31results about How to "Improve bending deformation ability" patented technology

The application relates to a supporting structure and a display device. The supporting structure is arranged at one side of a flexible display panel, the flexible display panel comprises a bendable area, a bending axis corresponding to the bendable area extends on a first direction, wherein the supporting structure comprises a hollow-out area with a positive projection capable of completely covering the bendable area on the display panel, the hollow-out area comprises a first part formed with multiple first hollow-out holes, second parts located at two opposite sides of the first part on the first direction, wherein multiple second hollow-out holes are formed on the second parts; a specific value of the total area of multiple second hollow-out holes and the total area of the second parts is different from that of the total area of multiple first hollow-out holes and the first part, thereby guaranteeing the structure stability of the supporting structure and enhancing the shock resistance and bending resistance of the flexible display panel.

The invention relates to a shock insulation structure of a reinforced concrete beam column node and a construction method thereof. The shock insulation structure comprises a beam column node formed by an integrally poured reinforced concrete bearing column and a supporting beam. The supporting beam is fixedly connected with a reinforced concrete floor, and the joint of the floor and the bearing column is provided with a shock insulation material capable of preventing the floor and the bearing column from contacting each other. The shock insulation structure is simple in structure and good in damping effect.

The invention discloses a frequency-adjustable stretchable liquid metal antenna which comprises a stretchable base plate, wherein a curve-shaped liquid metal micro-flow way is machined on the stretchable base plate, and the liquid metal micro-flow way is internally filled with liquid metal or liquid metal alloy; when the stretchable base plate is transversely stretched, the liquid metal or the liquid metal alloy in the curve-shaped micro-flow way is lengthways and transversely deformed, and the length change of the stretched liquid metal antenna is controlled by presetting the proportional relation between the lengthways deformation and the transverse deformation, so that the work efficiency of the transversely-stretched liquid metal antenna can be adjusted. The invention further provides a manufacture method of the frequency-adjustable stretchable liquid metal antenna. According to the frequency-adjustable stretchable liquid metal antenna and the manufacture method of the liquid metal antenna, the length change of the stretched liquid metal antenna is controlled by presetting the proportional relation between the lengthways deformation and the transverse deformation, so that the work efficiency of the transversely-stretched liquid metal antenna can be adjusted.

The invention discloses a method for improving the bending performance of T5-state 6N01 aluminum alloy through local laser treatment. The method comprises the following steps that the plastic bending deformation portion of the material is found, and the laser scanning portion is determined; then, the laser scanning portion is scanned with a high-energy laser, wherein the laser power is 200-500 W, the scanning speed is 10-20 mm/s, and the defocusing amount is 10-20 mm; plastic bending is conducted on the processed material; and finally, precipitation heat treatment is conducted, wherein the temperature is 170-190 DEG C, and the temperature is kept for 2-4 hours. After the T5-state 6N01 aluminum alloy is treated through the method, the overall heat treatment state of the T5-state 6N01 aluminum alloy is not changed, the bending performance of the T5-state 6N01 aluminum alloy is improved, and the overall strength of the material is not lowered. Besides, the method has the remarkable advantages of being high in production efficiency, short in machining time, low in manufacturing cost and the like.

The invention discloses a steel plate and polyvinyl alcohol cement based composite antiknock board which comprises two polyvinyl alcohol composite fillers, a foamed aluminum filler, two supporting plates, U-shaped-channel steel plates, high-strength bolts and steel cushion blocks. The foamed aluminum filler is arranged between the two polyvinyl alcohol composite fillers; the two supporting plates are inserted in channels of the U-shaped-channel steel plates to form a cavity in a surrounding way; the polyvinyl alcohol composite fillers, with the foamed aluminum filler between them, are arranged in the cavity; the supporting plates and the U-shaped channel steel plates are provided with bolt holes in symmetrical arrangement, and are connected to the polyvinyl alcohol composite fillers through the high-strength bolts; the steel cushion blocks are arranged between the U-shaped-channel steel plates and the high-strength bolts respectively. The steel plate and polyvinyl alcohol cement based composite antiknock board has the advantages of simple structure, light weight, high strength and high capacity of dissipating and absorbing explosion energy. To be specific, as the steel plates are used for making the cavity of the antiknock board, the antiknock board is simple in structure, is light, is not easy to fragment so as to effectively avoid secondary disasters caused by fragments, and accordingly is effectively applicable to buildings having requirements on explosion protection.

