36results about How to "Automate access" patented technology

The invention relates to an automatic storing and fetching system of goods, comprising a storing and fetching device, a goods shelf, area code units and a warehousing conveyor and a delivering conveyor. The storing and fetching device comprises a vertical rod which can slide on a guide way, a lift table which can move up and down along the vertical rod, a manipulator positioned on the lift table and a scanner positioned on the manipulator; the goods shelf is positioned at one side or two sides of the guide way and comprises a beam and a vertical rod plate, and the storing space of the goods shelf is divided into a plurality of goods storing units; the area code units are arranged on the beam of the goods shelf or near the periphery of the goods storing units, the amount of the area code units corresponds to the amount of the goods storing units, and the area code units are used for scanning of the scanner; and the warehousing conveyor and the delivering conveyor are respectively positioned at one side or two sides of a ground way. The system can realize complete automation and unmanned operation of storing and fetching small size goods such as single books or compact discs and thelike, or similar goods, thereby being applicable to unmanned 24-hour libraries and the like.

A clinical decision support system for patient treatment having a monitoring device operably coupled to a patient. The monitoring device outputs a monitoring signal in response to a measured parameter of the patient. A controller receives the monitoring signal and outputs a display signal. The controller further compiles clinical documentation relating to the patient based on the monitoring signal and outputs a documentation signal related thereto. A display device then receives the display signal and the documentation signal and displays the same in connection with various indicia thereby displaying both the monitored signal and associated clinical documentation.

The invention discloses a train automatic luggage deposit device which comprises luggage racks located on the top of a carriage. The two luggage racks are located on the two sides of the carriage. Thesame ends of the two luggage racks are provided with luggage lifting mechanisms for lifting luggage to the positions higher than the luggage racks. A slide rail fixed to the top of the carriage is arranged between the two luggage racks and slidingly matched with a grabbing and deposit mechanism capable of grabbing the lifted luggage and horizontally conveying the luggage onto the luggage racks. The slide rail is further provided with a walking mechanism for driving the grabbing and deposit mechanism to move in the length direction of the carriage. The train automatic luggage deposit device has the advantages that the automatic deposit of the luggage can be realized, and the train traveling of passengers is greatly facilitated.

The invention provides an intensive intelligent stereoscopic warehousing system for storing steel. The system comprises a supporting frame, 2N supporting cross beams arranged on the left side wall and the right side wall of the supporting frame, a plurality of loading and transporting goods shelves mounted on the supporting cross beams, a lifting device and a control system. The supporting cross beams are symmetrically mounted on the left side wall and the right side wall of the supporting frame, and N layers of supporting cross beam sets in bilateral symmetry are formed. The lifting device is mounted on a guide rail of the supporting cross beam set on the uppermost layer in a sliding mode, and M rows of loading and transporting goods shelves are mounted on guide rails of the supporting cross beam sets on the other layers in a sliding mode. M loading and transporting goods shelves are placed on each layer of supporting cross beam set side by side, and thus N-1 layers and M rows of loading and transporting goods shelf sets are formed. Multiple intensive intelligent stereoscopic warehousing systems are spliced side by side for use and can share one lifting device, intelligent automatic storing and taking of long and heavy materials of multiple types are achieved, the work efficiency is improved, the labor intensity is reduced, and operation is convenient.

The invention discloses an RFID (radio frequency identification)-based two-bin rail-bound conveying vehicle and a rail layout and positioning control method and belongs to the technical field of automatic control. The RFID-based two-bin rail-bound conveying vehicle comprises a vehicle frame, a driving device, a guide wheel, a power supply system, a control device, RFID sensors and a positioning sensor, a front storage bin and a rear storage bin are arranged on the vehicle frame, the control device is connected with the power supply system, the RFID sensors and the positioning sensor respectively and controls running of the guide wheel through the driving device, the RFID sensors are mounted at two ends of the bottom of the vehicle frame and can recognize RFID labels used for marking storage cells, and the positioning sensor is mounted at the center of the bottom of the vehicle frame and can recognize positioning points on the front side and the rear side of each RFID label. The front storage bin and the rear storage bin of the rail-bound conveying vehicle are enabled to align at the storage cells respectively to complete multiple-variety and small-batch cargo conveying, storing and fetching, so that operating flexibility of the rail-bound conveying vehicle is enhanced.

