545results about How to "Avoid creases" patented technology

A fixing device in an image forming apparatus includes a conveyance member to convey a recording medium at a fixing nip where an image carried on the recording medium is fixed onto it; a plurality of temperature detectors to detect temperature of the conveyance member, the detectors being disposed at both end portions of the conveyance member outside an area where a maximum-sided recording medium passes through; a guide member to guide the recording medium toward the fixing nip; and a guide plate displacing unit to displace a part of the guide member in a direction orthogonal to a conveyed surface of the recording medium to be conveyed at the fixing nip, based on temperature difference detected by the plurality of temperature detectors.

In a stack type battery, stacked positive and negative electrode lead tabs (11, 12) are joined to one another at a location between the current collector terminals and the electrode plates, the positive and negative electrode lead tabs (11, 12) being folded at an intermediate location between positive and negative electrode current collector terminals (15, 16) and positive and negative electrode plates and protruding from the positive and negative electrode plates. A stacked electrode assembly (10) is accommodated in a battery case (18) having flexibility. A first spacer (a first cover portion (52) of an integral-type spacer (5)) is disposed between the battery case (18) and an open side end of the positive and negative electrode lead tabs (11, 12) formed by folding the positive and negative electrode lead tabs (11, 12).

The invention relates to a display device and a flexible display panel thereof. The flexible display panel comprises a screen body and a buffer layer adhering to the lower surface of the screen body,wherein the screen body comprises a display area and a non-display area extending outward from the display area, and the non-display area comprises a bending area and a non-bending area; the buffer layer extends out of the display area and covers the bending area, and the thickness of the buffer layer near the junction of the bending area and non-bending area is greater than the thickness of the buffer layer away from the junction; the buffer layer extends out of the display area and covers the bending area, so that buffer protection is performed on the bending area, and the overall thicknessof the bending area is thickened, thereby avoiding the occurrence of dead folding in the bending area; the thickness of the buffer layer at the junction of the bending area and non-bending area wherethe stress is concentrated is lager, thereby reducing the stress concentration at the position, so that a crease at the position is avoided, thereby preventing the screen body of the bending area anda circuit from being damaged and disabled.

An electromagnetic wave shield film (1) comprises a transparent base (2), a conductor (4) positioned on the transparent base (2) via an adhesive (3) and having a mesh geometric pattern, and an earth portion (5) arranged around the conductor (4) and including conductive regions (501) which absorb electromagnetic waves, and non-conductive regions (510) which prevent the earth portion (5) from being creased.

The present invention provides a loom take-up motion (20) comprises a pressing member (pressure roller) (11) with its axis extended in parallel to that of a take-up roller (14) and pressed against a fabric roll (15) of a fabric (8) wound on the take-up roller (14), a variable-speed driving device (16) for driving the pressing member (11) for rotation about the axis thereof in a fabric winding direction, and a take-up controller(17) capable of controlling the driving device (16) by giving a speed signal produced on the basis of take-up speed at which the fabric (8) is wound round the take-up roller (14) to the driving device (16) to control the surface speed of the pressing member (11) properly according to weaving conditions including the type of the fabric (8) and the diameter of the fabric roll (15). The pressing member (11) is rotated positively while the fabric (8) is being wound round the take-up roller (14) to prevent forming folds and creases in the fabric(8) in the fabric roll (15).

A sheet transport guide includes a torsion coil spring (X). The spring (X) has a first arm (B4) with an end (B5). Through the end (B5), the spring (X) supports a rotation shaft of driven roller (R32) and applies elastic force to the roller (R32). Through the arm (B4) that is curved, the spring (X) guides a sheet toward a rotation roller R31. The spring (X) has a coil portion (B1) and an end (B3) of a second arm (B3) both fixed to a frame of an apparatus body. A plurality of driven rollers (R32) are aligned approximately parallel to a shaft (R31a) of the roller (R31). The rollers (R32) are each provided with the springs (X). A largest elastic force is applied to the roller (R32) at a predetermined reference position, and smaller elastic forces are applied to the other rollers (R32) at positions distant from the reference position.

A pressurized pouch is made of a water-soluble material, preferably PVA film, to hold a concentrated product for later mixing in a bottle to provide a water solution. Because of the interior pressure, the water-soluble pouch retains a semi-rigid resilient shape that greatly facilitates its introduction through the neck of the bottle. The pressurized pouch can be made by either VFFS or HFFS machines wherein a puff of air is added prior to sealing. Alternatively, the pouch is made by filling it in a pressurized chamber.

