55 results about "Lateral border" patented technology

A device for connecting and locking structural panels, particularly floor panels, having a groove forming an upper lip and a lower lip over the entire length of at least one lateral border and with a tongue formed on the opposite lateral border corresponding to the groove. To lock panels that have been connected, the tongue is provided with at least one projection and the groove exhibits at least one indentation on the lip that faces the projection, which device is characterized by the indentation being longer than the projection, and on its lateral border (I3, I4) the lip provided with at least one indentation exhibits at least one recess reaching back to the indentation. The length of the recess is at least as great as the length of the projection, and seen in the longitudinal direction, the recess and the projection occupy positions that are staggered, one relative to the other.

A device for connecting and locking structural panels, particularly floor panels, having a groove forming an upper lip and a lower lip over the entire length of at least one lateral border and with a tongue formed on the opposite lateral border corresponding to the groove. To lock panels that have been connected, the tongue is provided with at least one projection and the groove exhibits at least one indentation on the lip that faces the projection, which device is characterized by the indentation being longer than the projection, and on its lateral border (I3, I4) the lip provided with at least one indentation exhibits at least one recess reaching back to the indentation. The length of the recess is at least as great as the length of the projection, and seen in the longitudinal direction, the recess and the projection occupy positions that are staggered, one relative to the other.

The thermal bag (2) is made of thermally insulating composite material folded to form a bottom and welded along lateral borders (3) to form a body (1) of the bag with a mouth (5) at the level of which a handle (7A, 7B) is applied. The composite material defines a bottom folded in an accordion-like fashion opposite the mouth of the bag, and a laminar stiffening element (15) of the accordion-like bottom is disposed inside the bag.

The invention relates to a three-dimensional foot scanner which can form images or three-dimensional data records of feet of human bodies and is used for the manufacturing shoe trees. The three-dimensional foot scanner comprises a foot scanning device and a foot image analysis system, wherein the foot scanning device is used for shooting a medial border image, a lateral border image and a sole image of a foot; and the foot image analysis system is used for analyzing the medial border image, the lateral border image and the sole image of the foot so as to acquire three-dimensional foot data. In the three-dimensional foot scanner, the medial border image, the lateral border image and the sole image of the foot are shot by a plurality of cameras, the images are corrected and spliced, integrated outlines of the medial border, the lateral border and the sole of the foot are extracted, and standard three-dimensional foot data is combined so as to generate a foot three-dimensional model. By using the three-dimensional foot scanner, the scanning time and production cost are greatly reduced on the premise of ensuring certain precision.

A shoulder stabilizing restraint is provided which includes a pillow and a forearm wrap. The pillow has an arcuately-configured posterior face for engaging an anterior quadrant of a torso on a first side of a user. The pillow also has a flat forearm engagement face for engaging a forearm on the first side of the user. The forearm engagement face is preferably converges with the posterior face at a posterior / lateral convergence which is positionable proximal to a lateral border of the torso on the first side of the user. The forearm wrap is fastenable to the pillow to retain the forearm in engagement with the forearm engagement face and the shoulder joint at a positive external rotation angle.

The invention relates to a three-dimensional foot scanner which can form images or three-dimensional data records of feet of human bodies and is used for the manufacturing shoe trees. The three-dimensional foot scanner comprises a foot scanning device and a foot image analysis system, wherein the foot scanning device is used for shooting a medial border image, a lateral border image and a sole image of a foot; and the foot image analysis system is used for analyzing the medial border image, the lateral border image and the sole image of the foot so as to acquire three-dimensional foot data. In the three-dimensional foot scanner, the medial border image, the lateral border image and the sole image of the foot are shot by a plurality of cameras, the images are corrected and spliced, integrated outlines of the medial border, the lateral border and the sole of the foot are extracted, and standard three-dimensional foot data is combined so as to generate a foot three-dimensional model. By using the three-dimensional foot scanner, the scanning time and production cost are greatly reduced on the premise of ensuring certain precision.

