134results about "Badges" patented technology

The invention relates to the technical field of badge production, in particular to badge production equipment with foam sticking and film tearing functions, which comprises a machine table, a linear circulating conveying mechanism, a plurality of upper cover carriers, a lining paper supply mechanism, a picture supply mechanism, a lower cover pin mounting and foam sticking machine, a lower cover feeding station, a press-fitting forming device and a multi-station synchronous feeding manipulator. The assembly of the upper cover assembly and the assembly of the lower cover assembly are synchronously carried out, pin assembly, foam pasting and film tearing are completed on line, the automation degree is high, the badge production efficiency is greatly improved, the labor intensity and the labor cost for producing badges with foam are reduced, the structural layout is reasonable and compact, and the production efficiency is improved. All feeding and transferring actions can be completed only through the multi-station synchronous feeding mechanical arm and the multi-station synchronous transferring mechanical arm, the using number of the mechanical arms is reduced, the production and manufacturing cost is reduced, and feeding and transferring synchronism is good.

Engravable adhesive decorations comprising a decoration which can be curved to follow the surface geometry of an urn or similar vessel are disclosed. Improvements including removable accessories and screw-in image retainers are also disclosed.

The utility model relates to an elastic badge, the elastic badge comprises a surface pattern layer, an elastic layer and a support layer, the edge of the surface pattern layer is connected with the support layer so as to install the elastic layer between the surface pattern layer and the support layer, the elastic badge is provided with the elastic layer by adding the elastic layer, and the elastic layer is arranged between the surface pattern layer and the support layer. Therefore, the elastic badge looks fuller on the whole, the uneven phenomenon in the using process is avoided, and the visual effect is improved.

To provide a virtual space providing system, a virtual space providing method and a program capable of maintaining order in a virtual space.SOLUTION: The virtual space provision system 100 includes a virtual space generation means 10 for generating a virtual space, a display means 52 for displaying the virtual space provided from the virtual space generation means 10, and a designation input means 54 for designating a part displayed on the display means 52. The virtual space generation means 10 has a function of generating a target person or an object having a predetermined qualification or authority in the virtual space, a virtual emblem is given to the target person or the object having the predetermined qualification or authority, and the virtual emblem 90 is generated based on information of the emblem 80 that actually exists.SELECTED DRAWING: Figure 1

The utility model relates to a composite interlayer badge, the composite interlayer badge comprises a pattern layer, a composite support layer and a badge main body, the composite support layer comprises an interlayer and flexible plastic layers fixed on two sides of the interlayer, the periphery of the badge main body is provided with a clamping groove, and the clamping groove is provided with a clamping groove. The composite supporting layer is installed on the upper side of the badge body in an attached mode, the pattern layer wraps the composite supporting layer on the badge body, the edge of the pattern layer is embedded into the clamping groove, the pattern layer is supported by the composite supporting layer to keep the surface smooth, a fuller radian is formed, wrinkles are avoided, and the service life of the badge body is prolonged. And the surface lighting effect can be optimized.

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.

To provide a pressing method for manufacturing a coin having an extremely high degree of relief and high quality.SOLUTION: A coining method for manufacturing a coin (100) includes a step of preforming reliefs (105 - 0, 1,105 - 2) of the coin (100), and a step of restriking the reliefs (107 - 0, 1,107 - 2) using coining dies (105 - 0, 1,105 - 2).SELECTED DRAWING: Figure 1

Provided is a button badge production system that, even when a material runs out during continuous production of button badges, resumes button badge production without wasting the material of a button badge for which production has been interrupted. A button badge production system 300 comprises a printer 1, a crimping machine 100, and a controller 12. The crimping machine 100 includes a first stocker 2a capable of holding a plurality of shells SE, a first supply mechanism 2, and a first die M1. Upon receipt of instructions to produce two or more button badges, the controller 12 causes the first supply mechanism 2 to supply a first shell SE1 from the first stocker 2a to the first die M1. After the supply of the first shell SE1, the controller 12 causes the printer to start printing on a first base sheet WF1. After the printing on the first base sheet WF1, the controller 12 causes the printer 1 to supply the first base sheet WF1 to the crimping machine 100. If there is no second shell SE2 in the first stocker 2a, the controller 12 stops printing on a second base sheet WF2.

The utility model relates to the field of badges, aims to solve the problem that a down jacket is easy to damage when a badge is worn, and discloses a badge wearing assembly which comprises a supporting box and a supporting plate, the supporting box and the supporting plate are fixedly assembled, a cloth layer is fixedly pasted on the surface of the supporting plate, a guide groove is formed in the side face of the supporting box, and a rotating shaft is arranged in the supporting box in a sleeved mode. A winding belt is wound on the surface of the rotating shaft, a check block is fixedly installed at the end of the winding belt, the lower end face of the supporting box is movably sleeved with a rotating disc, and a check rod is fixedly installed on the lower surface of the rotating disc. The badge wearing assembly disclosed by the utility model can be worn on clothes through the screwing force of the winding belt, and meanwhile, the damage to the clothes is also avoided.

