19results about "Badges" patented technology

The present invention provides a badge and a method for manufacturing the same. The badge (10) comprises a printing layer (30) and a substrate (20) as a processed layer. The printing layer (30) is printed with a subject image (32), which has a radial center point (38) as a radially presented center point. The substrate (20) has an annular processed surface (22) on which an annular processing is performed. At least one of the printing layer (30) and the substrate (20) is translucent. Moreover, the printing layer (30) is laminated on the annular processed surface (22) side of the substrate (20) in such a way that the radial center point (38) of the subject image (32) coincides with the annular center point (28) as the center point of the annular processing.

The utility model belongs to the technical field of badges, and particularly discloses a stamping three-dimensional embossment color layer metal badge which comprises a badge body, the badge body is made of metal materials, a pattern groove is formed in the decorative face of the badge body, and various protruding patterns with the three-dimensional decorative effect are formed in the pattern groove through the stamping technology. The non-protruding part in the pattern groove is coated with a color coating, and all the protruding lines and the color coating cooperate to form a decorative pattern. According to the stamping three-dimensional embossment color layer metal badge disclosed by the utility model, a plurality of convex patterns are formed in the pattern groove of the decorative surface of the badge body by a stamping process, and the color coating is coated on the non-convex part in the pattern groove, so that the decorative pattern formed by all the convex patterns and the color coating collaboratively not only has stronger three-dimensional sense, but also is distinct in gradation; and the decoration effect and the artistic value of the badge are effectively improved.

This application relates to a technical field concerning multifunctional school emblem badges, and more specifically, to a school emblem badge having a motion positioning function. The school emblem badge having a motion positioning function includes a school emblem badge mounting base, a school emblem badge body, and a positioning module. Mounting holes are formed on the outer surface of the school emblem badge mounting base, wiring holes are formed on the bottom surface of the mounting holes, and the wiring holes are provided in pairs. The school emblem badge mounting base is sewn to the uniform at a position close to the heart of the uniform. An annular groove is formed on the side wall of the mounting hole, and a relief groove and a positioning groove are formed at the outer end opening of the annular groove. A positioning base is integrally molded on the side wall of the school emblem badge body, and a positioning column is integrally molded on the outer end surface of the positioning base. By wearing the school emblem badge, which consists of a combination of the school emblem badge mounting base, the school emblem badge body, and the positioning module, the student's location information and motion status can be acquired, the amount of physical activity of the student can be monitored in real time, and the student can be encouraged to actively participate in sports activities through information feedback, further effectively improving the student's physical ability and promoting the student's physical health.

We offer tin badges with an elaborate structure, excellent aesthetics, and a voice-activated function that is convenient for carrying around or as decoration. [Solution] The tin badge with a voice function includes a front cover 1, a back cover 2, a voice unit and a safety pin 3. The front cover is provided with a glitter layer 11 and a pattern printing layer 12. The front cover and the back cover are fixedly connected, forming a housing chamber between them. The voice unit is fixedly installed in the housing chamber, and the safety pin is fixedly installed on the back cover. The voice unit includes a circuit board 4 and a speaker 5 fixedly installed in the housing chamber. A chip, a battery and a push-button switch are fixedly installed on the circuit board. The battery, push-button switch and speaker are all electrically connected to the chip, and the button of the push-button switch penetrates the back cover and reaches the outside.

This invention provides a badge manufacturing system, a badge manufacturing program, and a badge manufacturing method capable of producing badges efficiently and with high precision. The badge manufacturing system comprises: a printing unit for printing images on a printing medium; a mold unit having a lower mold for loading front and back components, for assembling the printing medium, front and back components to produce badges; a conveying unit for conveying the printing medium from the printing unit to the lower mold of the mold unit; and a control device that receives image data and generates rotational image data that rotates the object image contained in the image data by a predetermined angle, and the printing unit prints the object image on the printing medium based on the rotational image data.

A bail including a body having a first surface and a second surface. The first surface and the second surface are spaced by a continuous sidewall. The body has a first end and a second end opposite the first end. The bail includes a primary opening that extends through the body from the first surface to the second surface. The bail includes a secondary opening extending from the primary opening towards the sidewall to a secondary opening end. The secondary opening forms a secondary opening surface that is disposed between the first surface and the second surface. The bail also includes a tertiary opening disposed between the primary opening and the secondary opening.