The invention relates to a method for measuring and correcting chamfer size of rectangle glass basal edge. It is not necessary to detach the workpiece from chanfer device, therefore the finish size is automatically detected and the position of worktable and tool of chanfer device based on the detected value. After the positioning mark is set on the position of three acmes of right triangle formed on the board and the board and lateral border parrallel to feed direction are processed, in the first measuring procedure, the board is transfered towards returning direction and one camera of two camera reads two marks set on the feed direction to detect difference of two marks at the position perpendicular to feed direction. In the second measuring procedure, after the camera is moved to the position for reading the lateral border, the board is feeded and the finish size of lateral border is detected by the two camera. In addition, the angle of worktable and the allowance of tool height are calculated based on the detecting result.

The invention relates to a device for automatically actuating a door, in particular a vertical door, which aims to replace to a great extent known signal generation devices or control signal sensors for opening the door or for the security monitoring of the closing motion of the door. This is achieved by a detector of a security system, which is configured as a scanner detector and operates according to reflective principles, for monitoring an area by allocation to one of the ground level aprons of the door, said detector being mounted in the vicinity of a lateral border of the door opening, at a height, which is adjusted to the maximum height of objects supported on the relevant apron that are not to be registered as obstacles. The scanning beam of said detector scans a horizontal fan-shaped area, which covers the relevant apron and has a low vertical depth, determined by the depth of the scanning beam, as the monitoring area. The radial dimension of said fan-shaped area, which is determined by the maximum measuring range of the scanning detector, is selected according to the size of the relevant apron.

A shaving apparatus having at least one cutting unit (5) is provided which is able to shave both short and rather long hairs. The cutting unit comprises an external cutting member (7) and an internal cutting member (9) movably arranged with respect to the external cutting member, and a driver (11) for moving the internal cutting member. The external cutting member is provided with a shaving section (13) having two mutually connected lateral borders (15, 17) between which hair entry apertures with cutting edges (23) are provided. The internal cutting member is provided with cutting elements (25) having cutting edges (27) for cooperation with the cutting edges of the external cutting member. A number of the hair entry apertures is formed by laterally open recesses (21) each extending between two substantially flat lamellae (29) of the external cutting member, which lamellae have free ends (29a, 29b) positioned between the borders of the shaving section.

A semiconductor device comprises a first layer (1) of a wide band gap semiconductor material doped according to a first conductivity type and a second layer (3) on top thereof designed to form a junction blocking current in the reverse biased state of the device at the interface to said first layer. The device comprises extension means for extending a termination of the junction laterally with respect to the lateral border (6) of the second layer. This extension means comprises a plurality of rings (16-21) in juxtaposition laterally surrounding said junction (15) and being arranged as seen in the lateral direction away from said junction alternatively a ring (16-18) of a semiconductor material of a second conductivity type opposite to that of said first layer and a ring (19-21) of a semi-insulating material.

Provided is a sliding door which can prevent misoperation of an open-restriction mechanism (50) and may not impair the appearance of the sliding door while still having the open-restriction mechanism. The sliding door comprises a frame with an opening and door leaves that close the opening and are freely slidable on the frame. The sliding door also comprises a rotary part, of which one end is received in an accommodation part of a lateral border of a first frame for receiving the door leaves when the sliding door is closed and can rotate about the axis of one component in first frame, and of which the other end protruding from the component; and a clamp part arranged on an accommodation part of a longitudinal border and on the other component of the first frame and can be clamped togetherwith the rotary part. The rotary part and the clamping part are so constructed that when the sliding door is closed, the rotary part clamps together with the clamping part, and when the sliding door is opened, one end of the rotary part clamps together with the clamping part and the other end protruding out from the component so as to restrict open of the door towards an opening direction.

The invention pertains to a method and apparatus for producing cases with rounded corners. According to this method, the corner edge (10) that protrudes in the region of a rounded corner (9) is initially uprighted and turned over and subsequently pressed on the cover boards (7a, b, c) together with the turning-over and pressing-on of the lateral edge (11a) of an adjacent lateral border, in the same station (1). The apparatus comprises at least one rounded corner tool (3) that is arranged in the same station (1) in the which the lateral edges (11a, b) of opposed lateral borders that lie parallel to one another are uprighted, turned over, and pressed on the cover. The rounded corner tool (3) can be moved (b) toward the center of the case and out of the effective range of the lateral turn-in device (24) immediately before the turning-over and pressing-on movement (c, d) of the lateral turn-in device (24).

