34results about How to "Thick structure" patented technology

An iron type golf club head having a rear surface having upper and lower portions; the upper portion being defined by a blade type iron structure between a top ridge surface and the lower portion; and a lower peripheral weight on the lower portion of the rear surface forming a rear cavity between the bottom sole surface the said upper portion.

A sealed cell having a safety mechanism is provided. The safety mechanism has a non-resealable valve structure formed in a sealing plate that seals the cell. The valve structure is broken as soon as the internal pressure reaches or exceeds a predetermined value so as to permit the internal gas to be released outside. The valve structure has at least one dome protruding toward the interior of the cell, which in turn has at the periphery thereof a break groove for facilitating the breakage of the valve structure. This makes the valve structure highly responsive to the internal pressure and causes to form a break-opened orifice of a sufficient area at the time of operation in response to the increased internal pressure. The valve structure is not unnecessarily broken by the impacts of, for example, dropping. As a result, the safety of the sealed cell is significantly improved.

The invention relates to a warp-knitted fully-shaped side-seam-free T-shirt and a weaving method thereof. The warp-knitted fully-shaped side-seam-free T-shirt comprises a collar part, shoulder part, shoulder-connecting sleeve parts, a main body part, side seam part and a lower hem part and consists of a front piece and a back piece. The warp-knitted fully-shaped side-seam-free T-shirt is characterized in that the front piece and the back piece on two sides of the collar part form shoulder connection through thick sewing contextures of the shoulder parts, the cuff zones of the shoulder-connecting sleeve parts are of thickness contextures, and the front piece and the back piece on the cuff edges of the shoulder-connecting sleeve parts and the lower edges of sleeves form sleeve part connection through thick sewing contextures. The front piece and the back piece of the large body part form side seams through edge connecting contextures, and the side beam parts are of thickness contextures of crossed square continuous contextures. A main body of the lower hem part is of a thickness contexture, and the lower edge of the lower hem part form a lower hem sewing part by adopting a separated structure and a thick sewing contexture. The collar part adopts a thick contexture. The main body contextures of the shoulder-connecting sleeve parts and the contexture of the large body part are mainly of thickness contextures to intersperse a mesh contexture. The warp-knitted fully-shaped side-seam-free T-shirt adopts a one-piece type shoulder-connecting sleeve style cylindrical structure, and no cutting or sewing process is needed.

A solid-state imaging device has a substrate in which are formed a pixel array portion having a plurality of pixels, and a peripheral circuitry portion. The device is characterized in that a first multilevel metallization structure is formed over the peripheral circuitry portion, and a second multilevel metallization structure thinner than the first multilevel metallization structure is formed over the pixel array portion.

The invention relates to the field of household electrical appliance and especially relates to an induction cooker (101) with a magnetic stripe arranged at the upper side of a support. The induction cooker comprises a panel and a bottom casing (201), the panel and the bottom casing (201) form a cavity, a support (202), the magnetic stripe and a coil (206) are arranged in the cavity, and the support (202) is prepared from Al, is in a shape of a plate and is directly and fixedly arranged on the bottom casing (201). The coil (206), the magnetic stripe, an insulation sheet (205) and the support (202) are fixed to form a heating module by bonding connection or clamp connection. The induction cooker has an ultrathin structure having the thickness less than 20mm, has unaffected thermal diffusivity and avoids reverse direction heating problems.

The invention belongs to the technical field of weaving, and particularly relates to manufacturing technology for composite elastic textiles and manufacturing equipment thereof. The manufacturing technology for composite elastic textiles and manufacturing equipment thereof solve the technical problems of low product quality and high processing difficulty in the prior art and the like. A first idea of the invention is to provide the manufacturing technology for composite elastic textiles, which comprises the following steps: A, loading material; B, weaving; C, segmenting; and D, rolling. The second idea is to provide the manufacturing equipment for composite elastic textiles, which comprises a rack, wherein a material feeding mechanism, a line paying off mechanism and a weaving mechanism are arranged on the rack; and a hot segmenting mechanism is arranged on one side of the weaving mechanism and includes a plurality of hot segmenting heads. The manufacturing technology for composite elastic textiles and manufacturing equipment thereof have the advantages of simplicity of implementing, operation and use, high processing efficiency, low manufacturing cost, reasonable design, simple structure, and good working stability; and the processed composite elastic textiles have a thick structure, good water absorbability and wear resistance, and can not only have good elasticity, but also limit the stretching range.