Provided is a badge creation system capable of automatically creating a badge in which a front-side member and a back-side member are connected. A badge production system (10) is provided with: a first loading unit (31) that loads a front-side member (A) into a first lower mold (35a); a printing unit (21) that performs printing on the printing medium (W); a transport unit (33) that transports the medium (W) to be printed from the printing unit (21) onto the first lower mold (35a); a mold unit (35) having the first lower mold (35a) and connecting the front-side member (A) and the back-side member (B), which are covered by the printing medium (W), to produce a badge (C); and a control unit that executes a badge manufacturing process including one or more manufacturing jobs for manufacturing one badge (C), the manufacturing jobs being performed before the printing medium (W) printed by the printing unit (21) is conveyed onto the first lower mold (35a) by the conveying unit (33), and the first lower mold (35a) is pressed by the printing unit (21) before the printing medium (W) is conveyed onto the first lower mold (35a) by the conveying unit (33). The front side member (A) is loaded in the first lower die (35a) by the first loading unit (31).

This prevents the fastening pin from falling off the back surface or connecting member, and facilitates the installation of the fastening pin. [Solution] In a fastening pin mounting structure for a badge to be attached to an object, the fastening pin is attached to a back cover which is fixed to a front cover on which a pattern or the like is displayed, the first and second locking parts have first and second housing holes for housing a portion of the fastening pin. The two locking parts are positioned on the back cover such that the two housing holes are aligned in a straight line. The first locking part has a first opening that opens the first housing hole in a direction perpendicular to the direction in which the first housing hole extends, and the second locking part has a second opening that opens the second housing hole in the opposite direction to the direction in which the first opening opens the first housing hole. Both openings include elastically deformable openings to hold a portion of the fastening pin in both housing holes. Both openings communicate with the distance between the two locking parts.

The towel embroidery bar stamp comprises a base layer and a supporting layer, the supporting layer is located on the upper side of the base layer, the supporting layer and the base layer form a containing cavity, the containing cavity is provided with an upper opening, an embroidery stamp is arranged on the supporting layer, a movable layer is arranged on the top of the base layer, and the movable layer can be inserted into the containing cavity to expose the embroidery stamp or cover the supporting layer to cover the embroidery stamp. A filling part is arranged on the upper side of the movable layer; when the embroidery seal needs to be displayed, the movable layer can be stuffed into the containing cavity to expose the embroidery seal, the supporting layer is bulged outwards in the containing cavity through the arranged filling part, so that the embroidery seal on the supporting layer is bulged outwards, the display effect is improved, the situation that wrinkles and indents are likely to occur on clothes is avoided, and when the embroidery seal does not need to be displayed, the display effect is improved. The movable layer covers the supporting layer to cover the embroidery, so that the embroidery is shielded and protected, and the embroidery is prevented from being blurred due to friction caused by long-time exposure.

The present invention provides a means that enables reducing a feeling of strangeness felt by a person looking at a manufactured pinback button.　A pinback button manufacturing assistance program 30 causes a control unit 11 of an information processing device 10 to execute: identification processing (S34) for identifying, with respect to an input image, a print area that includes at least a part of the input image and demarcates a print image to be printed on a pinback button; determination processing (S36) for determining whether or not a blank area not including the input image is present in the print area; and complement processing (S39, S40, S42) for complementing the pixel value of a pixel in the blank area on the basis of the pixel value of a pixel included in the input image upon determination by the determination processing that said blank area exists.

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.

The invention relates to measuring technology. An audio badge comprises a housing, a printed circuit board, a microphone, a power element, an accelerometer, a long-term memory chip, a Wi-Fi communication module, a microcontroller and a flexible screen. The screen is connected to a port by a ribbon cable that wraps around an end face of the printed circuit board, said end face having a recess configured therein for accommodating the ribbon cable. The device housing is comprised of a lower panel with side and end surfaces and with mating depressions for receiving the components of the printed circuit board. The side surfaces and one of the end surfaces of the lower panel are provided with guide ledges for installation of a cover panel. The technical result is a reduction in the overall dimensions and weight of the device.