The invention discloses a flexible display module, a flexible display device and a manufacturing method of the flexible display module. The flexible display module comprises a bending area and a non-bending area, and further comprises a flexible display panel and a supporting layer arranged on the side, away from a light emitting side, of the flexible display panel, wherein the supporting layer comprises an extensible part corresponding to the bending area, the first surface, close to the flexible display panel, of the extensible part is provided with a first extensible structure, and the second surface, away from the flexible display panel, of the extensible part is provided with a second extensible structure. According to the flexible display module provided by the invention, the stretchable first extensible structure and the stretchable second extensible structure are respectively arranged on the two opposite surfaces of the supporting layer corresponding to the bending area, so that when the supporting layer supports the flexible display panel, adaptive stretching can be achieved through the first extensible structure and the second extensible structure according to the direction and the size of received bending stress, and the problem of folding marks caused by stress concentration of a bending area can be avoided.

The invention relates to the technical field of high-performance steel plate thermal treatment, in particular to a production process for a high-performance steel plate thermal treatment unit. The process comprises the following steps of: carry out the following controls after hot-rolling steel coils are transported into a rolling cylinder of an uncoiler through a coil car and then fed into a pinch roll: regulating a deep bending roll to enter a preset position and straightening in a No.1 straightener after passing through a No.1 side guide device; cutting off the head waste materials of the straightened steel plates in the cutting position of an opening, and carrying out the centring welding and the manual welding in the position of a welding platform; feeding the welded steel plates into an entrance loop; pulling the steel plates out from the loop and transferring to a process section; then sequentially carrying out the thermal treatments of induction heating, quenching, tempering, and the like so as to reach mechanical performances required for the steel plates; then carrying out straightening and slitting; carrying out the multiple feet cutting on the steel plates by a pair of plasma scissors; and transferring the cut steel plates to a finished product storage. The invention can ensure that the yield strength of the steel plates produced by adopting the process can reach above 1000MPa; and the steel plates can reach the performance requirements on high strength, high toughness and cold bending.

The invention discloses a lithium ion secondary battery and a preparation method thereof, and belongs to the field of lithium ion secondary batteries. The anode layer of the lithium ion secondary battery has a layered structure, and comprises an anode current collector. An anode material layer consisting of two outer hard carbon material layers and a lithium metal layer between the two hard carbon material layers is adhered to one or two surfaces of the anode current collector, wherein the lithium metal layer is plated on the hard carbon material layers by adopting an ion sputtering method. An irreversible capacity compensation layer of the lithium ion secondary battery is the lithium metal layer sandwiched between the hard carbon material layers, is uniformly distributed, and can avoid the risk that a diaphragm is pierced by lithium metal or lithium dendrites, wherein the lithium ion secondary battery has the advantages of high charging and discharging efficiency, high safety and the like.

Provided are laminating apparatus and method. A laminating apparatus includes a jig assembly, which includes the first jig and an elastic member, and a second jig. A laminating method includes placing a first plate on a jig assembly, placing a second plate on a second jig which is placed to face the first jig, bringing the second plate into contact with the adhesive layer by making the jig assembly and the second jig approach each other, and, attaching the first plate and the second plate to each other by making the jig assembly and the second jig approach closer to each other. The jig assembly includes a first jig and an elastic member which comprises a top portion and sloping portions sloping downward from the top portion. An adhesive layer is disposed between the first plate and the second plate.

The invention relates to an optional additional process during routine rehabilitation or recycling of road surfaces. More particularly, the invention relates to a process whereby a geomaterial, whether mesh, membrane, textile, grid or fabric membrane is placed underneath in-situ road surface material, which has been loosened as part of a regenerative or recycling process, as an added structural benefit to the rehabilitated road structure.

The invention relates to the field of gauze production and machining devices, and specifically relates to a temporary winding device with a cleaning function and used for gauze production and machining. The temporary winding device with the cleaning function and used for gauze production and machining comprises a bottom plate, a winding structure, a fixed plate, a compression structure, a flatly-laying structure, a guide structure, a cleaning structure and a side plate. The winding structure is capable of synchronously driving the cleaning structure to work during working, so that a better cleaning effect of the cleaning structure can be achieved; two oppositely-arranged brush plates are fixed into a cleaning sleeve, and cleaning working can be carried out on a gauze being wound, so that impurities on the surface of the gauze can be cleaned, and then the cleanliness of the wound gauze can be ensured; gas blowing holes communicate with the interior of a gas storage groove separately, and therefore, gas in the gas storage groove is blown out via the gas blowing holes, so that ash blowing cleaning working can be carried out before the gauze enters the two brush plates, and then the cleanliness of the wound gauze can be ensured.

