114 results about "Position check" patented technology

The invention discloses a digit control machine double-shaft synchronization control device, comprising a clock, an input and output interface, a double-shaft position check module, a control unit, a system parameter list and a pitch compensation list, wherein the double-shaft position check module processes position and synchronization error check for two synchronous shaft motor encoders and provides the check information to the control unit, the control unit selects a working mode corresponding to the parameters of the system parameter list, according to the position and error information of the two synchronous shafts provided with the double-shaft position check module and the process corresponding to the selected working mode, the control on the two synchronous shafts can be realized. The invention resolves the problem of the common digit control system which can not realize synchronous control, realizes the real-time character between transfer and adjustment, avoids the profile error of processed elements caused by delayed transfer time, and avoids the serious dynamic synchronous error caused by long adjustment.

The invention discloses an electric throwing and backing device for protecting a pressure plate, which comprises a pressure plate connecting sheet, a pressure plate base, a position checking bracket, a drum cover, and a magnet steel column, a lifting column, a straight edge rebounding ring, a bevel edge thrust ring, an E-type spacing collar and a drive motor which are mounted inside the drum cover. The device transforms the whirling action of the driving motor into the release, the whirl, the pullback and other movement of the pressure plate connecting sheet through driving the drive motor and the transmission coordination of all internal components, so that the throwing and the backing movements of the pressure plate are transformed. The device has the advantages of simple and reasonable structure, lower production cost, convenient operation and use, good throwing and backing property and reliable mechanical breakpoint.

The invention relates to a two-dimensional code unlocking method. The method comprises the steps of: arranging a database and a two-dimensional encoder inside a terminal server, wherein the terminal server is capable of corresponding randomly arranged two-dimensional codes one to one; acquiring a user two-dimensional code memory, storing the two-dimensional codes by using a user cell phone or a paper card as the carrier, and enabling a user to obtain a geographic position checking additional function; and arranging a two-dimensional code reading device on a lock, and unlocking by automatically identifying the content of the user two-dimensional code memory. A traveler can directly and automatically acquire the two-dimensional code of a corresponding room in a cell phone mode and the like on the way to a hotel, without checking in at the reception desk but checking in directly; and the present location of the user and geographical coordinates such as entertainment venues, traveling scenery and the like around can be displayed, so that the two-dimensional code unlocking method has the characteristics of convenience in use, simplicity in operation, good service, hommization in service, intelligence and high end.

The invention relates to the technical field of industrial automation and especially relates to an intelligent high-density AGV parking system. The system comprises a license plate identification device, a vehicle length-measuring device, a parking stall length-measuring device, a parking stall position information feedback device, an intelligent parking system central controller, and an AGV vehicle position checking device. According to the intelligent parking control system, dimensions of parking stalls can be dynamically custom-made on the basis of dimension information of vehicles that need to park, and appropriate parking stalls are distributed intelligently. Therefore, the utilization rate of each specific parking stall during parking is increased, the space utilization rate of an entire parking lot is thus improved, quick and intelligent automatic parking is realized, and parking pressure in cities is alleviated.

A method and a system for checking the position of a mechanical part (2), for example a tool of a lathe, along a checking direction (X), employs an optoelectronic device (1) with a laser beam (7) and a sensor (8) for detecting the interruption of the beam. Mutual displacements between the part to be checked and the optoelectronic device within a checking area (13) are controlled according to a sequence including linear inspection movements (30) along a direction (Z) perpendicular to the checking direction and at inspection positions (Pi;P1-P4). The inspection positions are spaced apart along the checking direction at progressively decreasing mutual distances (D), according to a sequence that converges to the searched position (PN).

The present invention provides a device for transferring unit cells, which is a device for aligning and transferring unit cells to a folding device in a continuous process of manufacturing a stacked / folding type electrode assembly having a structure in which plate-shaped unit cells are rolled in separation films, and comprises: a unit cell supply portion for consecutively supplying the unit cells; a position inspection unit for transmitting an image signal, which is obtained by capturing the position of the unit cells in the unit cell supply unit, to a control portion; the control portion for confirming the alignment of the unit cells based on the image signal that is received from the position inspection portion, and for controlling the operation of grippers; two or more grippers for receiving the unit cells, one unit at a time, which are supplied from the unit cell supplying portion, and for correcting the position of the unit cells according to a position correction signal from the control portion and then delivering same to a transferring portion; and a unit cell transferring portion for delivering the unit cells to a folding device.

