48 results about "Visual scale" patented technology

An amplified indication of the elongation of a fastener is provided for determining instantaneous loading conditions of a fastener. A load indicator is couplable to a fastener for instantaneous load measurement and includes a housing defining a fastener interface configured to removably couple the housing to a fastener. A moveable datum probe extends from the housing in contact with a datum rod anchored within an internal bore of the fastener. A first lever is pivotally mounted within the housing and is moveable in response to displacement of the datum probe. A load display indicates a degree of loading of a fastener as a function of displacement of the datum probe. A second lever can be used to further amplify the reading from the displacement of the datum probe. An inclined visual scale and a multi-faceted lens allows for viewing of loading values from multiple directions or angles.

A modeling tool is activated in a 3D modeling application executing on a multi-touch device. A visual representation of a grid system tool is displayed in an active modeling plane and has three separate regions that determine the type of operation to be performed. An existing 3D form is displayed on the tool. A starting touch event of a gesture is received over the existing 3D form within one of the regions. As the gesture is received in the computer, the 3D form may be dynamically extended by adding 3D geometry to the 3D form (thereby adding faces to the 3D form). Alternatively, the 3D form may be scaled (i.e., if the starting touch event occurs over a visual scale grip. Alternatively, if the gesture consists of two taps, a bridge may be created joining the two tapped locations.

The invention relates to a drainage circuit (4) for a flow of a liquid (5), the circuit being fitted with a monitoring appliance (13) for monitoring an excess flow rate of the liquid (5). The monitoring appliance (13) comprises a monitoring duct (14) interposed between an upstream duct (7) for collecting the liquid (5) and a downstream duct (9) for discharging the liquid (5). The monitoring duct (14) has retaining means (15) for retaining part of the liquid (5) inside a chamber (16) arranged to receive a spillway (22) of the captured liquid (19) in a reserve (20) fitted with indicator means (23) with a visual scale for providing warning information relating to the quantity of liquid (24) contained in the reserve (20).

The invention provides a method for measuring liquid level of tundish. The method comprises the following steps of: connecting the other end of a scale with a length marker to a refractory material buoy with the surface being plated with zirconium oxide; feeding a buoy and the scale into a contact surface between a covering agent and molten steel through a rectangular hole in a tundish cover; dropping a locating cover plate with a central locating hole and a bolt hole at a position covering the rectangular hole of the tundish cover and fixing by bolts; and reading the length displayed by the scale to obtain the depth of the molten steel. The method for measuring the liquid level of the tundish, disclosed by the invention, can not only effectively eliminate problems of super-melting and measurement deviation in an oxygen pipe using process and reduce tundish wastes, but also have fixed position of the buoy, exact measurement result and audio-visual scale display, and can exactly measure and feed back the liquid level of the tundish in real time so as to provide reliable evidence for pouring stoppage and deceleration, thus the loss in a pouring stoppage process is largely reduced, the yield of the molten steel is increased, and the personal safety of operators can be ensured at the same time.

An amplified indication of the elongation of a fastener is provided for determining instantaneous loading conditions of a fastener. A load indicator is couplable to a fastener for instantaneous load measurement and includes a housing defining a fastener interface configured to removably couple the housing to a fastener. A moveable datum probe extends from the housing in contact with a datum rod anchored within an internal bore of the fastener. A first lever is pivotally mounted within the housing and is moveable in response to displacement of the datum probe. A load display indicates a degree of loading of a fastener as a function of displacement of the datum probe. A second lever can be used to further amplify the reading from the displacement of the datum probe. An inclined visual scale and a multi-faceted lens allows for viewing of loading values from multiple directions or angles.

A remote switching system for electronic switches in a cabinet provides an actuator assembly communicating through a flexible cable with a door handle. The actuator assembly on the electronic switch provides a rotatably captive threaded fastener holding the sheath of the flexible cable to the actuator assembly allow ring a simple single-point tuning of the actuator operation. This tuning may be facilitated by a visual scale showing relative positions between the actuator assembly and an internal slider communicating with the operator of the electronic switch.