The invention discloses a wall and floor brick warehousing system convenient for realizing automatic storage and taking. The wall and floor brick warehousing system is provided with tunnels for storing green bricks, wherein the top of each tunnel is open; the green bricks are borne by the tops of the two sidewalls of each tunnel; brick transport trolleys travelling along the tunnels are provided; each brick transport trolley is provided with a lifting table for bearing the green bricks; and each lifting table is capable of ascending to a height higher than the top of the corresponding tunnel, and capable of descending to a height lower than the top of the corresponding tunnel. The wall and floor brick warehousing system is capable of completing the action of placing the green bricks onto the tops of the tunnels, and taking off the green bricks from the tops of the tunnels through the lifting actions of the lifting tables on the brick transport trolleys. Automatic storage and taking for the green bricks can be conveniently realized by virtue of the system, and automatic storage and taking for the green bricks can be conveniently realized only by controlling the running and stopping of the brick transport trolleys, and controlling the lifting of the lifting tables on the brick transport trolleys, thus preconditions are provided for realizing automatic storage for the green bricks.

The invention provides a system and a method for automatically acquiring webpage data. The system comprises an embedded browser, an API, a script engine module and a process control module, and the script engine module and the process control module are combined to jointly realize access to a specified webpage and acquisition of specified data. The script engine module enables the system for automatically collecting the webpage data to have the capability of executing the self-defined JS function in the memory address of the current page. The memory address of the current page can be obtainedafter the webpage is loaded, a JS script is utilized to simulate various click operations of a user, and a process control module can customize acquired contents on a specific page. The method is suitable for accurately processing data of the specific page or specially processing the specific page, and particularly can accurately acquire data of a tax website. Collection process self-definition and collection content self-definition can be realized.

A clinical decision support system for patient treatment having a monitoring device operably coupled to a patient. The monitoring device outputs a monitoring signal in response to a measured parameter of the patient. A controller receives the monitoring signal and outputs a display signal. The controller further compiles clinical documentation relating to the patient based on the monitoring signal and outputs a documentation signal related thereto. A display device then receives the display signal and the documentation signal and displays the same in connection with various indicia thereby displaying both the monitored signal and associated clinical documentation.

The invention relates to an intelligent cloth warehousing system. The intelligent cloth warehousing system comprises a rolled cloth bin for storing and picking rolled cloth, a rolled cloth transfer trolley for transferring the rolled cloth from the rolled cloth bin to a cloth loosening machine, a first cloth transfer trolley for transferring cloth from the cloth loosening machine to a cloth transfer trolley, the cloth transfer trolley for conveying the cloth to the front of a cloth bin, the cloth bin for storing and picking cloth, and a second cloth transfer trolley for transferring the clothfrom the cloth bin to a spreading machine. The intelligent cloth warehousing system provided by the invention adopts a stereoscopic warehouse so as to be high in land utilization rate, capable of realizing automatic storing and picking, and high in working efficiency.

The invention provides an intelligent three-dimensional warehouse capable of realizing automatic storage, and belongs to the technical field of automatic storage of intelligent warehouses. According to the technical scheme, the intelligent three-dimensional warehouse comprises a three-dimensional warehouse frame and a lifting driving structure arranged on the three-dimensional warehouse frame; multiple layers of automatic-lifting material conveying components are arranged on the three-dimensional warehouse frame; a power mechanism is arranged on each layer of the automatic-lifting material conveying component; and a stacking mechanism for conveying materials to the multiple layers of the automatic-lifting material conveying components is further arranged at one end of the three-dimensionalwarehouse frame. The intelligent three-dimensional warehouse has the beneficial effects as follows: according to the three-dimensional warehouse, sequential feeding and discharging is not required; every layer can reach the height of cargoes are required to be unloaded, and the cargoes can be discharged and fed at any layer; and automatic storage, automatic feeding at any layer, automatic discharging at any layer and automatic management are realized.

The invention discloses a refrigeration vertical ascending-descending container. The refrigeration vertical ascending-descending container is characterized in that a refrigeration device is further arranged in a cabinet body; a sealing and heat-preserving cabinet door is arranged at a goods outlet. The refrigeration vertical ascending-descending container has the advantages that the temperature in the cabinet body can be kept constant; the temperature in the cabinet body is controlled through the refrigeration device, so that a refrigeration function and automatic storage can be realized, and a good effect is achieved.

