411 results about "Identification plate" patented technology

Disclosed is an airline carry on bag having a considerable number of features. Two of its most unique are a hinged door that includes a lounge chair, and a movable compartment divider to allow separation of laundry from clean clothes. It is movable so that more and more of the interior accommodates laundry and less and less accommodates clean clothes as the journey progresses. Other features are a telescoping handle, that includes rod hinges to flip down to create a tabletop surface to be used for a laptop computer and also for food trays and beverages, a lockable safe drawer with external access, an externally accessible zippered opening containing a freshen kit, a zippered closure hinged at the bottom so that the interior of the luggage can be partially unzipped to access the interior without laying the bag down, an external netting to store a newspaper, a large digital travel clock externally visible including an alarm clock, a bag levelling mechanism when laid down, a telescoping add-on cart that supports the weight of additional bags, wheels that are large enough and light enough to accommodate bringing the luggage over curbs, escalators and rough ground, a fixed identification plate and the like.

The invention relates to an aquaculture feeding system and belongs to the field of aquaculture. An industrial aquaculture automatic feeding system is characterized in that H-shaped steel tracks are erected above indoor fishponds, feeding devices are arranged on the tracks and comprise walking tackles arranged on the steel tracks, feed bins are hung below the walking tackles, and discharge mechanisms are arranged at the positions of feed bin outlets. Positioning identification plates are arranged below lower wing plates of the H-shaped steel tracks above each fishpond, distance sensors are arranged above the feed bins or below the walking tackles, the distances between the positioning identification plates and the distance sensors are different, and the walking tackles hang the feed bins through pulling pressure sensors. After the feed devices move along the tracks to arrive at identification points of the positioning identification plates, control boxes determine positions according to positioning points sent by the distance sensors, and feeding is controlled accurately according to feeding requirements of a corresponding fishpond at the position.

The invention discloses an Poisson method for cloud removing of optical remote sensing image, which comprises the steps of: selecting basic base map image and alternative image which meet treatment of image removing cloud layer by using image selector; identifying and detecting the range of cloud layer coverage area through cloud area identification unit, making formation cloud area identification template respectively; using the base map image, the alternative image and cloud area identification plate by pyramid processing to construct multi-level similar unit; proceeding Cloud area pixel detection progressively and connected cloud area detection to each grade pyramid, and alternative image detection to connected cloud area of cloud identification template which is processing; seeking linear transformation parameter by using image gradient field regulation pixel to corresponding cloudless point department of the alternative image and basic base map image around connected cloud area; taking non-cloud megapixel point around connected cloud area of basic base map image as Dirichlet boundary condition, and linear transformation alternative area image gradient field as guide field, proceeding fusion processing to the image by using Poisson removing cloud processing algorithm.

The invention relates to an intelligent current collector system of a tyre type gantry crane for hoisting cargoes and containers in a dock and a control method thereof. The system is designed aiming at the unreasonable design of the prior similar products. The key points in designing comprise: a track is provided with a safety sliding contact line, an upper track, an upper address identification plate, a lower address identification plate, and a lower track; the current collector is provided with a photoelectric sensor, an electromagnet, a guiding wheel set and a traveling wheel set; and the current collector is connected with a support base of the tyre type gantry crane through a four-link-rod set. The control method comprises: a controller drives a horizontal oil cylinder and a lifting oil cylinder to adjust space position of the current collector, and the current collector is sequentially guided to the upper track, the lower track and the safety sliding contact line from the side upper part of the track. The intelligent current collector system has the advantages of improving the conveying efficiency and speed of the power supply type tyre type gantry crane, effectively lowering operating cost, and minimizing the number of equipment; and the control method can improve the safety of automatic guide and the accuracy of positioning. The invention is suitable for updating match of electric equipment of the tyre type gantry crane for hoisting the cargoes and the containers in the dock.

The invention discloses a crack width change monitoring device and method, and relates to a crack monitoring technology in engineering mechanics. The crack width change monitoring device comprises a monitoring region (00), a left identification plate (10), a right identification plate (20), a mobile phone (30), a transmission line (40) and a computer (50). In the monitoring region (00), the left side and the right side of a crack (11) are provided with the left identification plate (10) and the right identification plate (20) respectively, the mobile phone (30) takes photos of the monitoring region (00), and the mobile phone (30), the transmission line (40) and the computer (50) are sequentially connected. According to the crack width change monitoring device and method, the mobile phone can be carried with users to be used for scanning two-dimension codes and taking photos, the device is convenient to carry and fast and convenient to operate, and monitoring efficiency is improved; the photos are uploaded to the computer, and a program processes the photos automatically and computes the crack width monitoring result; the device is high in monitoring accuracy, remarkable in economical benefits and easy to popularize.

