27 results about "Folded form" patented technology

The utility model discloses a can accomodate clothes hanger, including fixed support still include: at least one clothes pole, rotation setting in the top of fixed support, movable support, top rotation connection rotation piece's lower extreme, the clothes pole is through a sliding part with rotation piece's upper end rotation connection, the sliding part sliding connection in the clothes pole on, can along the clothes pole length direction sliding, the clothes hanger is through the horizontal distance of adjusting movable support and fixed support and realizes the unfolding and folding of clothes pole to clothes hanger group of the utility model clothes hanger machine has the advantages of simple folding form, good stability, high folding compactness.

The utility model relates to paper treasure production technical field discloses a kind of paper treasure automatic folding forming mechanism, including machine frame, cutting and folding mechanism and folding mechanism, the cutting and folding mechanism includes protective housing and two power rollers, the side of the outer wall of the rear end of machine frame is fixedly connected with protective housing, the front end and rear end of power roller are rotatably connected with machine frame, the folding mechanism includes operation table and two folding rollers, the outer wall of the front end of machine frame is fixedly connected with operation table, the two sides of folding roller are rotatably connected with operation table, the front end and rear end of the outer wall of one side of machine frame are fixedly connected with connecting frame. In the utility model, knob in mounting mechanism is driven to rotate rotating block by connecting rod, rotating groove is slidably connected with moving rod, so that moving rod drives arc-shaped roof to move, the inner wall of tin foil tray is pressed, cooperate the pressure applied to connecting rod by fastening bolt, prevent its rotation, facilitate staff to install and fix tin foil tray.

The industrial design for which registration is sought relates to the appearance of a medical device intended for the fixation of the pelvic ring of an injured person. The product is in the shape of a thick, elongated rectangular belt with tapered ends, and is formed to be visually divided into two parts by a rectangular buckle. Each part of the thick belt has one side that is very smooth and the other side that is very rough. In part of the thick belt, a thin, loop-shaped strap is visible, and its outer surface is rough. The product is disclosed in three visual forms: - Tightened form, in which the product is loop-shaped (Figures 1.1-1.5). - Loosened form, in which the product is elongated rectangular (Figures 1.6-1.7). - Folded form, in which the product has multiple rectangles (Figures 1.8-1.9). In the tightened and folded figures, a portion of the thick belt wrapped over the buckle is visible. An elongated rectangular flap is visible over this wrapped portion. 1.1) Perspective view; 1.2) Perspective view; 1.3) Perspective view; 1.4) Perspective view; 1.5) Plan view; 1.6) Bottom view; 1.7) Plan view; 1.8) Plan view; 1.9) Front view

The application discloses a core-wound hand-held rope automatic edge-covering forming machine. The application comprises a first feeding assembly, a second feeding assembly, a third feeding assembly, a fourth feeding assembly, a first pressing and pulling assembly, a second pressing and pulling assembly, a third pressing and pulling assembly and a folding forming assembly; the first feeding assembly is used for flat band feeding, the second feeding assembly is used for first group of double-sided adhesive tape feeding, and the first pressing and pulling assembly is used for pressing and pulling the first group of double-sided adhesive tape and the flat band; the third feeding assembly is used for core-wound roll feeding, the second pressing and pulling assembly is used for pressing and pulling the flat band pressed by the first pressing and pulling assembly and the core-wound roll; the fourth feeding assembly is used for second group of double-sided adhesive tape feeding, the third pressing and pulling assembly is used for pressing and pulling the flat band pressed by the second pressing and pulling assembly and the second group of double-sided adhesive tape; and the folding forming assembly is used for folding the flat band pressed by the third pressing and pulling assembly on both sides.