The invention discloses a web application automatic testing method, which comprises the following steps: step 1, constructing an intelligent agent, processing a natural language request into standardized output through a prompt function, and enabling the standardized output to comprise an interface calling address; 2, the standardized output is sent to a textToAP I service, and the textToAP I service requests the interface calling address and obtains a state code of successful request; 3, after the node service receives the calling request, corresponding logic is executed, and meanwhile, a puppeteer component is called to achieve the needed function; and step 4, executing the operation of simulating the user by the puppeteer component, monitoring all xhr requests and recording the obtained data, and completing the automatic test of the web application. According to the method and the device, by understanding semantics and combining an existing AI field technology, web automatic access, test and data crawling functions are realized.

The invention discloses a layered suspension type bicycle three-dimensional garage which comprises a central garage, a rotating support and a conveying unit. The central garage comprises a central stand column, and a plurality of trailer supports are arranged on the central stand column; the rotating support comprises an upper rotating plate and a lower rotating plate which are connected through amiddle connecting plate, and the upper rotating plate is connected with a driving motor; the conveying unit comprises a vertical lead screw, and a vertical nut is arranged on the vertical lead screw;a horizontal movable base is arranged on the vertical nut, a horizontal lead screw is arranged on the horizontal movable base, a horizontal nut is arranged on the horizontal lead screw, a bicycle storing and withdrawing mechanical hand is arranged on the horizontal nut. The bicycle storage mode is set as three-dimensional mode, and the space utilization rate is high; by means of the three-dimensional conveying unit and the bicycle storing and withdrawing mechanical hand, automatic bicycle storing and withdrawing are achieved; meanwhile, a control system is communicated with a client side, during bicycle storing, bicycle withdrawing passwords can be automatically generated, and during bicycle withdrawing, the whole storing and withdrawing process can be completed just by inputting the passwords.

The invention provides a -80 DEG C biological sample storage and taking system and a storage and taking method thereof. The storage and taking system comprises a chamber body, multiple -80 DEG C refrigerating chamber body units, a refrigerating chamber body unit door opening mechanical arm, a lifting mechanical arm, a shifting mechanical arm, a freezing pipe scanning system and a freezing pipe sorting system. The chamber body is provided with a sample inlet and outlet window. The -80 DEG C refrigerating chamber body units are provided with refrigerating chambers, refrigerating chamber body unit chamber doors and freezing goods shelves, and the freezing goods shelves are located in the refrigerating chambers. The refrigerating chamber body unit door opening mechanical arm is used for opening or closing the refrigerating chamber body unit chamber doors. The lifting mechanical arm can control samples to move in the X-axis direction, the Y-axis direction and the Z-axis direction and can control the freezing goods shelves to move in the X-axis direction, the Y-axis direction and the Z-axis direction. The shifting mechanical arm can control the samples to move in the in the X-axis direction and the Y-axis direction. The freezing pipe scanning system is used for scanning two-dimensional codes of the samples. The freezing pipe sorting system is used for classifying the samples. According to the storage and taking system, biological sample storage and taking automation is achieved, the work efficiency of the storage and taking system is improved, and the error rate is low.

The invention relates to a conveyer and a screw lifting device thereof. The conveyer comprises a main frame, a lifting mechanism and a travel driving mechanism, wherein the lifting mechanism is mounted on the main frame and performs lifting between an uplifting position and a down-lifting position, and the travel driving mechanism is mounted on the main frame and drives the conveyer to travel. The conveyer is applied to an automated three-dimensional warehouse and can achieve automatic storage and retrieval of large and heavy or diversified-sized goods and enlarge the volume of the warehouse. The conveyer is compact in structure and reduced in height and dimension and can improve the space utilization rate of the three-dimensional warehouse, convert horizontal thrust into vertical lifting force, thereby facilitating transportation and exchanging of the goods and saving time and labor.

The invention discloses a full-automatic warehouse storage device and a working method thereof. The full-automatic warehouse storage device comprises a storage cabinet, wherein the storage cabinet comprises a shell, a plurality of clapboards are fixedly installed inside the shell, a plurality of taking and placing openings are formed in the front side wall of the shell, each clapboard is positioned below the corresponding taking and placing opening, a belt conveyor A is installed on each clapboard, a guiding mechanism is installed on the front side wall of the shell, a sliding platform is installed on the guiding mechanism, a belt conveyor B is installed on the sliding platform, a lifting mechanism is also installed on the storage cabinet, the lifting mechanism is connected with the sliding platform, the lifting mechanism drives the sliding platform to move up and down along the guiding mechanism, a regulating mechanism is also installed in the storage cabinet, each belt conveyor A isconnected with the regulating mechanism, and the regulating mechanism controls the operation of each belt conveyor A. The full-automatic warehouse storage device and the working method thereof aim tosolve the problems that the height of a storage rack is limited, the use space is wasted and the labor intensity of a worker is too large due to the fact that goods are taken and placed manually, anddanger is caused when the worker climbs high at present.

