45results about How to "Increase external force" patented technology

The present invention includes at least one knee pad and an associated method of attaching work quality external kneepads onto work pants by an attachment fastener. The attachment fastener preferably includes a commercial quality hook and loop fastener. The present invention adapts a pair of conventional work trousers to accept, when needed, conventional padded knee protectors. By using hook and loop fasteners, the kneepads can be quickly and simply attached and detached without having uncomfortable straps around the leg and therefore overcomes prior art shortcomings of hindering blood circulation. Thus, the direct attachment to the pants in lieu of straps means that there are no straps to cut into legs or cut off circulation. An additional benefit to this system is the convenience of laundering the work clothes.

The invention discloses an integrated machine for automatically detecting flatness and packaging a carrier belt for a shielding case. The integrated machine comprises a blowing and feeding mechanism, a double stroke transmission mechanism, an automatic packaging mechanism and a controlling device. Shielding cases to be detected enter into a first work station in the blowing and feeding mechanism orderly, the controlling device controls the double stroke transmission mechanism to execute a first stroke, a first nozzle sucks the shielding cases at the first work station and conveys the shielding cases to a second work station for flatness detection, a second nozzle sucks the qualified shielding cases detected at the second work station and conveys the shielding cases to a third work station to be arranged on the carrier belt, and the carrier belt where the shielding cases are arranged is automatically packaged by an adhesive tape and coiled automatically by a receiving disc. The integrated machine provided by the invention detects and conveys the shielding cases automatically, sorts qualified and unqualified products and arranges the qualified products on the carrier belt automatically. The carrier belt is automatically packaged by the adhesive tape and operators do not contact with the detection and packaging process of the shielding cases, thereby realizing automation of the packaging process of the shielding cases.

A floor structure of a vehicle body capable of enhancing rigidity against a external force from a side of the vehicle body includes a pair of right and left side sills, a pair of front and rear cross members provided between the pair of right and left side sills, and a floor panel surrounded by the pair of right and left side sills and the pair of front and rear cross members. The floor panel is provided thereover with beads in a concentric arc shape spreading from parts at which the side sills and the cross members are vertically joined to each other. Reinforcement members are provided at corners defined by the side sills and the cross members in such a manner that the reinforcement members are slantingly placed and joined to the side sills and cross members.

A lever type connector comprises two connector housings, a front holder, a movable guide member fixed within one of the connector housings, and a movable guide member slidably attached to another of the connector housings. The movable guide member protects male terminals at a temporary holding position and is slid by the front holder toward an end position during connection. A elastic arm for temporarily holding the movable guide member is provided within the connector with the male terminals. A release projection is provided on the front holder. A space for stowing the elastic arm, which has restored its bending, is secured behind the release projection. According to the lever type connector can prevent plastic deformation of the elastic arm for temporary holding of the movable guide member without forming an access hole by a telescoping shutoff of injection molding.

The invention relates to a device for opening an ampoule (3), said device comprising a substantially hollow cylindrical housing (11) having an interior for accommodating an ampoule (3). The device also comprises a rotary element (12) having a proximal section (121), to which a break-off section (124) extending in the distal direction is connected. The break-off section (124) is flexible in the radial direction and/or is pivotably connected to the proximal section (121) in the radial direction. The rotary element (12) can be rotated relative to the housing (11) about the longitudinal axis in an actuating direction from an initial position to an intermediate position. In the area of the side wall (111), the housing (11) has a first guiding structure (119), which is designed in such a way that the first guiding structure presses the break-off section (124) inward during a rotation from the initial position to the intermediate position so that the break-off section (124) exerts a radial shear force on the ampoule head (33) of an ampoule (3) accommodated in the interior in order to break the ampoule head (33) off of the ampoule body (31).

An optical fiber coupler reinforcing member comprises an approximately rectangular member formed by a hard material, and has a flat surface along the longitudinal direction thereof. In addition, the shape thereof in cross-section is a hexagonal shape which inscribes a cylindrical member. Furthermore, a recess having a U-shaped cross-section is formed in the longitudinal direction of the above-mentioned approximately rectangular member and houses coupling section. The coupling section housed within the recess is fixed at both ends of the recess by an adhesive or the like. In addition, both ends of the inner wall surface of the recess have been given bevel sections. As a result, the optical fiber coupler reinforcing member having high reliability at low cost, with which the strength with respect to external force is improved and with which processability and the assembly operations of the optical fiber coupler are easy, are provided.

