17934results about "Control devices for conveyors" patented technology

An integrated parking meter system automates the issuance of parking citations. Each parking meter will be equipped with a sonar range finder, mercury type switch and a two way radio that communicates via N-PCS to a host computer back at the control center. When a meter runs out of money it checks to see if a vehicle is present in the parking space. If it is, the meter notifies the host computer that there is a car illegally parked in the space. The host computer correlates the information to identify the exact location of the violator. The host computer then sends this information via wireless network to the parking meter attendants' personal communicator. The parking attendant proceeds to the violator and issues the citation. Included within this technology is the capability to remotely change the rate structure of any or all electronic parking meters. A meter diagnostic feature alerts repair personnel to specific malfunctioning meters. The meter may also set the time remaining on the meter to zero whenever a car leaves the adjacent space.

The invention provides an automatic pharmacy, including a slope type medicine storing cabinet, a medicine distributing device, a sorting device, a medication applying device and a control management system. A U-shaped groove of a slope medicine storing holder is fixed to a supporting beam and forms a dip of 20 degrees with the horizontal plane. The medicine distributing device includes an elevator and a medicine output mechanism. A low end medicine outlet port of the U-shaped groove of the slope medicine storing holder is butted with a medicine inlet port of a U-shaped medicine storing groove of the medicine output mechanism. The medicine outlet is connected with a conveyer belt in a way of transiting through a retaining door to form a medicine distributing channel. The medicine outlet end of the medicine distributing device is equipped with the sorting device. A sorting channel is connected with the medicine distributing channel. The medicine outlet port of a medication applying transporting mechanism is butted with a medicine inlet port of a U-shaped groove of a medication applying manipulator which is installed on a Cartesian-coordinate robot. The medicine outlet port of the U-shaped groove of the medication applying manipulator is butted with a high end medicine inlet port of the U-shaped groove of the slope medicine storing holder to form the medication applying channel. Therefore, the functions of semi-automatic batch recharging of boxed medicine, medicine box dense storage and management, automatic medicine distribution according to a prescription and medicine sorting to the determined windows, etc. can be realized.

A battery transfer and charging system for electric vehicles is described. A station removes one or more spent batteries of electric vehicles having multiple batteries. The receiving system includes an engagement device for engaging with engagement structures of the batteries, in order to assist the removal of spent batteries. Spent batteries removed from vehicles may be tested and charged as they progress through the system in an assembly-line fashion. Following recharge, batteries may be transferred to the displacement station for installation within later vehicles. Batteries which cannot adequately be recharged can be automatically removed from the system.

A method and system for remotely monitoring deliveries, the method and system include detecting an arrival of a delivery at an access point and notifying a monitoring center of the arrival of the delivery at the access point. The method and system include verifying at least one verification detail, which correlates to the delivery, and sending a configuration signal from the monitoring center to the access point, which has instructions for controlling an entrance at the access point. The method and system can further include sending a second configuration signal from the monitoring center to the access point, which has instructions for controlling an entrance at the access point upon completion of the delivery. The method and system can further include sending an indication signal from the monitoring center to the access point, which has instructions for controlling an indicator at the access point.

A package delivery notification system reports impending package deliveries and precisely notifies recipients of when to expect the deliveries. The package delivery notification system utilizes memory, a communications device, and a system manager. Package data identifying a package that is to be delivered to a recipient is stored in the memory. The package data indicates that the recipient is to receive the package and indicates the expected time that the package is to be delivered. When the package is assigned to a vehicle that will deliver the package to a premises of the recipient, the system manager transmits, via the communications device, a notification message to the recipient. The notification message preferably indicates the approximate time that the package is expected to arrive.

A material handling system comprising: a platform for receiving a plurality of articles; a plurality of sorting bins, each bin in corresponding to an article type; an object recognition system for identifying an article on the platform and categorizing said article by specific article type; said 3D object recognition system including a 3D detector for detecting said article and a database containing data on characteristics of article types; an article engagement assembly for engaging and delivering said article to said corresponding sorting bin; wherein the object recognition system is arranged to identify the article based upon the data within said database and instructs the article engagement assembly to engage and place the article in said sorting bin.

