175results about How to "Increase the stress point" patented technology

The invention relates to the technical field of medical equipment, in particular to a disposable foreskin cutting stapler. The disposable foreskin cutting stapler comprises a concave seat, a staple chamber sleeve, a casing, a lead screw, a staple pushing piece, a movable handle and a connecting rod, wherein the lead screw is arranged in the casing, the staple chamber sleeve is arranged on the left side of the casing, the staple pushing piece and the concave seat are arranged in the staple chamber sleeve, the movable handle is installed on the casing, the connecting rod is connected with the casing and the movable handle, a safety clip is arranged on the casing, an adjusting nut is arranged at the tail end of the casing, an adjusting bolt is arranged at the end of the lead screw, exhaust through holes are formed in the concave seat, and a suture carrying hole is formed in the staple chamber sleeve. The disposable foreskin cutting stapler has the advantages that the operation time is effectively shortened during use, the stapler is convenient for a doctor to operate, the stapler is not only safe but also practical, the stress area is increased through the fish-tail-shaped adjusting nut, the stress points are increased, the appearance is attractive and the operating hand feeling is improved.

The invention relates to the technical field of construction, in particular to a reinforced concrete modelling construction method which is applicable to a large section chamber. According to the super-large section chamber reinforced concrete modelling construction method, a multi-vertical-rod type lining trolley is adopted to control the integral rigidity of a rack, a motor drives a walking mechanism to drive the trolley to move, formwork in place and tunnel reinforced concrete forming of closing mold are adjusted through a hydraulic oil cylinder and a screw jack, the multi-rod type lining trolley adopts a method of pouring the side wall and the arc portion together or separately pouring the arc wall according to the size, the construction period and the concrete supply conditions of the tunnel section. According to the reinforced concrete modelling construction method, the multi-rod type lining trolley is adopted, the side wall and the arc portion can be poured separately and simultaneously, the construction period and costs are saved, the splicing time and material reshipment are reduced, the trolley movement and positioning speed is rapid, and personnel operation is facilitated; the multi-rod trolley adopts full-hydraulic vertical closing mold, the motor driving is matched with walking of the rail, accurate positioning is easy, braking is convenient, movement safety risks are small, and the structure is reasonable.

An inserting-connection assembly for air conditioner installation comprises a carrying-connection block and an inserting-connection block. The front portion of the inserting-connection block is inserted into the carrying-connection block, the carrying-connection block is fixed to a wall body, and the inserting-connection sliding block is installed on a backing plate of an outdoor unit. The carrying-connection block is provided with an inserting groove which extends from the top end to the bottom, the inserting groove is sealed through the bottom end of the carrying-connection block, and an opening of the inserting groove is flanged inwards; the front portion of the inserting-connection block is inserted into the inserting groove; a plurality of longitudinal protruding edges are erected at the bottom of the inserting groove, the front portion of the inserting-connection block is provided with grooves matched with the protruding edges, and the two sides of the inserting-connection block are provided with clamping connectors matched with the opening of the inserting groove. According to the inserting-connection assembly for air conditioner installation, air conditioner installation is convenient and fast, outdoor work is not needed, and the installation cost and unsafe factors are greatly reduced.

The invention discloses a sliding track device comprising a slider (2), wherein the slider (2) is mounted on a matching guide track (1) in a sliding manner. The sliding track device is characterized in that the guide track (1) is a rectangular strip, concave sliding chutes (11) are axially formed at the middle of the four sides of the rectangular strip respectively and the two ends of each concave sliding chutes are communicated, the end-face orthographic projection of the guide track (1) is a rectangle having notches at the middle of the four sides, a rectangular cavity (21) is axially formed within the slider (2), wherein the two end of the rectangular cavity are communicated and fits well with the rectangular strip, raised roller wheels (3) are formed on the inner walls of the four sides of the rectangular cavity (21) respectively, and when the slider (2) is mounted on the guide track (1), the roller wheels (3) raised from the inner walls of the four sides can roll in the corresponding sliding chutes (11). The sliding track device has the advantages that the design is smart, the stress points are increased and also distributed on the four sides of the guide track to ensure more uniform stress, and the guide track is enclosed within the rectangular cavity, so as to reduce the frictional force of the slider during movement and ensure that the movement of the slider is more stable and flexible.

