility model relates to the field of conveying equipment for filling system, especially a conveying equipment for filling system. Including conveying equipment body, the side of conveying equipment body is installed with the cabinet door, the inside installation of cabinet door has the removal frame, the inside fixed connection of removal frame has the glass plate, the upper surface of conveying equipment body is installed with the operation button, one side of cabinet door is equipped with the limit structure, the limit structure includes the swivel block and the fixed plate, the fixed plate is fixedly connected with the cabinet door, the swivel block is fixedly connected with the removal frame, the inner wall of swivel block is equipped with the clamping groove, the inner wall of fixed plate is equipped with the limit slot. The utility model provides a kind of conveying equipment for filling system, when personnel opens removal frame and carries out the checking operation to the filling system pipeline inside conveying equipment body, removal frame will be caused to removal frame to move due to external factor, influence personnel work fluency, lead to the shortcoming of personnel work efficiency low.

The invention concerns a portioning machine (1) comprising: - a cutting device (2) for cutting pieces of food product (4) to be cut into portions (5, 6); - a discharge transport belt (8) for discharging the portions (5, 6) from the cutting device (2) in a transport direction (T); - a separating device (9) having a pusher element (10) which is driven by means of a servomotor (12) and guided by means of a guide device (14), is displaceable in a linear displacement direction (V) between lateral sides of the discharge transport belt (8) so as to engage with a portion (6) in order to remove this via a lateral side of the discharge transport belt (8).

The present invention provides a transport path forming member that reduces the workload of transport operations and also offers good ease of attachment and removal (replacement) from the support frame. [Solution] A plate-shaped resin transport path forming member 10 is detachably attached to a linear support frame 2 and supports an object to be transported in a slidable manner from below. This transport path forming member 10 has a total length obtained by dividing the total length of the support frame 2 into N equal parts (N is a positive integer of 2 or more), and a pair of first mounting claws 12a provided at intervals in the width direction of the support frame 2, and includes a mounting means (first mounting means 12) that allows transitions between an attachable state in which it can be attached to the support frame 2 and a detachable state in which it can be removed from the support frame 2 by elastically deforming in a direction that increases or decreases the above interval.

The utility model discloses a rosemary steaming tray taking and placing tool relates to rosemary processing field, including main rod, magnetic attraction part and N support rod, the bottom end welding fixed of main rod has the conical head, and its inside is hollow setting, the support rod is the iron bar spare, N the support rod around setting in the outside of main rod, and the bottom end of support rod is articulated with the top of conical head, the magnetic attraction part sets up in the inner chamber of main rod for adsorbing N support rod, makes support rod vertical and fits the outer wall of main rod, the utility model discloses through the conical head through rosemary and the central hole of steaming tray, after pulling up L type pull rod and rotating fixedness, the magnetic bar removes the adsorption of support rod, makes four support rods spread, and evenly supports the bottom of steaming tray, ensures that the taking and placing process is stable and reliable, avoids the steaming tray inclination or slippage, and this tool operation is simple, and convenient to use, avoids scalding simultaneously, and improves operating efficiency.

The utility model relates to a material taking device, it relates to material taking equipment technical field, it contains: telescopic sleeve, telescopic rod body movable assembly in telescopic sleeve, control handle assembly in telescopic sleeve one end, the control handle in rotation assembly has the connecting piece, the connecting piece one end extension with telescopic rod body connection for driving telescopic rod body displacement, and material taking piece rotation assembly in telescopic sleeve away from control handle one end, and one end with telescopic rod body connection, when pressing control handle, the connecting piece promotes telescopic rod body to move in telescopic sleeve, and telescopic rod body movement promotes material taking piece rotation to open and carries out material taking. Adopt above technical scheme, have the simplicity of quick material taking, simple structure, convenient operation, and do not need in narrow and high area under sampling, improve the safety of material taking, work efficiency and sampling detection data accuracy advantage.

The utility model discloses a CTP battery package electric core clamping device belongs to electric core clamping device technical field. Including upper pressure plate, handle, left clamping plate, right clamping plate, rubber pad and jacking bolt. Among them, the upper pressure plate is as the core bearing, and the handle is fixedly connected at the top to form the operation interface, and the left and right clamping plates are pivotally connected with the upper pressure plate through the rotating shaft and can rotate freely around the shaft, the jacking bolt is screwed on the screw hole on both sides of the upper pressure plate, the bolt head abuts against the outside of the clamping plate, and the rotating bolt can drive the clamping plate to pivot around the shaft to adjust the clamping opening, and the rubber pad is fixedly arranged on the inside of the left and right clamping plates and the lower surface of the upper pressure plate respectively to disperse the clamping pressure and protect the surface of the electric core. The utility model realizes the accurate clamping and safe taking out of the electric core, avoids the surface damage caused by rigid extrusion or improper angle, and is suitable for the flexible taking and placing operation of the CTP battery package electric core.