The invention relates to a surge protector with long service lifetime and high protection. The surge protector comprises a current output outer cylinder, wherein a zinc oxide piezoresistor substrate is arranged at an internal bottom part of the current output outer cylinder, a pressure bearing ring, a polarity cross cap and a T-shaped isolation sleeve are sequentially arranged on the piezoresistor substrate, an induction coil is wound around the pressure bearing ring in a matching way, a current transmission end of an induction coil is connected with a passive current comparison module by two groups of wiring caps, and the piezoresistor substrate, the polarity cross cap and the induction coil are pressed in the current output outer cylinder by a hole elastic baffle ring to form a whole current discharge passage. The surge protector has the advantages of reasonable structure, reliable working performance, good protection effect, long service lifetime and the like, and is convenient to operate, and the development trend for effect improvement of a current surge protector and the increasingly market demand can be satisfied very well.

The invention provides a manufacturing method of a bamboo bed. The manufacturing method comprises the following steps: selecting a bamboo material; removing moisture; soaking in tung oil; cooling and shaping; manufacturing a bed board; preparing the bamboo bed; performing baking; and polishing, coating and forming. Compared with the prior art, the manufacturing method of the bamboo bed has the advantages that the bamboo bed is excellent in stability and durable in use.

The object of the invention is a roof arrangement for an elevator car in an elevator, comprising at least an elevator car, in which an untreated roof (3) and a wall (2), and In this elevator car is the ceiling (1) hinged to the untreated car roof (3). The ceiling (1) is hinged to the untreated roof (3) of the elevator car by means of a hinge mechanism (4) comprising a hinge mechanism (9) which is arranged in the ceiling (1) The second end of the ceiling is turned downwards while pulling the first end of the ceiling (1) away from the wall (2) of the elevator car.

A stent includes a high radial force segment and a highly flexible segment, where the diameters of the high radial force segment and the highly flexible segment are different. For example, the stent may be formed from a tube having varying diameters as it extends distally combined with increased strut density to achieve increased flexibility distally while reducing loss of radial stiffness. The stent may further be placed with an additional stent segment, where the additional stent segment has a radial force similar to the radial force of the highly flexible force segment.

The invention discloses a double needle multilayer automatic return-intestine pulling cylinder and a hair band sewing method using the same and relates to the technical field of sewing. The invention is aimed at solving the problems of poor quality, short service life and low sewing efficiency of hair bands and single matching of cloth and accessories. The double needle multilayer automatic return-intestine pulling cylinder comprises a multilayer clipping seam member, a guide support rod and a ring; one end of the guide support rod is connected to an outlet end of the multilayer clipping seam member; the guide support rod is installed corresponding to the vacant layer between a top layer and a middle layer of the multilayer clipping seam member; a guide sheet is installed on the guide support rod; the guide sheet is installed close to an outlet end of the multilayer clipping seam member; the ring is connected to the other end of the guide support rod; the multilayer clipping seam member is used for the passing through of elastic threads and multilayer cloth; the guide support rod is used for guiding the outlet direction of the elastic threads and discharging direction of cloth; the guide sheet is used for passing through the elastic threads and basically guaranteeing that elastic threads are wrapped with the cloth at the outside; the ring is used for passing through the elastic threads and cloth and further guaranteeing that the elastic threads are wrapped with the cloth at the outside.

The invention relates to a novel manufacturing method of a planar spiral inductor. Manufacturing of the planar spiral inductor is carried out through a glass or quartz substrate; manufacturing of the planar spiral inductor is achieved by an MEMS technology which comprises a metal thin film deposition process, a dielectric layer thin film deposition technology, a thick metal layer plating process, a thick resist lithography process, an etching process and the like; the planar spiral inductor and the substrate do not need to be isolated by a thick insulating layer; and the plane shape of the planar spiral inductor and the thickness of a coil are not limited. Manufacturing of the planar spiral inductor is achieved by the MEMS technology on the glass or quartz substrate; the coupling effect and the skin effect between the coil and the substrate at a high frequency are avoided; a high Q-value inductor can be achieved; meanwhile, the thickness of a metal layer of an inductance coil is not limited; and the loss of the coil is low. The technology is simple; the requirements of multiple fields of a signal isolator, a planar antenna, a microwave baseband line, a planar spiral inductor resonator and the like can be met; and the process difficulty is reduced.