A medical training apparatus (M) consisting of an instrument holder (1b) provided with medical instruments (11a) to (11e), a model patient (2) simulating a patient to be examined and an examination table (3) on which the model patient (2) is placed and having a position-checking means (A) for checking the position of the examination table (3), a medical instrument-checking means (B) for checking the working states of the medical instruments (11a) to (11e), an examination-checking means (C) of checking the examination on the model patient (2), and a model patient-driving means (D) enclosed in the model patient (2), characterized in that the model patient -driving means (D) changes the facial expression of the model patient (2) based on at least one of the position-checking signal output from the position-checking means (A) and the medical instrument-checking signal output from the medical instrument-checking means (B) and the examination-checking signal output from the examination-checking means (C).

A quality control system for an irradiation apparatus includes a radiation image reading system. The radiation image reading system reads out a radiation image from a stimulable phosphor panel which is disposed in a predetermined position to receive irradiation of position check radiation from an irradiation system and irradiation of uniform radiation from the irradiation system to an area larger than the area exposed to the position check radiation and to receive irradiation of position check light in a visible region from a position check light irradiation system after receiving the irradiation of the uniform radiation and to form a radiation image. A relative position obtaining system obtains the relation between the irradiating position of the position check radiation and the irradiating position of the position check light on the basis of the radiation image read by the radiation image reading system.

The invention relates to the technical field of surveying and mapping, and in particular relates to a public source position check-in data quality analysis method. The method comprises the following steps of: step one, pre-processing the public source position check-in data; step two, geographically registering the public source position check-in data and evaluating the integral positioning accuracy; step three: performing the public source position check-in data matching and modeling; step four, evaluating the class accuracy of the public source position check-in data; and step five, evaluating the positioning accuracy of the public source position check-in data. The more detailed public source position check-in data quality analysis method, process and standard are disclosed by the invention, the basis for realizing convenient, fast and efficient POI (point of interest) update by adopting public source position check-in data for breaking through the original manual field visit of the POI is laid, and the problem that the POI obtaining cannot satisfy the industrial field requirement of the society and LBS (location based service) is solved.

The invention relates to a method and device for adding a signature to an electronic policy, a computer device and a storage medium. The method comprises a step of receiving a policy adding request and an electronic policy to be processed sent by a terminal, wherein the policy adding request carries a policy sample identification, a step of obtaining signature information table and searching for afirst signature identification, signature position information, a position check character and a character extraction domain location information corresponding to the policy sample identification inthe signature information table, a step of extracting a first character from a corresponding position in the electronic policy to be processed according to the character extraction domain location information, a step of comparing the first character and the position check character, and a step of obtaining an electronic signature corresponding to the first signature identification when the first character is consistent with the position check character and adding the electronic signature to a signature position of the electronic policy to be processed according to the signature position information. According to the above method and device for adding a signature to an electronic policy, the computer device and the storage medium, the rework rate of signature adding work can be reduced, andthe working efficiency is improved.

An image forming apparatus includes a position detecting portion to detect a position designated by a user on a display surface of a display portion, a first display controlling portion to cause the display portion to display a first screen, a position check image displaying portion, responsive to detection of a position within a designation button on the first screen, to cause the display portion to display a position check image identical in shape and size to a second screen, a moving portion to move the position check image in the first screen, a position finalizing portion to finalize a position for displaying the second screen on the basis of the position of the position check image in the first screen, and a second display controlling portion to cause the display portion to display the second screen at the finalized position, to be overlaid on the first screen.

The invention discloses an integrated checking fixture which comprises a base. A plurality of checking fixture bodies of different shapes and sizes are arranged on the base in order. The checking fixture bodies include a pore diameter go-no go gauge, a thread go-no go gauge, a wall thickness go-no go gauge, a groove width go-no go gauge, an open size go-no go gauge, a coaxiality checking fixture body, a hole position checking fixture body and a profile checking fixture body. Four supporting pieces and four pressing pieces are arranged on the base and used for locating placed bottom boards to be tested. The integrated checking fixture can solve the problem that the detection efficiency of bottom board products is low in the prior art.