The utility model provides a folding strength high's colour box of outer box, including the box body, the box body is by a paperboard cutting folding forming the box body inner chamber bottom length direction's opposite two side angle position place all inlayed with the reinforcing rib of strip cross section is triangle, forms corrugated board cushion layer between the reinforcing rib of opposite two sides, the bottom of corrugated board cushion layer and the box body inner chamber bottom are pasted contact, the box body inner chamber and be located the upper surface of corrugated board cushion layer are provided with the corrugated limiting sleeve of matching with product shape, the four sides upper portion of corrugated limiting sleeve all are clamped and fixed with corrugated partition, each corrugated partition is with box body inner side wall respectively and is in contact and will form five article space with the inner chamber of box body. Have good anti -shock buffer function.

This invention relates to the field of corner pasting machines, and more particularly to a fully automatic cardboard box folding and corner pasting machine. It includes a frame, on which are mounted a lifting and feeding mechanism, a suction mechanism (mounted above the lifting and feeding mechanism on the frame for suction of cardboard and feeding to a feeding mechanism), a feeding mechanism (mounted above the lifting and feeding mechanism on the frame for straightening the cardboard fed by the suction mechanism and conveying it to the molding station for temporary support), a molding mechanism, a corner pasting mechanism, and a box feeding conveyor belt. The entire process from cardboard feeding, suction, feeding to molding and corner pasting can be completed in one machine, with a high degree of automation and integration, improving work efficiency. The feeding mechanism straightens the cardboard fed by the suction mechanism, ensuring that the cardboard does not deviate at the molding station, resulting in a square box shape and improved molding quality.

In aspects of foldable mobile device camera, a mobile device includes a foldable housing that folds the mobile device from an opened form factor to a folded form factor. The mobile device includes a camera device to capture digital images in the folded form factor of the mobile device. The camera device is operational as a rear-facing camera located approximately centered between a first half of the foldable housing and a second half of the foldable housing in the opened form factor of the mobile device. The camera device is also located at a top edge of the first half of the foldable housing in the folded form factor of the mobile device.

An exemplary stent includes an elongated tubular member comprising at least one strut forming a tubular wall having a plurality of cells extending through the thickness of the tubular wall. The elongated tubular member may be configured to move between a radially folded form and a radially expanded form. A coating is disposed on the elongated tubular member and traverses at least a portion of the plurality of cells. One or more magnetic members may be disposed on or within the coating.

A kind of full paper structure buffer packaging suitable for electronic product, including integrally formed, sequentially connected by transverse folding line, packing groove back lining plate, packing groove top plate, upper front plate, top plate, back plate, bottom plate, lower front plate, packing groove bottom plate, packing groove back lining plate and additional back support plate that is independently separated. After folding forming and fixing, full paper structure buffer packaging with a packing groove can be formed, and two buffer packagings are symmetrically arranged, i.e. two ends of electronic product are inserted into packing grooves on two sides respectively. The utility model realizes integrated structure through accurate folding process, meets the stringent environmental protection requirements of current global non-plastic packaging and degradable packaging, provides three-dimensional omnidirectional support for internal packing groove, and can effectively disperse and absorb impact force in different directions such as horizontal direction and vertical direction. The synergistic effect of overall packaging structure makes it have strong load-bearing performance and energy absorption, especially suitable for multiple handling or long-distance transportation scene, and continuously provides protection for product.

This application discloses an adjustment method for a capacitive proximity sensor applied to a foldable device, and an electronic device, and relates to the field of terminals. The method includes: The electronic device may detect a capacitance value through the capacitive proximity sensor. A capacitance value detected by the capacitive proximity sensor is a sum of a human body proximity capacitance value and an environmental capacitance value. When it is detected that a foldable screen is changed from a non-fully folded form to a fully folded form, the electronic device may adjust environmental offset data 1 to environmental offset data 2 based on a currently determined environmental capacitance value. The environmental offset data 1 is for eliminating an environmental capacitance value when the foldable screen is not in the fully folded form, and the environmental offset data 2 is for eliminating an environmental capacitance value when the foldable screen is in the fully folded form. When the foldable screen is in the fully folded form, the electronic device may detect, based on the environmental offset data 2, the human body proximity capacitance value through the capacitive proximity sensor.

