90results about How to "Reduce walking" patented technology

The invention discloses a whole process management and control-based environment sampling management system and method. The system comprises an environment sampling whole process management system, a laboratory data management system, a background database management system, one or more embedded system secondary development-based field sampling handheld management terminals, one or more cloud information distribution systems, one or more directed wireless data reception / transmission ends, one or more remote sampling terminals and one or more remote sampling tools, wherein the one or more cloud information distribution systems are supplied to the public for accessing environment sampling test data and reports, and the one or more directed wireless data reception / transmission ends are used for field short-distance data transmission. According to the system and method disclosed by the invention, the whole process management and control in an environment sampling process can be realized by utilizing technological means such as real-time video uploading, two-dimensional code encryption and task pushing.

The invention provides a manufacturing process used for a high-stress valve spring, which can improve the quality and product qualification ratio of the spring product, reduce the production cost of the spring and comprises the processes as follows: spring rolling: steel wire blanks are rolled and made into semi-finished springs; primary temper: the spring is tempered at low temperature so that the stress is removed; spring grinding: two end surfaces of the spring are grinded so as to achieve the required length; chamfering: the burrs of the grinded spring are removed; stress optimization: secondary temper: the spring is tempered again at low temperature so that the stress is removed; shot blasting which is used for prolonging the service life of the spring; hot-pressing; load classification: the spring with bad load is removed and the product with qualified load is used as the high-stress valve spring product; oiling: the high-stress valve spring is oiled; and is prepared for packaging. The process improves the quality and the qualification ratio of the spring product and reduces the production cost of the spring as the working procedure of length classification is saved and the stress optimization process is arranged after the process of spring grinding and chamfering in the traditional process.

The invention discloses a cabinet cell distribution method, device and system of an intelligent cabinet, and relates to the technical field of information. The method comprises the following steps: enabling a client to scan and identify an identification code on a target cabinet body in the intelligent cabinet, wherein different cabinet bodies in the intelligent cabinet have respective corresponding identification codes; sending a parcel storage request, the parcel storage request carrying an identifier obtained by code scanning, so as to preferentially allocate available cabinet cells in a target cabinet body according to the cabinet cell use condition of the target cabinet body matched with the identifier; and receiving first cabinet cell distribution information. According to the method, the device and the system, the available cabinet cells can be preferentially distributed in the cabinet body where the storage user is located, so that the storage user can conveniently search the distributed storage cabinet cells, the time of searching the cabinet cells by the storage user is shortened, the storage efficiency of the user can be improved, and the use experience of the user can be improved.

The invention discloses an all-dimensional mobile robot applied to an intelligent warehouse. A movable platform, a traction mechanism, an ultrasonic obstacle avoidance system, a visual module and a remote maintenance module are included; an auxiliary positioning mechanism matched with the mobile robot is further included, it is achieved that the robot automatically carries a goods shelf to a target area in a traction mode, and the work state and the warehousing environment of the robot are monitored; and the robot can be managed and maintained through a network. Besides, the all-dimensional mobile robot applied to the intelligent warehouse is designed into the Mecanum wheel type movable platform, can move all dimensionally and is high in flexibility.

The invention discloses an assembly line assembly workbench. The workbench comprises a machine frame. According to the technical scheme, the assembly line assembly workbench is characterized in that an automatic conveying transverse conveying device is hinged to a machine frame, a longitudinal transferring and conveying device which stretches out of a bearing workpiece above the transverse conveying device from the transverse conveying device and performs longitudinal transferring and conveying is arranged below the transverse conveying device, and a turn-over mechanism which drives the transverse conveying device to turn over is arranged between the machine frame and the transverse conveying device. The assembly line assembly workbench overcomes defects in the prior art, is compact in structure, small in occupied space and convenient to operate, greatly reduces motion amplitude of an operator, and reduces labor intensity.