The invention discloses a ball table with a level adjustment device, comprising a platform face and supporting legs, wherein the edge of the platform face is provided with at least two level display pipes, the outsides of the level display pipes are provided with visual scale plates, and the level display pipes are connected by a communication device. The height of liquid in the level display pipes is observed by the visual scale plates, the heights of the supporting legs are adjusted, and the faces of the ball table can be levelly adjusted by a plurality of points and a plurality of faces so as to enable the faces of the ball table to be on the same level plane.

The present invention provides an innovative method and apparatus for determining continuous, visual clamp load status during tightening and throughout the life of a fastener. The present invention provides a pair of levers suitably configured and positioned within a fastener to provide an amplified indication of the deformation of the fastener as a load is applied to the fastener. In accordance with one aspect of the invention, a first lever is connected at an internal pivot point of a cartridge with the lower end of the first lever resting upon an abutment within the fastener, while the upper end displaces the lower end of a second lever such that movement of the upper end of the second lever is amplified with respect to movement of the lower end of the first lever. As the fastener is tightened, the fastener will elongate causing the abutment to move away from the lower end of the first lever. As the abutment moves, the first lever pivots or rotates causing the upper end or indicator of the second lever to move relative to a visual scale that is calibrated to indicate clamping force. The cartridge carrying the two levers is inserted into the fastener with the lower end of the first lever being displaced by the abutment a distance corresponding to a preselected elongation of the fastener, placing the indicator end of the second lever at the lower vales of the indicator scale. As the fastener is tightened, elongation of the fastener causes displacement of the abutment and a movement of the indicator up the indicator scale. If the fastener loses tension, the fastener will contract and the abutment will again displace the lower end of the first lever, rotating the indicator end of the second lever toward the lower values of the indicator scale. Assembly and calibration of the device requires the simple, inexpensive process of advancing the cartridge within a central bore in the fastener.

The invention provides a method for manufacturing a remolding soil test specimen in the technical field of geotechnical tests. A darby tray and a specimen making device are used. The darby tray is a rectangular tray, and an adjustable darby is attached to the upper part of the rectangular tray. The specimen making device consists of a concave press rod, a pad block and a transparent sleeve with scales. By using a one-step feeding mode, the characteristic of uniform loading of the existing servo hydraulic equipment in a laboratory is used; the problems of nonuniform and instable specimen making pressure, easy layering of the soil specimen and upper and lower density difference are solved; the visual scale characteristic of the specimen making device is used; the precise control on the test specimen volume is achieved; and further, the dry density is precisely controlled on the premise of precisely controlling the moisture content. The method is applicable to the preparation of cylindrical remolding soil test specimens, and has the characteristics that the system errors are small; the structure is simple; the laboratory equipment is integrally utilized; the multi-time repeated utilization can be realized, and the like.

The invention discloses a method for displaying a user head portrait. The method comprises the following steps: acquiring an initial image file of the user head portrait; setting a rectangular user head portrait template; putting the initial image file of the user head portrait into the user head portrait template; and displaying the user head portrait at the terminal. According to the technical scheme, the user head portrait on an internet social network platform is optimized, so that the user head portrait is fully displayed, the visual area is increased, and the optimal visual scale of human eyes is met.

The invention relates to a beam expanding lens, which can ensure precision of regulating ratio and divergence and has convenient use. The beam expanding lens comprises a movable lens barrel and an adjusting ring, wherein a lens is fixed in the movable lens barrel. The beam expanding lens also comprises a displacement sensor, a digital-analog converter circuit, a nixietube or a liquid crystal display device which are connected in sequence, wherein the displacement sensor is connected with the movable lens barrel so as to induce information of a lens displacing along an optical axis of the lens; and the displacement sensor can be a variable resistor, a variable inductor, a photoelectric transducer or a magnetic Hall element. In the invention, position information of the lens is transferred to the digital-analog converter circuit by the displacement sensor, a corresponding position of the lens is displayed precisely by the nixietube or the liquid crystal screen, and visual scale is replaced by digital display technology, thereby operation simplification is realized, precision of the regulating ratio and the divergence is ensured. The beam expanding lens is applicable to both a fixed-power beam expanding lens and a variable power beam expanding lens.