To suppress the deterioration of image quality caused by the bleeding of ink without lowering the productivity of a can badge in a can badge manufacturing apparatus.SOLUTION: A first fan M1, a second fan F1, a third fan F2, a first heater F3, a second heater H1, and a third heater H2 are arranged in a path for conveying media PF from a recording part 1 to a first lower die H3. The first fans F1, the second fans F2, and the third fans F3 blow air to the recording surfaces of the media PF. The first heater H1 heats the air blown by the first fan F1. The second heater H2 and the third heater H3 heat the media PF. In the second path 22, the transport speed of the medium PF is reduced. Thus, even when the environmental temperature and the environmental humidity change, the recording surface of the medium PF can be efficiently dried, and the smearing of the ink on the can badge 200 can be suppressed.SELECTED DRAWING: Figure 7

The application relates to the field of badge manufacturing devices, in particular to an automatic badge continuous coating and forming production line, which comprises a forming workbench and a cloth feeding workbench, the forming workbench and the cloth feeding workbench are respectively provided with feeding ends and discharging ends, the forming workbench and the cloth feeding workbench are arranged at an angle of 90 degrees, and the discharging end of the cloth feeding workbench coincides with the feeding end of the forming workbench; a guide device, a pressing device, a metal piece feeding device, a braid feeding device and a cutting device are sequentially arranged in the cloth feeding workbench from the feeding end to the discharging end side; the forming workbench is sequentially provided with a braid lateral standing part and a braid inner pressure forming part from the feeding end to the discharging end side, and a forming feeding device is oppositely arranged at the side of the feeding end of the forming workbench, the forming feeding device is used for pushing the semi-finished product output by the braid feeding device into the braid lateral standing part.

To provide a button product fabricating device capable of shortening a button product fabricating time. The button product fabricating device is configured to fabricate a button product by connecting a front member and a back member, and includes: a printing unit configured to perform printing on a printing medium; a die unit configured to connect the front member and the back member; and a conveying unit configured to convey the printing medium onto the front member along a conveying path from the printing unit toward the die unit. The conveying unit includes a plurality of conveying rollers and a one-way clutch, and the one-wary clutch is configured to transmit a drive force to the conveying rollers when rotating in a first rotation direction and not to transmit the drive force to the conveying rollers when rotating in a second rotation direction which is a direction opposite to the first rotation direction.

The personalized rosary model includes: • a) A grain of rice on which a name of choice is inscribed, inserted at the bottom of the rosary; • b) Holy water from the grotto of Lourdes, added in the middle / upper part of the cross; • c) The materials composing the rosary are selected individually, allowing total personalization of the object, and each rosary is assembled by hand.

The utility model discloses a drawable locking structure of badge machine, it includes locking cooperation end and unlocking subassembly, locking cooperation end is provided on the rotating plate, the unlocking subassembly includes locking piece and push plate along the back-and-forth direction drawable installation in the mounting vacancy, in the locking state, the push plate is locked with the locking piece, and the locking piece is locked with the push plate. The locking piece is used for locking the pushing plate at the locking matching end in a matched mode, and the front end of the pushing plate abuts against the switching vertical rod and limits the switching vertical rod to be disengaged from the clamping groove hole backwards. In the unlocking state, the locking piece is separated from the locking matching end, the pushing plate can horizontally move backwards, and locking of the switching vertical rod is relieved, the unlocking assembly and the locking matching end are matched with each other, the unlocking and locking modes are very convenient, in the process that the rotating plate rotates around the switching vertical rod, the rotating plate can be effectively prevented from being separated from the switching vertical rod, and the locking effect is good. And the structural stability is good, and the stability of the rotating structure between the rotating plate and the switching vertical rod is greatly enhanced on the premise that the rotating plate and the lower die base are not affected to be easily replaced.

This can badge making device suppresses deterioration of image quality due to bleeding of ink without lowering can badge productivity. On a path on which a medium PF is conveyed from a recording part 1 to a first lower mold M1, a first fan F1, a second fan F2, a third fan F3, a first heater H1, a second heater H2, and a third heater H3 are provided. The first fan F1, the second fan F2, and the third fan F3 blow air to the recording surface of the medium PF. The first heater H1 heats the air blown by the first fan F1. The second heater H2 and the third heater H3 heat the medium PF. On a second path 22, the conveying speed of the medium PF is reduced. Thus, even when the environmental temperature and the environmental humidity fluctuate, the recording surface of the medium PF can be efficiently dried and the bleeding of the ink on a can badge 200 can be suppressed.

We provide hat patches that can be easily attached and detached for each event, making them ideal for use at events. [Solution] The hat patch 1 is circular in shape, and the hat patch 1 is constructed by integrally forming a surface member 2 and a hook-and-loop fastener male member 3. A design display area 4 is provided on the surface of the surface member 2, the outer diameter φ of the hat patch 1 is 40 mm ≤ φ ≤ 80 mm, and the total thickness t of the hat patch 1 is 2.0 mm ≤ t ≤ 4.0 mm.