The invention discloses a single-plate drying machine which comprises a drying chamber. A feeding port and a discharging port are respectively formed in the front end and the rear end of the drying chamber, at least one air conditioning device is arranged on the drying chamber, a condenser of each air conditioning device is located in the drying chamber, an evaporator of each air conditioning device is located outside the drying chamber, an air collecting cover is installed on the periphery of the evaporator of each air conditioning device, an air channel and an exhaust pipe are arranged on the air collecting cover, an air inlet of the air channel is communicated with the drying chamber, and a plurality of groups of heating paired rollers and a plurality of groups of paired roller press wheels are arranged in the drying chamber. The single-plate drying machine is provided with the air channel and an air blower so as to accelerate single-plate drying, is further provided with the air conditioning devices, so that accelerated damp-elimination forming of a single plate is achieved, heat is also saved, energy saving and emission reduction are achieved, the whole drying process of the single plate becomes gradual temperature changing process, and the situation that the single plate is directly heated by the heating paired rollers at high temperature and accordingly crumples are produced on the surface of a plate material is avoided. The single-plate drying machine has the advantages of being simple and compact in structure, low in manufacturing cost and simple and convenient to use.

The invention provides an adsorption device and method of metal pattern plates, evaporation equipment and an evaporation method so as to solve the problem that in evaporation, the metal pattern platesare adsorbed, and then an FMM wrinkles. The adsorption method comprises the steps that adsorption begins from a certain area or certain areas of each metal pattern plate, and then the adsorption range is gradually enlarged from the initial adsorption area till the whole metal pattern plates are attached to substrate base plates. The adsorption method is applied to the evaporation process of manufacturing of OLED display panels so as to improved the evaporation quality.

The invention provides a wall cloth spraying, drying and rolling device and relates to the technical field of wall cloth production equipment. The wall cloth spraying, drying and rolling device comprises wall cloth, a left bracket, a right bracket, a fixed seat, a spraying cavity, a coating supply pipe, a feeding pipe, a material supply pipe, a liquid suction machine, a discharge pipe, a filter, amaterial storage box, an extrusion strike plate, a heating cavity bracket, a heating cavity, a heating rod, a power supply interface, a pressure shaft bracket, a pressure shaft, an air cooler, a rolling rack, a bearing pedestal, a rolling roller, a pressure roller, a connecting rod, a support, a driven flywheel, a transmission belt and the like. By arranging the air cooler to heat and dry the wall cloth, cold air blown by the air cooler can cool the cloth wall, so that the wall cloth is prevented from being rolled at a relatively high temperature; by arranging the pressure roller and a tension spring, when the wall cloth is rolled, the pressure roller is in tight contact with the rolling roller all the way under the action of tension spring; as the pressure roller levels the wall cloth, the condition that the rolled wall cloth is wrinkle is prevented, and the levelness of the wall cloth is improved.

The invention provides a display device, which comprises a flexible screen, a supporting structure and a bendable structure. The flexible screen comprises a first main body, a second main body and a third main body, wherein the third main body is connected between the first main body and the second main body. The supporting structure comprises a first supporting part and a second supporting part,wherein the first supporting part is used for supporting the first main body and the second supporting part is used for supporting the second main body. The bendable structure is overlapped with the third main body; and the first supporting part and the second supporting part are connected through the bendable structure. When the first main body is bent relative to the second main body, the firstsupporting part is bent relative to the second supporting part through the bendable structure, and at least part of the bendable structure makes contact with the third main body and rolls. The displaydevice is used for preventing the flexible screen from being folded and protecting the flexible screen from being damaged.

The invention discloses a folding mechanism, a support structure and electronic equipment, and belongs to the technical field of communication equipment.The folding mechanism comprises a first screen supporting plate, a second screen supporting plate, a third screen supporting plate, a first shell base rotationally arranged on the first screen supporting plate, a second shell base rotationally arranged on the second screen supporting plate and a base part; and the first shell seat and the second shell seat are rotationally connected with the base part; in the unfolded state, the first side edges of the first screen supporting plate and the second screen supporting plate are located between the second side edges, the third screen supporting plate is located between the first screen supporting plate and the second screen supporting plate, and the first surfaces of the first screen supporting plate, the second screen supporting plate and the third screen supporting plate are flush; and in the folded state, the distance between the first side edges is larger than that between the second side edges. According to the folding mechanism, the problem that the service life of the display screen is short due to the fact that creases are easily formed on the display screen of the current inward folding type electronic equipment can be solved.

The implementation of the invention discloses a three-dimensional grid model deformation method based on texture. The method includes the following steps: grid vertex position is extracted from the existing grid model; deformation texture is constructed according to the grid vertex position, skeleton model corresponding to network model and local frame information thereof; the deformation texture is applied to the designated model to generate deformation effect. Accordingly, the implementation of the invention also discloses a three-dimensional network model processing system; by implementing the invention, real time effect can be provided in operation, and faster execution speed can be obtained in practical application.