35 results about "Open surface" patented technology

The ultra-silence cooling fan blade comprises a fan blade seat and a plurality of blades, the fan blade seat is of a hollow structure with one face open, and the blades are arranged on the cylindrical face of the fan blade seat. Triangular or triangle-like protrusions or pits are evenly arranged on the surfaces of the blades in the wind cutting direction and the wind outlet direction in an array mode. According to the ultra-silence cooling fan blade and the cooling fan, the triangular or triangle-like protrusions or pits are designed on the blade surface of the fan blade in an array mode, tiny turbulent flow can be formed on the surfaces of the protrusions or the pits when the fan runs, and the turbulent flow is evenly formed; the fluid is blown out by being attached to the surface more tightly, so that the low-pressure area is reduced, the resistance is reduced, the airflow is more stable, and the air supply distance is farther; and resonance can be inhibited, and noise is reduced.

The present application relates to the field of clothing design, and provides a universal pattern making method of golden ratio armhole, which obtains the data of bust by actual measurement data of human body or by query of clothing size standard GBT1335, so as to satisfy pattern making of different individual body types and improve the universality of pattern making. The frame bust value can be calculated by the human body bust data measured or queried, in combination with the loose coefficient, waist-in value and adjustment value of the clothing size. Then, the clothing bust and back width can be calculated by the difference between the clothing loose value and the difference between the human body back width and the human body bust, and the six opening surface design of the clothing, the equal adjustment of each opening surface piece and the difference between the clothing back width and the clothing bust, and finally the armhole width value is obtained, and the corresponding armhole depth value and sleeve width value can be obtained according to the armhole depth threshold value and the sleeve width threshold value, so as to determine the clothing pattern size, satisfy the body types of different individuals or groups, and have high design universality.

The objective is to provide a cargo bed structure that prevents the concentration of load on the cargo and enables stable use, while also achieving a more compact mechanism. [Solution] The cargo bed structure 1 according to the present invention is a cargo bed 1 having a base surface 2 having a predetermined area, a wall surface 3 standing upright at the rear position of the base surface 2, and a rod body 4 standing upright at the front position opposite the wall surface 3, wherein the cargo bed 1 has a mounting section 20 on which the rod body 4 is placed in an upright position, a mounting support section 22 that surrounds the mounting section 20 while having an open surface that leaves one side open, and a shielding cover body 30 having a shielding surface 31 that can open and close to shield the open surface, wherein the shielding cover body 30 is rotatably connected to a rotating shaft 34 located below the base surface 2, and rotates to open the shielding surface 31.

Disclosed is a cage for animal experiments, comprising: an accommodation part providing a living space for laboratory animals; a cover part coupled to close an open surface of the accommodation part; and a photographing device mounting part provided on the outer surface of the cover part, wherein the photographing device mounting part comprises a guide rail extending along one direction of the cover part, and a grip part configured to secure the photographing device and mounted such that the position thereof can be adjusted with respect to the guide rail.

A first set type and a second set type are arranged in the north-south direction and symmetrically arranged on the left side and the right side of a core tube, and a kitchen and bath rest space, the core tube, the living room and a multifunctional space are symmetrically distributed in a two-step inverted step shape as a whole; the inner end and the outer end of the living room are each provided with two outer wall faces which are perpendicularly connected, lighting doors and windows which are connected at the 270-degree corner are arranged on the outer wall faces of the living room, and one main lighting door and window is arranged towards the south. The outer wall surface of the lower side of the building is provided with a hanging garden which is connected at a 270-degree corner, and one main open surface of the hanging garden is arranged towards the south. Compared with the prior art, the two-step inverted ladder-shaped symmetrical structure of the building creates conditions for arranging the main lighting surface of the living room and the main open surface of the hanging garden towards the south; and two entrance doors are arranged on the odd number of floors, so that the safety privacy is good.