An apparatus and method are disclosed for enabling work on at least one aircraft or vehicle component, such as a tire. A work surface provides a platform for operators to service tires, including aircraft tires. The work surface includes depressions and guardrails to guide and secure the tires in a desired location along the work surface. A load portion, such as a ramp, facilitates loading / unloading of the tires onto the work surface. At least one column portion supports the work surface, and raises and lowers. A motor powers a screw jack which actuates the column portion. A cable support carries wires and cables to and from the apparatus. A buffer strip goes around the bottom of the beam, and acts to detect proximity to the mount surface. A tool tray and keyhole slots hold tools around the work surface. Power outlets on the work surface provide power.

The invention relates to the technical field of medical apparatus and instruments, and discloses a multifunctional hospital bed used for awaiting delivery in gynaecology and obstetrics. The multifunctional hospital bed comprises a bed body; the bed body is a hollow rectangular body and has a hollow top part; the bottom part of the front side in a cavity of the bed body is fixedly provided with a rectangular fixing block; the front side and the rear side of the top part of the bed body are each provided with a baffle; bottom ends of the two baffles both go deep into the cavity of the bed body;the left side and the right side of each of the two baffles are each equipped with an electric lifting armrest; and the top part of the bed body is provided with a lifting bed board which can be adjusted in height by two sections. According to the multifunctional hospital bed used for awaiting delivery in gynaecology and obstetrics, a sanitary board and a linkage mechanism are arranged, and the linkage mechanism makes the sanitary board contract; when a pregnant woman awaiting delivery urgently needs to solve the physiological problems, discharged excrements directly fall into a sewage collection box, thus realizing that the pregnant woman awaiting delivery does not need to get out of bed and get into bed back and forth without stop, so that the violent movement of the pregnant woman awaiting delivery is reduced, and a good delivery environment is provided for the pregnant woman awaiting delivery before delivery.

The invention relates to automatic feeding monitoring equipment for an aquaculture pond. The automatic feeding monitoring equipment comprises a base frame with an open structure in the middle, two gravity guide mechanisms are symmetrically mounted on the left side of the base frame, two pairs of traveling slideways are symmetrically arranged on the front and rear sides of the base frame, a traveling vehicle is mounted on each pair of the traveling slideways, a transmission steel rope is connected between the left end of the traveling vehicle and the corresponding gravity guide mechanism, two steel slideways are symmetrically connected between the traveling vehicles on the traveling slideways, and an automatic feeding mechanism is mounted on the steel slideways; two first limiting mechanisms are symmetrically arranged in the middle of the right side of the base frame, two second limiting mechanisms are symmetrically arranged on two sides of the right side of the base frame, and a driving motor is mounted at the right end of the base frame through a motor seat. By the automatic feeding monitoring equipment, a function of omnibearing automatic fixed-point positioning and accurate feeding monitoring in the aquaculture pond can be realized, and working personnel is not needed to regularly tour and observe feeding position of aquatic feed.

The invention discloses an automatic space management network system for green energy resources and a method for optimizing the access efficiency of the automatic space management network system and relates to a warehouse network system applicable to access and delivery of a lot of objects. A power supply required by the system uses green renewable energy as far as possible, and simultaneously, an energy storage system is required to be connected with a power station to guarantee the stable electric power supply. In terms of design, the space which is low in utilization value is used as far as possible. A primary area portion of the system is provided with the design for high-flow one-way circulating conveying, so that a plurality of persons can use the system simultaneously to save the access time. The system can be expanded reasonably as required, and all nodes can be connected through conveying tracks in a planned mode, so that the system has features of a network. The system can be matched with different ground plans easily. When necessary, all ground entrances and exits can be designed into the opening and closing type. The system has the advantages that management costs are reduced due to full-automatic accessing, the green renewable energy is used effectively, access distribution points can be added properly on the ground as required while the occupation area and the space are greatly saved, the accessing is facilitated and efficient, and the time is saved.

The invention provides an unmanned aerial vehicle (UAV) monitoring system and a power place monitoring system. The flight of a UAV is controlled by a positioning navigation device according to a taskinstruction sent by a control sub-station through a wireless control chart transmission device. 3D modeling is carried out for each equipment in the target electric power field through a 3D modeling device. Sending a task command to an unmanned aerial vehicle device through a communication control device, receiving image data sent by the unmanned aerial vehicle device, and sending the image data to a data processor; the image processing information is obtained by analyzing and processing the image data through a data processor. By using unmanned aerial vehicle (UAV) equipment to monitor the equipment in the target electric power station, the control sub-station can make a quick response to the accident processing according to the image data obtained from the monitoring, improve the work efficiency, reduce the movement of the personnel in the target electric power station, and ensure the safety of the target electric power station.