Semiconductor wafer fabrication equipment comprising a selecting device for selecting semiconductor wafers destined to a processor on the basis of a remaining process time applicable to that processor in the equipment, a transporting device for transporting the selected semiconductor wafers to the processor, another selecting device for selecting a processor or a storage device constituting a transport destination to which to transport processed semiconductor wafers, and another transporting device for transporting the semiconductor wafers to the destination processor or storage device in accordance with a transport control changeover code read from the processors and storage devices of the equipment.

A gaming device is disclosed that includes a housing and a display device associated with the housing. The display device displays several indicia. A positioning mechanism is configured to move the display device. Several indicators are associated with the display device. A controller is in communication with the positioning mechanism and the indicators. The controller determines a game outcome and directs movement of the display device. The controller can illuminate at least one of the indicators in order to display the game outcome.

A modular conveyor system is disclosed in which components of each conveyor module is designed for wireless mesh communication. The communications may be within a module or between modules. Certain of the components may be powered by battery, such that the components may be completely wireless. The network may be entirely self-configuring such that the modules may be assembled and the network established in a straightforward manner.

A molded body cutting apparatus according to the present invention comprising a first conveyer member that conveys an extrusion-molded pillar-shaped ceramic molded body a cutting member that moves in a direction parallel to a movement direction of the above mentioned first conveyer member while moving also in a vertical direction, and cuts the above mentioned ceramic molded body to a predetermined length by passing through the interior of the above mentioned ceramic molded body and a second conveyer member that conveys a cut ceramic molded body cut to a predetermined length by the above mentioned cutting member, wherein a conveyance speed of the above mentioned first conveyer member and a movement speed of the above mentioned cutting member in the above mentioned parallel direction are almost the same, before the above mentioned ceramic molded body is cut, and each of the conveyance speed of the above mentioned first conveyer member, the movement speed of the above mentioned cutting member in the above mentioned parallel direction, and a conveyance speed of the above mentioned second conveyer member becomes faster toward the latter, after the above mentioned ceramic molded body is cut.

The invention discloses an equipment for sorting and packaging goods and a method thereof, wherein, the equipment comprises turning box baskets, a box basket transporting device, a goods-providing device, a radio frequency reader, a wireless radio frequency card, an electronic control system and a system of computer information management, wherein, each box basket box has the wireless radio frequency card; a side on a stopping position of a plurality of box baskets on the box basket transporting device is provided with the goods-providing device; the radio frequency reader is arranged near the stopping positions for the box backsets on the box basket transporting device. The method comprises the following steps: A. configuring devices for the whole line and determining the brands and specifications of goods to be delivered; B. setting the information of device configuration as well as the brands and specifications of the goods; C. setting the allocation proposal; D. preparing and implementing the allocation proposal; E. starting the whole line and pre-allocation; F. inputting empty box baskets; G. applying the box baskets for delivery and allocation; H. unloading the baskets. The equipment for sorting and packaging goods has the advantages of high speed, reliable work, low operation cost, compact structure, and small land occupancy, so the invention is applicable for various goods delivery centers with different delivery requirements and scopes.

A portioning apparatus (10) includes a powered conveyor (12) for carrying workpieces (WP) past a scanning station (14) and past a cutting station (20). Information from the scanning station pertaining to physical parameters of the workpiece is transmitted to a control system (16) which then determines an optimal cutting strategy for the workpiece, which strategy is implemented at the cutting station (20). The length of time required to portion the workpiece is also determined, and this information is used to ascertain whether the speed of the conveyor (12) is optimal or should be changed.

A conveyor diagnostic system for monitoring loading of a conveyor line assembly including at least one sensor component coupled to the conveyor line assembly. The sensor component is adapted for detecting loading of the conveyor line assembly and is further adapted for generating and transmitting a signal that is correlative of the loading of the conveyor line assembly. The conveyor diagnostic system also includes a ground station adapted to receive and process the signal that is correlative of the loading of the conveyor line assembly. Furthermore, the conveyor diagnostic system includes a local positioning system that is adapted for detecting the location of the sensor component in relation to a reference point. A method of using the conveyor diagnostic system is also disclosed.

