30results about "Embossing decorations" patented technology

The application relates to the embossing technical field, in particular to an embossing machine with a pressing adjusting mechanism, which comprises a machining table, a fixed frame is fixedly connected to the top of the machining table, two U-shaped frames are arranged in the fixed frame, the lower U-shaped frame is fixedly connected to the fixed frame, the upper U-shaped frame is slidingly connected to the fixed frame, an electric cylinder is fixedly installed on the fixed frame, and the transmission shaft of the electric cylinder is fixedly connected to the top of the upper U-shaped frame; the circular roller is driven by the rotating assembly to rotate by 180 degrees, the positions of the two arc surface cutouts are exchanged, the cleaned arc surface cutout rotates to the outside of the embossing sleeve to be embossed, the arc surface cutout rotating to the inside of the embossing sleeve continues to be immersed in the cleaning liquid to be cleaned along with the rotation of the embossing sleeve, the normal embossing processing is ensured, and the embossing processing efficiency of the plate is improved.

Method for manufacturing a component (6) with a hologram (5), wherein during the manufacturing process of the component (6) a form matrix (1) and a tool matrix (2) having a hologram negative (4) act on the component (6) in a manufacturing tool and the hologram (5) is imprinted in a manufacturing process-integrated manner during a manufacturing step of the component by the action of the manufacturing tool on the component (6), wherein the tool die (2) is designed as an insert in the form die (1) of the manufacturing tool and where the manufacturing tool is an injection mold, thermoforming tool or RTM tool, and wherein the tool die (2) is in direct contact with a surface of the component (6) during a residence time in which a molding compound hardens to form the component, and the hologram (5) of the tool die (2) is transferred to the component (6).

This invention relates to the field of sheet metal processing equipment technology, and discloses a synchronous embossing processing equipment for sheet metal, including a conveyor line. A stacking release device is installed at the top of the conveyor line, a sheet metal transfer device is installed outside the stacking release device, a paper guide frame is installed outside the paper guide frame, and two upper pressing mechanisms are installed outside the paper guide frame. A bottom suction assembly is installed at the bottom of the conveyor line, a hot pressing assembly is installed outside the conveyor line, an anti-warping mechanism is installed at the bottom of the hot pressing assembly, and an auxiliary mechanism is installed outside the hot pressing assembly. The anti-warping mechanism includes a hot pressing plate, the top of which is fixedly connected to the bottom of the hot pressing assembly. By constraining the resin-impregnated paper protruding from the edges of the sheet metal during the hot pressing process, the warping and curling of the resin-impregnated paper under high temperature and high pressure is limited, ensuring the processing quality of the sheet metal edges.

The utility model relates to hot transfer printing film packaging equipment field especially relates to an automatic hot transfer printing film packaging equipment. Including frame, stamping module and spacing structure, the lower surface fixed connection of frame has a plurality of support column, stamping module installs inside the frame, spacing structure is located the inner wall bottom of frame, spacing structure includes support plate, the lower surface fixed connection of support plate and frame, the side surface of support plate is equipped with slide hole, the inner wall slide connection of slide hole has a plurality of sliding plates, the upper surface fixed connection of sliding plate has the cylinder, the output fixed connection of cylinder has the pressing plate. The utility model provides an automatic hot transfer printing film packaging equipment has before using hot transfer printing film packaging equipment to carry out stamping operation, can conveniently adjust the pressing plate to different sizes of the object to be stamped and extrude spacing, thereby can avoid the object to shake in the stamping process, thereby improved the use stability advantage of hot transfer printing film packaging equipment.

The present invention is directed to a method for the production of panels from a board. Said panels are produced from the board by dissecting the board along predefined lines. The board comprises a core material board and is laminated with a laminate material layer. At least one impressed region running linear over the complete surface is present in the surface where the laminate material layer is present. The dissecting of the board is accomplished along these impressed regions. After dissecting pairing mechanical locking means at opposite edges of the raw boards are milled out. According to the present invention, the impressed region has a well defined width in order to allow deviations from an ideal dissecting plane, when dissecting the board in order to produce panels. The present invention furthermore relates to a press plate, allowing for the production of boards having well defined impressed regions. Furthermore, the present invention discloses a method for the production of a board, having a specific defined impressed region. In addition, also a board for the production of panels is described.