The invention relates to a swing arm type pipe rod spatial slideway. The swing arm type pipe rod spatial slideway is composed of a mechanical part, a hydraulic system and an electrical system. A base (1) is connected with swing arms (2), one of the swing arms (2) is connected with a platform (3), the other swing arm (2) is connected with a rotary arm (5), one end of the rotary arm (5) is connected with a main hydraulic cylinder (4), the other end of the rotary arm (5) can slide on the platform (3), a slideway (6) is mounted on the platform (3) and connected with a horizontal pushing hydraulic cylinder (7), and the slideway (6) is pushed to slide back and forth on the platform (3). Pipe rods can be directly taken and delivered to the working position from an oil pipe bridge or can be directly delivered to discharge on the related bridge. The swing arm type pipe rod spatial slideway has the advantages that potential safety hazards of hurt to people by pulling the pipe rods are eliminated, labor intensity is reduced by more than 80%, on-site severe working conditions are avoided, potential safety hazards of passing on the site are eliminated, the working position of an operator is fixed, safety and comfortability are achieved, and two persons are reduced to one for auxiliary operation.

The invention discloses a circulation production line of a computer pattern machine. The circulation production line comprises a rack, the computer pattern machine and a standard frame, wherein the standard frame is used for fixing cloth, a feeding window and a discharging window are formed in the two sides of a sewing platform of the computer pattern machine, and the feeding window and the discharging window are fixed through the rack; lifting platforms are correspondingly arranged at the feeding window and the discharging window; a conveyor belt is arranged on the rack, and a lifting platform is connected to the position, located below the feeding window and the discharging window, of the conveyor belt; a horizontal slide rail is fixed to the rack, and the horizontal slide rail is located above the computer pattern machine and connected with the feeding window and the discharging window; and a feeding mechanism arm and a discharging mechanism arm are slidably fixed to the horizontalslide rail, and the feeding mechanical arm and the discharging mechanical arm are used for carrying the standard frame.

The invention relates to a modularized light full-bearing passenger car body structure. The modularized light full-bearing passenger car body structure comprises a frame, a car body and a front and back wall structure body. The front and back wall structural body comprises a front wall structure and a rear wall structure. The car body comprises a plurality of annular gantry frameworks which are linearly arranged at fixed intervals, car body structural plates and anti-torque longitudinal beams. The lower ends of the annular gantry frameworks are fixedly connected with the frame. The annular gantry frameworks are connected together through the anti-torque longitudinal beams. The anti-torque longitudinal beams are perpendicular to top beams and side stand columns. The corresponding car body structural plate is fixedly arranged between every two adjacent annular gantry frameworks. The front wall structure is fixed to the annular gantry framework at the front end of the car body. The rear wall structure is fixed to the annular gantry framework at the tail end of the car body. The car body is modularized, the production efficiency can be improved through the modularized production, and rapid assembly and rapid detachment and repair can be achieved.

The invention discloses a passenger flow statistics goods shelf regularization method based on face identity recognition. The method comprises the following steps: acquiring a Face ID, a Logistic ID and a Timegamp of a customer based on face recognition; S200, preparing a blank; all different Facinal IDs are put into a set f = {f1, f2,and the like, fn}; The method comprises the following steps of:for each Face ID, summarizing the appeared Location IDs of each Face ID, and carrying out forward sorting according to Timegamp so as to obtain the moving lines (L1, L2, and the like Ln) of a customer in each Face ID; According to the method, the dynamic line of the customer in the shopping mall is accurately obtained through creation of the hash value, so that data support is provided for shelfdisplay optimization, the operation efficiency is improved, and the method has relatively good practicability.