In order to achieve improved work efficiency and reduced work errors, this information processing device is provided with an acquisition unit, a detection unit, and a report control unit. The acquisition unit acquires information used in work to be executed on a work object from a document attached to the work object. The detection unit detects the whereabouts of the work object. On the basis of a rule that is data in which the information used in the work and work contents utilizing the information are associated with each other, the report control unit detects the work contents for the work object. Further, the report control unit reports the work contents by controlling a report device for reporting the work contents.

A camera based vision system that recognizes and maximizes belt area utilization. A plurality of cameras are positioned at flow entry points of feed conveyors and at the singulator. The control algorithm recognizes individual items area, the rate at which individual objects are passing, and the area utilization of the collector belt. The video camera and computer based conveyor package management system monitor and control the number and size of the packages present on the infeed conveyors, collector conveyor, singulator conveyor and sorting conveyor in a package handling system wherein the camera data is used to measure the available area or space on the conveyors to maintain a desired density of packages on selected conveyor(s). The conveyor speed is controlled as a function of occupancy on a collector or just prior to a singulator or receiver.

A system for the automatic loading and / or unloading of products comprises a store (13, 19) with shelves inclined and provided with a mobile transversal blocking means (9, 12), and at least one traveling lift (3) provided with mobile bearing tops (4), also inclined and provided with at least one mobile transversal blocking means (9, 12). Said inclined shelves and bearing tops (4) are provided with transversal, parallel, idle and inclined rollers (5) whereon a product or a product container (1) can slide by gravity when the blocking means is lowered.

Method of controlling the amount of material delivered by conveyor belt includes measuring the speed of the conveyor belt or a drive pulley that drives the conveyor belt. A weighing device weighs material dispensed onto the conveyor belt from at least one material dispenser. Based at least in part upon such speed and weight measurements, an electronic controller maintains or changes the speed of the conveyor belt by dictating the output of at least one motor that drives the drive pulley.

A device for detection and adjustment of the tension of a scraper chain of a chain conveyor, in particular of a face conveyor, having a tensionable return station, on which a spoked chainwheel to reverse the scraper chain, having chain links and scrapers attached thereto, is supported between the bottom race and the top race. The devices including a sensor which determines the tension of the scraper chain at the return station and the sensor having a swivellable sensor body coupled with a shaft encoder. The sensor body being in the top race and in contact with the upper face of the scraper chain in a measurement zone with provision being made in the measuring zone for vertical play for the run of the scrapers and / or the chain links.

A configurable storage system particularly suited for use with clean environment conveyors is disclosed. The storage system includes modular conveyor track elements which may be provided as one way paths which, when provided with plural transfer elements with respect to a conveyor highway, enable the rotation of a workpiece from a storage matrix to a transfer path and back to the storage matrix.

A modular split-axis stage is used to inspect and / or repair large flat glass media suitable for LCD / TFT applications. Low-precision air table sections are detachably mounted to a centrally located, high-precision granite inspection / repair section. Glass media held by a vacuum contact is transported on air cushions from the up-web air table to the central inspection / repair section. Vacuum nozzles integrated with porous medium pads precisely control the height of the flexible media above the central section during inspection or repair. Embodiments includes structures in which the media is either stationary or moving during inspection / repair. A first media can be loaded / unloaded while a second media is undergoing inspection or repair in a pipelined operational mode.

An automated transport system for use in a material handling system. The automated transport system employs a distributed control system including a top level controller (transport controller), a plurality of second-level controllers (control logic computers) and a plurality of third-level controllers (intelligent drivers). The transport controller (TC) receives material commands from a conventional material control system (MCS). The TC breaks the command into sub-commands directing selected control logic computers (CLCs) to acquire, move to a destination or otherwise interact with a particular container designated by the MCS command. The transport controller selects the CLCs based on the transport system topology, the content of the MCS command and knowledge of which regions of the transport system are controlled by respective CLCs. Each CLC implements the sub-commands by issuing to the intelligent drivers low level control commands to accelerate, elevate, rotate, load or unload the container. Each intelligent driver directly controls one of the electromechanical devices that compose the transport system hardware in accordance with these low level commands. The electromechanical devices can include rail sections (zones), directors, elevators, load port transfer devices and tag readers.

