348 results about "Horizontal orientation" patented technology

This utility model relates to the field of dispensing equipment technology, and in particular to a dispensing height detection device. The dispensing height detection device includes a calibration base, a distance detection component, an imaging component, and a reading component. The calibration base is positioned below the dispensing head, and the distance detection component is fixed to the dispensing head. The distance detection component is used to detect the vertical distance between its detection end and the upper surface of the calibration base. The imaging component is configured to capture images of the dispensing head and the calibration base in a horizontal direction. The reading component is communicatively connected to the imaging component. The reading component can read the images captured by the imaging component and measure the vertical distance between the dispensing head's outlet and the upper surface of the calibration base, obtaining the actual value of the vertically extending distance between the dispensing head's outlet and the product. It also performs closed-loop analysis of the theoretical relationship between adhesive viscosity, dispensing valve orifice size, dispensing pressure, and dispensing height to ensure the dispensing quality of the product.

The utility model discloses an irregular porous structure shell visual positioning device, including the work loading platform on installation rotates the turntable, and the shell is placed on the turntable, and rotates to the assembly position with the turntable, the vertical support of work loading platform one side, through vertical support will locate the camera on the turntable top, from top to bottom shoot the shell placed on the turntable, be equipped with the light source on the vertical support, and the light source is located on the shooting path above the turntable, and the light supplement of shooting for the locating camera. The shell visual positioning device accurately recognizes the specific "gourd hole" on the shell through the locating camera, and automatically calculates the deflection angle with the horizontal direction, then angle parameter is sent to servo motor, and the gourd hole on the shell end surface is in the horizontal position required in subsequent assembly through the corresponding angle of servo motor rotation. Full automation identification, adjustment, compared with manual positioning operation is simpler, and the positioning is more accurate, and the degree of automation is high in actual assembly production, and convenient to use.

The application discloses a kind of autonomous ultrasonic robot multimode drag control method and device.The method comprises: obtaining real-time ultrasound image and the force data value of mechanical arm end;Determine whether the pixel value of ROI region of the ultrasound image of continuous preset frame number is greater than preset pixel threshold value: if yes, according to force data value and first initial control parameter, it is calculated to obtain the target displacement amount in X axis direction and Y axis direction, simultaneously, according to force data value, preset expected force and second initial control parameter, it is calculated to obtain the target displacement amount in Z axis direction;Tool coordinate system under target displacement amount is converted into world coordinate system under target displacement amount;Zero force control is implemented in the horizontal direction of probe contact surface, and constant force control is implemented in the vertical direction of probe contact surface, until probe moves to target position.The method improves the operation flexibility and scanning safety by the synergistic effect of zero force control and constant force control.

A display method and an electronic device, which are applicable to the technical field of display, and can reduce the risk of motion sickness caused by the inconsistency between motion information seen by eyes and motion information perceived by other organs of the body. The electronic device moves along with the movement of a vehicle. The method comprises: determining a motion state of a vehicle, wherein the motion state indicates a motion direction and / or a motion speed of the vehicle, and the motion direction comprises a horizontal direction and a vertical direction; and then displaying, in a preset area in a display interface of an electronic device, a dynamic effect corresponding to the motion state. A dynamic effect corresponding to a motion state of a vehicle is displayed in a preset area in a display interface of an electronic device, and the motion state of the vehicle is simulated, so that motion information seen by eyes of a user is consistent with motion information perceived by other organs of the body.

This invention discloses an integrated CNC grinding and polishing device for profile surface processing, relating to the field of profile grinding. It primarily addresses the problem of converting the horizontal linear motion of a workpiece into a continuous attitude transition motion from horizontal to vertical, enabling continuous grinding of different angles and areas of the workpiece. This invention utilizes an automatic attitude transition component to convert the workpiece's horizontal movement within the grinding gap into a gradual approach towards a vertical position. During this attitude transition, the workpiece's position within the grinding gap is automatically and dynamically adjusted. Specifically, this involves converting horizontal linear displacement into deflection until the workpiece reaches the desired surface for processing. This process enables continuous grinding of profiles at different angles and in different areas, meeting the grinding requirements of irregularly shaped profiles and complex surfaces, and improving grinding adaptability.