To provide a can badge key holder capable of reducing manufacturing costs by shortening cycle time. [Solution] This is a can badge key holder in which a can badge 1 is connected to a key holder body 80. The can badge 1 comprises a front plate 10, a resin back plate 20 that is pressure-bonded to the front plate 10 at its outer periphery, and a resin connecting member 30 that is attached to the back plate 20. The back plate 20 is provided with a fitting hole 23, and the connecting member 30 is provided with a fitting protrusion 33 that fits into and engages with the fitting hole 23, and a connecting hole 32a to which the key holder body 80 is connected. Then, by manual operation without using tools, one end of the key holder body 80 is inserted into the connecting hole 32a, and the fitting protrusion 33 is then fitted into and engaged with the fitting hole 23.

We offer button badges with enhanced design. [Solution] The button badge 1 comprises a shell 10 which constitutes the front side, a back part 12 which constitutes the back side, and memorabilia 11 which is laminated on the surface of the shell 10 via a first adhesive layer 13. Memorabilia 11 is a general term for commemorative items related to people, events, etc. By providing memorabilia 11 to the button badge 1, the appeal of the button badge 1 can be enhanced and its design can be improved.

We provide decorative items such as cards, acrylic stands, and badges with printed photos or images that resist deterioration of their appearance. [Solution] The decorative body 10 comprises a main body 3 having a display surface 3a, and a laminated film that covers the display surface 3a of the main body 3 and has a resin substrate 9 and a self-healing layer 1 provided on the side of the resin substrate 9 opposite to the main body 3. A printing layer 5 having a printed section 6 is provided between the display surface 3a of the main body 3 and the back surface of the resin substrate 9.

This utility model relates to a replaceable hemp-themed badge, comprising a bottom cover with pin holes symmetrically arranged on the bottom wall of the bottom cover; a placement groove is provided inside the bottom cover for placing picture paper; a hemp-themed cover is provided on the upper side of the bottom cover; a fixing component for fixing the hemp-themed cover is installed on the bottom wall of the bottom cover; a positioning component for limiting the position of the picture paper is provided on the bottom wall of the placement groove. This replaceable hemp-themed badge combines the characteristics of hemp-themed mahjong with character badges, thereby distinguishing it from existing character badges and allowing for more expressive forms. Users can remove the hemp-themed cover and replace the picture paper with their favorite picture, facilitating secondary processing and creation of the replaceable hemp-themed badge and increasing its fun factor.

This provides a small badge capable of displaying images. [Solution] The badge 1 comprises a housing 10 having a display unit 11 and a housing unit 10A, and a circuit board unit 50 and a power supply unit 80 housed in the housing unit 10A. The housing 10 has a front part 20 including the display unit 11, a rear part 30, and side wall parts 40 arranged along the periphery of the front part 20 and the rear part 30. The circuit board unit 50 has a circuit board 51 having a first peripheral edge 51d that runs along a part of the inner surface of the side wall part 40 when viewed in the front-to-back direction, and a second peripheral edge 51e connecting both ends thereof, and an IC chip that controls the display of the display unit 11. The power supply unit 80 is located in the housing unit 10A, in the second region Q of the second region Q, which is a first region P where the circuit board 51 partitioned by the second peripheral edge 51e is located, and a second region Q other than the first region P, when viewed in the front-to-back direction.

This utility model discloses a badge machine for children, relating to the field of badge machine technology. It includes: a housing, with a discharge assembly installed inside the housing for ejecting finished badges. The discharge assembly includes a support base, a processing groove, a first protective pad, a groove body, an electric push rod, and a push plate. The support base is fixed inside the housing. The processing groove is located at the top of the support base, and the groove body is located on the bottom inner wall of the processing groove. The first protective pad is installed on the bottom inner wall of the processing groove, and has a through-slot corresponding to the groove body. The electric push rod is installed at the bottom of the support base. In this utility model, when discharge is required, the electric push rod drives the push plate upward, thereby ejecting the finished badges from the processing groove, making the discharge of finished badges more convenient.