The application relates to the technical field of carton production equipment, and discloses a continuous combined production line for carton production, which comprises a fixing frame, a slitting module for slitting the edges of paperboards, an indentation module for indenting the folding positions of the paperboards, and a folding forming module for automatically nailing the folded cartons; the folding forming module comprises an edge pressing piece, a nailing piece and a discharging piece. The continuous combined production line for carton production can realize the quick slitting of the paperboards, the quick rolling and indenting of the folding marks, and the quick automatic nailing of the folded cartons, thereby realizing the quick and continuous production of the paperboards into the cartons, effectively improving the production efficiency of the cartons, reducing the labor input, and being simple in operation, small in size, low in input cost and effectively suitable for the carton production of small and medium-sized enterprises.

The utility model relates to the technical field of aluminium veneer edge folding, disclose a kind of edge folding forming device for aluminium veneer processing, including edge folding table, the top front side of edge folding table is fixedly connected with support, the front and back of support are respectively provided with connecting piece one and connecting piece two, and the front and back of support one side are respectively fixedly connected with U piece one and U piece two, connecting piece one is installed with edge folding tool, the bottom of connecting piece two is provided with several groups of fixed components, servo motor is provided on the support, the output of servo motor is fixedly installed with driving gear. The utility model is used in cooperation between support, connecting piece one, connecting piece two, U piece one, U piece two, lead screw one, lead screw two, servo motor, driving gear, driven gear one and driven gear two, can realize aluminium veneer fixing and edge folding operation simultaneously, increase work efficiency, can reduce the use of kinetic energy equipment, reduce cost.

The utility model discloses a paperboard packing box folding forming die passes down through the drive of electric push rod hollow board, then starts first motor and drives first bevel gear to rotate, first bevel gear drives the rotation of meshed second bevel gear at this moment, then second bevel gear drives the rotation of first two -way threaded rod, first two -way threaded rod rotates on hollow board at this moment, then two second moving plate drive first bending head to move outward, in the utility model, pass down through the drive of electric push rod hollow board, then start first motor and drive first bevel gear to rotate, first bevel gear drives the rotation of meshed second bevel gear at this moment, realize that one motor rotation fast drive four bending head and move outward or move inward, the convenient folding paperboard of different size has improved the overall quality of product, reduced the artificial cost, reduced the waste of paperboard, improved work efficiency.

The utility model discloses a paper bag machine, including frame, be provided with first indentation mechanism, cutting mechanism and folding forming mechanism on the frame, the cutting mechanism place between first indentation mechanism and folding forming mechanism, still be provided with conveying device on the cutting mechanism, first indentation mechanism is to the bag body embryo material and is carried out the creasing processing, conveying device will the one end of bag body embryo material complete creasing processing forward delivery to cutting mechanism, cutting mechanism will the one end of bag body embryo material complete creasing processing and cut into single bag body unit. Make the paper bag machine by conveying device to the bag body embryo material between first indentation mechanism and cutting mechanism in the conveying process, because the bag body embryo material is integral, need not through the conveyer belt and convey, and also need not set up the guide plate in order to avoid appearing the deviation in the conveying process, simplify the structure of paper bag machine, reduce the manufacturing cost of paper bag machine.

The utility model relates to food packaging bag folding forming technical field discloses a kind of for food packaging bag folding forming device, including base, folding forming assembly, rack, material feeding roller, guide roller, mounting plate, upper conveying roller, lower conveying roller, motor, adjusting mechanism and cleaning component;Material feeding roller is installed for roll film, guide roller guides roll film, motor drives lower conveying roller rotation, reversely rotates upper conveying roller to drag roll film by sprocket, chain, mounting shaft and gear transmission, adjusting mechanism drives screw rod, transmission assembly and slider adjustment upper conveying roller height by twisting handle, tensioning assembly synchronously maintains chain tensioning, cleaning component can clean the surface of conveying roller by the cooperation of cleaning brush and dust collector, avoid conveying roll film material to cause pollution to it, to affect the quality of product accordingly;The utility model can adjust conveying roller extrusion force according to roll film characteristic and ensure power stable transmission, can clean conveying roller to avoid roll film pollution simultaneously.