The invention relates to the technical field of vehicles, and provides a method for eliminating the ridge height of a reverse concave curved surface clamping flanging of an outer covering part and the outer covering part. The method comprises the following steps of: arranging an air opening surface model on a material clamping molded surface of a material clamping flanging corresponding to a reverse concave curved surface of an outer covering part; determining an inclined plane modeling setting position of the air switch surface; based on the determined setting position of the inclined plane model of the air opening surface, when the molded surface of the material clamping flanging begins to work, the highest point of the inclined plane of the air opening surface firstly makes contact with the trimming contour boundary before flanging of the reverse concave curved surface, and the trimming contour boundary before flanging of the reverse concave curved surface shrinks inwards towards the lowest point of the inclined plane of the air opening surface along with increase of the flanging depth; and along with the elongation deformation of the material in the reverse concave curved surface flanging vertical wall area, the reverse concave curved surface flanging vertical wall is gradually formed, and the flange position of the reverse concave curved surface flanging vertical wall is close to the lowest point position of the inclined surface of the air opening surface. The technical problem that the flanging ridge is high after material clamping and flanging of the reverse concave curved surface of the outer covering part due to the fact that the fillet of the flanging ridge of the outer covering part protrudes is solved.

The present disclosure relates to a quality inspection method and a quality inspection system.The quality inspection method of a battery cell including a can having an open surface; a cap welded to the can and covering the open surface; and a welding region formed by welding, according to embodiments of the present disclosure, includes capturing an image of the welding region with an image processing device, calculating a plurality of first points arranged along a first boundary line and a plurality of second points corresponding to the plurality of first points and arranged along a second boundary line, the first and second boundary lines separating the welding region from a non-welding region in the image, and determining whether the welding region is defective based on a number of the plurality of first points and a number of the plurality of second points.

The application discloses a kind of based on shape memory effect control in open surface liquid two-dimensional direction directional transport method, the method is as follows: step 1, the design and construction of symmetric morphological structure unit;Step 2, the design and construction of symmetric morphological structure unit two-dimensional direction array open module;Step 3, the preparation of photo-curing 3D printing resin with shape memory effect;Step 4, the 3D printing of two-dimensional array open module based on shape memory effect resin;Step 5, the path setting and repeated programming of 3D printing two-dimensional array open module;Step 6, liquid two-dimensional direction directional transport along programming path;Step 7, the regulation of liquid two-dimensional direction directional transport speed along programming path.The application realizes that liquid is accurately directional transport in two-dimensional direction on any path, direction adjustable, speed controllable based on shape memory effect, and shows broad application prospect in microfluidic chip, biochemical microreactor and other frontier fields.

The utility model discloses a preservation box with an extension leakage-proof silica gel ring, which comprises a box body with an opening at the top end; the box cover is connected to the open end of the box body in a covering mode, and a first annular clamping groove is formed in the position, close to the outer edge, of the bottom end face of the box cover. The leakage-proof silica gel ring is provided with a first annular clamping flange, the first annular clamping flange is connected with the first annular clamping groove in a clamping mode, and the bottom end face of the leakage-proof silica gel ring is a first sealing face which is in tight contact with the open face of the box body in a sealed mode; the anti-leakage silica gel ring is provided with an extension section extending out of the outer edge of the box cover, and the bottom end face of the extension section is a second sealing face in tight sealing contact with the open face of the box body. The leakage-proof silica gel ring is in sealing contact with the open end of the box body through the first sealing face and the second sealing face, double-layer sealing is achieved, the problem that in traditional design, the sealing performance is reduced after an internal silica gel ring is aged or loosened is solved, the leakage-proof capacity of the preservation box is effectively improved through the extension section of the leakage-proof silica gel ring, and the preservation box is convenient to use. And the risk of liquid leakage is reduced.

This invention provides a skin analyzer for the face and head. The inner shell has an accommodating space, one side of which is an open surface. A light shield is rotatably connected to the outer shell to open or close the open surface. When the light shield is rotated to the open position, it surrounds a space for accommodating the user's head. A light source plate is disposed on the side of the accommodating space facing the open surface. The outer shell is fitted over the inner shell, and a sandwich layer is defined between the outer and inner shells. A face image acquisition device is disposed within this sandwich layer. The light source plate has an opening for the face image acquisition device to capture images. A head-top image acquisition device is movably connected to the inner shell via a driving device. The driving device moves the head-top image acquisition device to acquire an image of the entire head and sends it to a processor. The processor uses a head hair algorithm to identify the bald areas on the head and displays them on a screen, prompting the user to use a skin analyzer pen to perform scalp skin detection on the bald areas.