The invention relates to a logging information-based lithotype determining method, which is characterized by comprising the steps of respectively collecting the parameter data of a coring well and an unknown well; selecting a compensated density logging curve, a compensated sound wave time difference logging curve, a compensated neutron logging curve and a borehole diameter logging curve, which are sensitive to lithotypes as basic parameters, counting the electrical parameter distribution intervals of different lithotypes by the true depth determination of core of the coring well, establishing a coal and rock logging classifying standard and a coal and rock identification plate, and determining the lithotype of the unknown well by adopting a plate method or a gray correlation statistical method. The logging information-based lithotype determining method has the advantages of solving the difficult problem that the lithotype can be determined by only rock coring, offsetting the defect that the cost for lithotype determining through naked eye observation is high, and realizing the fast and continuous identification on the lithotypes under the condition that a coal-bed gas well is not subjected to rock coring.

A utility cover identification system including a cover, a tray having a recess and being embedded within the cover, and an identification plate insertable into the tray to engage the tray recess to retain the identification plate within the tray. A method of forming the cover identification system includes the steps of coupling the cover and a tray together, curing the cover to secure the tray to the cover, and inserting an identification plate into the tray and retaining the identification plate in the tray.

An identification plate for a pallet container includes a plate body for placement upon a lattice frame of a pallet container. The plate body has an upper edge, which is bent rearwards at a first angle for attachment to an upper horizontal rod of the lattice frame, a lower edge, which is bent rearwards at the first angle for attachment to a lower horizontal rod of the lattice frame, and opposite lateral edges extending between the upper and lower edges and bent rearwards at a second angle which is greater than the first angle. Each of the lateral edges ends at its rear in a rolled edge and is formed with terminal recesses for receiving the upper and lower horizontal rods. The rolled edge is hereby sized to project with its ends in a rod-like manner into the recesses to engage behind the upper and lower horizontal rods.

The invention discloses an excavator work device measuring method based on a monocular camera. The method comprises the following steps of step1, designing an identification plate of pose measurement;step2, selecting an identification plate pasting position: pasting the identification plate on four articulation points of an excavator work device; step3, acquiring articulation point pixel coordinates and extracting a central point coordinate of the identification plate; and step4, carrying out coordinate conversion of the pixel coordinates and a world coordinate and acquiring the world coordinate of each articulation point so as to complete the pose measurement of the excavator work device.

The embodiment of the invention provides a train positioning method and system based on two-dimensional code recognition. The method comprises the following steps that firstly, a current image frame taken by a camera shooting device on a train is acquired, and an identification number and a first position information carried by a two-dimensional code region in the current image frame is identified; then, based on the identification number, the theoretical position information corresponding to the identification number is determined, and if it is judged that the first position information is consistent with the theoretical position information, the second position information of the center point of the two-dimensional code region in the current image frame is determined; and finally, the current position information of the train is determined based on the first position information, the second position information and the preset distance model. According to the train positioning method,less ground equipment is needed for realizing the method, only two-dimensional code identification cards arranged on the train running track need to be arranged, the equipment cost and the installation and maintenance cost of the ground equipment are reduced, the two-dimensional code identification card does not need to be powered, energy can be saved, and the front and back sides of the two-dimensional code identification card can both position the train.

The invention relates to a self-propelled automatic bait casting device which is characterized by comprising rails, aquaculture baskets and bait casting machines. The rails are erected above an aquaculture pond, the aquaculture baskets with positioning identification plates are arranged in the aquaculture pond, the bait casting machines can travel along the rails, each bait casting machine comprises a travel trolley and bait casting machine bodies arranged on the travel trolley, and sensors which can be matched with the positioning identification plates are further arranged on the travel trolleys; baits can be discharged by aquaculture basket groups under the control of a bait casting device according to positioning identification plate sensing signals of the sensors when the travel trolleys travel along the rails. Compared with the prior art, the self-propelled automatic bait casting device has the advantage that when the travel trolleys with the bait casting machine bodies and the sensors travel on the rails, the baits can be continuously and precisely cast by hundreds of aquaculture baskets in the single aquaculture pond in bait casting machine travel procedures according to the identification signals generated after the sensors detect the positioning identification plates on the aquaculture baskets.

Provided is an elevator car location detector device, comprising: an identification plate (120) which is configured of a conductor with an equivalent plate thickness to a surface film depth of an eddy current, and a sufficiently thick conductor; and a sensor (130) which moves relative to the identification plate. The sensor further comprises: an excitation coil (131B) which emits an alternating magnetic field; a detector coil (131A) which detects the amplitude and phase of an eddy current magnetic field which arises from the identification plate; and signal processing units (133-137) which detect from an output signal of the detector coil whether the sensor is facing a door zone or a re-level zone.