The application relates to a feeding structure of an embossing machine, and relates to the technical field of the embossing machine.The feeding structure of the embossing machine comprises a base, an embossing machine body and a feeding assembly.The embossing machine body is arranged at one end of the base along the length direction and comprises a feeding port.The feeding port is arranged at one side of the embossing machine body along the length direction.The feeding assembly is arranged on the base and is close to the feeding port.The material is placed on the base, and the feeding assembly can transmit the bottommost material to the feeding port.The application is used to solve the problem that the current feeding device of the embossing machine is difficult to feed because the material enters the feeding port from top to bottom.

This utility model discloses a collectible embossing device, relating to the field of collectible embossing technology. The device includes a workbench with a fixed frame on top. A hydraulic rod is mounted on the top of the fixed frame, and a mounting plate is fixed to the output end of the hydraulic rod. A fixed plate is located at the bottom of the mounting plate, and a connecting shaft is mounted on the inner side of the fixed plate. When different content needs to be embossed on the precious metal side, the operator can rotate a worm gear. The rotation of the worm gear causes the worm wheel to rotate, thereby causing the upper embossing mold with the corresponding content to face downwards. Different content can be embossed according to customer needs. The device also includes a magnetic block, a lower embossing mold, a piston rod, a piston plate, and a piston chamber. When different content needs to be embossed on the bottom surface of the precious metal, the operator can use a large magnetic block to lift the lower embossing mold, separating it from the magnetic block. Then, a lower embossing mold with the corresponding content can be placed on the magnetic block.

Grinding element (1) of an earthing contact (16) of a rail-bound vehicle, wherein the grinding element (1) has a contact surface (2) for a sliding contact with a brush body (17), wherein the contact surface (2) has a profile (3), characterized in that the profile (3) is embossed by a tool (9), wherein the profile (3) has several intersecting groove-shaped recesses (6-8), wherein an embossed bead projecting from the contact surface (2) is arranged adjacent to the at least one recess (6-8).

The utility model discloses a kind of stainless steel tableware multi-station embossing structure, including bottom box, the upper portion of bottom box is separately provided with lower mould and upper mould, the surface of lower mould and upper mould is separately provided with placing groove, the inner wall of placing groove is separately inserted with lower mould core and upper mould core, the surface of lower mould and upper mould is provided with horizontal groove, the horizontal groove is communicated in placing groove.The utility model relates to the technical field of stainless steel tableware processing, the stainless steel tableware multi-station embossing structure, by the cooperation between cross column, bolt, nut, positioning hole and positioning lug, it is replaced by lower mould core and upper mould core, it is solved that the size of upper mould and lower mould is fixed, only the same kind of stainless steel dinner plate can be embossed, if different size shape dinner plate needs to be embossed, it needs to replace whole set of mould, to reduce the problem of mould use effect inside embossing structure.

This utility model discloses an aluminum plate embossing and leveling device, including a bracket with a cover on one side, a base plate movably mounted on the bracket, a positioning support mechanism mounted on the base plate, a flattening component mounted on one side of the cover, and an embossing mechanism mounted on the other side of the cover. The cover covers the outside of the bracket and is connected to an air jet pipe. In use, the aluminum plate is placed on the positioning support mechanism and is sequentially moved by the movable base plate to the position of the air jet pipe for dust removal and pre-leveling at the position of the flattening component, before being moved to the position of the embossing mechanism for embossing processing. This utility model, with its cover, air jet pipe, positioning support mechanism, flattening component, and embossing mechanism, achieves leveling and embossing processing quickly and with limited positioning while ensuring the cleanliness of the aluminum plate surface, thus improving product quality and production efficiency.