First and second panel webs are superposed on each other and fed in their longitudinal direction. After a side gusset is temporarily fixed to the second panel web, the side gusset is divided by a dividing device to form a pair of open edges. The open edges are aligned with a line of weakness of the first panel web when the first and second panel webs are superposed on each other. The side gusset is temporarily sealed to the first and second panel webs by a temporary seal device to form temporary sealed sections. The first panel web is guided to be divided along its line of weakness and to be folded on the sides of its division edges. This guiding of the panel web and the temporary sealed sections cause the side gusset to be opened at the open edges to form open surfaces. An end face web is then disposed on the panel web to be superposed on folded parts of the panel web and the open surfaces of the side gusset.

The utility model provides a gearbox storage and transportation integrated device with a mistake proofing function, which comprises a rectangular frame, a plurality of supporting bottom rods are arranged at the bottom of the rectangular frame at intervals, the top surface of the rectangular frame is an open surface, and 1-3 rows of separation strips are arranged in the rectangular frame at intervals. The space in the rectangular frame is divided into two independent areas through the separation belt, the two independent areas can be used for containing an upper gearbox body and a lower gearbox body respectively, and the separation belt comprises a plurality of separation blocks arranged at intervals. The gear box has the advantages that the gear box can be prevented from being collided and damaged in the storage and transportation process, meanwhile, the matching performance of an upper box body and a lower box body in the cleaning and overhauling process can be guaranteed, the mixed loading problem of the upper box body and the lower box body is avoided, and the product assembling quality is guaranteed.

The invention discloses a liquid two-dimensional directional transportation method based on shape memory effect control on an open surface. The method comprises the following steps: step 1, designing and constructing a symmetrical morphological structure unit; 2, designing and constructing an open module of a two-dimensional direction array of the symmetrical morphological structure unit; step 3, preparing the photocuring 3D printing resin with the shape memory effect; 4, 3D printing of an open module of the two-dimensional array based on the shape memory effect resin is carried out; 5, path setting and repeated programming of the 3D printing two-dimensional array open module are carried out; step 6, directionally transporting the liquid along the two-dimensional direction of the programming path; and 7, regulating and controlling the directional transportation speed of the liquid along the two-dimensional direction of the programming path. According to the invention, based on the shape memory effect, the precise directional transportation of the liquid in the two-dimensional direction is realized, wherein any path can be set, the direction can be adjusted, and the speed can be controlled; and the device has a wide application prospect in the frontier fields of micro-fluidic chips, biochemical micro-reactors and the like.

The application discloses a pipe piece structure and a construction method thereof, and solves the problem of insufficient bearing capacity of a vertical shaft pipe piece structure and incapability of adjusting the posture of the vertical shaft in the prior art. The pipe piece structure comprises an outer frame, the outer support surface of the outer frame is an open surface, a plurality of grid cavities are arranged in the outer frame, a capsule structure capable of filling and discharging medium is arranged in the grid cavities, and the capsule structure faces the open surface of the outer frame; the plurality of outer frames can be spliced into a pipe piece whole ring, and a communication channel capable of being selectively turned on and turned off is arranged between the capsule structures of adjacent pipe piece whole rings. The pipe piece structure of the application forms an outer frame and inner core structure under different media through the structure of the outer frame and the inner capsule, reduces the self weight of a large and deep vertical shaft structure under the condition of ensuring the bearing capacity, and enhances the strength of the vertical shaft structure through the parameters of the medium pressure and material of the capsule filling / replacement. The capsule structure is arranged in the outer frame in a partitioned manner, the medium is filled and discharged at a fixed point, the acting force between the capsule structure and the stratum is changed, and the purpose of adjusting the posture of the pipe piece structure in the circumferential direction is achieved.

