31results about How to "Sleek" patented technology

The invention relates to a fabric and a production technology thereof, in particular to a cashmere cotton fabric and a production technology thereof. The fabric is made by cashmere and purified cotton in a blending way, wherein, the weight percentages by content are 5 percent to 20 percent of the cashmere and 80 percent of 95 percent of the purified cotton, which are formed by tatting or knitting. The technological processes of the invention are that: 1. a base cloth processing process, a tatting method or a knitting method is adopted to weave the base cloth according to different thread count and requirements of specification; 2. a handling process of the base cloth, a. a singeing process; b. a desizing process; c. a refinement process; d. an oxygen bleaching process: e. a coloration process; and f. a post handling process. The clothes produced by cashmere cotton fabric have wet permeability, air permeability, perspiration and no peculiar smell in summer; when being worn in winter, the clothes are smooth and comfortable, warmth-preserving and thick, which plays a role as a synovium between skin and warmth preservation, thereby causing people to feel easy and comfortable; when being worn in spring, the clothes are light, gentle, and thin, and have good sense of sagging.

The invention provides a scribing device. The scribing device is used for ensuring the width of an end material region of a substrate is approximately equal to the width of a gripping area of a clamping claw, the end material region is not interfered by the clamping claw, and the substrate can be scribed along the planned scribing line. The scribing device comprises the following components: a loader (A), which is used for conveying the substrate (W) from a first position to a second position at a downstream side of a substrate conveying direction, and an upstream side end part of the substrate (W) which is conveyed to the second position is clamped by the clamp claw (1) in a grasping state; a grasping and conveying unit for conveying to a scribing unit (C) equipped at a downstream side; and a cutter wheel (23) of a scribing unit (C) for scribing the planned scribing line (S2) at a Y direction on the surface of the substrate (W) conveyed to the scribing unit (C). The loader (A) comprises a suction conveying component (2) for selecting the substrate (W), and the loader (A) and the suction conveying component (2) can move at an X direction at the same time.

A transmission shaft is installed on the upper part inside of the body of the sewing machine in a way essentially parallel to the main shaft of the sewing machine installed on the lower part inside of the body of the sewing machine. A needle rod drive shaft is installed on the front end of a sewing machine arm in a way roughly parallel to the main shaft and the transmission shaft of the sewing machine. A transmission belt is separately installed between the main shaft and the transmission shaft of the sewing machine, and between the transmission shaft and the needle rod drive shaft. Through the rotation of the belt, the rotation of the main shaft of the sewing machine is transmitted to the transmission shaft and the needle rod drive shaft, and then to a rotation location near the drive shaft of the needle rod. The up-and-down reciprocation structure of the needle rod can prevent the generation of noise and the vibration of the main shaft of the sewing machine caused by the needle rod that is upwardly protruded on the front end of the sewing machine arm about orthogonal to the main shaft of the sewing machine.

A microdiaphragm pump having a diaphragm chamber in contact with one side of an intake valve and one side of a discharge valve. The microdiaphragm includes two valve plate sheets 12, in each of which a valve plate 14 of one of an intake valve 26 and a discharge valve 28 and a flow path aperture 16 that provides a passage of the other valve are formed and which are laminated in directions that are opposite from each other; two valve seat sheets 18, which are laminated to the laminate and in which valve seats 20 and valve stoppers 22 are formed; a base plate 32; a frame 34; a diaphragm 36; and a drive element 42. The microdiaphragm pump has extremely small external dimensions and provides high productivity, high flow control accuracy, a smooth operation, large suction and discharge forces, and high reliability.

A transplanting device is provided to transplant seedlings to paddy fields and dry fields in multiple groups by a seedling transplanter attached to the left and right of a rotating body and to achieve lightweight effect and cost reduction due to a decreased number of parts. A seedling transplanter(26) is attached to the left and right of a rotary case(21) rotating around a horizontal rotational center line. A horizontal final axis(25) is freely rotatably disposed at a position deviated relative to the rotational center line in the rotary body rotating around the horizontal rotational central line. The seedling transplanter is attached integral to projecting portions protruded to the left and right from the rotary case on the final axis. Counter gears(37,38) are interposed from an intermediate gear(36) disposed on the rotary case to be electrically driven by a final gear(39) rotating integral with the final axis and rotate the final gear in a reverse direction of the rotary case.

This invention discloses a pearl compound fiber and its making method, the pearl compound fiber is produced by the mixture and co-gather of the hydrolysis pearl and polyvinylalcohols, the method as follows: first dissolving the material, filtering, and sending them into the action kettle by a certain proportion, then stirring, mixing up, and heating the spinning original liquid, then filtering and sending it into the deaeration barrel, warming the deaeration barrel, and then spinning, drawing, drying and shaping, cutting off, curling, acetaling and tying, finally obtaining the product. The effect is that the product's bleaching and dying capability, its white and bright are all improved greatly.