The invention discloses an anti-deformation cutting device of a metal hose. The rotation speed of a cutter body is 0.5N times of the rotation speed of the metal hose, wherein N is a positive integer,and the cutter body only rotates one round; the two ends of the metal hose are placed into a cylindrical placing box with the middle part being hollow, the placing box is provided with four through holes, the through holes are in threaded connection with connection rods, the two ends of the connection rods are at outside of the through holes, the ends, in the placing box, of the connection rods are connected with connection plates, the connection plates on the four connection rods form a hollow cylinder, the connection rods rotate in the through holes to adjust the distance between the connection plates and the inner wall of the placing box, and the metal hose is fixed into the hollow cylinder composed of the four connection plates. The device can effectively relieve the stress when cutting the metal hose to prevent the metal hose from deforming in the cutting process, and thus the metal hose is more convenient to use for a long time.

The invention provides a fast cage type tobacco clamp for a bulk curing barn. A technical scheme of the invention is as follows: a support frame is arranged on two ends of an L-shaped bracket, a movable cover is connected with the L-shaped bracket through a hinge such that the movable cover can rotate, the movable cover after folded is tightly clung on the support frame, contact pins are respectively lapped on lower edges of square holes of the L-shaped bracket and the movable cover after a tobacco fork is inserted, and the tobacco fork and the movable cover are stably clamped on the support frame by using a clip. According to the fast cage type tobacco clamp disclosed by the invention, the tobacco loading efficiency can be largely increased, links of roasting tobacco leaves and technical complexity can be reduced, the labor saving effect is remarkable, and tobacco growers can get rid of complex tobacco weaving links; in addition, the difficulties of poor roasting effect of the prior tobacco clamp and complex and short-life structure of the tobacco clamp are solved at the same time; and when the fast cage type tobacco clamp is matched with a bulk curing barn for use, the volume and the roasting capability of the bulk curing barn can be increased on the premise of ensuring the roasting quality, which is very important to expanding planting scale of each family and factory and professional roasting.

The invention provides an integral type rolling machine axial adjusting device, comprising a rolling machine upright (1), a roller bearing block (3), multiple cup head bolts (4) which are inserted into a through hole (5) of the rolling machine upright (1), an integral type axial pressure plate (6) used for fixing and adjusting the roller bearing block (3) and multiple flat hole slots (7) which are formed on the integral type axial pressure plate (6), wherein the integral type axial pressure plate (6) is sheathed on the multiple cup head bolts (4) which penetrate through the through hole (5) of the rolling machine upright by virtue of multiple flat hole slots (7), the multiple cup head bolts (4) are respectively added with half cylindrical pads (8), and the half cylindrical pads are respectively fastened and located by virtue of nuts (9).

The invention discloses a high-strength rare earth molybdenum tube cold cathode and a manufacturing process thereof. The high-strength rare earth molybdenum tube cold cathode is characterized by comprising a rare earth molybdenum tube and a molybdenum wire, wherein the molybdenum wire is welded on the side portion of the molybdenum tube. The high-strength rare earth molybdenum tube cold cathode is simple in structure, convenient to manufacture and stable in performance and saves the cost.

The invention discloses a tunnel lining steel belt reinforcing structure and a construction method. The technical problems that an existing steel belt reinforcing method is not reliable enough, and construction is not convenient are solved. The reinforcing structure comprises annular steel belts, longitudinal steel belts and feet-lock bolts, the annular steel belts are intermittently arranged in the longitudinal direction of a tunnel and separately fixed to the outer wall of a lining, the longitudinal steel belts are distributed intermittently in the annular direction of the tunnel and fixed to the adjacent annular steel belts, the longitudinal steel belts at the two sides of the same annular steel belt are distributed alternately, and the feet-lock bolts are arranged on the feet of wallsat the two sides of the annular steel belts and anchored to the lining. The construction method comprises the following steps of performing surveying, setting-out and positioning; cleaning the surfaceof the lining; installing the annular steel belts and the longitudinal steel belts; arranging the feet-lock bolts at the feet of the walls at the two sides of the annular steel belts and anchored tothe annular steel belts and the lining. The longitudinal steel belts and the annular steel belts are distributed alternately, the tunnel lining structure is firmer, feet-lock bolts are only arranged at the corners at the two sides of the annular steel belts, and construction is easier.