The invention discloses a container feeding device and a feeding method. The container feeding device comprises an automatic conveying roller way (1), an inventory area (2), an unstacking area, a taking area and a stacking area, wherein the inventory area (2), the unstacking area, the taking area and the stacking area are sequentially arranged in the motion direction of the automatic conveying roller way (1); the inventory area (2) is used for storing container stacks (3) containing products; the unstacking area is provided with an unstacking mechanism (4) used for unstacking the container stacks (3) to make the disassembled containers to move forward one by one; the taking area is used for taking the materials in each single container; and the stacking area is provided with a stacking mechanism (6) used for stacking the containers from which the products are taken away into the container stacks (3). The container feeding device can easily complete unstacking and stacking work, the feeding inventory is large and taken for use at fixed points, safety and high efficiency are achieved, labor is saved, the work intensity is lowered, the rhythm of production is improved, and the productive efficiency of the products is promoted.

The invention discloses a rod-shaped handrail cleaning tool. The rod-shaped handrail cleaning tool comprises a portable frame (1), an internal pull rod (2), a cross rod (3) and a fixture (4); the internal pull rod (2) is arranged in the portable frame (1), the lower end of the internal pull rod (2) is fixedly connected with the cross rod (3), and the internal pull rod (2) can move up and down along the portable frame (1); and the fixture (4) is detachably and fixedly connected with the cross rod (3) and can mesh with or be separated from a rod-shaped handrail to be cleaned according to the upand down moving of the internal pull rod (2). The rod-shaped handrail cleaning tool has simple operation, labor-saving using, and high cleaning efficiency.

The invention relates to a shoemaking production line. The shoemaking production line comprises an upper drawing mulling machine, pass-type vulcanizing baking equipment, rotary baking equipment, conveying equipment, a first sole pressing machine, pass-type baking equipment, a first manipulator, a second sole pressing machine, pass-type refrigeration equipment, a second manipulator and a last slipping machine, wherein the rotary baking equipment comprises an infrared baking oven and a rotary conveying rack; the infrared baking oven is provided with an upper cavity and a lower cavity to controltemperatures respectively. The shoemaking production line has the advantages that the length of the production line can be effectively shortened, the left and right feet can be convenient to distinguish in a sole pressing area, and the shoemaking production line can adapt to the situation that the baking temperature of a vamp is different from the baking temperature of a shoe sole.

The present invention provides a hanger bracket apparatus which can realize the miniaturization of the outer framework and increase working efficiency and an outer framework structure, wherein the hanger bracket (1) can hang and keep a welding portion (31) at a determined height, thereby enabling the welding portion (31) with a heavy weight is easily operated and reducing the load of operators (M). under this condition, a promoting apparatus is used to change the exerted force of a spiral spring, and the hanger bracket apparatus (1) can lift and lower the welding portion (31). When not used the hanger bracket apparatus can be kept upside, and when used for work again the hanger bracket apparatus is reset to the working position, and thereby the increase of the working efficiency and the miniaturization of the outer framework can be realized without enabling the welding portion (31) to be kept towards a side direction.

The invention discloses a method for controlling a chassis of a full-hydraulic drive high-speed rice transplanter; when actual traveling speed is less than A, a traveling variable motor is controlledto reach maximum displacement; when the actual traveling speed is greater than or equal to A, a plunger pump is controlled to reach maximum displacement; when overspeed is detected, the traveling variable motor that is under overspeed is controlled to reach zero displacement; when a seedling box is inclined, the seedling box reaches a horizontal state by controlling a profiling balance control valve; when grounding pressure of a seedling box floating plate is too high or too low, the grounding pressure of the seedling box floating plate is controlled to reach a set value through a seedling boxlifting control valve; when a steering wheel exceeds a set angle, the seedling box rises to the highest position; when in-situ debugging is carried out, a left reversing valve is controlled to be electrified; during non-operation transition, a right reversing valve is electrified; when normal traveling transplanting operation is carried out, the left reversing valve and the right reversing valveare not electrified; during idling, both the left reversing valve and the right reversing valve are electrified; and when plant spacing is adjusted to be smaller or larger, a rice transplanting motoris controlled to reach a larger or smaller displacement. The method can effectively improve the operation flexibility and reliability of the transplanter.