The invention discloses a mass position check-in data visualization method which comprises the steps that 1, position check-in data are captured from a data collection terminal, and the collected data are stored into a database; 2, the position check-in data collected in the step 1 are managed; 3, the map extent is determined according to the geographical range needing to be collected; 4, the NodeCanvas technology is adopted for drawing a geographical map; 5, the collected position check-in data are drawn on the geographical map obtained in the step 4; 6, a result picture is output. According to the mass position check-in data visualization method, visualization can be carried out according to different measuring scales, the visualization effect is attractive, and the data distribution rule is visually reflected; meanwhile, the mass position check-in data visualization method can operate data more flexibly, effectively achieves big data visualization data reading, can achieve mass data visualization more easily, and is high in drawing efficiency, easy to implement, good in effect and capable of drawing complex graphs.

The embodiment of the invention discloses an information processing method, which comprises the following steps of obtaining a first instruction, wherein the first instruction is used for obtaining a bus slot position number corresponding to a PCI-E bus interface on a back plate; executing the first instruction; sending a first slot position checking signal to an FPGA (Field Programmable Gate Array); receiving the mapping relationship between the pre-stored bus slot position number from the FPGA and the back plate slot position number, wherein the mapping relationship is sent by the FPGA through responding to the first slot position checking signal; and obtaining the corresponding bus slot position number of the PCI-E bus interface at the back plate slot position. The embodiment of the invention also discloses electronic equipment.

Specifically, according to one embodiment of the present invention, a method for searching for an access point is provided. The method for searching may comprises the steps of: a terminal measuring the position thereof; checking an access point located near the measured position of the terminal; determining whether or not the distance between the terminal and the access point is greater than the radius range searchable by the terminal; and searching for the access point when the distance between the terminal and the access point is less than the radius range.

The invention relates to a D shape guide pin top and bottom positioning structure of hole position check tool, comprising a detection pin, a rotating sleeve and a D shape guide pin sliding support; wherein the D shape guide pin sliding support is sheathed at the outer side of the detection pin, the lower end face thereof is provided with a larger-diameter step face with a bolt hole; the rotating sleeve is sheathed at the outer side of the D shape guide pin sliding support, the upper side of the rotating sleeve is provided with a limit press cake; the outer side of the rotating sleeve is fixed with a rotating handle pin, the wall of the rotating sleeve is provided with an inversed 'L' shape first through hole, the wall of the D shape guide pin sliding support is provided with a vertical second through hole, one end of an up-down shifting pin is respectively fixed on the detection pin by virtue of the through holes on the rotating sleeve and the D shape guide pin sliding support. In the invention, the rotating sleeve is sheathed at the outer side of the D shape guide pin sliding support, so that the previous detection pin which only can move up and down and can not be fixed at certain position can be fixed at one specific position, thus improving convenience of operation.

The invention provides an automatic inspection method of an elevator device and an elevator control device. An object of the present invention is to obtain an automatic inspection method and an elevator control device for an elevator apparatus capable of efficiently performing an automatic inspection operation after a car is stopped due to a disaster. As a solution, the inspection operation part (9) from the inspection operation start position to the first return position, after carrying out the inspection under the extremely low speed operation in the direction away from the car 6 and the counterweight 7, from the first return position The inspection is performed at a low speed at the start position of the inspection operation, and then the inspection is performed at a very low speed up to the second return position, and then the inspection is performed at a low speed from the second return position to the start position of the inspection operation. Check.