A method for engraving a solid piece's tool surface with a plurality of code patterns of structures, wherein the plurality of code patterns comprises a first code pattern comprising first structures with lateral sizes and pitches respectively in a range of 20 to 500 μm; a second code pattern comprising second structures with lateral sizes and pitches each in a range of 1 to 20 μm; and a third code pattern comprising third structures with lateral sizes and pitches each in a range of 0.2 to 5 μm. The method comprises providing a virgin base surface on the solid piece's tool surface; polishing the virgin base surface to obtain a polished base surface; depositing a hard layer on the polished base surface; engraving the third code pattern in the hard layer. The method comprises engraving the first code pattern and the second code pattern before the step of depositing the hard layer, wherein the hard layer reproduces the topography of the first code pattern and the second code pattern.

This invention discloses an integrated gravure printing and embossing machine, comprising a machine body, a gravure printing roller assembly on one side of the machine body, and an embossing mechanism on the other side. The embossing mechanism includes an extension plate horizontally disposed on one side of the machine body, with a pressure roller movably mounted on the extension plate. A bracket detachably connected to the machine body is connected below the extension plate, and an embossing roller for use with the pressure roller is detachably mounted on the bracket. This invention integrates an embossing mechanism on a gravure printing machine, ensuring printing quality while simultaneously performing embossing processing during printing and output. Two processes are completed on a single machine, improving production efficiency, reducing space requirements, and lowering costs.

This utility model relates to the field of decorative film technology and discloses a flexible embossing device for a natural texture decorative film. The device includes a hollow plate, with multiple first support rods fixedly connected to the top of each hollow plate. Each of the first support rods has a first sliding groove on its inner wall, and a first sliding rod is slidably connected to the inner wall of each sliding groove. A first roller is rotatably connected to the outer wall of each first sliding rod. Second support rods are rotatably connected to the left and right sides of the hollow plate, and cams are fixedly connected to the outer walls of each of the second support rods. A rocker arm is fixedly connected to the far end of each of the second support rods. In this utility model, shaking the rocker arm rotates the second support rods. When the cams begin to rotate, they cause the first sliding rods to move up and down. When the first sliding rods can move up and down, they cause the first rollers to move up and down, and then the second sliding rods move, thus adjusting the embossing thickness.

A raised knurling unit includes a first knurling portion extending obliquely with respect to a bottom surface of the raised knurling unit and a plurality of second knurling portions each extending obliquely with respect to the bottom surface. The first knurling portion includes a first knurling portion bottom. Each of the plurality of second knurling portions includes a second knurling portion bottom. A distance between the second knurling portion bottoms of the plurality of second knurling portions is less than a length of the first knurling portion bottom.

This invention relates to the field of composite packaging materials and surface decoration processing, and discloses a hot stamping and printing composite process for a hollow board filled with coated paper, comprising the following steps: S1, local filling reinforcement; S2, surface microstructure forming; S3, surface activation pretreatment; S4, setting a layered adhesive structure; S5, lamination; S6, curing and leveling; S7, hot stamping printing. This invention achieves a sequential division of labor between positioning during lamination and buffering during hot stamping by utilizing the softening point difference and temperature window of the layered adhesive. It balances positioning accuracy during lamination and stress buffering during hot stamping within the same adhesive system. The co-positioning of local filling and surface microstructure further improves pressure uniformity and displacement limitation. These three elements construct a synergistic protection system of rigid support, physical interlocking, and thermal stress buffering, enabling the composite structure to simultaneously possess interfacial bonding strength, pressure uniformity, and positional stability.

A method for processing a smooth or structured surface of a pressing element is described, the method comprising the steps of: a) chrome-plating said surface of the pressing element so as to form a coating comprising a first layer having chrome grains oriented in a first direction and a second layer overlapping said first layer, said second layer having chrome grains oriented in a second direction which is different from said first direction; b) applying a mask on the chrome-plated surface of the pressing element by means of a digital printing technology; c) chemically treating the chrome-plated surface of the pressing element on which said mask was applied, said chemical treatment being performed so as to partially remove said chrome coating in the exposed areas of said chrome-plated surface, i.e. in the areas not being protected by said mask, and d) removing said mask from the chrome-plated surface of the pressing element, obtaining a smooth or structured surface having a coating with areas having a different grade of gloss and colour. A pressing element obtained by the above processing method and a method for the production of coated panels, such as panels for furniture or floors, bearing a predetermined decorative pattern which uses such pressing element are also described.