The invention provides a high-altitude storage device, a crown block system and a control method. The high-altitude storage device comprises a support, a rotating disc assembly and a rotating disc control system. The turntable assembly is rotationally arranged on the bracket, a plurality of storage baskets are arranged on the turntable assembly, and each storage basket is used for placing a wafer box; and the turntable control system is used for reading the position information of the current turntable assembly and adjusting the rotation angle of the turntable assembly according to a control instruction of the crown block control system, so that the storage basket in the turntable assembly runs to a position specified by the crown block control system. According to the high-altitude storage device, the crown block system and the control method, the technical problem that the storage space of a high-altitude storage device is limited in the prior art is solved.

The utility model relates to intelligent warehousing technical field especially a kind of bar automatic access library, and bar placement component is made of several bar placement racks;Bar placement roller is installed in one end of bar placement component;Automatic grabbing device is used to automatically grab bar on bar placement roller, and bar is sent to the storage position of corresponding bar placement component;Automatic crane walks along the length direction of bar placement component, and the horizontal frame rotatable lifting spreader on automatic crane, lifting guide rail is installed on the both sides column of automatic crane along length direction, lifting assembly is installed on the top of automatic crane, and lifting assembly is connected with rotatable lifting spreader, to drive rotatable lifting spreader along lifting guide rail lifting.Collect logistics, interconnection, scientific management as a whole, through the precise mechanical structure, control system, realize the high-density storage and automation of bar and access, improve efficiency, reduce artificial cost and error rate, adapt to various diameter and length of bar, improve storage quantity.

The invention discloses a train automatic luggage deposit device which comprises luggage racks located on the top of a carriage. The two luggage racks are located on the two sides of the carriage. Thesame ends of the two luggage racks are provided with luggage lifting mechanisms for lifting luggage to the positions higher than the luggage racks. A slide rail fixed to the top of the carriage is arranged between the two luggage racks and slidingly matched with a grabbing and deposit mechanism capable of grabbing the lifted luggage and horizontally conveying the luggage onto the luggage racks. The slide rail is further provided with a walking mechanism for driving the grabbing and deposit mechanism to move in the length direction of the carriage. The train automatic luggage deposit device has the advantages that the automatic deposit of the luggage can be realized, and the train traveling of passengers is greatly facilitated.

The invention discloses a spacecraft MGSE storing and taking device. A supporting framework is included. M lines and L layers of storage positions transversely arranged are arranged on the supportingframework. The storage positions include high-layer storage positions and one-layer storage positions, M is larger than or equal to 2, L is larger than or equal to 2, and the high-layer storage positions and the one-layer storage positions are provided with support plate assemblies. Each support plate assembly comprises a left side beam, a right side beam, at least one wave plate, a first strengthening piece, a second strengthening piece and a C-shaped plate. The spacecraft MGSE storing and taking device can be applicable to storage of most of specifications of spacecraft MGSE, the storage area is saved, and the upper-layer space utilization rate is increased.

An automatic file accessing mechanical arm with a force protection function relates to a file accessing device, belongs to the technical field of robots, and aims at achieving automatic accessing of classified or strictly confidential files. Fingers clamp an electric motor to drive an elliptic wheel to rotate; two driven wheels are arranged at two sides of the elliptic wheel and contact with the elliptic wheel respectively; centers of the two driven wheels are connected together through clamping of springs by the fingers; and the two fingers are adjusted to be close to or away from each other through change of center distance of the two driven wheels. A photoelectric sensor is used for detecting whether files exist in the two fingers, arranged between the two fingers, and mounted on a finger shell. A radio frequency identification device (RFID) reader-writer is arranged on the finger shell and used for reading RFID code carrying body information at spine positions of file boxes, and a tray is arranged under the two fingers in extensible mode and used for supporting the file boxes. The automatic file accessing mechanical arm with the force protection function is simple in structure, accurate to operate and suitable for remote manipulation, and is mainly used for automatic accessing of classified or strictly confidential files.