The utility model relates to the technical field of rock debris collection, especially to an angle-adjustable petroleum drilling rock debris collector, which comprises a mounting seat, an angle adjusting assembly arranged at the bottom of the mounting seat, a rock debris collector body arranged at the bottom of the angle adjusting assembly, and a cleaning assembly arranged at one side of the mounting seat. The utility model is provided with the angle adjusting assembly, a motor drives gear one to rotate, then the rotation of the rotating shaft is driven through the meshing transmission of gear one and gear two, and then the rotating table and the rock debris collector body are rotated to a suitable direction, so that the horizontal orientation adjustment of the rock debris collector body can be accurately controlled, the needs of different drilling sites for the collection orientation are met, and secondly, the telescopic cylinder is telescopic through the telescopic rod, power is transmitted to the inclined plate through the connecting piece one and the connecting piece two, the inclined plate is driven to rotate around the mounting frame one, and thus the angle of the rock debris collector body can be flexibly adjusted, and different drilling angles and rock debris collection requirements can be adapted.

This invention discloses a four-way keystone correction method and system for projectors based on a pre-mapped two-dimensional array. The method includes the following steps: Before shipment, a two-dimensional discrete angle grid is constructed, and a pre-stored set of transformation parameters required to correct the trapezoidal distortion of the projected image to a standard rectangle under various angle combinations is collected to construct a pre-mapped two-dimensional array. During projector operation, the corresponding horizontal and vertical attitude angles are collected in real time for filtering, jitter reduction, and discrete step length calibration. Simultaneously, the array index is calculated, and the corresponding pre-stored transformation parameter set is read. If the angles do not perfectly match after discrete step length calibration and quantization, interpolation transformation is performed on the pre-stored transformation parameter sets corresponding to adjacent angle combinations obtained from the index, and the projected video stream corresponding to the projector is corrected to generate the four-way keystone correction result image. This invention enables automatic keystone correction in the vertical and horizontal directions of the projector.

The application discloses a guide plate tooling clamp, which comprises a bottom plate and rotating discs fixed to the front and rear ends of the bottom plate, and the two rotating discs are respectively configured to be connected with a four-axis rotary table and a tailstock; a clamping mechanism and a supporting mechanism are arranged on the bottom plate, the supporting mechanism is configured to support a guide plate, and the clamping mechanism is movably arranged on the bottom plate, so that the spacing between the clamping mechanism and the supporting mechanism in the horizontal direction and / or the vertical direction can be adjusted and changed, thereby enabling the clamping mechanism to clamp guide plates of different sizes to the supporting mechanism. The guide plate tooling clamp provided by the application can clamp or loosen the guide plate on the supporting mechanism by adjusting the gap between the clamping mechanism and the supporting mechanism through the movable clamping mechanism, which not only makes the installation and dismounting operation of the guide plate more convenient, but also enables the tooling clamp to be applicable to guide plates of different sizes.

The embodiment of the present disclosure relates to a kind of steel anchor beam space cable conduit assembly positioning method.The method comprises: arranging platform on hardened ground, and arranging first longitudinal and transverse reference line on the platform;According to the first longitudinal and transverse reference line on the platform, tooling structure is arranged on the platform, and the tooling structure is used for the assembly positioning of cable conduit;Second longitudinal and transverse reference line is arranged on wallboard, and steel bracket is positioned according to the first longitudinal and transverse reference line on the platform and the second longitudinal and transverse reference line on the wallboard;Cable conduit is initially arranged on wallboard by tooling structure;According to the preset horizontal bridge direction angle, the theoretical projection line of cable conduit on platform is determined, and baseline is hung on the intersection of cable conduit, the position of cable conduit in horizontal direction is adjusted by tooling structure, to make baseline intersection on theoretical projection line;According to preset angle, the position of cable conduit in vertical direction is adjusted.The positioning of the embodiment of the present disclosure to cable conduit is accurate and efficient.

We provide a convenient system for collecting lottery tickets. [Solution] A collection body 1 capable of collecting lottery tickets 8 comprises a main body 10 having a plurality of areas (11, 12) from which lottery tickets 8 can be collected, and the areas (11, 12) are configured to have a first long side portion 11a, 12a that is long in the vertical direction and a second short side portion 11b, 12b that is shorter in the horizontal direction than the first long side portion 11a, 12a. The plurality of areas (11, 12) for attaching and collecting lottery tickets 8 have a first long side portion 11a, 12a that is long in the vertical direction and a second short side portion 11b, 12b that is shorter in the horizontal direction than the first long side portion 11a, 12a, making it easy to construct a vertically elongated main body portion 10. As a result, a vertically elongated collection body 1 can be constructed, and as a vertically elongated main body portion 10, it is possible to provide a collection body 1 that does not take up much width and allows the vertical height to be used when attaching the tickets.