The invention provides a baby carriage, which improves the stability and operability of the vehicle body during operation. When the distance between the front wheel (10) and the rear wheel (11) in the front-rear direction when viewing the vehicle body from the vehicle width direction is Xa, the distance between the back seat intersection (Ci) of the seat (3) and the axis of the rear wheel is The distance in the direction is set as Xb, the center (Cg) of the handle portion (17b) of the handle (17) used for hand-push operation and the distance in the front and rear direction of the rear wheel axis (Aw) are set as Xc, and the intersection of the back seat ( When the height of Ci) is Za and the height of the center (Cg) of the handle (17b) is Zb, the distance Xa is set to be less than 2Xc, the distance Xb is set to a range of 0.4Xc to 0.6Xc, and The height Za is set to be less than 0.32Zb.

The production method of pure hemp shrinkproof soft knitwear includes the following steps: Yarn pretreatment, high-pressure high-temp. steaming, yarn parafining, knitting, sewing, softening treatment, baking and high-pressure ironing setting. Said invented knitwear has the functions of inhibiting bacteria, mildew-proofing, preventing of corrosion, odour-resisting, resisting radiation, resisting UV ray and resisting static electricity.

The invention relates to a spinning fine count blending with milk fiber. It includes the following steps: cutting off the silk into bulk fiber and the length is 50-60mm, reversion is 18-25%, and oil content is 2-3%, cultivating for 8-24 hours until fully penetrating. The fine combing fiber length is 40-50mm, and spun yarn twist is 850-1600T / M, twist coefficient is 85-130, taking bulk fiber mixing, adding wool cream according to 1:3, and making yarn after taking slivering, forespinning and post spinning processes. The invention has the advantages of natural, green, healthy keeping, low cost, good heat keeping, etc.

This invention discloses a pearl compound fiber and its making method, the pearl compound fiber is produced by the mixture and co-gather of the hydrolysis pearl and polyvinylalcohols, the method as follows: first dissolving the material, filtering, and sending them into the action kettle by a certain proportion, then stirring, mixing up, and heating the spinning original liquid, then filtering and sending it into the deaeration barrel, warming the deaeration barrel, and then spinning, drawing, drying and shaping, cutting off, curling, acetaling and tying, finally obtaining the product. The effect is that the product's bleaching and dying capability, its white and bright are all improved greatly.

The invention relates to a protection apparatus for a 550 kV gas insulated switchgear, especially to a gapless metal oxide arrester. The gapless metal oxide arrester comprises insulating rods sleeved by a plurality of layers of resistor discs. The number of the insulating rods is two or more than two; each insulating rod is further sleeved by a plurality of layers of insulating spacers arranged among different layers of the resistor discs at an interval. The gapless metal oxide arrester further comprises connecting pieces in conductive connection with the resistor discs on different insulating rods. The resistor discs on different insulating rods are in tandem electrical connection through connection of the connecting pieces. Compared with the prior art, the invention has the following advantages: the axial length of the insulating rod in a core can be reduced, great capacity of the resistor discs is realized, energy absorption capability and overvoltage discharging capability of the arrester are improved, and stable operation of a power station is guaranteed.

The invention relates to a fabric and a processing technique of the fabric, in particular to a cashmere cotton fabric and the processing technique of the pure natural environmental protection. The fabric is made by blending cashmere and pure cotton, the weight ratio of which is the following, 5 percent to 20 percent of the cashmere and 80 percent to 95 percent of the pure cotton, and the fabric is made by tatting or knitting. The technique process is as follows: 1. a process of the grey cloth which is made by the method of tatting or knitting according to the requirements of different warp and weft densities and specifications; 2. the treatment process of the grey cloth. a. the singeing process; b. the desizing process; c. the refining process; d. the oxygen-bleaching process; e. the dyeing process; f. the after-finishing process. The pure natural environmental protection materials are used for the whole treatment process of the grey cloth, so the fabric does no harm to the human skin. The clothing which is made of the cashmere cotton fabric is wet-permeable and breathable in summer, smooth and warm in winter, and light, soft, elegant and good hang down feeling in spring.

A hologram multiplex recording device multiplex-records a hologram in each of recording regions provided in a hologram recording medium. After a hologram is multiplex-recorded a predetermined N times in each of the recording regions contained in a predetermined range or in the whole of the hologram recording medium, a hologram recording is performed for the (N+1) time in each of the recording regions contained in the range or the whole. Accordingly, while another n (n=0, 1, 2, ...) recording regions are overlain in each recording region arranged in the hologram recording medium, the multiplex degree difference between the recording regions does not exceed a predetermined n+1 in the aforementioned range or the whole of the hologram recording medium.