The invention discloses an automatic warehouse structure, which comprises a warehouse body, a lifting plate is arranged near the top of the warehouse body, the lifting plate is fixed on the warehouse body, a lifting device is installed on the upper surface of the lifting plate, and the lifting device extends on the outer side of the warehouse body On the top, the lifting device and the lifting plate are integrally connected. There is a three-dimensional shelf in the warehouse body. The top of the three-dimensional shelf is equipped with a cargo label plate. The cargo label plate adopts an electronic board structure. The bottom of the three-dimensional shelf is equipped with a track, and the three-dimensional shelf corresponds to the rail connection. A card slot is provided, and a sliding bar is built in the card slot, and a retaining bar is installed on the lower surface of the track, and the top of the bar is fixed on the track. The automatic warehouse structure can monitor the incoming and outgoing goods in real time to ensure the safety of the warehouse. The structure is simple and easy to operate, and the goods can be better lifted and stored, and the movement is very convenient. Automatic storage and retrieval of large and small goods, and high efficiency.

An automatic storing and taking device for blood bags is composed of an information identification module, a blood bag conveying module, an automatic storing and taking module and a blood bag storage module, an intelligent management system of the device can control cooperation of all the modules through a PLC, and full-automatic operation of blood bag information identification, blood bag storage position distribution, blood bag warehousing storage and blood bag delivery is achieved. Compared with the prior art, the system has the advantages of being high in storing and taking efficiency, high in intelligent level and accurate in positioning, and is suitable for achieving automatic storing and taking of the blood bags in the blood bank.

The invention discloses an RFID (radio frequency identification)-based two-bin rail-bound conveying vehicle and a rail layout and positioning control method and belongs to the technical field of automatic control. The RFID-based two-bin rail-bound conveying vehicle comprises a vehicle frame, a driving device, a guide wheel, a power supply system, a control device, RFID sensors and a positioning sensor, a front storage bin and a rear storage bin are arranged on the vehicle frame, the control device is connected with the power supply system, the RFID sensors and the positioning sensor respectively and controls running of the guide wheel through the driving device, the RFID sensors are mounted at two ends of the bottom of the vehicle frame and can recognize RFID labels used for marking storage cells, and the positioning sensor is mounted at the center of the bottom of the vehicle frame and can recognize positioning points on the front side and the rear side of each RFID label. The front storage bin and the rear storage bin of the rail-bound conveying vehicle are enabled to align at the storage cells respectively to complete multiple-variety and small-batch cargo conveying, storing and fetching, so that operating flexibility of the rail-bound conveying vehicle is enhanced.

The invention relates to a centering conveying mechanism and a centering conveyor with the same. The centering conveying mechanism comprises a jacking framework, at least one jacking centering mechanism, a jacking idler wheel, a bump, at least one group of connecting bar components, a pull rod and a pull rod drive device, wherein the pull rod is capable of pulling the connecting bar components under the drive of the pull rod drive device, and the connecting bar components can drive a jacking centering device of the jacking centering mechanism to move along the oblique ascending surface and horizontal surface of the bump to realize jacking and centering. The centering conveying mechanism is capable of automatically centering goods before conveying so as to facilitate conveying goods and handing over to other equipments, and the jacking and centering can be finished by the same suit of structure. Compared with a centering scheme of jacking and centering independently through divided structures, the centering conveying mechanism and the centering conveyor with the same are simple in structure, low in energy consumption, low in cost and capable of quickly and precisely centering the goods.

In a method, a device and a computer program product for provision of image data such as thin slice image data and thick slice image data of a server to a client, the image data having been acquired by an imaging modality and being cached in a cache acting as a server; the image data are provided to the client by involving the client in data exchange with the server, and an information system that is likewise involved in data exchange with the server is always automatically informed about a current state of the cache, in particular about thin slice image data available in the cache. The client directly or indirectly accesses the image data of the cache for automatic provision of the image data.

The invention relates to an RGV, in particular to a control method for an RGV based on a single-lifting platform. The control method has an automatic cargo pick-up mode and an automatic cargo storagemode; the position of a tray can be sensed through a laser sensor, thereby achieving the accuracy and the rapidness; then, the relative position between the RGV and the tray can be calculated throughan encoder, thereby achieving the speed control and stop; and the position where the RGV reaches the bottom of the tray can be double confirmed through an A-direction optoelectronic switch and a B-direction optoelectronic switch, thereby achieving the high safety, the high reliability, and the automated storage and pick-up of the tray.