The invention relates to a commodity price identification method and device, an unmanned transaction system and a storage medium, and belongs to the technical field of weighing apparatuses. The commodity price identification method is applied to a server in an unmanned transaction system, and the unmanned transaction system further comprises an intelligent visual scale which performs data interaction with the server. The commodity price identification method comprises the following steps: receiving weight information and image information of a to-be-purchased commodity sent by the intelligentvisual scale; identifying the image information to obtain category information of the to-be-purchased commodity; and then obtaining the payable price of the to-be-purchased commodity based on the category information, the preset price list, the preset formula and the weight information, wherein the price required by the purchased commodity can be automatically identified without manual participation in the whole process, so that the labor cost is greatly reduced.

The invention relates to a waterproof and dampproof internet of things visual scale. The waterproof and dampproof internet of things visual scale comprises an electronic scale base, a support rod andan electronic scale instrument, wherein the electronic scale base is provided with a sensor module group for weighing; the support rod is arranged on one side of the electronic scale base; the electronic scale instrument is connected with the top end of the support rod and is provided with a control circuit; the sensor module group is arranged below the electronic scale base and is electrically connected with the control circuit; a sensor module in the sensor module group is arranged in a waterproof and dampproof seal housing; the surface of the waterproof and dampproof seal housing is in sealing connection with a waterproof and dampproof ventilation assembly for adjusting the difference of the pressure inside and outside a cavity; a support plate is used for connecting a sensor and the waterproof and dampproof seal housing to form a weighing sensor module group. Both the sensor module group and the electronic scale instrument in the electronic scale adopt a full-seal design, have waterproof, dampproof and ventilation properties, and can ensure the detection precision of the sensor module; and the electronic scale improves multiple functional modules.

The invention relates to a drainage circuit (4) for a flow of a liquid (5), the circuit being fitted with a monitoring appliance (13) for monitoring an excess flow rate of the liquid (5). The monitoring appliance (13) comprises a monitoring duct (14) interposed between an upstream duct (7) for collecting the liquid (5) and a downstream duct (9) for discharging the liquid (5). The monitoring duct (14) has retaining means (15) for retaining part of the liquid (5) inside a chamber (16) arranged to receive a spillway (22) of the captured liquid (19) in a reserve (20) fitted with indicator means (23) with a visual scale for providing warning information relating to the quantity of liquid (24) contained in the reserve (20).

The invention discloses a map correction method and device and an electronic device. The method comprises: determining a first moving track and a preset visual scale of the movable equipment, and generating at least one second moving track with the visual scale according to the first moving track and the preset visual scale; for example, determining at least one second moving track which is similar to the first moving track and has a visual scale around the first moving track, and then obtaining a preset road track in a position area where the first moving track is located; and according to the preset road track and the at least one second moving track, determining a third moving track with a visual scale of the movable equipment. The movable equipment often moves on the preset road track, in this way, the real moving track, namely the third moving track, of the movable equipment on the preset road track can be obtained, and then the map generated when the movable equipment moves is corrected according to the visual scale of the third moving track, so that the corrected map is objective and standard.