The utility model discloses a badge structure which comprises a badge body, an auxiliary piece is arranged on the badge body, and a suction piece is arranged between the auxiliary piece and the badge body. The bandage body comprises a bandage body, a folding section and loose ends are formed after the bandage body is folded, a connecting piece is arranged on the folding section, and the two loose ends are connected in a buckled mode; the badge body is detachably connected with the bandage body, and the badge has two different wearing modes, is more flexible to wear and simple in structure, and can be worn as a medal or a wristwatch.

In a button badge manufacturing system, even if the material runs out while button badges are being continuously manufactured, the system allows button badge manufacturing to continue without wasting the material from the button badges whose production was interrupted. [Solution] The button badge manufacturing system 300 comprises a printer 1, a crimping machine 100, and a controller 12. The crimping machine 100 has a first stocker 2a capable of holding multiple shell SEs, a first supply mechanism 2, and a first mold M1. When the controller 12 receives instructions to manufacture two or more button badges, it causes the first supply mechanism 2 to supply the first shell SE1 from the first stocker 2a to the first mold M1, and after the supply of the first shell SE1, it causes the printer to start printing the first backing sheet WF1, and after printing the first backing sheet WF1, it causes the printer 1 to supply the first backing sheet WF1 to the crimping machine 100, and if there is no second shell SE2 in the first stocker 2a, it stops printing the second backing sheet WF2.

The can components that make up the can badge are securely fitted into the recesses of the lower mold. [Solution] The can badge manufacturing apparatus 1 comprises a first lower mold 63 having a recess 63a into which a front member 4 is fitted, a front member supply unit 40 that stores the front member 4 and supplies the stored front member 4 toward the first lower mold 63, a rotational movement unit 60 that moves the first lower mold 63 to a basic position P1, a crimping position P2, and an intermediate position P3, and a control unit 90 that controls the front member supply unit 40 and the rotational movement unit 60. The control unit 90 supplies the front member 4 from the front member supply unit 40 when the first lower mold 63 is in the basic position P1 (S12), and then moves the first lower mold 63 to the rotational movement unit 60 so that the first lower mold 63 moves from the basic position P1 to the intermediate position P3 and stops (S13).

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.

This invention relates to a computer-implemented method of generating an article of manufacture. The method comprises the steps of receiving date and location data relating to a user event and thereafter accessing a star catalogue, determining the position of the stars relative to the date and location data, and projecting the star positions onto a two-dimensional (2D) plane. Once the star positions have been projected onto a 2D plane, the method comprises the steps of generating a computer-readable file for the star positions, providing the file to a laser engraving machine, and the laser-engraving machine engraving the article of manufacture according to the computer-readable file. The article of manufacture is preferably an item of jewellery such as a pendant. The method provides an efficient and cost-effective way of manufacturing a bespoke, high value item.

The utility model discloses a tinplate badge capable of reflecting light at night, which relates to the technical field of tinplate badges and comprises a tinplate badge body, and a composite light reflecting structure is arranged on the surface of the tinplate badge body. The composite reflective structure comprises a fluorescent primer layer, a nano-silver reflective middle layer, a microprism reflective surface layer and a transparent protective layer; the fluorescent primer layer is coated on the surface of the tinplate badge main body and is used for absorbing light in daytime and emitting light at night, and the nano-silver reflective middle layer is arranged on the fluorescent primer layer, is tightly connected with the fluorescent primer layer in a chemical bonding manner and is used for realizing light reflection. The micro-prism reflective surface layer is located above the nano-silver reflective intermediate layer, is attached to the nano-silver reflective intermediate layer through an optical adhesive and is used for realizing multiple reflections of light, and the transparent protective layer covers the micro-prism reflective surface layer and is firmly combined with the micro-prism reflective surface layer through a hot pressing process; the night light reflection effect is achieved.

The inspection badge with the emergency call function comprises an inspection badge assembly, an antenna assembly, an aromatherapy assembly and a call assembly, the upper end and the lower end of the inspection badge assembly are fixedly connected with the antenna assembly, the front end of the inspection badge assembly is fixedly connected with the aromatherapy assembly, and the call assembly is fixedly connected with the inspection badge assembly. The middle of the inspection badge assembly is fixedly connected with the calling assembly, and the inspection badge assembly is characterized by further comprising an inspection badge, and the rear end of the inspection badge is in threaded connection with the front end of the connecting threaded shell through a threaded groove; the thread groove is formed in the rear end of the inspection badge; threads are arranged at the front end of the connecting thread shell; the antenna grooves are formed in the upper end and the lower end of the connecting threaded shell; by arranging the calling assembly capable of carrying out emergency call dialogue, the device can carry out emergency call dialogue at an emergency moment so as to help a procurator to rapidly trigger an alarm and timely contact support or medical assistance, and personal safety risks are reduced.