The invention discloses a thermal treatment furnace material tracking system based on a hot backup redundancy check technology. The system is composed of a feeding / in-the-furnace frequency conversion / discharging / lifting / lateral shifting discharging motor, a proximity switch, a rise / fall limiter, a chain scission detection device, an encoder, a laser correlation instrument unit, a motor control center (MCC) cabinet and a control system. The laser correlation instrument unit of a three-plus-one structure is used for obtaining the position of materials by use of the hot backup redundancy check technology, and twice logic processing is performed on the checked position of materials according to a two-out-of-three principle; signal distortion caused by interference is avoided and erroneous judgment of working conditions caused by interference is eliminated; once a laser correlation instrument is out of order, a standby laser correlation instrument is put into operation, and therefore, the reliability of material position check is improved. Due to the combination of hot backup redundancy material position check and a frequency converter driving technology, the thermal treatment efficiency and the treatment quality of a roller hearth type thermal treatment furnace.

A method for fabricating semiconductor wafers. Specifically, an arm which is constructed to hold a wafer, is mounted on a rotational device to provide a user with the means of inspecting a wafer in any position without having to physically touch the wafer or move the wafer to another inspection station. The arm provides rotation about an axis parallel to the surface of the wafer, as well as rotation about an axis run which is perpendicular to the surface of the wafer and extends through the axial center of the wafer.

In a wristbhaving a label-like structure, fracturing notches for preventing unauthorized use are positioned where the two ends of the band are to be glued together. If temporary peeling of the glued ends is attempted, the wristband breaks reliably and it is difficult to return it to the original state. If fracturing notches (11) are formed on either a first winding region (6) or a second winding region (7), which are positioned at left and right ends of the printing region (5). The wristband is configured so that a ring shape can be formed by overlapping and adhering the adhesive layer on the rear surface of one of shape, the first winding region (6) or the second winding region (7) onto the other winding region. An adhesion position check mark (15, 16) is formed on either the first winding region (6) or the second winding region (7).

The invention discloses a method for acquiring a target identifier, which is used for acquiring identifier information on a specific type of target around a mobile terminal. The method comprises the following steps: analyzing information for requesting a mobile service transmitted by the mobile terminal in a form of short message or multimedia message; when the content of the analyzed information comprises a position check character of a target identifier service acquired by the identifier, determining position information of the mobile terminal; determining a region in which the mobile terminal is positioned according to the position information of the mobile terminal; and searching the target identifier corresponding to a specified target type in the an information content in the determined region and returning the target identifier to the mobile terminal in the form of short message or multimedia message. The invention also discloses a device for realizing the method.

The invention discloses a phase position check method of a high voltage cable frogging interconnected system. The method includes the steps that first, a detection person performs wiring on the first segment of a high voltage cable; second, the detection person goes to a first connector box of the high voltage cable to check the phase position of the frogging interconnected system; third, the detection person goes to a second connector box of the high voltage cable to check the phase position of the frogging interconnected system; fourth, the steps are repeated till all the phase position check work of the frogging interconnected system is completed. According to the method, an existing phase position check method of the high voltage cable frogging interconnected system is improved, and in other words, under the condition that no person is located at the opposite end for cooperation with the detection person, the phase position check work can be completed fast and efficiently just through a common multimeter and simple wiring.

An apparatus for measuring an amount of urine in a bladder includes a transducer, a switch for selecting one of operational modes, which include a bladder position check mode and a urine amount measurement mode, and a central control unit for operating the apparatus according to the operational mode selected by the switch. The central control unit in the bladder position check mode repeats sequentially predetermined operations until the urine amount measurement mode is selected, the predetermined operations include performing a preliminary scan to a single scan plane related to an aiming direction of the transducer, detecting a center point of the bladder in a ultrasound image, and representing a predetermined mark at the center point of the bladder in the displayed ultrasound image in order to indicate visually a center point of the bladder.

The invention discloses a full-functional multiple-meter-position checking device for voltage monitors. The full-functional multiple-meter-position checking device is used for testing a plurality of voltage monitors and comprises a host machine, a plurality of error calculators connected with the host machine, a standard source, a power consumption switching and testing module, concentrators connected among the host machine and the voltage monitors, and a bus network for connecting the error calculators, the standard source, and the power consumption switching and testing module with the host machine. The full-functional multiple-meter-position checking device can be used for simultaneously and automatically checking all items of the multiple voltage monitors, thus improving the checking efficiency; and the full-functional multiple-meter-position checking device also can be used for carrying out multiple tests on multiple parameters of each voltage monitor.