The invention discloses a disc buckle type scaffold connecting structure which comprises a vertical rod and a transverse rod, a disc is arranged on the vertical rod, connecting holes are distributed in the disc, the transverse rod is assembled on the connecting holes of the disc, a transverse rod casting head is arranged at the end of the transverse rod, and an assembling notch matched with the thickness of the disc is formed in the middle of the transverse rod casting head. A connecting hole is formed in the cross rod casting head, a locking channel coinciding with the connecting hole is formed in the cross rod casting head and penetrates through the height direction of the cross rod casting head, a wedge-shaped bolt is embedded in the locking channel, visual scales are arranged on the side wall of the wedge-shaped bolt, and the visual scales comprise a plurality of main scale lines distributed in an array mode in the height direction of the visual scales; the distance between any two adjacent main scale lines is 3 mm. The visual scale has the advantages that operators and managers can simply and efficiently recognize the sinkage of the plug pin by means of regular arrangement of the scale lines and end digital marking, the check threshold is lowered, the working efficiency is improved, the reliability of connection of the rod pieces of the disc buckle frame is improved, and the overall quality of the frame body is guaranteed.

The invention relates to a visual scale adaptive unmanned aerial vehicle detection method based on HRRP physical perception, and belongs to the technical field of mobile communication. The method comprises the following steps: constructing a cooperative monitoring architecture of an ISAC base station and a visual sensor, and establishing a space-time mapping relation between a radio frequency sensing coordinate system and a visual sensor coordinate system; performing macroscopic parameter estimation based on echo signals received by the ISAC base station, resolving spatial position coordinates of a target, generating a servo control instruction to drive a visual sensor holder to rotate, and locking the target at the center of a visual image field of view; extracting a frequency domain channel response of the echo signal, generating a time domain HRRP through IDFT, and estimating a radial physical span of a target in combination with a constant false alarm detection algorithm; constructing a self-adaptive image slice model based on physical structure constraint, and performing resampling on slices by using a scale normalization scaling factor; and inputting the normalized image block into the feature fusion detection network to complete fine detection of the unmanned aerial vehicle target.

A system and method are provided for visualizing an offset in static parameters in an echo sounding system by generating a difference grid by subtracting a first survey line from a second survey line to determine difference values at each point in the grid; and displaying the difference grid on a display device, where the difference values are represented on a visual scale. The difference values may be used to calibrate the echo sounding system or check the quality of the calibration of an echo sounding system.

A system and method are provided for visualizing an offset in static parameters in an echo sounding system by generating a difference grid by subtracting a first survey line from a second survey line to determine difference values at each point in the grid; and displaying the difference grid on a display device, where the difference values are represented on a visual scale. The difference values may be used to calibrate the echo sounding system or check the quality of the calibration of an echo sounding system.

The invention relates to a multi-modal zero-speed integrated navigation method based on OpenCV binocular recognition, which comprises the following steps: constructing a multi-modal zero-speed discrimination model through heterogeneous data fusion of a binocular camera and an inertial measurement unit, realizing rapid extraction of optical flow features by using a CUDA acceleration module of OpenCV, and eliminating transmission delay in combination with a high-precision timestamp synchronization technology; a zero-speed judgment algorithm based on a dynamic weight fusion rule is designed, combined decision making is carried out on the angular speed variance of the gyroscope, the acceleration module value statistics and the binocular optical flow displacement, and the zero-speed misjudgment rate is reduced to 3.2% from 25% of a traditional method; meanwhile, a Kalman filtering model is adopted, speed / attitude dual observation constraints are injected in a zero-speed interval, inertial device zero offset and visual scale drift are compensated synchronously, and the orientation precision error lt after 3-minute rapid alignment is achieved; 6 '.

The invention provides a sample positioning method suitable for an X-ray free electron laser monopulse experiment, and relates to the field of X-ray free electron laser experiments. The method comprises the following steps: step 1), acquiring an initial sample image of a sample to be detected; step 2), processing the initial sample image to obtain a target sample image; 3) identifying the contour of the target sample in the target sample image, and obtaining the pixel coordinates of the target sample; 4) performing visual proportion calibration on the target sample image to obtain a visual proportion coefficient; 5, based on the visual proportionality coefficient and the pixel coordinates of the target sample, the positioning coordinates of the target sample on the experimental platform are calculated in combination with datum point information.According to the method, accurate coordinate mapping and positioning can be achieved, the experimental performance is improved, and automation of the experimental process is promoted.