An automobile lining inner framework feeding tool comprises a positioning assembly and a carrying assembly. The inner framework is provided with three first chamfers and a second chamfer, and the inner framework is further provided with a first positioning hole and a second positioning hole; the positioning assembly comprises a positioning seat, the positioning seat is provided with a third chamfer corresponding to the first chamfer and a fourth chamfer corresponding to the second chamfer, the positioning assembly further comprises a first movable plate capable of sliding, and the first movable plate is provided with a first positioning pin corresponding to the positioning seat; the carrying assembly comprises a supporting plate, two fifth chamfers corresponding to the first chamfers are arranged in the inner sleeve feeder, the carrying assembly further comprises a second movable plate capable of sliding, and a second positioning pin corresponding to the inner sleeve feeder is arranged on the second movable plate. According to the utility model, the positioning seat is matched with the inner framework, so that the inner framework can be quickly and correctly placed, the inner framework carried by the carrying assembly is all in the correct direction, and the yield can be improved.

This utility model provides a transition platform, comprising: a base; and two guide rods, parallel and adjustable in relative distance, mounted on the base. The two guide rods jointly support the bottom surface of the oil tank, allowing the oil tank to slide along the guide rods. Each guide rod has a clearance groove to avoid protruding structures on the bottom surface, enabling the oil tank to move along the arrangement direction of the two guide rods. In the transition platform, by adjusting the distance between the two guide rods, it can be ensured that the guide rods avoid protruding structures on the bottom surface of the oil tank while the oil tank slides along the guide rods, and that the clearance grooves on the guide rods allow protruding structures on the bottom surface of the oil tank to pass through after the oil tank has moved along the guide rods. This allows the oil tank to move along the arrangement direction of the two guide rods, thereby meeting the feeding requirements of different oil tanks, offering strong versatility, reducing processing costs, and improving processing efficiency.

This invention discloses a method for flexible transport using ropes and wheel straps, characterized by having ropes and wheels. This invention has the outstanding advantages of being simple, practical, and easy to promote. The number of wheels is not fixed; it can be increased or decreased according to weight to make carrying heavy objects easier. The maximum carrying capacity changes with the number of wheels. The volume of the object being transported is not limited. It is portable even in harsh conditions, can be stored in a backpack, and can be delivered to the area in need promptly. Wheel replacement is convenient, and carrying heavy objects is more stable and effortless. It is suitable for forest rescue, carrying fruit, and transporting patients, etc.

The application discloses a high-layer file storage device and relates to the technical field of storage of articles in a warehouse. The high-layer file storage device comprises a frame body, a main cylinder, an auxiliary cylinder, a force applying assembly, a first clamping assembly, an elastic telescopic assembly, a connecting rope, a second clamping assembly and a platform. The frame body has a vertical section and a horizontal section. The main cylinder and the auxiliary cylinder are fixed to the vertical section. The main cylinder comprises a main body, a first piston and a second piston. The first piston divides the main body into a first upper space and a first lower space. A groove is formed in the end face of the first piston rod. The second piston is clamped into the groove. The auxiliary cylinder is above the main cylinder. The auxiliary cylinder comprises an auxiliary body and a third piston. The third piston divides the auxiliary body into a second upper space and a second lower space. The second upper space is communicated with the first upper space. The second lower space is communicated with the first lower space. The force applying assembly is connected with the second piston. One end of the connecting rope is fixedly connected with the force applying assembly. The other end of the connecting rope is fixedly connected with the elastic telescopic assembly. The application solves the technical problem of storing files in a high place.

The utility model provides a kind of feeding spoon for photovoltaic silver paste production, comprising: scoop head (1), the scoop head has first side and opposite second side;Spoon handle (2), it includes :-the first linear section (21) that extends from the first side of scoop head;-the curved section (20) that extends from the first linear section along the curved path of second side departure;-the second linear section (22) that extends from curved section;And the third linear section (23) that extends from second linear section, wherein the included angle α is formed between second linear section and third linear section;Wherein, the spoon handle has the first fulcrum (3) at the connecting place of second linear section and curved section, and the second fulcrum (4) at the connecting place of second linear section and third linear section.This feeding spoon adopts bending type spoon handle, can reduce wrist pressure when operating, improves holding comfort.