A belt monitoring system which can accurately monitor the condition of a conveyor belt by correcting it for the effect of belt deviation. Wear detecting magnets (11), which are rubber magnets spanning the entire belt width, are embedded at intervals along the circumferential direction of the conveyor belt (2). Also, position determining magnets (12, 12z) are embedded in positions a predetermined distance apart from the wear detecting magnets (11). In addition, a plurality of magnetic field detecting means (13: 13A-13G) for detecting the magnetic fields from the magnets (11, 12, 12z), which are arranged at predetermined intervals in the width direction of the conveyor belt (2), are disposed in a position spaced apart from the surface of the conveyor belt (2). The state of deviation of the conveyor belt (2) is detected based on the output signals from the position determining magnets (12, 12z) detected by the magnetic field detection means (13), and then the belt thickness distribution of the conveyor belt (2) in the width direction is corrected based on the detected state of belt deviation.

A conveyor system and method of measuring chain wear includes first and second sensing devices positioned at a conveyor line or path and directed toward a conveyor chain that is movable along the conveyor path. The first sensing device senses the presence of a first chain portion of the conveyor chain at a predetermined location as the conveyor chain moves along the conveyor line. The second sensing device senses a second chain portion of the conveyor chain as the conveyor chain moves along the conveyor line. The second sensing device is operable to sense a location of or distance to the second chain portion or may capture an image of the second portion. A controller is operable to determine a degree of wear of a section of chain extending between the first and second chain portions in response to the second sensing device.

The invention discloses a liquid nitrogen cylinder, a cryogenic vial storing and fetching device and a liquid nitrogen cylinder storing and fetching system. The liquid nitrogen cylinder comprises a cylinder body, wherein the cylinder body is provided with a sealed opening; the liquid nitrogen cylinder further comprises a bracket tray; the bracket tray is arranged in the cylinder body; the bracket tray is used for bearing cryogenic baskets; a central shaft is vertical to the bracket tray and is fixedly connected with the bracket tray; a driving component is electrically connected with the central shaft; the driving component is used for driving the central shaft to rotate; and the central shaft is used for driving the cryogenic baskets to rotate through the bracket tray and conveying the cryogenic baskets to the opening. By adopting the liquid nitrogen cylinder, the error rate of manual cryogenic vial selecting is reduced; and meanwhile, safety hazards for operation personnel during a manual bracket tray rotation process are avoided. By adopting the cryogenic vial storing and fetching device, the process for selecting a single target cryogenic vial for biological samples is realized; and during the whole selecting process, the cryogenic vials are all in a liquid nitrogen environment, so that non-target cryogenic vials are prevented from being exposed at environment temperature. The liquid nitrogen cylinder storing and fetching system is applicable to vial picking work for large biological sample banks.

Force and location sensing systems and methods are disclosed. A method comprises bending a L-beam at an initially unknown location on a force-supporting portion of the L-beam, the L-beam substantially having a tension side and a compression side, measuring a first local stress at a first location on the tension side, measuring a second local stress at a second location on the tension side, measuring a third local stress at a third location on the compression side, and measuring a fourth local stress at a fourth location on the compression side. A weight-sensing storage system capable of tracking removed items is disclosed with a product image captured via a camera, a plurality of sensors on an L-beam, a first signal from the plurality of sensors indicating a first state prior to change of the product image, and a second signal indicating lower strain on the L-beam than the first signal.

The invention relates to an automatic lifting feeding and discharging mechanism for a round metal rod, in particular to an automatic lifting mechanism for a round metal rod. According to the technical scheme provided for the mechanism in the invention, a discharge opening of a feed box is connected with a feed end of a lifting feeding machine and a discharge end of the lifting feeding machine is connected with a feed opening of a feeding and discharging machine; in the feed box, an inclined bottom plate of the feed box is arranged on the lower part of the feed box body, the lower end of the inclined bottom plate of the feed box is positioned at the discharge opening of the feed box, and a group of side plate fixing rods are respectively arranged on both the upper part and the lower part of the feed box; the inner ends of the side plate fixing rods are connected with a side regulating plate and the outer ends extend out of a side face of the feed box; and the side regulating plate is positioned on both sides of the inclined bottom plate of the feed box. The mechanism adopts an integrated mechanical, electric and hydraulic automatic lifting mechanism for the round metal rod and has the advantages of high production efficiency, high degree of automation, steady production process and safe reliability.