The invention relates to the technical field of surgical navigation, in particular to a children urinary system endoscopic surgery visual auxiliary operation system which comprises a respiratory displacement field generation module, a tissue stiffness inversion module, a visual scale correction module, a tangential gradient calculation module and an anisotropic registration correction module. According to the method, a respiration displacement field is analyzed to invert tissue hardness parameters, a preoperative physical model with biomechanical characteristics is constructed, non-rigid deformation behaviors of kidneys and ureters of children in a stress state are simulated, the physical depth of pixels is calculated in combination with endoscopic image characteristics, sparse feature point cloud is converted into real-scale spatial data, and the spatial depth of the kidneys and ureters of the children is calculated. And according to the tangential gradient change of the path, constructing an anisotropic weight matrix to dynamically adjust the registration constraint intensity, and driving the virtual model to follow the movement track of the endoscope to carry out adaptive deformation correction, so that real-time three-dimensional visual guidance for soft tissue respiratory movement and contact deformation is realized.

The invention discloses a steel structure modularized prefabricated tooling, which comprises at least two sets of support systems arranged in parallel and at intervals and tie rods connecting two adjacent sets of support systems together, and each set of support systems respectively includes bottom plates arranged sequentially from bottom to top , Lower profile steel and upper profile steel, a horizontal adjustment mechanism is fixedly connected between the upper profile steel and the lower profile steel, the horizontal adjustment mechanism includes at least two hydraulic jacks, legs are provided between the lower profile steel and the bottom plate, the upper profile steel is box-shaped steel, and the upper profile steel The shaped steel includes a top panel, a bottom panel and two side panels arranged between the top panel and the bottom panel, and the two ends of the side panels are provided with scales. When in use, use the tie rods to connect the support systems together to form a rigid body. According to the data such as the center distance and specifications of the adjacent steel columns of the prefabricated steel structure module, adjust the level of the upper steel through the hydraulic jack in the horizontal adjustment mechanism. The prefabricated size of the steel structure module is visually displayed through the scale scale of the measuring mechanism.

The application relates to the technical field of identification and positioning, and particularly discloses a multi-target identification and positioning method and system for a robot, which first utilizes a camera and a radar device to convert discrete three-dimensional point cloud data into a dense depth map in real time, which is pixel-level aligned with a two-dimensional video frame. Based on this, the image is dynamically segmented into multiple depth regions, and a customized slicing and scale transformation strategy is generated for each region. Then, far and near targets with a large size difference in the original image are respectively converted into scale-appropriate image slices for processing. Finally, through unified detection and result inversion on these scale-normalized slices and combined with the robot pose, three-dimensional tracking is performed to realize robust identification and accurate positioning of multi-scale targets, and the visual scale variation caused by the distance variation of the targets can be actively eliminated, so that robust identification and accurate positioning of multi-scale targets are realized.

The invention relates to the technical field of computers, and discloses an outdoor intelligent path navigation method based on a Beidou satellite and augmented reality. The method comprises the following steps: fusing Beidou No.3 double-frequency high-precision positioning and binocular vision-inertial data, calibrating a vision scale through a Beidou result, and carrying out global alignment; when the signal is weak, visual inertia fusion positioning is switched, and drifting is corrected in combination with closed-loop detection; generating a smooth three-dimensional path based on terrain constraints, and dynamically rendering a guide identifier in AR equipment according to a user posture; multi-source data are dynamically fused through extended Kalman filtering, and positioning continuity and space consistency are guaranteed. According to the invention, immersive outdoor navigation with high robustness, high precision and low delay is realized.