The invention proposes a gypsum hollow block, which is composed of the following raw materials in parts by weight: building gypsum powder: 80-90 parts, fly ash: 10-20 parts, water reducer: 0.2-0.5 parts, Coagulant: 0.6-0.8 parts, methyl cellulose: 0.1-0.2 parts, carboxymethyl cellulose: 0.2-0.3 parts, activator: 1-2 parts; wherein, the weight ratio of water to building gypsum powder is 0.3 -0.4:1, the water temperature is 5-25℃. In the semi-dry production method of the gypsum hollow block, the mixed powder and water mixture are added to a mixer for high-speed stirring at a stirring speed of 500-600r/min to obtain a semi-dry gypsum colloid, which is then uniformly distributed to Gypsum hollow block molding machine combined mold cavity, external pressure molding, and then hydraulically ejected from the mold cavity. The gypsum hollow block produced by the production method has a low water-to-paste ratio, and the free water of the gypsum block is very low after forming. After forming, the gypsum block can be sent to the construction site to directly build walls, saving storage yards and exempting from drying (natural and artificial drying).

A cable connector includes an insulator, signal contacts supported in the insulator, wherein the signal contacts come in contact with the cable when the cable is inserted into the insulator, a pair of lock members which are rotatable between a locked position and an unlocked position, and springs supported on the insulator, wherein the springs retain the locked position and allow rotation of the lock members to the unlocked position by elastic deformation of the springs. Each spring includes a base-plate portion supported on the insulator, an elastically deformable portion extending from the base-plate portion, an end-extending portion extending from an end of the elastically deformable portion, and an engaging portion which engages with an associated lock member to integrate the spring with the associated the lock member.

A cable with spiral teeth includes a core rope (4) having a recess groove (8) spirally continuous in the longitudinal direction, a resin covering layer (5a) installed on the outer periphery of the body (2) of the cable, a spiral strip (S) having a winding filament (3) and being installed with a resin covering layer (5B) on a linear core material, thereby increasing the relative frictional coefficient and the engagement power between the rope (4) and the resin covering layer (5A), the core material and the resin covering layer (5B), and the resin covering layers (5A)(5B), particularly increasing the accuracy of operation. The cable with spiral teeth is characterized in that the resin covering layer (5A) of the rope body (2) is consisted of a resin containing a metal fiber or a resin containing a metal oxide fiber, the resin covering layer (5B) of the filament (3) is consisted of a thermoplastic resin or elasticized resin, the rope body (2) is made of a material same as the core material contained in the resin covering layer (5A), and any of the resin covering layers (5A)(5B) of the rope body (2) and the filament (3) is consisted of a same resin material.

The invention discloses an energy absorption method based on a hybrid dynamic polymer. According to the method, the hybrid dynamic polymer containing a dynamic double-selenium bond and optional supramolecular hydrogen-bond interaction is used as an energy absorption material for energy absorption. The dynamic polymer combines respective advantages of a dynamic covalent bond and an optional supramolecular hydrogen bond; the dynamic covalent bond endows the polymer with certain strength and stability; and with the supramolecular hydrogen-bond interaction and strong dynamic reversibility of the dynamic covalent bond under certain conditions, the dynamic polymer has energy absorption characteristics such as energy dissipation and dispersion. The dynamic polymer can be applied to body protection in sports and daily life, military police body protection, explosion prevention, airborne landing and airdrop protection, automobile collision prevention, impact resistance protection of electronicand electrical products and the like.