The invention provides an image identification and output method and a system thereof. The method of the invention comprises the following steps: determining a special position coordinate related to the image according to the characteristics of the image and a rotary viewing angle related to at least one direction of the edge of an identification plate; and then according to the information of the rotary viewing angle, searching and comparing the corresponding given sample image in a database to generate at least one identification result. By the method of the invention, images with different rotary viewing angles or distances can be identified to improve the identification rate of the images.

The invention relates to the technical field of myeoplasmapneumoniae (Mp) detection and discloses a kit for fast culture, identification and a drug sensitivity test of Mp and a detection method therefor. The kit comprises a culture tube, a drug sensitivity identification plate and a container unit containing sterile mineral oil. A base liquid, a growth promoting agent, a growth indicator and an impurity bacterium inhibitor are arranged in the culture tube. The drug sensitivity identification plate comprises an identification zone and a drug sensitivity test zone. Through the impurity bacterium inhibitor adopted by a culture solution formula, a false positive problem caused by bacteria and fungi is solved. Through the growth promoting agent and the growth indicator adopted by the culture solution formula, a problem of overlong detection time is solved. Through the identification zone, a false positive problem caused by other mycoplasmas is solved. Through the drug sensitivity test zone, a fast and accurate drug sensitivity test of Mp is realized. Therefore, the kit can effectively avoid false positive and has a short detection period.

A combination of memory stick slots, comprising a slot and an identification piece, the identification piece includes an identification piece and an insertion piece perpendicular to the bottom surface of the identification piece, the insertion piece can be inserted into the slot, and the identification piece is Labeled with information about the slot. An identification piece for a memory stick slot, comprising an insertion piece that can be inserted into a memory stick slot and an identification piece perpendicular to the insertion piece, the identification piece marking the information of the slot. The user can identify the slot through the information on the identification sheet inserted into the slot.

The invention discloses an automatically managed smart charging pile for new energy automobiles and a smart charging method. The automatically managed smart charging pile comprises a mechanical portion and a control portion, wherein the mechanical portion comprises a slideway with a chute, and a slide carriage, of a charging unit, arranged in the chute. The charging unit comprises the slide carriage, a rotary base and a charging pile housing, wherein a charger and a controller are arranged on the charging pile housing. The control portion comprises a processor, wherein the input end of the processor is respectively connected with a fingerprint identification plate, a card reader, a time relay, an input button and a vibration sensor, and the output end of the processor is respectively connected with a display screen, a loudspeaker, a clock module, a wifi module, a communication module, an induction switch, an electromagnetic switch and a camera. The automatically managed smart charging pile has the advantages of simple structure, reasonable design, convenient operation and use flexibility. The automatically managed smart charging pile charges portable electrical devices while charging a new energy automobile, and damage to the charging devices due to sabotage or urban waterlog can be prevented.

The invention relates to a safety monitoring information cloud platform system based on a two-dimensional code. The system comprises a safety identification plate, a user terminal and a cloud server. The safety identification plate is a two-dimension code used for providing data information. The user terminal is used to generate a data processing request and send the data processing request to the cloud server to acquire the data information provided by the safety identification plate and complete the feedback of the data information. The cloud server is connected with the user terminal, and is used to receive and respond to the data processing request of the user terminal and store and generate the data information of the safety identification plate. The system provided by the invention makes reasonable control and defense on instability factors during a patrolling process, so as to ensure the reasonable feedback of the safety inspection information of enterprise production equipment and eliminate potential safety hazards.

The invention discloses a method for identifying fluid properties of oil and gas layers by using gas logging data, comprising the following steps: 1. Sampling downhole fluid: obtaining fluid sample data by using exploratory well oil and gas layer testing, sampling and production well commissioning; 2, determining the type of the fluid sample: on the basis of the high-pressure physical property experimental analysis, the fluid reservoir types are divided into condensate gas, volatile oil and light oil according to the parameters such as the gas-oil ratio, the crude oil density, the heavy component content and the like; 3, obtain gas logging identification parameter of a fluid sample: obtaining gas logging identification parameters Bh*10+sz of a hydrocarbon lay by utilizing gas logging dataof a corresponding depth of that fluid sample; Wh, c1/(c2+c3+c4+c5); 4, construct a gas logging identification plate: c1/(c2+c3+c4+c5) is selecte as an abscissa, and Bh*10+sz Wh is the ordinate and is plotted on the graph. The method of the invention can quickly identify oil and gas layers without downhole fluid sampling and reduce the exploration and development cost.