A one-way fastener configured to be externally inserted and coupled is proposed, which opens a closed interior toward a through-hole provided in a fixing device, and includes a deformable sleeve and a pressurizing sleeve which are fitted to a fastener body, a pressurizing ring configured to be fitted on the fastener body exposed through the pressurizing sleeve, and a pressurizing member coupled to the fastener body exposed through the pressurizing ring by a screw type engagement. Accordingly, when any one surface among corresponding side surfaces of the fixing device is located in a closed space and thus a bolt and a nut cannot be fastened, the one-way fastener can be easily fixed from an open surface of the fixing device toward the closed space surface.

A method and system for controlling an excavator having an automatic bucket filling support function, according to the present disclosure, analyzes the height of excavated material contained in a bucket after a digging operation, and moves an arm tip or a bucket tip to control the excavated material protruding beyond the bucket's open surface, such that the excavated material is automatically filled into an empty space below the bucket's open surface, thereby allowing work efficiency and operator convenience to be improved.

The present disclosure relates to a test quality method and a test quality system. The quality test method of a battery cell including a can having an open surface; a cap welded to the can and covering the open surface; and a welding area formed by welding according to embodiments of the present disclosure includes capturing an image of the welding area with an imaging device, calculating a plurality of first points arranged along a first boundary line and a plurality of second points corresponding to the plurality of first points and arranged along a second boundary line, the first and second boundary lines separating the welding area from a non-welding area in the image, and determining whether the welding area is defective based on a number of the plurality of first points and a number of the plurality of second points.

The present disclosure relates to a vermicomposter. It is disclosed a vermicomposter comprising: a frame supporting all functional components above ground level, a housing comprising an open upper inlet configured to receive organic waste and a lower outlet configured to discharge vermicompost, and an extraction device arranged at the lower outlet, wherein the lower outlet comprises a plurality of spaced structural members forming gaps that define a at least partially open bottom surface extended laterally on at least one side of the housing, thereby allowing passage of vermicompost through said gaps, wherein the extraction device comprises at least one horizontally movable scraping mechanism extending across substantially the entire width of the lower outlet, the scraping mechanism being movable along a horizontal path parallel to the bottom of the housing so as to displace and remove the accumulated vermicompost through said partially open surface, causing the vermicompost to fall to a collection area below the frame.

The invention discloses an aluminum alloy beam system rapid splicing structure built based on an exhibition stand and a using method thereof.The aluminum alloy beam system rapid splicing structure comprises a large beam body and a small beam body, the large beam body and the small beam body are each of an inner cavity structure with three closed faces and one open face, and the size of an inner cavity of the small beam body is smaller than that of the large beam body; through holes are formed in the two side walls of the open surfaces and at least one closed surface of the large beam body and the small beam body; the appearance of the multi-face connecting body is a cube, threaded holes are formed in the six faces of the multi-face connecting body, the small beam body and the large beam body are matched with the threaded holes of the multi-face connecting body respectively, welding-free rapid splicing in any three-dimensional direction is achieved, all connection is completed through bolts of the same specification, the tool is single, rapid splicing and disassembling are achieved, and the assembly efficiency is improved. The structure flexibility and the repeated utilization rate are improved, meanwhile, the connecting strength and stability are guaranteed, and the multi-layer exhibition stand framework can be flexibly constructed by extending in any direction of a three-dimensional space, such as vertical and horizontal directions.

The invention discloses a novel sealing structure of a pump shell split face and a machining method of the novel sealing structure, and relates to the technical field of pump shells, and the novel sealing structure of the pump shell split face comprises a finish machining belt and a sinking area; the finish machining belt is arranged on the side, close to the runner, of the middle opening face and used for being matched with the sealing element to form sealing. The sinking area is located on the middle opening face part outside the finish machining belt, and the casting surface is reserved in the sinking area. The machining method comprises the steps that the pump shell is cast, and the machining allowance of the sinking area is reserved; the finishing strip is subjected to finishing, the finishing being selected from milling or grinding, while retaining the casting surface of the sinker zone. The finish machining belt is arranged on the side close to the flow channel, only a key sealing area is subjected to finish machining, the machining time is remarkably shortened, and tool abrasion is reduced; a casting surface is reserved in the sinking area, secondary machining is not needed, the bolt pre-tightening force requirement is reduced, and therefore the buckling risk of the combination face is reduced, the assembly stability of the pump shell is improved, and the service life of the pump shell is prolonged.