The embodiment of the invention discloses a medical imaging system and a positioning method thereof. The medical imaging system comprises a scanning instrument, a hospital bed, a signal transmitter, signal receivers and a controller, wherein the scanning instrument comprises a scanning chamber which is provided with main longitudinal shafts at the near end and the far end; the signal transmitter is used for transmitting a probing signal; the signal receivers are distributed on the scanner and are used for receiving the probing signal as well as acquiring the probing information based on the probing signal; and the controller is used for determining the relative location relation between the hospital bed and the centers of the main longitudinal shafts of the scanning chamber based on the probing signal as well as controlling the hospital bed to the centers of the main longitudinal shafts of the scanner based on the relative location relation. With the adoption of the medical imaging system in the embodiment, the positioning time of a part to be scanned can be reduced, the peripheral nerve of a patient can be prevented from being excited during moving at a plurality of times, and thecheckup experience of the patient is improved.

The invention discloses a semi-automatic traditional Chinese medicine fetching device with a quantitative proportioning function. The device comprises a storage box, a first weighing sensor, a first servo motor, a conveying auger and a control mechanism, wherein an inner container is arranged in the storage box, the first weighing sensor is arranged on the lower surface of the inner container, a feeding port is formed in the surface of a box cover, a sealing plug is inlaid in the feeding port, a guide pipe is fixed to the middle of the box cover through a bolt, the conveying auger is arrangedin the guide pipe, the first servo motor is connected to a coupling above the conveying auger and is mounted above the guide pipe, and a discharge pipe is welded to the outer side of the guide pipe. According to the semi-automatic traditional Chinese medicine fetching device with the quantitative proportioning function, the guide pipe and the conveying auger are arranged, the conveying auger can be matched with the guide pipe to automatically extract medicinal materials in the inner container, so that the medicinal materials are discharged from the discharge pipe, direct contact with the medicinal materials by a doctor is avoided, and the quality of the medicinal materials is guaranteed.

The invention relates to a hydraulic drive mud pipe rotating disc device which comprises a mud pipe, a rocker arm, a jack, a hydraulic winch, a base and a mud pump, wherein the hydraulic winch and the rocker arm are mounted on the base, and connected through the mud pipe; the mud pipe is retracted and extended by rotating the hydraulic winch; the jack is mounted on the rocker arm; the angle of the rocker arm is controlled through extension or retraction of the jack, thereby providing space for main equipment construction; the mud pump is connected with the mud pipe in the hydraulic winch; and through the mud pipe, fresh mud or clear water is conveyed to a specific construction position or a specific depth underground. The hydraulic drive mud pipe rotating disc device can be used as not only mud pipe downward-placement auxiliary equipment for foundation cleaning and mud displacement of underground walls, pile foundations and other underground projects but also auxiliary machinery for washing of a milling wheel for construction during work of a slot milling machine.

The invention provides a traveling vehicle system, transport instruction is allocated for a traveling vehicle from a controller to carry out the transportation and handover of objects. The controller sends delivery reservation for the traveling vehicle before the finishing report of transport instruction from the traveling vehicle is received, the delivery reservation instructs the following delivery destination but not instructs handover, and, the following transport instruction is sent if the finishing report is received. The transport instruction is reported to the controller if the transport instruction is finished, and the traveling is carried out to the delivery destination instructed by the delivery reservation if the delivery reservation is received after the transport instruction is finished. The traveling vehicle does not have a stopping period of time for awaiting the instruction from the controller, and cannot generate the moment of doubly holding the transport instruction by the traveling vehicle.

A leg supporting frame with the adjustable height and angle comprises a U-shaped support plate, a vertical support and a base. The lower end of the vertical support is installed on the base, the upper end of the vertical support is provided with a universal coupling, the U-shaped support plate is connected with the universal coupling through a vertical support rod, a horizontal support rod is installed on the vertical support rod, and the horizontal support rod is provided with hooks. According to the leg supporting frame with the adjustable height and angle, leg lifting or leg supporting by manual work is avoided, and meanwhile a surgeon can stand on an operating table and check an X-ray film. The leg supporting frame can easily, effectively and quickly complete auxiliary work like operation cleaning, flushing and disinfecting of lower limbs, and bring comfort to people; the X-ray film can be checked conveniently and quickly, human power is reduced, the comfort level of a surgical patient is improved, and the satisfaction of the surgeon is improved.

