52results about How to "Bending will not" patented technology

The invention discloses a flexible shell. The flexible shell comprises an upper cover and a lower cover. The upper cover comprises a front upper cover and a rear upper cover. A flexible connection cover is arranged between the front upper cover and the rear upper cover. The lower cover comprises a front lower cover and a rear lower cover. A bending skeleton mechanism is arranged between the front lower cover and the rear lower cover. The bending skeleton mechanism comprises skeletons arranged in parallel. Two adjacent skeletons, the front lower cover and the skeleton adjacent to the front lower cover, and the rear lower cover and the skeleton adjacent to the rear lower cover are connected by hinges; a bending radius limiting structure for limiting the minimum bending curvature radius of the bending skeleton mechanism bending towards the direction opposite to the direction of the flexible connection cover, and an anti-reverse rotation structure for preventing the bending skeleton mechanism from bending towards the direction of the flexible connection cover are arranged between two adjacent skeletons. A bending connection sheet is arranged between the bending skeleton mechanism and the flexible connection cover. A mounting cavity for mounting a flexible screen assembly is arranged between the flexible connection cover and the bending connection sheet. The invention also discloses a flexible mobile phone with the flexible shell.

The present invention relates to a cable connecting apparatus of a controller for an air conditioner in a vehicle, which connects actuating means of the controller and actuating means of an air-conditioning case with a single cable to actuate a door, wherein the cable connecting apparatus includes bending preventing means mounted thereon for connecting an end portion of the cable with the actuating means, thereby enhancing durability and a manipulation feeling, minimizing abrasion of components, using the cable as a flexible cable without any restriction in route of the cable and without bending of the cable, and reducing a manufacturing cost since the connecting apparatuses respectively mounted on the air-conditioning case and on the controller have the same structure.

The invention provides a support unit, a lighting device and a display device. A lamp clip (LC) includes a support pin (SP) making contact with and supporting an optical sheet such as a diffusion plate (46), and also includes ribs (RB) rising from the outer periphery of the support pin (SP) and reinforcing the support pin (SP).

The invention relates to a knee osteoarthritis rehabilitation bed, which comprises a bed board, a backrest, a lifting massage device and a correcting device. The right end of the bed board is connected with the angle-adjustable backrest in the hinged mode. A square hole is formed in the middle of the bed board, and supporting columns are arranged at the bottom of the bed board. The lifting massagedevice is located in the square hole formed in the middle of the bed board. The lifting and massaging device is installed on the lower end face of the bed board. The correcting device is connected with the top of the left end of the bed board. The correcting device comprises a correcting frame, a correcting sliding column, a correcting connecting column, a correcting spring, a correcting rotary frame, two correcting clamping jaws, a clamping jaw adjustment push rod and a clamping jaw positioning board. The knee joint rehabilitation device can solve the problems in the prior art that, the position of the knee cannot be automatically adjusted during rehabilitation treatment of an existing knee arthritis patient in the prior art, the knee of the patient needs to be massaged manually, the magnet therapy of the knee cannot be carried out when the knee of the patient is massaged, and the shank of the patient cannot be bent when the knee of the patient is lifted.

The invention discloses a split training device, and relates to a physical training instrument. A backrest (11) is arranged on the upper rear portion of a seat plate (14). The inner end of a rotary plate (1) on one side is hinged to the front portion of one side of the seat plate, and a knee pressing plate is arranged in the middle of the rotary plate. The inner end of a rotary plate (18) on the other side is hinged to the front portion of the other side of the seat plate, and a knee pressing plate is arranged in the middle of the rotary plate. The middle or outer end of the rotary plate on one side and the middle or outer end of the rotary plate on the other side are connected with one ends of two stay cords respectively. The middle portions of the two stay cords are located on sheaves (10) at the two ends of the backrest respectively. The outer ends of the rotary plate on one side and the rotary plate on the other side are controlled to be separated through the other ends of the two stay cords. Legs are separated through the rotary plates connected with the seat plate, bending of knees is prevented through the two knee pressing plates, and the requirement of independent practice of splitting is met.

The invention relates to automatic angle iron bending equipment for steel structure processing. The automatic angle iron bending equipment for steel structure processing comprises a supporting bottomplate, a lifting device and a bending device, wherein the bending device is mounted in the middle of the supporting bottom plate; the lifting device is mounted on the top of the outer end of the supporting bottom plate; the lifting device comprises a lifting push rod, a lifting supporting plate, a pressing supporting rack, a straightening mechanism, a pressing mechanism, a cutting hydraulic cylinder and an electric cutter. The automatic angle iron bending equipment for steel structure processing provided by the invention can solve the problems that the extrusion shape of angle iron is unsmoothwhen the angle iron is extruded annularly, the top of the angle iron will deform if being bent, the angle iron cannot be cut automatically, the unbent part cannot be limited in position when the angle iron is bent and the angle iron needs to be bent by matching with manpower and the like, and can achieve the functions of bending the angle iron, automatically cutting the angle iron and extruding the angle iron annularly.