A liquid transfer aid (1) has a rectangular cylindrical shape and has an opening portion (OP1) provided in a top plate (BS1) at a position closer to the periphery than to the center thereof. The liquid transfer aid (1) is used for transferring a viscous liquid from an 18-liter can (IC1) accommodating the viscous liquid to a drum can (D2) having a bottomed cylindrical shape. The liquid transfer aid (1) comprises a container holding member (11) that holds the 18-liter can (IC1), and a support member (12) that is detachably fixed to an upper vertical end portion of a side wall of the drum can (D1) in a state in which the drum can (D1) is disposed with the bottom wall thereof positioned vertically downward, the support member (12) holding the 18-liter can (C1) in an inclined posture so that the central portion of the top plate (BS1) is positioned vertically lower than the central portion of a bottom plate (BS2).

A mechanical clamping device (10) has a clamping element (12) supported in a pivotable manner about a rotation axis; at least one first spring element (26); wherein the clamping element (12) is formed with a first leg (14), a second leg (18) extending substantially parallel to the first leg (14), and a connecting portion (16) extending substantially perpendicular to the first leg (14) and the second leg (18), wherein the first leg (14) is connected to the connecting portion (16) at a first end section, wherein the second leg (18) is connected to the connecting portion (16) at a second end section, wherein the clamping element (12) is supported in a pivotable manner between an open position and a closed position, wherein the at least one first spring element (26) acts on the clamping element (12) in the direction of the open position by means of a first elastic force. The clamping device (10) can be mechanically operated in a low-cost manner by means of a spring-loaded clamping element (12) without the need for additional sensors and associated power consumption.

This utility model relates to a grinding wheel blank gripping device, belonging to the field of grinding wheel technology. It includes a connecting frame, with a holding frame fixedly connected to the right side of the connecting frame. A battery is fixedly installed on the top and bottom surfaces of the holding frame. The connecting frame is equipped with a gripping assembly for gripping the grinding wheel blank. The gripping assembly includes a positioning rod placed inside the connecting frame. Sliding grooves are formed on the top and bottom surfaces of the connecting frame, and sliding blocks are placed inside each of the two sliding grooves. An electric push rod is fixedly installed on the side of each sliding block away from the positioning rod. This grinding wheel blank gripping device, through the cooperation between the clamping plate and the positioning rod, conveniently grips grinding wheels of different sizes. The electric push rod facilitates the movement of the clamping plate, making operation easier for workers. Simultaneously, the sliding connection between the sliding blocks and the sliding grooves allows the clamping plate to move left and right, improving the efficiency of use.

The present application relates to the technical fields of roller clutch carrying and assembling device, in particular to a roller clutch carrying and assembling device and its using method, which comprises a core barrel, the diameter of the core barrel is less than or equal to the diameter of the inner ring of the roller clutch cage, and greater than or equal to the diameter of the installation track formed by the roller, a handle and a pressing mechanism are arranged on the core barrel, the pressing mechanism is used to place the core barrel on the inner ring of the roller clutch cage, and when holding the handle, the pressing mechanism can be controlled to press against or release the roller clutch, so as to lock or unlock the core barrel and the roller clutch, when in use, the core barrel and the roller clutch can be locked or unlocked by controlling the pressing mechanism, and the core barrel and the roller clutch in the locked state can be carried to the installation station for assembly by the handle, which can facilitate the carrying of the clutch, limit the displacement of the roller, prevent the roller from falling, and quickly assemble to improve the installation efficiency.

This utility model relates to a novel non-powered conveying device, comprising a first support unit, a second support unit, several rolling units, and a collection unit. Its advantages lie in that the first, second, and third support units provide stable support for the rolling units. Through the rotational structure of the rolling units themselves, the waste refrigerators slide relative to each other using gravity, thus conveying the waste refrigerators forward. No additional power unit is required, saving energy. Furthermore, the collection unit collects dust and exhaust fumes generated during the movement of the waste refrigerators in real time, providing a safe and healthy working environment.

This utility model discloses a water tank moving clamp assembly, belonging to the technical field of water tank mobile equipment. The structure includes a fixed frame, a supporting beam and a clamping rod positioned above the fixed frame, with the clamping rod located on the left side of the supporting beam. Water tank limiting components are located on both sides of the supporting beam. A control output rod is located on the leftmost position of the fixed frame, and a protective arm is fitted onto the control output rod. A controller is located on the inner side of the protective arm. This device optimizes existing water tank moving and fixing clamps by adding water tank limiting components on both sides of the supporting beam to fix and limit the water tank, thereby transferring it to a designated position. Compared to traditional moving components, this device uses a pneumatic clamp, which is safe and reliable. A driving cylinder extends to clamp the water tank, and manual assistance combined with a robotic arm can be used, effectively improving the stability and convenience of water tank movement.

This utility model provides a pipeline auxiliary transportation tool, belonging to the technical field of pipeline installation. It includes an I-shaped base, connecting components, roller components, a vertical chute, and a vertical chute connecting block. Multiple sets of the pipeline auxiliary transportation tool are used. The placement spacing and route of the tools are determined based on the actual site conditions. The first end of the pipeline is placed on the roller of the first pipeline auxiliary transportation tool. The first end of the pipeline is pulled or the end is pushed, causing the pipeline to move along the rollers from the first to the last pipeline auxiliary transportation tool, thus achieving pipeline transportation. Compared with manual dragging, this method reduces friction, lowers the difficulty of pipeline transportation, and improves transportation efficiency.