The invention relates to a plastic grinder which comprises a feeding hopper installed on a grinding chamber upper body. The front end of the grinding chamber upper body is locked, and the back end of the grinding chamber upper body is in pin connection with a grinding chamber lower body through a rotating shaft. A front fixed cutter and a back fixed cutter are respectively installed at the cutter installation positions in front of and at the back of the grinding chamber lower body. A lower body inside insert is installed at the extending position on the lower portion of a back arc plate of the grinding chamber upper body, the lower body inside insert is in pin connection with the grinding chamber lower body through the rotating shaft and is locked, and a screen device is in pin connection with the grinding chamber lower body through a screen frame rotating shaft and is lifted in spiral mode through a locking rod to be bonded with the lower portion on the front installation cutter face of the grinding chamber lower body. A spindle rotor is installed in the middle of the grinding chamber lower body in suspension mode, a rotating movable cutter is installed on the spindle rotor, the grinding chamber lower body is fixed on a base frame, and a power transmission device is connected with the spindle rotor and can drive the spindle rotor to rotate. By means of the lower body inside insert, the plastic grinder can effectively expand grinding material storing area space, improves cutting material grabbing points, improves grinding efficiency and can grind large-diameter grinding products.

The invention provides a high-stability EMB brake-by-wire system suitable for an ABS and a control method of the high-stability EMB brake-by-wire system, and belongs to the technical field of automobile braking. The brake-by-wire system comprises an electronic control unit and a brake unit. The electronic control unit comprises a BCU, a first motor controller and a second motor controller. The brake unit comprises a first motor, a second motor, a threaded screw transmission part, a ball screw transmission part, a friction plate and a brake disc, the first motor is arranged on the outer side ofthe brake shell, and the second motor is arranged in the brake shell. A dual-motor structure is adopted, and dual-motor redundancy is achieved on the premise that brake-by-wire is achieved; during ABS anti-lock, the characteristics of self-locking of the threaded screw transmission part and non-self-locking of the ball screw transmission part are utilized, so that the first motor does not need locked-rotor braking torque, the second motor does not need to rotate reversely to release braking torque, the anti-lock purpose is achieved, the service life of the motor is prolonged, and braking is more stable.

The invention discloses a cylindrical plastic casing with wide ribs arranged inside. The cylindrical plastic casing comprises a plastic casing body, a shape controlling mechanism and a laser device; the plastic casing body comprises a hollow cylinder, at least one wide rib and at least one groove formed in the inner wall of the cylinder; the edge of the at least one wide rib is placed inside the at least one groove; the shape controlling mechanism comprises at least one shape controlling sleeve piece; the periphery of the cylinder is sleeved with the at least one shape controlling sleeve piece; and the at least one shape controlling sleeve piece corresponds to the at least one wide rib. The invention further discloses a welding method of the cylindrical plastic casing with the wide ribs arranged inside. According to the cylindrical plastic casing and the welding method, the force bearing points of the cylinder in the axial direction are increased by the aid of the wide ribs, so that the possibility is created for increasing component or structure characteristics inside the cylinder; the requirement for the light transmittance of the cylinder material is eliminated, and deformationof the surface of the cylinder due to input heat during welding is reduced; fixture-free welding of the wide ribs can be realized; and the gaps between trapezoidal bulges and the grooves can store overflows formed by thermal expansion of the material during welding, so that deformation of the cylinder can be avoided.