This piezoelectric device comprises: a package having a recess; a piezoelectric vibration element positioned in the recess; and a lid body with a first surface that faces the open surface of the recess and is joined to the periphery of the recess of the package by a joining member. The lid body has a peripheral edge portion positioned circumferentially along the outer periphery, with the thickness gradually decreasing toward the outer periphery. The peripheral edge portion has a curved shape in a cross-sectional view. Each of a first boundary of the peripheral edge portion of the first surface and a second boundary of the peripheral edge portion of a second surface is located at a position overlapping the recess in a plan view. The joining member extends over the first surface and the second surface of the peripheral edge portion.

The invention relates to the technical field of computer vision and three-dimensional reconstruction, particularly discloses a neural unsigned distance field (UDF) learning method and a surface reconstruction method based on cross product geometric prior, and aims to solve the technical problems that the gradient direction is unstable and the reconstructed surface is fragmented and discontinuous due to the fact that an existing neural UDF cannot be differentiated at a zero level set. The method is characterized in that a geometric prior constraint mechanism based on an original point cloud cross product is introduced; a local surface normal vector is estimated by calculating the cross product robustness of three adjacent points in an input point cloud, and a neural UDF gradient direction learned by constructing a loss function forced constraint is strictly aligned with a normal vector direction; in the optimal scheme, near surface optimization is focused in combination with an adaptive weight strategy, and a network is jointly driven to learn a more accurate and smoother UDF in combination with unsupervised chamfering distance loss and surface distance constraint. According to the method, the fuzziness of the UDF gradient near a zero level set is effectively overcome, the continuity and integrity of a reconstructed surface are remarkably improved, the method is particularly suitable for high-quality reconstruction of an open surface and an object with a complex internal structure, and the key indexes of the method are superior to those of an existing advanced technology through verification of multiple standard data sets.

The present disclosure concerns a slotfiller (1) for closing a slot (21) in a computer-rack-insertable component (20), wherein the slotfiller (1) comprises at least two finger-grippable cup elements (2), and a hinge (3) connecting the cup elements (2). Therein, the slotfiller (1) is configured to be insertable into the slot (21) by pressing of the cup elements (2) towards each other and is configured to at least partially cover an open surface area of the slot (21) by releasing of the cup elements (2) in the inserted state. The present disclosure also concerns a computer-rack-insertable component (20) and a computer rack (100), each comprising at least one slotfiller (1).

The utility model relates to a kind of optical fiber connectors.It includes: shell, with the inner cavity of through;Optical fiber fixing assembly, set in the front of the shell, the optical fiber fixing assembly is used to fix optical fiber;The ceramic ferrule of the optical fiber fixing assembly is protruding from the shell;Cable fixed part, detachably set in the tail of the shell;The cable fixed part has cable fixed groove and cover;The cable fixed groove is configured to be through from front to back and have the open surface allowing cable to intrude from outside;The cover is configured to be flat, the cover is set on the cable fixed groove by hinge part, and the cover can open or close the open surface;The cover, the hinge part and the cable fixed groove are configured to be integrally formed, and the cover is configured to be set along the direction of cable intrusion cable fixed groove.

This invention discloses a method, electronic device, and storage medium for generating 3D models compatible with open surfaces. It trains a neural network to learn a hybrid implicit representation, uses a Substituent Function (SDF) of the hybrid implicit representation to express the basic shape of the target 3D model, and uses a User-Defined Function (UDF) of the hybrid implicit representation to adjust the basic shape, ultimately obtaining a target 3D model with open surfaces. This invention can represent open surfaces and non-manifold geometries that cannot be directly represented by SDF and occupancy fields, and can more easily extract high-quality surfaces, solving the problem that directly extracting surfaces in UDFs is very difficult.