A linear compressor resonator system comprises a first press plate, a second press plate and a rotor skeleton located between the first press plate and the second press plate, resonator springs are fixed between the rotor skeleton and the first press plate as well as between the rotor skeleton and the second press plate respectively, and the resonator springs between the rotor skeleton and the first press plate and the resonator springs between the rotor skeleton and the second press plate are equal in number, correspond one to one in position and arrayed coaxially. The invention further discloses a linear compressor. As the resonator springs are coaxially and uniformly arranged, bending deformation, caused by lateral force, of the resonator springs is avoided, the performance of the compressor is ensured, and the reliability of the compressor is improved.

The invention provides a technology for manufacturing heat exchanging device, and relates to the technical field of machinery manufacturing. The technology comprises the following steps: (1) opening a hole; intercepting a section of tube with opening in two ends thereof as a housing of the heat exchanging device based on the dimension requirements of a blueprint; (2) fixing disk; welding two heating exchanging tube fixing disks inside the tube, wherein the heat exchanging tube fixing disks are provided with a plurality of through holes; (3) inserting tube; vertically placing the tube which is welded with the heat exchanging tube fixing disks on a welding platform, and inserting the heat exchanging tubes into the through holes of the heat exchanging tube fixing disks; (4) grinding; adjusting the lengths of the heat exchanging tubes and removing the burrs of the heat exchanging tubes; and (5) welding; using a laser welding device to weld the heat exchanging tubes on the heat exchanging tube fixing disks under the protection of an inert gas. The provided technology for manufacturing heat exchanging device is able to weld the heat exchanging tubes having a 0.4 mm to 0.5 mm tube wall thickness on the heat exchanging tube fixing disks, and is able to prevent the heat exchanging tubes from being bent in the welding process.

The invention discloses a Rogowski coil based on a coaxial cable framework. The Rogowski coil is manufactured by taking a coaxial cable from which a shielding layer is removed as a framework, taking a core wire of the coaxial cable as an unrolling wire, and uniformly winding the framework with an enameled wire. The obtained coil is arranged in an insulating bush. An active differential integrating circuit is taken as an integrating unit, and an external power supply is used for supplying power, so that a measurement frequency band of the Rogowski coil can be expanded effectively, and a current differential signal output by the Rogowski coil is reduced. A signal processing unit is used for transmitting data to a protection channel and a metering system through an output interface circuit. The Rogowski coil has high flexibility, is provided an opening, can be suitable for various complex application fields, is low in cost, is easy to manufacture, is easy for realizing mass production, and has high consistency. By adopting the Rogowski coil, high-accuracy measurement of steady-state signals and rapid response to transient signals can be realized, nanosecond high-amplitude pulse current can be measured, and very high temperature stability and vibration resistance are achieved.

The invention provides a cosmetic applying device with a brush embedded in the tail end, wherein the bristles of the brush can be prevented from being fractured. The cosmetic applying device comprises an applying stick (4) and an applying part (6), wherein the applying part (6) is provided with the brush (7) which is fixedly installed on the tail end of the applying stick (4) by a cylindrical bag (8). The cosmetic applying device is characterized in that the corner parts of the inner surface and the outer surface of the bag (8) are subjected to chamfering and have no sharpen-pointed edges; besides, a thin and soft protection pipe (19) is arranged between the brush (7) and the bag (8), and the tail end of the pipe (19) extends a little bid out of the tail end of the bag (8), thereby preventing the brush (7) from bending into an acute angle to cause the fracture of the bristles of the brush.

The invention discloses a support frame for a transmission line of an electric power system, which includes an arm frame, the arm frame is a U-shaped groove, the arm frame is fixed on the wall, bolt holes are arranged on both sides of the arm frame, and the support seat is fixed by fixing bolts On the arm frame, the support seat is a triangle; the lower end of the support seat is a rib of the triangle, and the upper end is a surface; the upper end surface of the support seat is provided with an arc-shaped wire groove guide rail, and the wire groove guide rail is provided with a wire groove. The length of the trunking is 0.5-1m, and the trunking is made of plastic. When in use, the ledge is installed on the wall, the cable can be laid after the supporting frame is installed, and the cable can be placed in the wire groove after the cable is laid. The support length is increased, and the use of the support frame of the present invention can prevent the cable from bending without increasing the installation support point, which solves the problem of cable bending caused by point support when the cable is laid in the tunnel, and the increase in the use length wastes the cable. If support points are added, it will be time-consuming and labor-intensive.

