32results about How to "Formed flat" patented technology

The invention relates to a processing method of frame glasses. The frame glasses comprise a glasses frame, glasses legs, first hinges and second hinges, wherein the glasses frame and the glasses legs are made of plastics, and the first hinges and the second hinges are made of metal. The method comprises the following steps: S1) heating the first hinges and the second hinges respectively to a first critical temperature and a second critical temperature, wherein the glasses frame and the glasses legs are melted at the first critical temperature and the second critical temperature respectively; S2) pressing the heated first hinges and the heated second hinges into corresponding places of the glasses frame and the glasses legs via cylinder pressure; S3) cooling the heated first hinges and theheated second hinges to connect with the glasses frame and the glasses legs respectively; and S4) connecting the first hinges with the second hinges. In the glasses frame and the processing method thereof provided by the technical scheme of the invention, a seamless hot-pressing connection is adopted between the metal hinges and the plastic glasses frame or between the metal hinges and the plastic glasses legs. The frame glasses are characterized by smooth and beautiful shaping, and the connection is tightened and the metal hinges are not easy to fall off. Meanwhile, an exterior plane of the hinge parts becomes a decoration for pile-head parts in the glasses legs and glasses frame, and the seamless effect at the periphery of the decoration is better than that of similar products in the industry.

The invention relates to the production equipment field of buttons, and especially discloses an injection molding equipment for buttons. Characterized by simple structure, high production efficiency, and low production cost, the injection molding equipment comprises a hopper. A heater is connected below the hopper, and the bottom of the heater is provided with a discharge pipe. Two rotary chain wheels are disposed below the discharge pipe at a same horizontal position. A chain is wound on the rotary chain wheels, and molding dies are arranged on the chain at intervals. An electromagnetic valve is disposed at the outlet of the discharge pipe, and a flowmeter is disposed on the discharge pipe at the upper end of the electromagnetic valve. The two rotary chain wheels have the same rotation speed and the same rotation direction, and the chain on the upper sides of the rotary chain wheels are at a tension state. The injection molding equipment for buttons melts raw materials by the heater, then the materials are injected into the molding dies through the discharge pipe, and at the same time of a chain transmission process, the buttons in the molding dies gradually cool, and when the molding dies rotate to positions below the rotary chain wheels, the buttons are poured out from the molding dies, thus finishing injection molding of the buttons.

The invention relates to a film making method and a film forming device adopting the film making method. The film making method comprises the steps that the thickness of a to-be-measured thin film iscompared with the preset thickness through the film making method to judge whether the thickness of the formed thin film is consistent with the expected thickness of the thin film or not, so that adjusting grounding wires in a test area and adjusting the thickness during plasma forming the thin film on a table plate are determined, and by adjusting the number of the grounding wires and changing the charge amount guided away by the plasma, the obtained thickness of the thin film is matched with the preset thickness. As for the film forming device, devices for being movably connected with the grounding wires are arranged on the table plate and a metal frame, so that forming of the thin film is smoother, namely, the uniformity of the thin film is high, and the quality of a thin film transistor is improved; and in this way, the problem of local anomaly of film-forming plasma distribution due to the factors such as change of the equipment chamber environment, difference of parts and aging of the parts can be effectively solved, the uniformity of film forming is improved accordingly, and the quality of the thin film transistor is improved.

A wiring structure of a wire harness in which the wire harness is wired by being fixed to an adhesive member laid on a surface of a roof lining of an automobile is provided. At least a part of a plurality of electric wires constituting the wire harness in a length direction are sandwiched between two belt-shaped tapes in which both side edges in the width direction are fixed to each other, are arranged side by side in the width direction of the tapes, and are attached to an adhesive surface provided on an inner surface of at least one of the two tapes, thereby holding the bundle of the electric wires in a flat shape, and an outer surface of one of the two tapes is attached to the adhesive member, whereby the wire harness is fixed to the surface of the roof lining.

The invention relates to a machine used for making cooked wheaten food and capable of realizing quick processing. The machine comprises a host machine internally provided with a power unit, a dough kneading assembly in power connection with the host machine and an extrusion assembly in power connection with the host machine, wherein a dough inlet of the extrusion assembly communicates with a dough outlet of the dough kneading assembly; and the extrusion assembly comprises at least three groups of continuously arranged dough pressing rollers, the extrusion gaps of the dough pressing rollers are sequentially reduced from front to back, and the extrusion speeds of the dough pressing rollers are sequentially increased from front to back. According to the invention, at least three groups of continuously arranged dough pressing rollers are arranged, so dough is formed by extruding and extending, and noodles are more in line with the pursuit of people for the taste of the noodles and are more chewy. Meanwhile, the dough is continuously processed through the multiple stages of dough pressing rollers, and different dough pressing rollers have different extrusion gaps, so the purposes of dough kneading, extrusion and forming can be achieved through one-time processing, repeated extrusion and extrusion gap adjustment are not needed, processing efficiency is high, personnel participation is reduced, and a processing speed is high.