The invention relates to the field of traffic roads and in particular relates to a manufacturing method of a PVA (Polyvinyl Acetate) modified semi-flexible asphalt pavement material. The manufacturing method comprises: pouring a PVA modified cement-based pouring material into a matrix asphalt mixture, wherein the volume ratio of the PVA modified cement-based pouring material and the matrix asphalt mixture is 20 percent; after curing for 28 days, obtaining the PVA modified semi-flexible asphalt pavement material. According to the PVA modified cement-based pouring material, common Portland cement accounts for 57.500 percent to 64.516 percent, water accounts for 34.375 percent to 35.484 percent, a swelling agent accounts for 0 to 5.161 percent and a PVA modifier accounts for 0 to 3.125 percent. By adopting the manufacturing method of the PVA modified semi-flexible asphalt pavement material, the problem of a traditional semi-flexible asphalt pavement material that a low-temperature performance is not good is solved.

The invention discloses an optical fiber sensing device based on composite material. The device comprises a column body and a groove formed in the column body; deformed teeth which are staggered and corresponding to one other are respectively formed on opposite two surfaces of the groove; and signal fiber is clamped between the deformed teeth arranged two opposite surfaces of the groove; the signal fiber is connected with a test unit; the column body is made of at least 2-layered composite materials, and different materials are distributed along the radial direction of the column body layer by layer. The optical fiber sensing device provided by the invention greatly reduces the weight of the column body on the basis of ensuring the rigidity, and has larger deformation capability, so that an optical fiber stress monitoring device provided by the invention has the characteristics of long service life, high precision and wide usage.

The invention discloses a novel high-temperature and high-pressure bellow compensator which comprises a left connection pipe 1, a bellow left connection pipe 2, a bellow 3, a bellow right connection pipe 4, an inner casing pipe 5, sliding bearings 6 with the self-lubricating characteristic and a middle ring 7. The novel high-temperature and high-pressure bellow compensator is characterized in that the inner surface of the bellow left connection pipe 2, an annular inner convex ring, the outer surface of the inner casing pipe 5 and an annular outer convex ring form a sliding bearing bush; the two sliding bearings 6 with the self-lubricating characteristic are clamped on two sides of the middle ring 7, inserted into the bellow left connection pipe 2 and sleeved on the inner casing pipe 5; and the bellow left connection pipe 2, the inner casing pipe 5, the two sliding bearings 6 with the self-lubricating characteristic and the middle ring 7 form a sliding bearing supporting friction pair structure. A bellow deforms slightly in the radial direction under the lateral torque action, thus the capacity of resisting radial bending deflection of the compensator is enhanced.

A connecting structure includes: a cylindrical part formed in a rotation operation shaft; a shaft part formed in an operation knob; and division grooves respectively extending in the axial direction of the cylindrical part, wherein: the cylindrical part and a shaft part are tight fit connected together; in two or more portions of the cylindrical part at equal angle intervals in the peripheral direction thereof, there are formed the division grooves, thereby being able to enhance the flexural deformation property of the cylindrical part as well as to secure mutual concentricity between the cylindrical part and the shaft part formed of resin; and at least one of the division grooves is used as a key groove with which is fitted a key portion formed in the outer peripheral portion of the shaft part, thereby preventing the cylindrical and shaft parts from rotating with respect to each other.

The invention discloses an adjustable oral cavity orthodontics mouth prop, and particularly relates to the field of a mouth prop. The adjustable oral cavity orthodontics mouth prop comprises a supportring, wherein the support ring comprises two groups of opposite side connecting rings, two groups of opposite bottom connecting rings and a top connecting ring, wherein the two groups of the bottom connecting rings are fixedly arranged at one ends away from the top connecting ring, for the two groups of the side connecting rings, the top connecting ring is fixedly arranged at the top between thetwo groups of the side connecting rings, openings are formed in opposite sides of the two groups of the side connecting rings, an elastic sheet is fixedly arranged in each opening, and multiple groupsof the elastic sheets are arranged in the directions of the openings; and a penetrating hole is arranged in each elastic sheet, a flexible strip penetrates through the inner part of each penetratinghole, and two ends of each elastic strip are respectively and fixedly arranged at two ends of the inner part of each opening. The side connecting rings, the bottom connecting rings and an adjustment seat are arranged, so that the expanding degree can be adjusted according to the size of mouths of different patients, the bending deformation effect is good, the bending part is durable and not liableto crack, and the operation is simple and convenient.

The invention discloses an electric wire or cable threading bended protective pipe device. The electric wire or cable threading bended protective pipe device comprises a cable clamping block, the rear end of the cable clamping block is provided with an axial hole, the cable clamping block is connected with the outer protective layer of an electric wire or cable, and the front end of the cable clamping block is connected with a head guide structure. The electric wire or cable threading bended protective pipe device is accurate in threading guidance, improves the operation accuracy and sensitivity as well as the wire or cable threading efficiency and accuracy for users and reduces the working intensity.