The invention relates to a sliding bearing system element 1 for a sliding bearing system 11, comprising a sliding surface carrier 2a, 2b; 2c; 2d; 2e, wherein the sliding surface carrier 2a, 2b; 2c; 2d; 2e has a sliding surface 3a, b; 3c; 3d; 3e; 3f, wherein the sliding surface carrier 2a, 2b; 2c; 2d; 2e has a pore region 4, wherein the pore region 4 has at least one pore, and in particular a plurality of pores, wherein the pore region 4 has a pore sliding surface section 5, wherein the pore sliding surface section 5 comprises at least one section of the sliding surface 3a, 3b; 3c; 3d; 3e; 3f forms and wherein the pore sliding surface section 5 has at least one open surface pore 6 for receiving a lubricant and / or for reducing the friction surface of the pore sliding surface section 5.The invention also relates to a sliding bearing system 11 comprising the sliding bearing system element 1 and a sliding bearing system element partner 10, wherein the sliding bearing system element 1 and the sliding bearing system element partner 10 form a sliding bearing. Furthermore, the invention relates to a method for manufacturing the sliding bearing system element 1, wherein the pore region 4 is introduced into the sliding surface carrier 2a, 2b; 2c; 2d; 2e by a thermal process, and wherein the pore region 4 is subsequently machined after being introduced into the sliding surface carrier 2a, 2b; 2c; 2d; 2e to form the pore sliding surface section 5.

The present application belongs to the field of computer open surface reconstruction, and relates to a kind of open surface reconstruction method of three-dimensional skull point cloud based on variational level set process, comprising: the three-dimensional skull point cloud data to be reconstructed is obtained by Fast Sweeping algorithm to initialize level set function ψ and φ;Two level set functions ψ and φ are used to design energy functional to obtain open surface reconstruction model, and the energy functional includes open surface area item, open surface boundary length item and Euler's Elastica regularization item;The optimization problem corresponding to energy functional is iteratively optimized by augmented Lagrangian algorithm;After iteration reaches convergence, the open surface corresponding to the surface representation point cloud when ψ=0 and φ≥0 is selected.The present application can carry out digital processing and protection to cultural heritage, and can also be widely used in medical research and human structure processing technology occasion;The process method designed is scientific and reasonable, processing and calculation operation is simple and convenient, open surface reconstruction is clear, usability is strong, development prospect is broad, and application environment and effect are friendly.

To provide a dust cover that can be easily removed from a smoke detector without scattering dust or dirt. [Solution] A dustproof cover 10 that is detachably attached to a smoke detector 12 installed on a detector base 13, comprising: a cover body 18 whose entire surface on the detector base 13 side is open and covers the outside of the smoke detector 12 and is supported by the smoke detector 12; legs 20 that protrude from the opposite side of the open surface of the cover body 18 and are formed on the cover body 18 with their entire surface closed; and an inclined portion 21 that rotates the cover body 18 in a direction that allows the smoke detector 12 to be installed on the detector base 13 by downward pressure from the legs 20 onto the inclined portion 21, thereby releasing the support of the cover body 18 and releasing the dustproof cover 10 from the smoke detector 12.

An elastic sheet for dentistry with a working portion and a breathing portion comprising a perforated region having a plurality of perforations, each of the plurality of perforations having an open surface area sized to provide breathability to the elastic sheet while simultaneously preventing, e.g., dental tools, debris, water, and / or saliva from falling therein.

The invention relates to a tyre (1) for a heavy civil engineering vehicle, said tyre (1) being able to improve the performance compromise between its wear life and its thermal durability, with the tread having a modified tread pattern. According to the invention, the side portion (21) of the tread comprises an alternating of at least one first transverse cut (321) and at least one second transverse cut (322), both of which change during wear, the outer groove (321E) of any first transverse cut (321) extending radially inward through an inner cavity (321I) having an open surface, and the outer groove (321E) of any second transverse cut (322) extending radially inward through an inner cavity (321I) having an open surface. The open surface extends radially inward at most to the maximum depth (D0) of the cut-out, the maximum dimension (W1I) of the closed profile of said open surface being at least equal to 10% of the width (L21) of the side portion (21).