A shift position switching controller determines whether the responsiveness for switching the shift position to an other-than-N position will be affected by a reduction of an N position check time and keeps the N position check time unchanged from a normal value if a current shift position is a D position or if a vehicle speed is equal to or greater than a preset value. Alternatively, the shift position switching controller determines whether the responsiveness of the controller will be affected by reducing the N position check time, and sets the N position check time to a shorter-than-normal value if the current shift position is a D position and the vehicle speed is equal to or greater than the preset value.

The invention discloses an automobile part hole position checking fixture which comprises a base, a checking platform, two electric sliding rails, two electric cylinders, an infrared transmitter and an infrared receiver. The checking platform is fixed in the middle of the base, the electric sliding rails are symmetrically installed on the two sides of the base, the checking platform is located between the electric sliding rails, the infrared transmitter and the infrared receiver are installed on the two electric sliding rails in a sliding mode respectively, the electric cylinders are symmetrically installed on the two sides of the checking platform, the electric cylinders are parallel to the electric sliding rails, and a positioning baffle is fixed on the side, opposite to the electric cylinders, of the checking platform; the automobile part hole position checking fixture further comprises a controller which is installed on the base, and the electric sliding rails, the electric cylinders, the infrared transmitter and the infrared receiver are all in communication connection with the controller. According to the checking fixture, the hole position checking efficiency can be improved, and the checking precision can be guaranteed.

The invention discloses a contact-type step gauge probe detection pattern sample block and relates to the technical field of step gauge measurement. The contact-type step gauge probe detection pattern sample block comprises probe performance check patterns and scanning position check patterns. The probe performance check patterns are designed in a W shape and an M shape, which are arranged in the left and right two scanning areas of the sample block respectively; W-shape and M-shape step structure lines form five angels of 30 DGC, 60 DGC, 90 DGC, 120 DGC and 150 DGC with the horizontal direction; and the probe performance check patterns can carry out performance detection on ten positions of a probe tip and judge whether the probe tip is worn or polluted. The scanning position check patterns are designed into two isosceles right triangles, of which the bevel edges are arranged oppositely in parallel; one right-angle edge of each isosceles right triangle is parallel to the horizontal direction; the two sides of each scanning position check pattern are respectively provided with a T-shaped line for indicating probe tip scanning position and direction; and the scanning position check patterns can judge whether the sample block is horizontally placed and probe scanning position is accurate. A probe can be calibrated in time, and measurement precision of a step gauge is improved.

The invention discloses an anti-side-rolling torsion bar assembly automatic positioning and assembling device and method. The anti-side-rolling torsion bar assembly automatic positioning and assembling device comprises a rack, a table board, a table board displacement mechanism, an automatic clamping device, an automatic centering device, a control system, an assembly limiting device, circumferential positioning blocks and a mechanical arm mounted on the rack. The mechanical arm is used for transferring a torsion bar shaft to a preset position; the automatic centering device is used for conducting automatic centering on the torsion bar shaft; the automatic clamping device is used for conducting automatic clamping and positioning on the torsion bar shaft; the assembly limiting device is used for automatically positioning torsion arms and assembling limiting check blocks so as to assemble the torsion arms onto the torsion bar shaft. The anti-side-rolling torsion bar assembly automatic positioning and assembling device can realize automatic centering and automatic clamping of the torsion bar shaft on an assembly platform, realize automatic positioning to assemble the limiting check blocks (namely, positioning check blocks) and automatically release clamping after completion of assembly of a hot jacket. The anti-side-rolling torsion bar assembly automatic positioning and assemblingdevice conducts coordinate positioning through grating rulers, and the assembly precision and efficiency of the assembly platform are improved.

The embodiment of the invention provides a sound source position check method. The method comprises the steps of: obtaining two parts of sound signals, which are simultaneously acquired for the same scene; for each part of sound signals, determining a sound source position corresponding to the part of sound signals; comparing two determined sound source positions; and, if a comparison result satisfies a pre-set condition, determining that the two sound source positions are effective sound source positions. Thereby, the two determined sound source positions are compared; the effectiveness of the two sound source positions is checked; and thus, wrong judgement on a sound source is reduced.