The invention provides a silicon heterojunction solar cell structure and a manufacturing method thereof. The structure comprises n-type crystalline silicon, a p-type hydrogenated amorphous silicon layer, an n-type hydrogenated amorphous silicon layer, a first TCO (Transparent Conductive Oxide) layer, a second TCO layer, an amorphous TCO layer, a silver colloid layer and a buffer thin film layer, wherein both the front face and the back face of the n-type crystalline silicon are passivated by using hydrogenated amorphous silicon; the first TCO layer is positioned on the upper side of the p-type hydrogenated amorphous silicon layer; the second TCO layer is positioned on the lower side of the n-type hydrogenated amorphous silicon layer; the amorphous TCO layer is formed on a surface of the second TCO layer; the silver colloid layer is grid-shaped; the buffer thin film layer is formed on a surface of the amorphous TCO layer through sputtering. Compared with the prior art, the structure and the method have the advantages that the amorphous TCO layer is additionally arranged between the second TCO layer and the buffer thin film layer on one side of a back electrode, and silver oxide is formed by using the amorphous TCO layer and the sputtered Ag thin film, so that sputtered Ag and the amorphous TCO layer can react chemically to form an oxygen-silver bond, and further the welding strip tension during series welding of a module is improved.

A terminal fitting to be connected to a mating terminal fitting with a tab (T) includes a rectangular tube (11) composed of a bottom wall (12), two side walls (13) rising from the bottom wall (12) and a ceiling wall (15) facing the bottom wall (12). A resilient contact (21) extends along the bottom wall (12) inside the rectangular tube (11). A protection wall (31, 131) has bending edge (L1) continuous with one of the side walls (13) is before a front end (12A) of the bottom wall (12) and extends from the bending edge (L1) toward the other side wall (13). A clearance for receiving the tab (T) is between the protection wall (31, 131) and the ceiling wall (15). The bending edge (L1) approaches the ceiling wall (15) from a front end (12A) of the bottom wall (12) toward a front end (13A) of the side wall (13).

Provided herein are methods and compositions for increasing muscle strength, and for treating muscle wasting disorders, muscle degenerative disease, or exercise-induced weakness, and cancer.

The invention relates to the technical field of household appliances, and discloses a self-suction sealing door of a refrigerator. The air pressure inside a negative pressure cavity is reduced by extracting an arc-shaped extrusion rod from the negative pressure cavity, and the effect is transmitted to flow-limiting devices through an air guide hole and an air guide groove at the same time; due tothe fact that the cross-sectional shape of a flow-limiting hole in each flow-limiting device is funnel-shaped, and an outer aperture R1 is larger than an inner aperture R2 which is larger than a middle aperture R3, each flow-limiting hole has a gas flow restriction, and the closing speed is high; the external air is difficult to enter the air guide groove and the air guide hole through the flow-limiting holes; and when a refrigerator door is completely closed, outer accommodating cavities make contact with the flow-limiting devices so as to abut against and open the flow-limiting holes and toenable the internal low air pressure to act on locking devices, bullet-shaped shooting needles are subjected to suction force to move, the tip of each bullet-shaped shooting needle enters the R3 of the corresponding flow-limiting hole and makes contact with a flow-limiting plate, the external force required by the door opening is improved, the probability that the refrigerator door is mistakenly opened is reduced, and the effect of the mistaken opening prevention function of the device is improved.

The invention discloses electrical excitation vibration pile hammer equipment for engineering machinery. The electrical excitation vibration pile hammer equipment comprises a vibration absorber, a vibrator, vibration exciters and an electrical device, wherein the vibration absorber is composed of a hoisting pulley, a vibration damping cross beam and vertical shafts. The vibration damping cross beam is fixedly connected with the upper part of the vibrator, the two sides of the vibration damping cross beam are provided with two vertical shafts correspondingly, each vertical shaft is sleeved witha compression spring in a sleeved mode to form a group, the vibration damping cross beam is fixed at the upper parts of the vertical shafts, the vibrator is composed of a motor, a box body, eccentricblocks, a driving shaft, a driven shaft and a gear, the power is transmitted to the box body through a triangular belt, the drving shaft and the driven shaft are meshed with each other through a pairof column gears, four eccentric blocks are arranged on the shaft, the two sides of the vibrator are fixedly connected with the vibration exciters correspondingly, the electrical device consists of adistribution box and a wire, and the power distribution box is connected with external power supply equipment. According to the equipment, the vibration damping of the two groups of springs of the vibration absorber of the equipment greatly reduces the amplitude of the equipment, and the four eccentric blocks increase the amplitude intensity.