The invention discloses a structure for improving the performance of a passive device of a power integrated circuit. A metal plate is arranged in a chip of the power integrated circuit. The passive device is separated from an active device, the passive device is piled on a substrate and an area of the integrated circuit is reduced. One layer serving as the passive device is free from complex wiring, therefore, the thickness of a metal can be increased and the loss of the device can be reduced. A large metal plate can separate an electric field, and the passive and active devices do not affect each other. No electromagnetic field enters the substrate which is usually damaged, therefore, the energy loss can be reduced, and the performance of the passive device can be improved. The thickness of the chip is increased by pile-up on a power chip, so that the thickness of a silicon wafer can be reduced, and the silicon wafer is not bended, a radiating capacity of the chip is greatly improved. A source end is directly connected with the large metal plate, and the substrate is not used as a conductive layer, so that doping concentration of the substrate is reduced, and performances of the passive and active devices are improved.

The invention provides a wafer supporting glass consisting of a glass plate (GP) exhibiting flexibility so that it can support a semiconductor wafer (SW) by bonding thereto and can be stripped therefrom. The glass plate (GP) is a wafer supporting glass for supporting a semiconductor wafer (SW) by bonding thereto. In order to strip the wafer supporting glass bonded to the semiconductor wafer (SW),the wafer supporting glass bends by a predetermined angle or more. When the wafer supporting glass bends 30 degrees or more, it can be stripped without applying a large force to the semiconductor wafer.

The invention discloses a machining method, and particularly discloses a machining method for a valve rod. The machining method for the valve rod comprises the following steps: blanking a round steelblank of the valve rod at first; carrying out rough machining on a tail end head, a polished rod part, back seal, and a groove buffer area between the back seal and the polished rod part, of the valverod; carrying out rough turning on a thread rod; rolling a trapezoidal thread which is formed through the rough turning on a thread rolling machine by virtue of a die, and correcting the redundant parts and nonstandard parts of the trapezoidal thread through cold rolling; carrying out finish turning on the back seal, and a groove between the back seal and the polished rod part to form the groovebuffer area; and carrying out finish turning on a polished rod of the valve rod. The machining method for the valve rod has the following beneficial effects: less material waste, no burrs, edges and corners, and high smoothness and concentricity are achieved; the valve rod is flexibly and easily opened and closed while being cooperatively used with a valve; high sealing performance is achieved; the valve rod is highly light and not liable to be damaged and bent, and high in tensile resistance and wear resistance; and the service life of the valve is prolonged.

A yarn feeder (W) comprising a variable diameter stationary storage body (13) consisting of separated segments (S, SA) received in radial guidances (7) of a support structure (B), each segment comprising at least one finger (F) and a rod (R) unitarily formed with the finger (F), the rod (R) being connected to the lower side of the finger in a junction region, the rod carrying engagement elements (3) at a front side (8) and defining longitudinal guiding surfaces (G) at other sides of the rod, the junction region (1) having at least a gusset (5a) at the transition between the front side (8) and the lower side of the finger, the junction region (1), furthermore, comprising an additional gusset (5b) at a transition from the rear side of the rod into the lower side of the finger. The guiding surfaces (G)- in a crosssection of the rod (R)- being arranged pairwise and with a V-shape.

The invention discloses a support device for the driving roller of a plate rolling machine. The support device comprises a base, a side frame I, a side frame II, driving rollers, a servo motor, a leadscrew, and a support device body, wherein a rectangular groove is formed in the base; the lower end of the side frame I is connected to one end of the base through a bolt; the lower end of the side frame II is connected to the other end of the base through a bolt; one ends of the driving rollers are rotatably connected with the side frame I, and the other ends of the driving rollers are rotatablyconnected with the side frame II; the servo motor is connected with the base through a bolt; one end of the lead screw is rotatably connected with the side frame I, and the other end of the lead screw is rotatably connected with the side frame II; the output shaft of the servo motor is connected to one end of the lead screw through a coupling; and the support device body comprises a support seat,a roller stand, a roller, a motor, and a gear II, the bending deformation of the driving rollers during the barrel roll-forming operation of the plate rolling machine is effectively avoided, the rollforming operation circular degree of the plate rolling plate is ensured, and the dynamic balance fluctuation quantity of a circular barrel after roll forming is small.

The invention relates to a snakelike optical cable, which is characterized by comprising an outer sheath, wherein a multi-core subunit is arranged in the outer sheath, the outer sheath is configured to be a PPT snakelike pipe sheath, and the multi-core subunit comprises a sheath layer, an aramid fiber layer and internally-arranged colored optical fibers from outside to inside in sequence. The optical cable provide by the invention is in a snakelike shape, adopts bend-insensitive optical fibers, and ensures that the additional attenuation is small enough when used in a bending occasion; meanwhile, the subunit adopts the low-friction sheath cooperated with the structure of an empty cavity, so as to ensure that the subunit has enough movement space in the empty cavity without overbending when the optical fiber is bent; and the snakelike optical cable adopts the PPT snakelike pipe sheath, and ensures that the optical fiber does not bend continuously after bending to the designed minimum bending radius, thereby achieving the super bending resistance capability.