The utility model discloses a bag barrel forming mechanism which comprises a machine frame, inflection forming mechanisms which can be close to each other or away from each other at the same time are symmetrically installed on the machine frame, each inflection forming mechanism is provided with a paper supporting mechanism, a corner pressing wheel set, a guide rod, a flattening wheel set and a smoothing mechanism from front to back, and a bent paper supporting rod is installed on each paper supporting mechanism. The paper supporting rods on the two sides form a C-shaped structure, a liftable bottom plate used for bearing paper is installed on the portion, located below the inflection forming mechanism, of the rack, the paper supporting rods can stably support the paper before the paper enters the corner pressing wheel set in a wrapping mode, transverse deviation of the paper is effectively limited, and the forming quality and the qualification rate of bag barrels are improved. A multi-step shaping mode of indentation shaping through a corner pressing wheel set, flattening shaping through a flattening wheel and overall flattening through a flattening mechanism is adopted, and paper can be gradually strengthened and shaped; the lifting bottom plate can flexibly adjust the bearing height according to the thickness, the material and the like of paper, the stable bearing effect is guaranteed, and the universality of the mechanism is enhanced.

The utility model provides a track type interactive fruit environmental protection packaging box, including respectively by a paperboard cutting folding forming's outer box and inner card seat, the inner card seat corresponds to set in the outer box, card seat is divided from top to bottom and forms first lower inclined rail storage space, second lower inclined rail storage space, third lower inclined rail storage space, the low side of first lower inclined rail storage space with the high side of second lower inclined rail storage space intercommunication, the low side of second lower inclined rail storage space with the high side of third lower inclined rail storage space intercommunication, the low side of card seat is located third lower inclined rail storage space and forms first export, the outer box width direction one side below is provided with the second export with first export cooperation, the outer box is located the position integral molding with second export cooperation's decorative baffle of second export. Environmental protection and have interesting nature.

An aircraft (1000), a spraying mechanism (100), and a spraying system (200) are disclosed. The aircraft (1000) includes a power mechanism (10), a frame (20), and a spray bar assembly I (30). The spray bar assembly I (30) includes a spray bar A (31) and a spray bar B (32) spaced apart. One end of the spray bar A (31) is rotatably connected to the frame (20) via a coupling part A (33), and one end of the spray bar B (32) is rotatably connected to the frame (20) via a coupling part B (34). The spray bar A (31) can rotate in a first direction to switch between an unfolded form and a folded form, and the spray bar B (32) can rotate in a second direction to switch between an unfolded form and a folded form. In the folded form, the free end A is closer to the coupling part B (34) than the free end B, and the free end B is closer to the coupling part A (33) than the free end A. The two spray booms of the aircraft can be folded together, and after folding, the free end of one spray boom is located near the coupling part of the other spray boom. This effectively utilizes the space between the coupling parts of the two spray booms. The two spray booms occupy little space after folding, which improves the overall structural compactness of the aircraft in the folded spray boom configuration.

This invention discloses an automatic three-fold forming device and folding method for woven plastic tubes, belonging to the technical field of equipment for packaging objects or materials. It includes a composite folding mechanism, a conveying mechanism, a pressing mechanism, and a control unit. A dynamic positioning mechanism is installed on the conveying mechanism, located in the folding process area of ​​the conveying mechanism. The conveying mechanism and the composite folding mechanism are configured in conjunction. The pressing mechanism is positioned above the conveying mechanism and the composite folding mechanism. The conveying mechanism transports the finished product to the folding process area. The dynamic positioning mechanism clamps and fixes the finished product at a predetermined folding position. The composite folding mechanism folds the fixed finished product. The pressing mechanism presses down the creases at the folds. The control unit is electrically connected to the conveying mechanism, the dynamic positioning mechanism, the composite folding mechanism, and the pressing mechanism. This invention achieves automatic positioning, folding, and pressing of woven plastic tubes, with a simple structure, high degree of automation, uniform folding dimensions, and strong creases.