The application relates to a limiting device in the climbing process of a bridge high-pier climbing frame; the limiting device comprises a plurality of bearers, the bearers are rotationally connected on a middle platform of the climbing frame respectively, each bearer is perpendicular to the facade of the bridge high-pier, at least one roller is arranged on the side of the bearer close to the bridge high-pier, the roller is preferably a universal roller, the bearer is rotationally connected with the middle platform through a turnover mechanism, the bearer is fixedly connected with the turnover mechanism, the angle change between the bearer and the middle platform is realized through the movement of the turnover mechanism, and the bearers are arranged on the four edges of the middle platform; the application realizes the limiting effect of the climbing frame in the X and Y directions in the horizontal direction, strengthens the limiting function of the climbing frame, and guarantees the construction safety and construction quality.

The application discloses a kind of weld grinding mechanisms of hydrogen pipeline, it is related to hydrogen pipeline manufacturing technical field, first vertical movement component is equipped in support frame one side, first grinding assembly is fixedly installed on first vertical movement component, first vertical movement component drives first grinding assembly to move along vertical direction, second vertical movement component is equipped in support frame other side, second grinding assembly is fixedly installed on second vertical movement component, second vertical movement component drives second grinding assembly to move along vertical direction, second horizontal movement component and first horizontal movement component are equipped in support frame.The weld position of hydrogen pipeline is adjusted according to the first grinding assembly and the position of second grinding assembly in horizontal direction and vertical direction, abrasive belt is used to grind the weld of hydrogen pipeline, it is convenient to adjust the horizontal position and vertical position of grinding assembly, the present application has the advantages of high-quality grinding, ensure that the weld surface is flat.

The application discloses a kind of methane detection device's inspection system and inspection method, the inspection system includes: the guide component of extension setting along horizontal direction, the guide component includes fixed guide part and mobile guide part;Walking device, movably arranged on the guide component, for supporting the methane detection device;First lifting device, installed on the mobile guide part, for driving the mobile guide part along vertical direction to lift;Space positioning unit, for obtaining the real-time three-dimensional space coordinates of the methane detection device in roadway in real time;Data processing unit is connected with the methane detection device and the space positioning unit, for binding methane concentration detection value with its corresponding three-dimensional space coordinates, and according to the data of multiple detection points, the three-dimensional methane concentration distribution atlas of the roadway is generated.The application expands the coverage of methane detection, solves the problem of traditional fixed detection point coverage.

The utility model provides a wall -hanging indoor air purification device belongs to air purifier technical field, including air purifier body, the vertical groove, horizontal groove and oblique groove of setting up in air purifier body one side outer wall, horizontal groove is located between vertical groove and oblique groove and is linked together, two fender strips of symmetry of being equipped with in the inner side wall of vertical groove, horizontal groove and oblique groove, fender strip two of being equipped with in the inner side wall of vertical groove, the docking platform of being equipped with in air purifier body one side position place, the fixed seat of integrative molding in the docking platform outer side wall central position place, the utility model passes through the docking platform to the air purifier body of being set in its outside in vertical direction support, and utilizes fender strip one and fender strip two in horizontal direction limit, realizes air purifier body and docking platform docking firm and stable, and horizontal sleeve joint's mode is convenient for air purifier body dismounting, and is convenient for overhauling, and the difficulty of overhauling is low.

The utility model relates to a kind of building template perpendicularity measuring tools, including vertical pole, vertical pole is vertically arranged, the top of vertical pole is fixed top plate, and top plate is wound plumb line;The side of top plate away from vertical pole is set up up and down through slot, and the plummet of plumb line is dropped downward through slot;Distance measurement component is set up on vertical pole, and distance measurement component can measure the horizontal interval of template to plumb line at different height, and distance measurement component includes sleeve, sleeve is slidably sleeved on vertical pole, the top of sleeve is fixed gear, and the bottom of sleeve is set handle;Distance measurement component includes the limit rod extending along up and down direction, and the rack meshing transmission with fixed gear is set on limit rod, the rack extends along horizontal direction and is vertically arranged with vertical pole, length mark is engraved on the side of rack, and the limit structure that rack moves synchronously with gear is set between vertical pole and limit rod, and the same measurement value of different height is that template fixed perpendicularity is qualified.