The utility model provides a universal feeding device which comprises a welding workbench, the welding workbench comprises a base, a pressing mechanism and a locking mechanism, the pressing mechanism comprises a mounting support, a turnover driving part and a pressing assembly, the mounting support is in sliding fit with the base and can relatively slide to a first preset position, the turnover driving part is mounted on the mounting support, and the locking mechanism is mounted on the mounting support; the overturning driving part is arranged on the base and connected with the pressing assembly, the overturning driving part is used for driving the pressing assembly to press the top face of the oil tank, and the locking mechanism is arranged on the base and connected with the mounting support so that the mounting support can be limited to a first preset position; and the transition table comprises a base and two guide rods, the two guide rods are arranged on the base in parallel, the relative distance between the two guide rods can be adjusted, and the two guide rods are each provided with an avoiding groove. Through the arrangement, the transition table and the welding workbench can be matched to meet the feeding and fixing requirements of different oil tanks, the universality is high, the machining cost is effectively reduced, and the machining efficiency is improved.

The present application relates to a flexible deviation correction method of a large-tonnage four-wheel omnidirectional carrying robot and a portal carrying robot, the flexible deviation correction method comprising the following steps: S1, collecting running state information; S2, training a big data model to establish a deviation reason quantification model for identifying multiple underlying deviation reasons of the portal carrying robot and the quantification proportion of each underlying deviation reason; S3, obtaining a current carrying path deviation and a deviation direction, calculating an initial forward distance B1, and according to an S-shaped initial deviation correction path; S4, collecting running state information in a current time window and analyzing multiple underlying reasons for the current deviation and the quantification proportion thereof, adjusting the initial forward distance B1, the turning radius R1 and the turning arc length L1 of the first turning arc, the turning radius R2 and the turning arc length L2 of the second turning arc according to the multiple underlying reasons for the current deviation and the quantification proportion thereof; and S5, calculating the steering angle of each walking wheel.

The utility model relates to the field of diving umbilical cable winch, specifically is a kind of portable diving umbilical cable winch, to solve the technical problem that the umbilical cable winch in prior art is usually designed for offshore operation, often bulky, heavy, inconvenient to transport when using in inland lake, including support and capstan, the capstan is located in support, the capstan is equipped with capstan groove, the support is equipped with motor, the output of motor is connected with capstan, the support is equipped with lifting ring, the support is equipped with compression device, the compression device includes connecting plate, fixed plate, spring and screw rod, the connecting plate is rotatably arranged on support, the connecting plate is equipped with compression wheel and connecting ring, the connecting ring is connected with spring one end, the spring other end is connected with screw rod, the screw rod is equipped with two nuts, the fixed plate is fixedly connected with support, the fixed plate is equipped with clamping groove.

The utility model provides a track lifting tool belongs to the transport tool technical field, including main arm, deputy force arm and connecting pin, the main arm includes first handle part, the first force part of welding in first handle part end, the first force part end of welding of first force part, and with first force part integrated mould's first clasp part, the deputy force arm includes second handle part, the second force part of welding in second handle part, the second force part of welding in second force part, and through bolt and second force part fixed connection's second clasp part, first clasp part and second clasp part are equipped with the clamping groove of adapting with the steel rail. The utility model discloses through double force arm hinged structure, utilizes lever principle and greatly reduces the strength required for operation, through first clasp part and second clasp part cooperation, can ensure that the steel rail clamping is stable, avoids the risk of slipping, compact structure, light weight, is applicable to the complex terrain operation.

The application discloses a kind of hydraulic fertilizer adding mechanism, including including F type support device, adjustable vertical beam device, fertilizer box device, F type support device and support hydraulic cylinder are installed in the same side of tractor suspension frame, are connected with suspension frame by cylindrical pin, support hydraulic cylinder and the connecting lug adjustable device on the upper surface of F type support device are connected by pin shaft, fertilizer box device and adjustable vertical beam device are connected by U type connecting lug and adjustable connecting screw rod, the hydraulic fertilizer adding mechanism adopts independent hydraulic support operation and manual control fertilizer flow, not only improve the anti-blocking fertilizer function and the speed of adding fertilizer, completely overcome the difficulty of manually carrying bag adding fertilizer when fertilizing, greatly improve work efficiency and safety, improve the degree of automation of agricultural machinery and tools simultaneously, also shorten the sowing period, for crop growth increase more long growth, sunshine time, realize large-area yield increase and income increase.