The invention discloses a vision proportionality coefficient obtaining method based on machine vision, and the method comprises the following steps: (a), building a machine coordinate system (xj, yj) and a pixel coordinate system (xp, yp) based on machine vision recognition according to the movement directions of x-axis and y-axis, wherein the machine coordinate system (xj, yj) and the pixel coordinate system (xp, yp) are mapped to each other; (b), providing a Mark point in a camera view field, obtaining the initial pixel coordinates (xp1, yp1) of the Mark point and the machine coordinates (xj1, yj1) at this moment; (c), moving the Mark point to a second point in the view field, obtaining the pixel coordinates (xp2, yp2) of the second point and the machine coordinates (xj2, yj2), calculating and obtaining the rough vision proportionality coefficients: X'vs=(xj2-xj1) / (xp2-xp1), Y'vs=(yj2-yj1) / (yp2-yp1); (d), enabling the Mark point to be moved to a third point (xp3, yp3) in the camera view field according to the rough vision proportionality coefficients, obtaining the machine coordinates (xj3, yj3) of the third point, enabling the Mark point to be moved to a fourth point (xp4, yp4) and a fifth point (xp5, yp5) in the camera view field, obtaining the machine coordinates (xj4, yj4) and machine coordinates (xj5, yj5) at this moment, and calculating and obtaining the vision proportionality coefficients: Xvs=(xj5-xj4) / (xp5-xp4), Yvs=(yj4-yj3) / (yp4-yp3).

The invention discloses an adjustable breathing exercise device for breathing training, and relates to the field of medical equipment, the adjustable breathing exercise device comprises a hollow base and a connecting air pipe communicated with the base through a pipeline, an evaluation mechanism for evaluating the breathing state of a patient in real time is installed on the upper side of the base through a connecting piece, and the evaluation mechanism comprises a transparent pipe, a connecting pipe and a connecting rod, visual scale marks are axially arranged on the side wall of the transparent tube, and a plurality of air holes are formed in the circumference of the upper side of the transparent tube at equal intervals; through multi-dimensional innovation of a magnetic circuit structure, intelligent control and health protection, the intelligent breathing training device which is comprehensive in function, accurate in control and high in sanitation and safety is designed, and the remarkable beneficial effects of the intelligent breathing training device are reflected in the following four aspects: in the aspect of a training mode, through the electromagnetic coupling design of the first magnetic ring and the second magnetic ring, the training mode is optimized; and in combination with a built-in power supply module and a wireless transmission module, free electronic switching between an expiration training mode and an inspiration training mode is realized.

The invention discloses a visual scale puncture needle for pediatric anesthesia and a use method, and relates to the technical field of medical instruments. The visual scale puncture needle comprises a needle head, a needle core and a needle head shield, wherein scales are arranged on the peripheral side surface of the needle head; the scales are positioned on the rear half section of the needle head and are gradually increased from the needle tip to the needle tail; needle head grooves for placing needle heads are formed in the needle head shield along the axial direction; the needle head shieldcomprises a first shield and a second shield, the rear end of the first shield is rotationally connected with the front end of the second shield, and an auxiliary positioning device is fixedly connected to one surface of the needle head shield. According to the invention, the scales are arranged on the peripheral side face of the needle head, and the scale lines are arranged on the rear half section of the needle head, so that shielding interference is avoided when the scales are read in the puncture process; the needle head shield can be folded to assist the needle head in puncturing, an auxiliary positioning device of the needle head is arranged on the needle head shield, and the auxiliary positioning device is used in cooperation with scales on the needle head, so that the purpose of accurately recognizing the puncturing depth is achieved.

Disclosed are a map correction method, device and electronic equipment. Determine a first movement track and a preset visual scale of the movable device, and generate at least one second movement track with a visual scale according to the first movement track and the preset visual scale. For example, at least one second movement trajectory with a visual scale similar to the first movement trajectory is determined around the first movement trajectory, and then a preset road trajectory within the location area where the first movement trajectory is located is acquired. A third movement trajectory with a visual scale of the movable device is determined according to the preset road trajectory and at least one second movement trajectory. Since the movable device often moves on the preset road trajectory, the real moving trajectory of the movable device on the preset road trajectory can be obtained, that is, the third moving trajectory, and then corrected according to the visual scale of the third moving trajectory The map generated when the mobile device moves, so that the corrected map can be objectively standardized.