The invention discloses a preparation method of novel special modified milk protein fibers for infants. The preparation method comprises the main steps as follows: taking pure milk as a main raw material and removing surplus water through evaporation; after concentrating the milk until the water content is 60 percent or less, adding alkali and decomposing fat; separating through a dialysis methodto obtain high-molecular-weight protein which cannot penetrate through a semipermeable membrane; taking the extracted protein as a material for preparing the milk protein fibers; adding a selenium nano material and a PBST / ZSM-35 nano composite material to improve the stability of the milk protein fibers. The milk protein fibers prepared by the preparation method have a natural antibacterial effectand any allergic reaction on skin is not caused. Components including the protein and the like in the milk protein fibers are necessary for human bodies and have a relatively good protection effect on the skin of the human bodies; when the milk protein fibers get close to the surface of the skin of the human body, a smooth and air-permeable feeling is provided.

The invention relates to a fabric and a production technology thereof, in particular to a cashmere cotton fabric and a production technology thereof. The fabric is made by cashmere and purified cotton in a blending way, wherein, the weight percentages by content are 5 percent to 20 percent of the cashmere and 80 percent of 95 percent of the purified cotton, which are formed by tatting or knitting. The technological processes of the invention are that: 1. a base cloth processing process, a tatting method or a knitting method is adopted to weave the base cloth according to different thread count and requirements of specification; 2. a handling process of the base cloth, a. a singeing process; b. a desizing process; c. a refinement process; d. an oxygen bleaching process: e. a coloration process; and f. a post handling process. The clothes produced by cashmere cotton fabric have wet permeability, air permeability, perspiration and no peculiar smell in summer; when being worn in winter, the clothes are smooth and comfortable, warmth-preserving and thick, which plays a role as a synovium between skin and warmth preservation, thereby causing people to feel easy and comfortable; when being worn in spring, the clothes are light, gentle, and thin, and have good sense of sagging.

The invention provides a baby carriage with increased stability and operationality. The distance of the front and rear direction between the front-wheel (10) and back-wheel (11) viewed from the width direction is set as Xa and the distance of the front and rear direction between the back seat crossing point (Ci) of the seat (3) and the back wheel axle shaft is set as Xb and the distance of the front and rear direction between the center (Cg) of the handle part (17b) of the handle (17) for operation of hand pushing and back wheel axle shaft (Aw) is set as Xc, and the height of the back seat crossing point (Ci) is set as Za and the height of the center (Cg) of the handle part (17b) is set as Zb wherein the Xa is less than 2Xc and the Xb is among 0.4-0.6Xc and the Za is less than 0.32Zb.

The invention relates to a time difference pressure distributing and outputting device. The time difference pressure distributing and outputting device comprises a pressure cavity component and a pressure distributing component arranged in a sliding cavity portion of the pressure cavity component in a sliding mode; when a pressure inputting portion of the pressure cavity component applies pressure to the sliding cavity portion, the pressure distributing component slides towards a pressure outputting portion of the pressure cavity component, first actuating pressure is generated, and when the pressure distributing component slides to the corresponding position in the sliding cavity portion after a time difference, a time difference outputting portion of the pressure cavity component generates second actuating pressure due to pressure influence.

The production method of pure hemp shrinkproof soft knitwear includes the following steps: Yarn pretreatment, high-pressure high-temp. steaming, yarn parafining, knitting, sewing, softening treatment, baking and high-pressure ironing setting. Said invented knitwear has the functions of inhibiting bacteria, mildew-proofing, preventing of corrosion, odour-resisting, resisting radiation, resisting UV ray and resisting static electricity.

The invention relates to an engine control valve comprising a body delimiting an internal duct and a rotatably movable petal (1) capable of sealing said duct in an open position allowing the flow of gas into the duct Pivoting between the closed position of the valve, the valve comprises a first system (2, 4) for sealing the duct against the outside of the body, and a second system (3), which is connected to the first The system is discrete and ensures that the valve (1) is sealed when in its closed position.

The present invention relates to a sealed engine control valve device comprising a main body portion defining an internal conduit and a rotatably movable subsection (1) capable of sealing and sealing in an open position allowing gas flow into the conduit Rotating between closed positions of the conduit, the valve comprises a first system (2, 4) for sealing the conduit against the outside of the body part, and a second system (3) Separate from the first system and ensure that the subsection (1) is sealed when in its closed position.

The invention relates to a protection apparatus for a 550 kV gas insulated switchgear, especially to a gapless metal oxide arrester. The gapless metal oxide arrester comprises insulating rods sleeved by a plurality of layers of resistor discs. The number of the insulating rods is two or more than two; each insulating rod is further sleeved by a plurality of layers of insulating spacers arranged among different layers of the resistor discs at an interval. The gapless metal oxide arrester further comprises connecting pieces in conductive connection with the resistor discs on different insulating rods. The resistor discs on different insulating rods are in tandem electrical connection through connection of the connecting pieces. Compared with the prior art, the invention has the following advantages: the axial length of the insulating rod in a core can be reduced, great capacity of the resistor discs is realized, energy absorption capability and overvoltage discharging capability of the arrester are improved, and stable operation of a power station is guaranteed.