A shaving apparatus, shaving head and / or at least one cutting unit for shaving both short and long hairs. The shaving apparatus, shaving head and / or at least one cutting unit includes an external cutting member and an internal cutting member movably arranged with respect to the external cutting member. A driver may be provided for moving the internal cutting member. The external cutting member is provided with a shaving section having two mutually connected lateral borders forming hair entry apertures. The internal cutting member is provided with cutting elements having cutting edges for cooperation with cutting edges of the external cutting member. A number of the hair entry apertures are formed by two substantially flat lamellae of the external cutting member which have free ends positioned between the borders of the shaving section.

The present invention provides a method for manufacturing a COA liquid crystal panel and a COA liquid crystal panel. The method includes forming a first pixel electrode layer on a color resist layer, forming a planarization layer on the first pixel electrode layer, and forming a second pixel electrode layer that is in engagement with the first pixel electrode layer on the planarization layer so as to achieve planarization of the pixel electrode layer to the maximum extent. Further, the second pixel electrode layer includes a pixel electrode block that is located in each sub pixel zone and has a lateral border located above a scan line and a longitudinal border located above a signal line so as to achieve self-shielding of light for the scan line and the signal line, allowing for omission of lateral and longitudinal black matrixes. Further, a dot-like black matrix is formed on a glass substrate at a location corresponding to a TFT on the array substrate to shield light for a site of a channel thereby simplifying the manufacturing process and increase the aperture ratio.

The invention discloses a antenna device, including a radiator having feeder wire, a flat reflector dividing along incident direction of radio wave and radiator, the reflector has at least one silt limited on its lateral border.

The invention provides a nylon glass fiber composite material bottom shell of a notebook computer, and belongs to the technical field of electronic product shell manufacturing. The nylon glass fiber composite material bottom shell of the notebook computer is designed to solve the problems of heavy weight and poor fall resistance of the bottom shell of the notebook computer. The nylon glass fiber composite material bottom shell of the notebook computer comprises a bottom plate and borders, wherein the borders are connected with the periphery of the bottom plate, and are located on the same surface of the bottom plate; the borders comprise a front border, a rear border and lateral borders; the front border is articulated with a computer display screen; the bottom plate comprises an inner nylon glass fiber layer and an outer injection molding layer; the borders are plastic borders; and the borders and the outer injection molding layer are integrally molded. The inner nylon glass fiber layer is arranged in the bottom plate of the bottom shell of the notebook computer, so that the notebook computer has the advantages of fall resistance, light weight and good heat dissipation property; in addition, the outer injection molding layer and the borders are integrally molded in an injection manner; and the manufacturing procedure is simple.

The invention relates to a bone fracture plate, and particularly relates to a locking bone fracture plate with hooks for a proximal end of a humerus. Through making the contour of a steel plate abutted with the anatomic forms of a proximal end and a lateral border of the humerus, difficult problems in the therapeutic processes of the avulsion fracture of a greater tubercle of the humerus, the comminuted fracture of the greater tubercle of the humerus and the comminuted fracture of the proximal end of the humerus are solved. The locking bone fracture plate with the hooks for the proximal end of the humerus comprises a steel plate body, wherein the upper end surface of the steel plate body is connected with three drag hooks in an integral molding manner; the three draw hooks are connected with one another and are connected with the side of the steel plate body. The length design of different extending plates is suitable for different therapeutic demands, can be selected and used according to the conditions of different fractures; the shortest locking bone fracture plate with the hooks for the proximal end of the humerus can be operated under a shoulder arthroscopy, and has more advantages for the avulsion fracture and the comminuted fracture of a small piece.

A corner shelf and the system to fix the shelf between corner walls, said system created with the minimum of elements, and hiding these elements with the lateral borders of the shelf. The corner shelf comprises an upper surface, a lower surface, a first lateral face and a second lateral face where said first lateral face possesses a perforation parallel to the upper and lower surfaces; said second lateral face possesses a groove parallel to the surface, and terminating in a perforation being perpendicular to the lower surface. The system of fixation comprises a first fixation element introduced in a perforation located in said first lateral face; and a second fixation element whose horizontal body is introduced in a groove located in said second lateral face, the head of said second fixation element introduced in the perforation which terminates in the groove.