A rotary stamping jig and method of use for adding micro-text at controlled angular increments to a media. A disk-shaped media is secured in a disk-shaped media recess spindle with a stepped cylindrical geometry. A spindle enclosure rotatably retains the spindle, and a bottom plate is used to secure the spindle in the spindle enclosure. An alignment table with one or more alignment shafts is removably placed onto the spindle enclosure over the disk-shaped media and is used to position stamps for engraving the disk-shaped media. A ball-plunger-and-toothed-ratchet interface provides tactile rotational indexing, enabling the user to apply micro-text at controlled angular increments.

This invention relates to the field of rolling processing technology, and more particularly to a copper rolling mill and rolling method for processing surface textures on copper plates. The mill includes two movable stands arranged front to back, auxiliary rollers and embossing rollers located between the two movable stands and arranged vertically, and a power unit configured to cooperate with each of the movable stands. The embossing rollers and the auxiliary rollers perform roll pressing on the horizontally conveyed copper material. This invention effectively solves the problems of low efficiency and cumbersome operation caused by traditional multi-pass processing. By using embossing rollers that can reciprocate along the copper material conveying direction, a processing mode is achieved where multiple roll pressings are performed on any position on the copper material during a single conveying process. This significantly improves the clarity of the texture and the forming quality, enabling the copper material to be formed in one pass, significantly increasing production efficiency, while reducing the frequency of equipment start-ups and shutdowns, the intensity of manual operation, and overall operating costs.

The present invention relates to an apparatus and method for marking a component (2) by applying readable identification information having at least one identification feature, and to a detection device (9) configured to detect, based on eddy current measurement, the identification information applied to or applicable to the component (2) by means of the apparatus (1), the detection device having at least one eddy current sensor disposed in a portion of the apparatus including at least one impression device having at least two impression elements (3-7), the detection device being configured to detect information relating to an impression symbol that can be pressed into the component by means of the at least two impression elements, wherein the eddy current sensor is disposed on the impression elements such that the eddy current sensor can pass through each impression element to detect a specific combination of the impression surfaces (8) of the impression elements.

This utility model relates to the field of airbag manufacturing technology, and mainly discloses a cutting piece marking and stamping device, including a lower template and an upper template. The lower template has symmetrically installed blocks and positioning blocks. The upper template has marking holes and a stamping opening. A fixing frame is fixedly installed on the end face of the upper template away from the lower template, outside the stamping opening. A stamp is fixedly installed inside the fixing frame, with its bottom protruding from the bottom of the upper template. This utility model has a simple and reasonable structure, and is quick and convenient to use. Through the design of the upper and lower template structures, when the upper and lower templates are closed, marking can be performed quickly and stably through the marking holes, and stamping can be performed quickly using the stamp at the stamping opening. Marking and stamping can be performed simultaneously with a single positioning operation, saving time and effort.

The application discloses a large-format mortise reverse-hung pattern plate and a hot press flat plate with mortise steam exhaust, which is characterized in that a mortise is arranged on the lower surface of the hot press flat plate body, a tenon is arranged on the back surface of the pattern plate body, a through hole for steam exhaust is arranged on the tenon, a gasket plate and a steam exhaust through hole on the gasket plate are designed, and the pattern plate middle part is prevented from drooping and the steam is conveniently and stably exhausted.

The application discloses a kind of vibration mark processing system and method for rotor blade, including part positioning block;Part positioning block is fixed with the part positioning block of rotor blade to be marked;Part positioning block is clamped in positioning block clamp;Wherein, positioning block clamp is embedded data storage chip, and the part mark information of rotor blade is stored in data storage chip;First mobile device is used to transfer positioning block clamp to first material warehouse;Second mobile device is used to transfer positioning block clamp in first material warehouse to the preset marking station of vibration marking machine;Vibration marking machine is used to carry out tenon multidirectional vibration marking to rotor blade to be marked according to the part mark information of rotor blade;Third mobile device is used to transfer positioning block clamp clamped with part positioning block to second material warehouse after marking operation is completed;The application improves the accuracy and consistency of blade tenon vibration marking, satisfies the automatic vibration marking processing demand of blade tenon.