The invention relates to an engine control valve which includes a body defining an inner duct and a rotatably mobile shutter (1), said shutter (1) being capable of pivoting between an open position enabling gas to flow into the duct and a closed position sealing the duct, the valve including a first system (2, 4) for sealing the duct relative to the outside of the body and a second sealing system (3), separate from the first, and ensuring that the shutter (1) is sealed when in the closed position thereof.

The invention relates to a spinning fine count blending with milk fiber. It includes the following steps: cutting off the silk into bulk fiber and the length is 50-60mm, reversion is 18-25%, and oil content is 2-3%, cultivating for 8-24 hours until fully penetrating. The fine combing fiber length is 40-50mm, and spun yarn twist is 850-1600T / M, twist coefficient is 85-130, taking bulk fiber mixing,adding wool cream according to 1:3, and making yarn after taking slivering, forespinning and post spinning processes. The invention has the advantages of natural, green, healthy keeping, low cost, good heat keeping, etc.

The present invention relates to a scribing device that does not interfere with the grippers even if the width of the end material region of the substrate is as small as the edge grip of the grippers, and can perform scribing along a planned scribing line. The loader (A) that transfers the substrate (W) from the first position to the second position on the downstream side of the substrate transfer direction, and the upstream end of the substrate (W) transferred to the second position, is controlled by the gripper (11 ) in a gripped state, the scribing apparatus includes a gripping and transporting unit (B) that transports to the scribing unit (C) disposed on the downstream side, and the substrate (W) that is transported to the scribing unit (C) The surface of the surface is marked by the cutter wheel (23) of the marking unit (C) to mark the planned marking line (S2) in the Y direction. The loader (A) can move in the X direction simultaneously with the suction transport member (2).

A transmission shaft is installed on the upper part inside of the body of the sewing machine in a way essentially parallel to the main shaft of the sewing machine installed on the lower part inside of the body of the sewing machine. A needle rod drive shaft is installed on the front end of a sewing machine arm in a way roughly parallel to the main shaft and the transmission shaft of the sewing machine. A transmission belt is separately installed between the main shaft and the transmission shaft of the sewing machine, and between the transmission shaft and the needle rod drive shaft. Through the rotation of the belt, the rotation of the main shaft of the sewing machine is transmitted to the transmission shaft and the needle rod drive shaft, and then to a rotation location near the drive shaft of the needle rod. The up-and-down reciprocation structure of the needle rod can prevent the generation of noise and the vibration of the main shaft of the sewing machine caused by the needle rod that is upwardly protruded on the front end of the sewing machine arm about orthogonal to the main shaft of the sewing machine.

The invention discloses an intelligent die opening and closing control method for a die-casting machine. The method comprises the following steps that displacement information sent by a displacement sensor is obtained by a programmable controller, and displacement information of a moving template is worked out; and according to the displacement information of the moving template, the intensity of die opening and closing of the moving template is controlled by the programmable controller. The invention further discloses an intelligent die opening and closing control system for the die-casting machine. The system comprises the moving template, the programmable controller and the displacement sensor; and the programmable controller is connected with the displacement sensor and used for receiving the displacement information sent by the displacement sensor, the programmable controller is connected with the moving template through a transmission mechanism and used for working out the displacement information of the moving template according to the displacement information sent by the displacement sensor, and the intensity of die opening and closing of the moving template is controlled according to the displacement information of the moving template. According to the intelligent die opening and closing control method and system for the die-casting machine, die opening and closing action is stable and pliable, the impact strength and the vibration amplitude of the moving template are reduced, the intensity of die opening and closing of the movable template can be controlled by the programmable controller, and die opening and closing efficiency is guaranteed.

The invention discloses a method for preparing a chow feed. The chow feed comprises the following components in percent by weight: pork liver powder, pork lung powder, mutton powder, chicken powder, white fish powder, duck intestines powder, soya bean protein powder, egg powder, milk powder, celery powder, cassia twig powder, radix angelicae powder, radix trichosanthis powder, powder of all-grass of Taiwan lettuce and asiatic moonseed rhizome powder. The chow feed prepared according to the method provided by the invention is low in cost, easy to take ingredients, simple in formula and preparation method, and good in feeding effect; and chows fed by the chow feed prepared according to the method provided by the invention have the characteristics of high growth and development speed, robust and graceful bodily form, glamorous hair color, large size, strong body and low morbidity.