The present invention discloses a method for detecting the undesirable elastic force or drawing force of a keycap of a keyboard, including the steps as follows: the keyboard is pressed and held so that the keyboard is fixed; a weighing sensor with a hook on the bottom individually hangs one keycap of the keyboard to be detected for performing detection contact, the hook of the weighing sensor directly acts on any one lateral border of the keycap; a driver drives the weighing sensor to move upwards for setting a route, and the weighing sensor feeds back the modulus variation of the hook in the real time to a collecting and processing controller for collecting the real-time drawing force of the keycap; the collecting and processing controller compares the collected the real-time drawing force of the keycap with the normal drawing force and performs the judgment, and the drawing force of the keycap is judged as the undesirable drawing force when the real-time drawing force of the keycap is higher than the upper limit of the normal drawing force or is lower than the lower limit of the normal drawing force. The detection method is convenient to operate, is high in automation degree, and is suitable for the keyboard variability. The detection method has the advantages of high detection rate, low misjudgment rate, no damage to good product, low detection cost, safeness, reliability and the like.

The invention discloses a wireless smoke sensor shell, comprising a disc-shaped shell body, wherein a circular bump extends upwards at the middle part of the upper surface of the shell body; the joint between the bump and the upper surface of the shell body is in arc transition, so as to form an annular arc slope; a plurality of groups of smoke through hole groups are distributed in the arc slope at an equal interval; each group of smoke through hole groups comprise three elongated smoke through holes which are distributed in parallel; clamping slots for clamping and fixing are symmetrically distributed in the lateral border of the shell body. The wireless smoke sensor shell disclosed by the invention is convenient to install, simple in structure, and easy to achieve, and has a good application prospect; dust can be effectively prevented from entering inside the shell.

The invention provides a sheet type medium correcting device and an automatic teller machine. The sheet type medium correcting device comprises an upper supporting plate, a lower supporting plate, a front guide wheel set, a front end location detecting element, a lateral border location detecting unit, a correcting component and a delivery component, wherein the correcting component comprises a belt and a pair of belt pulleys; the transmission direction of the belt is perpendicular to the lateral border of the upper supporting plate or the lower supporting plate; the delivery component comprises a pair of delivery wheels; the transmission direction of the delivery wheels is perpendicular to that of the belt; the belt is used for delivering the sheet type medium to the border to be aligned with the lateral border of the supporting plate, so as to achieve the correcting purpose; when the lateral border location detecting unit detects that the sheet type medium is corrected, the delivery component is started to continuously deliver the sheet type medium forwards. As the lateral border position detecting unit is arranged to detect whether the sheet type medium is corrected or not, the insufficient correction or excessive correction problem can be avoided.

A semiconductor device comprises a first layer (1) of a wide band gap semiconductor material doped according to a first conductivity type and a second layer (3) on top thereof designed to form a junction blocking current in the reverse biased state of the device at the interface to said first layer. The device comprises extension means for extending a termination of the junction laterally with respect to the lateral border (6) of the second layer. This extension means comprises a plurality of rings (16-21) in juxtaposition laterally surrounding said junction (15) and being arranged as seen in the lateral direction away from said junction alternatively a ring (16-18) of a semiconductor material of a second conductivity type opposite to that of said first layer and a ring (19-21) of a semi-insulating material.

The invention provides a system for customizing an individualized artificial total hip joint replacement operation femur preparation template. The system comprises a femur neck osteotomy guide plate, a femur prosthesis anteversion and lateral border guide plate, the interior surface of the femur neck osteotomy guide plate is matched with a femur head, a femur neck, and a femur intermediate zone between a greater trochanter and a lesser trochanter in anatomic shape, the femur neck osteotomy guide plate is provided with an osteotomy positioning groove, the bottom of the femur prosthesis anteversion and lateral border guide plate is matched with a femur neck osteotomy surface in shape, the femur prosthesis anteversion and lateral border guide plate comprises a body, a lesser trochanter positioning wing and a front side wing, the lesser trochanter positioning wing and the front side wing are arranged on the body, and the body is provided with an anteversion and lateral border guide groove. According to the invention, the position of the ideal artificial total hip joint femur prosthesis in a human body can be controlled accurately, and furthermore the operation effect can be improved.