This utility model discloses an NFC badge, relating to the field of badge technology. The utility model includes a fixing plate and a badge disposed on one side of the fixing plate. The badge consists of a badge panel and a badge base plate, which are snap-fitted together. A double-sided adhesive sponge is adhered to the inner wall of one side of the badge panel, with one side of the adhesive sponge adhering to the inner side of one side of the badge base plate while the other side is flat. It also includes an NFC (Not Innocent Flask), which is adhered to the flat side of the adhesive sponge. A connecting mechanism is disposed between the fixing plate and the badge base plate, allowing the badge to be detachably connected to the fixing plate. The NFC in this utility model can be flatly fixed to the badge panel, avoiding bending that could affect the signal. Two magnets are used to attract and fix the badge base plate to the fixing plate, making operation convenient, reducing the number of times pins need to be inserted into clothing, and simplifying badge replacement. Furthermore, the locking blocks and latches maintain the stability of the badge, preventing it from falling off.

A faux woven garment emblem having a faux emblem layup of a unitary body and that includes a first layer of a fabric material, with a first upper surface configured to be printed with a design thereon, and a first lower surface opposing the first upper surface, a second adhesive layer of a polymeric material heat-activated, adhesively, and directly coupled to the first lower surface, a third layer of a non-woven fabric material, with a third upper surface directly coupled to the second adhesive layer, and with a third lower surface opposing the third upper surface, and a fourth adhesive layer directly coupled to the third lower surface and configured to adhere the faux emblem layup to a garment.

This invention relates to the field of electronic product technology and provides a double-sided composite electronic display badge, comprising: an aluminum alloy frame with an internal cavity, the front and rear ends of which have a first opening and a second opening, respectively; a main control circuit board and a directional battery, both embedded in the cavity, the directional battery being electrically connected to the main control circuit board to provide system power; and a TFT display screen embedded in the first opening of the aluminum alloy frame and communicatively connected to the main control circuit board for dynamic display of digital content. In this embodiment, a lanyard is fixed at the top of the frame, allowing the user to attach a lanyard or pin. The physical badge on the chest can be used for high-frequency interaction with the TFT display screen facing outwards, or to showcase the craftsmanship of the badge in various forms, thus forming a double-sided display.

This invention provides a button badge and a method for manufacturing a button badge that are aesthetically pleasing, have a highly tactile surface texture, and can be produced at low cost. [Solution] The can badge 10 of the present invention is composed of a transparent cover member 12, a paper-cut pattern member 14 on which a paper-cut pattern 15 is formed, a background pattern member 16 on which the colors and / or design are drawn to match the paper-cut pattern 15, an upper lid member 20, and a lower lid member 22. The transparent cover member 12 and the background pattern member 16 are sized so that when they are stacked and placed on the upper surface 21a side of the upper lid member 20, their peripheral edges 12a and 16a can wrap around to the lower surface 21b side of the upper lid member 20. The paper-cut pattern member 14, which is placed between the transparent cover member 12 and the background pattern member 16, is sized so that its peripheral edge 14a cannot wrap around to the lower surface 21b side of the upper lid member 20.

The application discloses a multifunctional composite animation peripheral product and a manufacturing process thereof, wherein the animation peripheral product comprises a pin, a magnet, a back plate, a base shell, a visual layer and a packaging shell; the back plate is detachably arranged on the back of the base shell, and the pin and the magnet are arranged on the back plate; the base shell is provided with a hanging hole and a containing cavity; the containing cavity is arranged on the front of the base shell, and the visual layer is arranged at the bottom of the containing cavity; the packaging shell is transparent or translucent; the packaging shell is arranged on the front of the base shell and located at the opening of the containing cavity, and the packaging shell is used for closing the containing cavity. The technical effects are as follows: the core use functions of three commonly used peripheral products, namely, a pendant, a medal and a refrigerator sticker, are integrated, a modular back plate design is adopted, the separation of product functions and visual bodies is realized, the use scene can be flexibly switched, and the problems of function solidification and single visual performance of traditional products are solved.