The utility model relates to the field of bag production technology discloses a embossing device for bag production, including embossing processing platform, the upper surface fixed mounting of embossing processing platform has the mounting bracket, the front end of mounting bracket is provided with embossing plate, the rear surface fixed mounting of mounting bracket has the rectangle box, the lower extreme of rectangle box is open setting, cleaning mechanism sets up on mounting bracket, and cleaning mechanism includes L shape connecting plate and cleaning rod, and the front surface of mounting bracket is opened with rectangle hole, and L shape connecting plate sliding installation is in the inside of rectangle hole, and through first hydraulic cylinder can drive the adsorption plate and the bag material on adsorption plate and move up and down, so that the cleaning rod can clean the lower surface of embossing plate embossing plate and the upper surface of bag material simultaneously when moving left and right, realize the embossing of bag and the cleaning of embossing plate after embossing, make subsequent use to embossing plate embossing plate is convenient, thereby improved the efficiency and quality of bag production.

The application discloses a portable steel stamping device and belongs to the technical field of substrate identification stamping. In view of the technical problems of safety risks, laborious operation and inaccurate stamping positioning caused by the use of a hammer to force the traditional steel stamping tongs or handheld steel code, the application adopts a lightweight integrated shell, an internal elastic reset driving assembly, a shell positioning reference structure and a detachable pressure head. The technical scheme points are as follows: the compact structure design realizes portability, the elastic driving reduces the operation strength, the positioning structure guarantees the stamping precision, and the overall shell protection device guarantees the safety. The main use is steel stamping of metal substrates, which is suitable for mobile office, outdoor operation and other scenes, and improves the stamping efficiency, use convenience and operation safety.

The utility model discloses a kind of marking mechanisms, it is related to marking technical field.The marking mechanism includes main body, marking assembly and unlocking assembly, main body is provided with central shaft and locking piece, and one end of locking piece is rotatably connected with main body;Marking assembly includes marking wheel piece, marking wheel piece is sleeved in central shaft and is rotatably connected with central shaft, and the inside wall of marking wheel piece is provided with multiple clamping grooves;Unlocking assembly includes unlocking piece, unlocking piece is movably arranged in main body to have initial position and unlocking position, when unlocking piece is located in initial position, locking piece can be clamped into clamping groove to lock marking wheel piece, when unlocking piece is located in unlocking position, unlocking piece drives locking piece to rotate to make locking piece out of clamping groove.The marking mechanism can be unlocked to marking wheel piece by single-hand operation unlocking piece, so that operating personnel can complete adjusting marking wheel piece by single person, improve production efficiency, reduce labor cost.

The utility model discloses a kind of embossing roller of built-in quick cooling mechanism, including roller, the both ends of roller are fixedly installed with fixed disc, the middle part of two fixed discs is fixedly connected with connecting shaft, the inside of roller is provided with heat conduction cylinder, the both ends of heat conduction cylinder are fixedly connected with at least three heat conduction sheets, through-hole corresponding with heat conduction sheet is opened in fixed disc, first radiating disc is fixedly installed on two connecting shafts, same side heat conduction sheet is fixedly installed on same side first radiating disc, the side surface of first radiating disc away from fixed disc is fixedly connected with multiple arc fin of equal angle arrangement. The embossing of built-in quick cooling mechanism can quickly conduct heat, so that heat can be more efficiently dissipated to the surrounding environment, so as to realize the quick cooling of embossing roller, compared with traditional use circulating liquid cooling embossing roller, simple structure, few components, maintenance is easy, high reliability, low failure rate, low initial and operating cost.

A hot stamping roller, the roller being designed to cooperate with an object to be decorated, the roller comprising at least a first roller part and a second roller part, each roller part being configured to rotate around a longitudinal axis of the roller, the rotation of the first roller part being independent of the rotation of the second roller part.