The invention relates to a reinforced aluminum alloy floor wire duct, which comprises an arc plate, a connecting base, a supporting assembly, a connecting assembly, bunch assemblies, a straight plateand first mounting grooves. The connecting base is fixed to the lower end face of the floor. The arc plate is installed at the upper end of the connecting base through the connecting assembly. The straight plate is connected to the inner central position of the arc plate; inserting plates are connected to the two ends of the bottom of the arc plate respectively; the first mounting grooves are formed in the inner walls of the inserting plates; the supporting assembly is arranged in the center of the top of the connecting base; the supporting assembly and the straight plate are matched structures; the upper end of the supporting assembly is provided with the bunch assemblies in sequence; a fixing plate is installed in the center of the top of the connecting base; an inserting groove is formed in the center of the top of the fixing plate; and rectangular grooves are symmetrically formed in the positions, located at the two sides of the inserting groove, of the top of the fixing plate. Thereinforced aluminum alloy floor wire duct has the characteristic of large bearing capacity, and ensures that the arc plate is not prone to damage, so that the service life is guaranteed, and the safety performance is high.

A structure-improved riveting-free copper pull head comprises a pull head body, a elastic sheet and a pull sheet, wherein the pull head body comprises an upper wing plate, a lower wing plate and a guiding column, a convex block is arranged at the rear portion of the upper wing plate, and a protruding layer protruding out of the upper surface of the upper wing plate is arranged in the middle of theupper wing plate and is provided with an insertion hole. An insertion plate bent downwards is arranged in the middle of the elastic sheet, and a through hole is formed in the rear portion. The elastic sheet can be movably buckled and pressed on the pull head body, the insertion plate is inserted into the insertion hole to abut against the inner side wall of the protruding layer, and the convex block penetrates through the through hole to limit movement of the elastic sheet. The pull sheet can be clamped between the upper wing plate and the elastic sheet in a front-back rotatable way. When thepull sheet is turned and pulled forwards, the pull sheet abuts against the outer side wall of the protruding layer. By arranging the protruding layer, the pull sheet can directly abut against the outer side wall of the protruding layer without pressure exertion on the elastic sheet when rotating. Therefore, plastic deformation of the elastic sheet can be effectively prevented, and the service life of a zipper can be prolonged.

The invention discloses a clamping device for lithium battery processing. The clamping device comprises a support, the lower part of the support is glidingly connected with a lifting air pipe, and thelower end of the lifting air pipe communicates with a sucking disc. A second motor is arranged in the support, and an output shaft of the second motor is connected with a second threaded rod in a transmitting mode. The side face of the lifting air pipe is fixedly connected with a third fixed block. When the clamping device is used, a lithium battery needing to be clamped is placed among three clamping plates, the lithium battery is clamped by the three clamping plates, and force bearing points are increased. When the lithium battery is clamped, the lifting air pipe moves downward. At the moment, the sucking disc contacts the clamped lithium battery and inhales through a connecting air pipe at the same time, so that the sucking disc absorbs the lithium battery, and the lithium battery canbe clamped more stably. Compared with the existing clamping device, the novel clamping device for lithium battery processing improves the clamping force for the lithium battery by increasing the forcebearing points and increasing adsorption force, so that the lithium battery is not easy to fall off.

The invention relates to a breeze wind-solar complementary energy storage unit. A bearing chamber fixed frame consists of a bearing chamber and a connecting disc arranged at the middle part of the bearing chamber and integrally molded with the bearing chamber, wherein a tower is connected with a ground fixed base; a gear box bracket is fixed at the top of the tower; a gear box is mounted in the gear box bracket; a generator is fixed on one side of the upper part of the tower, and is positioned below the gear box; a connecting ring is fixed at the upper end of the gear box bracket; a connecting disc of a bearing chamber fixed frame is connected with the connecting ring; a connecting shaft penetrates through the bearing chamber, and is connected with the bearing chamber through a bearing; the lower end of the connecting shaft is connected with an input shaft of the gear box; an output shaft of the gear box after gear transmission is connected with a rotating shaft of the generator; a wind wheel base is connected with the upper end of the connecting shaft; the lower end of a blade connecting module is coaxially connected with the wind wheel base; and blades are fixed at the outer periphery of the blade connecting module at equal intervals. The breeze wind-solar complementary energy storage unit has the advantages of environmental protection, energy conservation, reasonable structure, safety, stability and long life.