This utility model belongs to the field of photovoltaic technology and discloses a positioning fixture for cutting silicon rod edge pieces. The positioning fixture for cutting silicon rod edge pieces includes a base, a first positioning component, and a second positioning component. The first positioning component is used to position the silicon rod edge piece when cutting the sharp corner of the end of the edge piece. It includes a first positioning post and a first clamping member, which are adjacent to each other on the base along a first horizontal direction. The side of the first positioning post is configured to abut against the side plane of the silicon rod edge piece, and the first clamping member is configured to clamp the arc surface of the silicon rod edge piece. The second positioning component is used to position the silicon rod edge piece when cutting the side arc block. It is set on the base and can simultaneously limit the silicon rod edge piece in the first and second horizontal directions, with the second horizontal direction perpendicular to the first horizontal direction. This utility model can position the silicon rod edge piece, ensuring the cutting accuracy of the silicon rod edge piece.

This utility model discloses a rotating device for changing the unwinding direction of a film, relating to the field of film production technology. It includes a rotating assembly that supports the film roll and can adjust its horizontal position to change the unwinding direction towards the feed end. The rotating assembly includes a support base rotatably disposed beside the feed end, with the axis of rotation of the support base arranged vertically. A roll support platform for supporting the film roll is provided on the support base. This utility model conveniently changes the unwinding direction of the film roll through the rotating assembly, avoiding the dangers and complexities of conventional overhead lifting and adjustment methods.

This invention relates to a composite vibration-assisted flexible conformal polishing device for complex curved optical elements, comprising a gantry with a worktable positioned below it; a vertical vibration mechanism is positioned on the gantry facing the working bearing area to provide vertical vibration force; a flexible conformal polishing disk conformally and uniformly fits the optical element to its lower end; the optical element is located on a horizontal sliding vibration mechanism in the working bearing area, achieving short-distance reciprocating sliding vibration in the lateral direction; the short-distance reciprocating sliding vibration in the lateral direction and the vertical vibration combine to form a composite vibration. The vibration of the flexible conformal polishing disk in both the vertical and horizontal directions improves the material removal efficiency of the optical element and enhances the fit characteristics of the flexible conformal polishing disk to the complex curved optical element, thereby improving the smoothness of small-scale ripples. It can be used for rapid removal of defects remaining from previous processing during rough polishing, and can also be used to remove small-scale ripples after sub-aperture polishing.

Embodiments of the present application provide a wind speed estimation method, device and aircraft. In the wind speed estimation method, flight data of the aircraft is obtained, and then a horizontal disturbance acceleration of the aircraft in a navigation coordinate system is obtained according to a vertical acceleration, a horizontal acceleration and an attitude angle of the aircraft in the navigation coordinate system in the flight data. Further, an air resistance of the aircraft in the horizontal direction is obtained according to a mass of the aircraft and the horizontal disturbance acceleration of the aircraft in the navigation coordinate system. Finally, the wind speed of the flight environment of the aircraft is obtained according to the air resistance and a speed of the aircraft relative to the navigation coordinate system, so that the wind speed of the flight environment of the aircraft can be estimated, the accuracy of the wind speed estimation is improved, and in the flight adaptation to different climate environments, only a few key parameters need to be adapted, so that the engineering practicability of the model is greatly improved.

The utility model discloses a kind of cable fixing clamps for high-voltage outgoing line cabinet, including support;From left to right integrally arranged in the inside of support jack, and jack is through-hole.The utility model is through the design of mechanical linkage, only need staff to rotate worm, can make worm linkage cam to the synchronous position fixing processing of the horizontal orientation of multiple quantity cable, not only reduce the working difficulty and intensity of staff, also improve the efficiency of the synchronous position fixing of multiple quantity cable.By the design of locking function, the angle after worm rotation can be locked, ensure the stability of the position fixing of cam to cable, in addition, through the design of secondary mechanical linkage, when worm linkage cam clamps the horizontal orientation of cable, worm simultaneously linkage clamping plate clamps the vertical orientation of cable, and then make the state that the device carries out double clamping to cable, greatly improve the effect of cable position fixing.