The invention relates to a dissection type shoulder blade locking steel plate. The dissection type shoulder blade locking steel plate includes a first steel plate portion for connecting an lateral border, a second steel plate portion for connecting an infraglenoid tubercle, a third steel plate portion for connecting a mesoscapula, and a fourth steel plate portion for connecting a lateral angle; the first steel plate portion and the second steel plate portion are connected through a first connection portion; the third steel plate portion and the fourth steel plate portion are connected through a second connection portion; an included angle between the first steel plate portion and the first connection portion is 60-65 degrees; an included angle between the second steel plate portion and the third steel plate portion is 115-120 degrees; an included angle between the second steel plate portion and the second connection portion is 75-80 degrees; the second connection portion is connected to the center of the fourth steel plate portion; the first steel plate portion and the third steel plate portion are flat; and the second steel plate portion, the fourth steel plate portion, the first connection portion and the second connection portion are curved, and in this way, healing of a fracture part is good, and healing deformity of the fracture part can be avoided.

The invention discloses a scapular-fracture anatomical locking internal fixation system. The system includes a scapular lateral border steel plate and a scapular medial border steel plate, the scapular lateral border steel plate includes a scapular glenoid part and a lateral border part, the scapular medial border steel plate includes a scapular spine part and a medial border part, lateral / medial border parts of the steel plates are attached to lateral / medial border parts of the scapula, the scapular spine part is attached to the human-body scapular spine part, and the scapular glenoid part is an arc steel plate matched with the human-body scapular glenoid part; a fixation part of the scapular glenoid part, a fixation part of the lateral border part, a fixation part of the scapular spine part and a fixation part of the medial border part are both provided with a plurality of screw holes. By the adoption of the scapular-fracture anatomical locking internal fixation system, fracture parts of the lateral and medial of the scapula can be ideally attached and fixed, the adjustment on the steel plates in surgeries can be avoided, or the attachment of the scapular surfaces can be achieved simply through slight adjustment, the surgery time and risks are reduced, and the scapular-fracture anatomical locking internal fixation system is conductive to good facture recovery. The scapular lateral border steel plate and the scapular medial border steel plate can be used independently or in a combination mode according to patients' conditions, and resource waste caused by clipping is avoided.

The invention relates to a peripheral protecting net of an attached lifting scaffold and amounting method of the peripheral protecting net, and belongs to the field of scaffold safety protection. The peripheral protecting net of the attached lifting scaffold comprises a rectangular frame and a metal plate, wherein the rectangular frame is formed by end-to-end splicing of angle bars and comprises lateral borders and stop plate borders, the lateral borders are formed by one edges of the angle bars, each stop plate borders are formed by the other edges of the angle bars, mounting holes are formed in the lateral borders, and the metal plate comprises an upper hollow-out section and a lower stop foot plate section and is embedded in the rectangular frame. The peripheral protecting net has the advantages of simple structure and convenience in construction, a shape-fixed structure is easy to mount and dismount and can be used repeatedly, and high safety is realized. The invention further provides a mounting method of the peripheral protecting net of the attached lifting scaffold.

The invention relates to a cervical vertebra drag hook which comprises a left clamp arm, a right clamp arm, a moveable arm and a drag hook, wherein the left clamp arm is hinged with the right clamp arm through a pivot; the moveable arm is respectively hinged with the front ends of the left clamp arm and the right clamp arm; a rotating direction of the moveable arm is vertical to the rotating directions of the left clamp arm and the right clamp arm; a notch with an upward opening is formed between a first baffle sheet and a second baffle sheet; the second baffle sheet is located at the front end of the first baffle sheet; the drag hook is located under the moveable arm; the notch is located on the outer side of the moveable arm; at least two inward toothed bulges are arranged at the bottom of the first baffle sheet and the second baffle sheet. A free end of the drag hook in the cervical vertebra drag hook extends toward the front end and the limitation to the surgery operation space is reduced; the intervertebral disc surgery operation can be performed through the notch on the drag hook; in a use process, the inward toothed bulges at the bottom of the baffle sheets are blocked at the lateral border of the centrum, so that the stability of the drag hook is increased; the toothed bulges are arranged inward, so that the pulling distance of the two drag hooks on the left and right sides can be increased and the operation space is further exposed.