A plant specimen holding device comprises a supporting assembly, a placing assembly and a holding assembly. The placing assembly comprises a placing plate body and a partition member. The partition member partitions the placing plate body into a specimen holding area to be pressed and a specimen holding area to be pressed. A pressure holding assembly includes a pressure bearing plate, rotating shaft, press the handrail and counterweight, Before pressing fresh plants into specimens, Fresh plants need to be cleaned up in the area where specimens are to be pressed, and put it in a certain shape,which can then be positioned on the holding assembly for pressing, Fresh plants of a fixed type are placed on a pressure plate, Pull the holding handrail, The pressure holding plate is brought into contact with the pressure bearing plate, so that fresh plants are pressed between the pressure holding plate and the pressure bearing plate, and under the gravity of a counterweight block at the other end of the pressure handrail, the pressure holding plate tightly presses fresh plants on the pressure bearing plate, so that the operation of preparing a specimen is simple, and the pressed specimen can be molded more smoothly.

The invention relates to a weather-resistant natural composite material integrated wall panel and a preparation method thereof. The weather-resistant natural composite material integrated wall panel is characterized by comprising the following raw materials and components in parts by weight: 50 parts of light calcium carbonate, 50 parts of a recycled autogenous grinding material, 25 parts of SG-8polyvinyl chloride resin, 8 parts of log bamboo powder, 25 parts of PVC tube material, 2.5 parts of CS-108 tubular product PVC efficient rear earth compound stabilizer, 0.4 part of a yellow foaming agent, 0.3 part of a white foaming agent, 3.9 parts of ZB-760 PVC foaming conditioning agent, 0.05 part of PE WAX PE wax and 0.32 part of 1840 type stearic acid. The wall panel is mold-proof and waterproof, the elasticity and plasticity of wall are increased, the effect after construction is uniform and attractive in appearance, and the promotion of brightness is extremely obvious. Rejected materials are adopted as the raw materials mostly, the cost is low, secondary utilization of the rejected materials is reached, the environment is protected, and the economical benefit is remarkable.

The invention relates to the field of paper product forming processes, in particular to a buffer material forming process. According to the technical scheme, the buffer material forming process is characterized by comprising the following steps that S1, a base material is prepared, a paper tube is used as the base material, and the paper tube is a kraft paper tube; S2, equipment is debugged, equipment is provided with a core mold and side pressing molds located at one side of the core mold, the number of the side pressing molds is four, the four side pressing molds are located at the upper side, the lower side, the left side and the right side of the core mold correspondingly, and the side pressing molds and the core mold are heated; S3, the base material is placed, specifically, the paper tube is connected to the core mold in a sleeving manner so as to be placed; S4, the equipment is started, so that the side pressing molds move towards the core mold and are combined with the core mold, and the paper tube is extruded and deformed; S5, the extrusion action is kept, and the paper tube is baked and hardened through the side pressing molds and the core mold; S6, the equipment is started, and the side pressing molds return; and S7, a workpiece is taken out of the core mold. The process has the effects of improving the production process of a buffer material and further improving the production quality of the buffer material.

The invention discloses a forming press. The forming press comprises a forming press body and a mounting plate, wherein the right side surface of the forming press body is welded with a mounting plate; the right side of a first rotary rod is equipped with a second rotary rod; left and right ends of the second rotary rod are welded and connected with a bracket; a second rotary roller sleeves the periphery of the outer surface of the second rotary rod; the second rotary roller is in clearance fit to the second rotary rod; a rubber sleeve sleeves the outer surface of the first rotary roller; theupper end of the supporting rod is welded with an ejector block; the upper end of the ejector block is welded with an ejector plate; a spring sleeves the periphery of the outer surface of the ejectorblock; and upper and lower ends of the spring are separately fitted to the ejector plate and a cushion plate. According to the forming press disclosed by the invention, the spring pushes the cushion plate downwards, and the bracket downwards extrudes a formed board under pushing of the cushion plate, so that flattening treatment can be performed on bumps caused in a forming process, of the boardsunder extrusion of the first rotary roller and the second rotary roller, and therefore, the boards can be formed and flattened.

The invention relates to hand die wax and a preparing method and application thereof. According to the mass percent, raw materials for preparing the hand die wax include 60%-85% of petroleum wax, 1%-15% of a flow modifier, 1%-10% of a toughening agent and 8%-20% of a stiffening agent. In the hand die wax, the toughening agent, the stiffening agent and the flow modifier are added, a certain proportion is adopted, the tenacity and rigidity of the hand die wax can be adjusted through the toughening agent and the stiffening agent, the rigidity and the tenacity of the prepared hand die wax are balanced, and accordingly during hand die wax shell stripping, the hand die wax cannot be damaged. Through the flow modifier, the hand die wax can have certain mobility when achieving certain bonding performance, so that the hand die wax is smoothly formed, and the phenomenon of flow line filament drawing is avoided.