Support device (1) suitable for being interposed between a support and the body of a user and for supporting the body, said device (1) comprising: a support base (2) suitable for being placed in contact with the support and defining a main surface (2a), a horizontal direction (2b) parallel to said main surface (2a) and a vertical direction (2c) perpendicular to said main surface (2a); elements (3) protruding from said base (2), constrained to said base (2), developing predominantly along said vertical direction (2c) and suitable for supporting said body; each of said elements (3) defining a first end (3a) suitable for coming into contact with said body, a second end (3b) opposite to said first end (3a) and constrained to said base (2), a constraint area (31) lying in said main surface (2a) and corresponding to the area where said second end (3b) is constrained to said base (2), a development direction (3c) joining the farthest point of said first end (3a) from said constraint area (31) and the point of intersection between said vertical direction (2c) and said main surface (2a) at the second end (3b); said elements (3) being distinct and made of flexible material; the number of said elements (3) per unit of said main surface (2a) having a value between 20 and 600 every 100 cm2; said base (2) having thickness in said vertical direction (2c) lower than one-fifth of the extent of said elements (3) in said development direction (3c).

The utility model discloses a kind of adjusting mechanism based on radiology CT machine conveying bed, it is related to medical auxiliary instrument technical field, including bottom plate, curved guide ring, several transmission balls, conveying bed plate and limiting guide piece;The bottom end of the curved guide ring is vertical part, the top end of the curved guide ring is inclined part;The bottom end of the curved guide ring is fixed on bottom plate, several transmission balls are located inside curved guide ring, and the transmission ball in the bottommost portion is driven by lifting executor;The bottom of the conveying bed plate is fixed with a through shaft through two mounting plates, the curved guide ring is provided with the through inclined hole that is curved along its own direction, the through shaft passes through the through inclined hole, and the through shaft is above the transmission ball in the topmost portion.The utility model compared with prior art design, can only provide vertical direction driving force, make conveying bed plate do vertical direction and horizontal direction movement, to push one end of conveying bed plate to the detection end of CT machine, facilitate detection.

The invention discloses a camera, and relates to the technical field of camera shooting, and the camera comprises a housing assembly, an electric control assembly, and a camera module. An installation cavity is formed in the shell assembly, the shell assembly is provided with a first side face and a second side face, the first side face and the second side face are arranged in an intersecting mode, the first side face is provided with a first light inlet communicating with the installation cavity, and the second side face is provided with a second light inlet communicating with the installation cavity; the electric control assembly is arranged in the mounting cavity; the camera module is in communication connection with the electric control assembly, the camera module comprises a first camera and a second camera which are arranged in the mounting cavity, the first camera is arranged towards the first light inlet, the second camera is arranged towards the second light inlet, and an included angle is formed between the optical axis of the first camera and the optical axis of the second camera. According to the invention, the two cameras are arranged, and the optical axes of the two cameras are arranged at the included angle, so that the angle range of the camera in the horizontal direction is increased, and the view field angle of the camera is increased.

A drawer (1) includes a base plate (2), two side frames (4), and a rear wall (3, 3') providing a connection between the side frames (4), the rear wall (3, 3') being made of a curved metal material at least at its ends. The rear wall (3, 3') forms a generally first vertical wall section (30, 30') with a generally horizontal bend (31, 31') connected to its upper side and a step (32, 32') provided on its lower side, the step having a generally second vertical wall section (300, 33'), wherein the second vertical wall section (300, 33') is horizontally spaced from the first vertical wall section, and the step (32, 32') surrounds the rear edge of the base plate (2). An adjustment device for tilting the drawer (1) relative to the running track (7) of the pull-out guide includes supports (8, 40, 70) arranged on a first vertical wall section (30, 30'), and adjusting elements (15, 50, 80) fixed to the supports (8, 40, 70) in a movable or pivotable manner. The adjusting elements can be driven by rotating parts (20, 60, 76) fixed to the supports (8, 40, 70). The adjusting elements (15, 50, 80) include adjusting feet (16, 54, 88) that can be supported on the running track (7) of the pull-out guide and are arranged horizontally next to the steps (32, 32') but not inside the steps (32, 32').