The invention discloses a drawing desk capable of moving in all directions, relates to the technical field of machine designs, and solves the problems that the desk with the existing conventional design has the problems of insufficient height, insufficient space and poor maneuverability. The desk comprises four panels, desk legs, three-directional cross-connecting mechanisms, a three-track guide rail sliding way, a locking mechanism, a 360-degree circumferential rotational positioning mechanism, a multi-angle tilt mechanism, a desk leg folding mechanism and a desktop lifting mechanism, wherein the three-dimensional cross-connecting mechanisms are fixed to the side surface of a first plate and are in sliding connection with sliding grooves; the three-track guide rail sliding way is mounted between the lower surface of a second plate and the upper surface of a third plate; the 360-degree circumferential rotational positioning mechanism is fixedly connected with the third plate and is connected with the fourth plate in a sliding way; the multi-angle tilt mechanism comprises two first desk legs with arc-shaped grooves and rotating arcs which are arranged in the arc-shaped grooves of the first desk legs. The drawing desk capable of moving in all directions can be rotated and positioned at 360 degrees in the circumferential direction, can be unfolded in a layered way and can be tilted at a proper angle so as to meet the drawing requirements on different sheets; the desktop height is adjustable to meet the drawing requirements on different heights; the desk legs can be folded, so that the placement is facilitated, the space is saved, and the drawing desk capable of moving in all directions is flexible, convenient and reliable.

The invention relates to a livestock water drinking device with the temperature capable of being controlled remotely. The livestock water drinking device with the temperature capable of being controlled remotely is provided with a rectangular heating box, the side face of the heating box is sequentially connected with a softening box, an ozone sterilization box and a purification box, a heater is fixed in the heating box, a storage battery and a controller are arranged on the upper portion of the heating box, the lower portion of the heating box is communicated with one end of a water supply pipe, the other end of the water supply pipe is communicated with the upper portion of a livestock water place, and a valve is arranged on the water supply pipe. According to the livestock water drinking device, drinking water of livestock can be purified, the probability that the livestock has diseases after drinking water is reduced, heating can be controlled wirelessly and remotely, human walking is reduced, the automation level is high, and the livestock water drinking device is suitable for being used and popularized in large livestock farms.

The invention discloses a linear bearing used in a high-precision zoom lens. The bearing is composed of a housing body, a fixed frame, a sliding frame, and a steel ball assembly. The fixed frame is connected with a zoom lens, wherein a fixed frame chute is provided on the peripheral of the fixed frame. The housing body is covered on one side of the fixed frame. A housing body chute is arranged in the housing body. The sliding frame is covered on another side of the fixed frame. A sliding frame chute is arranged in the sliding frame. The sliding frame chute, the housing body chute and the fixed frame chute form an enclosed steel ball sliding rail. The steel ball assembly is arranged in the steel ball sliding rail. A long chute hole used for exposing the steel balls is arranged on the sliding frame. The steel balls fit with motion components in the zoon lens, and contact the motion components in the zoon lens. The linear bearing is suitable for zooming structures of various high-precision zoom lenses. The motions in an entire zooming process are smooth; optical axis displacement of the zoom lens is effectively reduced; and optical axis consistency precision of the zoom lens is ensured.

The invention discloses an intelligent cup mat which comprises a cup mat body, a main controller, a first wireless communicator, a monitoring sensor and an operation panel. The main controller, the first wireless communicator, the monitoring sensor and the operation panel are all installed on the cup mat body. The monitoring sensor is used for monitoring container state information; the operationpanel is used for selecting tea water types; the main controller is electrically connected with the monitoring sensor, the operation panel and the first wireless communicator, and the main controlleris further used for determining tea water type information according to selection information fed back by the operation panel and determining tea water remaining amount information in a container according to the container state information. Tea water information corresponding to conference personnel can be provided, unnecessary walking of the conference personnel is reduced, tea water service isaccurately provided for participants, and the pressure of the conference personnel is reduced. The invention further provides a tea service system.