The invention relates to a tissue box capable of rapidly switching locking modes, which comprises a box body and a flip cover, a locking module is arranged between the box body and the flip cover, the locking module comprises a button opening and closing mode and a key opening and closing mode, and a switcher for switching the button opening and closing mode and the key opening and closing mode is arranged on the locking module. The switcher is detachably connected with the locking module, and the locking module is detachably connected with the box body. By the adoption of the technical scheme, the switcher is inserted into the locking module in different scenes so that the two opening and closing modes of button opening and closing and key opening and closing can be switched, when the locking module is damaged, the locking module and the box body can be detached for replacement, the service life is long, and when the key opening and closing mode serves as a common mode, the operation is convenient. The roll paper in the tissue box is prevented from being taken away by people to cause loss and increase the operation cost and management difficulty of a management party, operation is easy, use is convenient, button and key opening and closing are integrated, applicability is higher, operation is convenient, the structure is simplified, cost is reduced, and popularization and consumption are easier.

Disclosed is a method for producing a magnetic multilayer film comprising a first magnetic layer formation step for forming a first magnetic layer on a substrate, a nonmagnetic layer formation step for forming a nonmagnetic layer on the first magnetic layer, and a second magnetic layer formation step for forming a second magnetic layer on the nonmagnetic layer. This method for producing a magnetic multilayer film is characterized in that it further comprises, before the nonmagnetic layer formation step, a plasma processing step wherein the substrate is placed in a plasma processing apparatus and processed with an inductively coupled plasma while being kept electrically insulated from the plasma processing apparatus.

The invention relates to the technical field of film laminating machines, and particularly discloses a double-sided film laminating machine. The double-sided film laminating machine comprises supporting frames which are symmetrically arranged, a thin film roller which is rotationally connected between the supporting frames in an up-down symmetrical mode, a plurality of transmission rollers which are rotationally connected between the supporting frames and can drive a printed product to move, and a driving mechanism which can drive the thin film roller and the transmission rollers to rotate, wherein guide blocks are further connected between the supporting frames in an up-down symmetrical sliding mode; cavities are formed in the guide blocks; motors are fixedly connected in the cavities; output shafts of the motors are coaxially connected with transmission gears; the transmission gears are symmetrically meshed with racks; the free ends of the racks are fixedly connected with connecting rods; the free ends of the connecting rods extend out of the guide blocks and are provided with push plates capable of being pushed on the surface of a thin film; air bags are arranged in the cavities; the connecting rods are fixedly connected with piston rods; one end of each piston rod extends into the corresponding air bag and is connected with a piston in a sliding and sealing mode; and air inlet holes and air outlet holes are formed in the side walls of the guide blocks. The problem that in the film laminating process of a traditional double-sided film laminating machine, the thin film is prone to wrinkling, and the film laminating effect is affected is solved.

A wiring structure of a wire harness in which a wire harness is fixed to an adhesive member laid on a surface of a roof lining of an automobile is disclosed, wherein on at least a part of a bent portion, the plurality of electric wires are sandwiched between two belt-shaped tapes in which both side edges are fixed to each other, are spread side by side in the width direction, and are attached to an adhesive surface provided on an inner surface of at least one of the two tapes, thereby providing a restraint portion in which the bundle of the electric wires is held in a flat shape, a portion excluding the restraint portion is a non-restraint portion in which the electric wires are unrestrained, and an outer surface of one of the two tapes in the restraint portion is attached to the adhesive member.

A carrier sheet for green sheet having a green sheet forming face on which a green sheet is to be formed, comprising: metal foil; and a resin film stacked on a first surface of said metal foil on a side of said green sheet forming face having a smaller thickness than that of said metal foil.

The invention discloses a rotary thin-wall tank forming device. The device comprises a turntable, a coaming, a large gear, a jacking rail, a tank clamping mechanism and a rotary jacking mechanism, positioning holes are uniformly formed in the turntable; the coaming is divided into a feeding and discharging section and a processing section; the tank clamping mechanism comprises a rotating shaft, two clamps rotating relative to the rotating shaft, and a movable shaft for driving the clamps to rotate; rolling bearings are fixed at the outer end of the movable shaft; the rotary jacking mechanism comprises an outer shaft sleeve, an inner shaft and a forming frame, a pressure spring I is mounted on the forming frame, the outer shaft sleeve is further sleeved with a rolling bearing I, the rollingbearing I is connected with the rotary disc through a bearing seat, a pinion is fixed to the lower end of the outer shaft sleeve and meshed with the fixed large gear, and a jacking wheel is mounted at the bottom of the inner shaft and rolls in a jacking rail all the time; the device is rotary forming equipment, compared with a single machining mode in the prior art, the working efficiency is greatly improved, the design of the device is ingenious, and the forming effect is good.