The application discloses a kind of automatic three-fold forming device of plastic braided cloth tube and its folding method, belong to the equipment technical field of packing article or material, including composite folding mechanism, conveying mechanism, pressing mechanism and control unit;Dynamic positioning mechanism is installed on conveying mechanism, dynamic positioning mechanism is set in folding process area on conveying mechanism, conveying mechanism is cooperatively arranged with composite folding mechanism, and pressing mechanism is erected above conveying mechanism and composite folding mechanism;Conveying mechanism is used to convey finished product to folding process area, dynamic positioning mechanism is used to clamp and fix finished product at predetermined folding position, composite folding mechanism is used to fold fixed finished product, and pressing mechanism is used to compact fold mark at folding position;Control unit is electrically connected with conveying mechanism, dynamic positioning mechanism, composite folding mechanism and pressing mechanism respectively.The application realizes automatic positioning, folding and compacting of plastic braided cloth tube, with simple structure, high degree of automation, uniform folding size, and firm fold mark.

The application discloses a folding forming mechanism, a control method and a paper wrapper. The folding forming mechanism comprises a driving component; the folding component comprises a rotating shaft assembly, a front folding plate and a rear folding plate, the front folding plate and the rear folding plate are oppositely arranged on the rotating shaft assembly, and the driving component is used for driving the rotating shaft assembly to rotate so as to drive the front folding plate and the rear folding plate to synchronously rotate around the axis of the rotating shaft assembly; and the control device is configured to be capable of setting a plurality of position points according to the conveying path of the packaging box, and calculating the speed curve of servo motion according to different position points, so that the driving component is controlled to act respectively to sequentially fold the side hinges of the front and rear sides of the packaging box. The control device drives the driving component to drive the folding component to make variable speed motion with the main machine, the parameters of the speed curve are adjusted according to different box types, and the front folding plate and the rear folding plate are used to achieve the folding effect of the front and rear folding plates of different box types.

A method for using a placket positioning and folding forming system involves first extracting a placket fabric piece, comprising short rectangular, long rectangular, and triangular pieces. A diagonal moving plate is then driven to its endpoint, followed by the movement of a left smooth plate, a right smooth plate, and springs until they are joined to form an obtuse-angled clamping groove. The placket fabric piece is then laid flat on the sliding plate clamping cavity. Air is drawn downwards through the suction vent to obtain a stack of short and long fabric pieces. A telescopic pressing plate is then driven forward to obtain a second stack of long fabric pieces. A lateral moving plate is then driven to the left to its endpoint to obtain a third stack of long fabric pieces. A spring assembly clamps a stack of short fabric pieces. Finally, the upper and lower springs are rotated to move the stack of short fabric pieces above the third stack of long fabric pieces, thus obtaining a positioned folded body. This design features a clear layout, strong collaboration, high feasibility, and high work efficiency.

This utility model belongs to the technical field of hollow wine box technology, and in particular, it is a folding and forming equipment for hollow wine boxes. Addressing the problems of low folding efficiency, limited dust collection to the top surface of the hollow wine box in existing technologies, and dust diffusion caused by the flipping action during folding, which affects the adhesive bonding effect, the following solution is proposed: It includes a base and support legs located at the four corners of the base; multiple conveyor wheels are rotatably connected to the top of the base; a dust collection box and a processing box are both located on the top of the base; a dust collection mechanism is located inside the dust collection box; a flipping mechanism is located on one side of the dust collection box; and a folding mechanism is located on one side of the processing box. This utility model significantly improves the folding efficiency of hollow wine boxes, and the dust collection function during the flipping process can clean the top and bottom, effectively avoiding poor adhesive bonding caused by dust contamination.