780results about How to "Easy to apply force" patented technology

The present invention relates to a cap for a container. The cap comprises a main body having a top plate and a circular sidewall, wherein one periphery of the circular sidewall connects to the top plate forming a closed end, and the other periphery of the circular sidewall at the opposite side of the closed end forms an opened end; and a ring member located at the opened end of the main body, separated from the main body by a first incision line, and connected to the main body by a plurality of connecting portions, wherein a plurality of second incision lines locate on the main body or the ring member and locate at one side of the plurality of connecting portions. The cap provided by the present invention will, while in its open and/or closed state, continue to be connected to its container.

The invention discloses a bendable intervention valve conveying system. The system comprises a bendable sheathing canal, a sheath core placed in the bendable sheathing canal and an operation handle connected with the near ends of the bendable sheathing canal and the sheath core, the bendable sheathing canal comprises a canal body and a traction wire, and the canal body is provided with a far end and a near end; the far end of the canal body is bent under pulling of the traction wire, and the near end of the traction wire is connected with the operation handle; the operation handle comprises afixing body of a hollow structure, a traction part slidingly installed in the fixing body and connected with the traction wire, a driving mechanism installed on the fixing body and used for driving the traction part to move and a control mechanism installed on the fixing body and used for driving the bendable sheathing canal to move. The traction wire in the bendable sheathing canal is provided with one segment outside the sheathing canal body in a free mode, during traction, the traction wire is in a posture which provides convenience for force application, and the operation safety and flexibility are improved.

The invention belongs to the field of electric power construction tools and in particular relates to ratchet type insulation wire clamping pincers used for high-voltage electrified wire construction. The ratchet type insulation wire clamping pincers comprise a first insulation rod and a second insulation rod. A block type chuck and a hook-like chuck are respectively arranged on top ends of the two insulation rods. The ratchet type insulation wire clamping pincers also comprise a ratchet assembly. The ratchet assembly comprises a gear part, a back support and a locking piece. A ratchet, a handle part and a pawl are arranged in the back support. The locking piece comprises a top block and a press spring. The top block is in the same direction with the unidirectional locking direction of the pawl relative to the unidirectional locking direction of the ratchet. The top block is arranged on a moving route of the handle part or the pawl. A matching surface used for matching the handle part or the pawl is arranged on the top block. The pressing force direction, relative to the matching surface, of the handle part or the pawl is opposite to the elastic restoring force direction of the press spring. The pincers is highly practical and convenient and quick to use; and high safety during working is ensured while high-efficient hot-line work is ensured.

The invention relates to an apparatus using mechanical stress to test solid material strength characteristic, a cement base material dead loading compound corrosion test instrument. The inventive cement base material dead loading compound corrosion test instrument includes a motherboard and a clamp plate equipped above the motherboard, wherein, support upright posts are connected between the motherboard and the clamp plate, one end of the support upright post is fixed on the motherboard, the other end is equipped with screw thread and penetrates the clamp plate; each support upright post is equipped with two nuts copulated to the screw thread, the two nuts are respectively located on the top and bottom sides of the clamp plate; the middle part below the clamp plate is mounted with a spring, the lower end of the spring is fixed with a clamp plate, test pieces are clamped between the clamp plate and the motherboard. The apparatus has simple structure, convenient operations, easy load exerting and control; can maintain the test piece model at a stable load level for a long term, thereby providing dependable experimental device and approach for investigating material durability problem under compound action of load and corrosion surroundings.

The invention discloses a bending-adjustable sheathed catheter and a delivery system employing the same. The bending-adjustable sheathed catheter comprises a catheter body with a far end and a near end. A drawing wire is connected to the wall of the catheter body. One end of the drawing wire extends to the near end of the catheter body. The joint of the other end of the drawing wire and the catheter body is adjacent to the far end of the catheter body. At a position adjacent to the far end of the catheter body, at least one section of the drawing wire is exposed outside the catheter body. Since one section of the drawing wire in the bending-adjustable sheathed catheter is exposed outside the catheter body of the sheathed catheter, a posture convenient for force application during drawing is achieved; the point of strength can be changed in a self-adaptive manner through movement relative to the catheter body; under the condition that the turning radius is large or introducers are long,hard and less prone to bent, safety and flexibility in operation are improved.

The invention discloses a bending-adjustable conveying system for an interventional cardiac valve. The system comprises an outer sheath tube, an core tube assembly which is arranged in the outer sheath tube and can relatively slide in the axial direction and an operation handle connected with the proximal ends of the outer sheath tube and the core tube assembly; a tube body of the outer sheath tube is provided with a distal end and the proximal end, the handle is connected with a traction wire for pulling the distal end of the tube body to bend, a distal end of the traction wire is connected with the tube body, the connection part is located at the distal end of the tube body or is adjacent to the distal end of the tube body, and at least one section of the traction wire is a free sectionwhich is free outside the tube body; the system is further provided with floating limit strips, proximal ends of the floating limit strips are starting ends fixedly arranged opposite to a fixing heador the core tube assembly, and the floating limit strips float between a mounting portion of the interventional cardiac valve and the outer sheath tube; the outer wall of the fixing head is provided with a positioning part used for being matched with a connecting lug of the interventional cardiac valve, the connecting lug is completely released in front of the outer sheath tube, and the floating limit strips are bound by the outer sheath tube to keep the cooperation between the connecting lug and the positioning portion.

The invention discloses a dust removal device special for an integrated circuit board. The dust removal device comprises a dust removal box and a dust removal mechanism arranged in the dust removal box. The dust removal box is formed by combining six mounting plates. Adjacent mounting plates are connected through an elastic element. One side wall of the dust removal box is provided with an opening allowing the circuit board to pass. The opening is in sliding connection with a closing door. The dust removal mechanism comprises an air cylinder, a supporting arm and a feather brush used for cleaning the circuit board. One end of the supporting arm is vertically hinged into the dust removal box. The other end of the supporting arm is connected with the feather brush. The middle of the supporting arm is hinged to an air cylinder piston rod. The top of the dust removal box is provided with a dust removal pipe communicated with a draught fan. By means of the technical scheme, the problems that labor intensity is large and environmental pollution is large existing in a dust cleaning process of an existing integrated circuit board are solved.

The invention relates to a rotary paper cutter, comprising bottom board (1), sliding rail (2) and hob component (3). The sliding rail is installed on the bottom board. The hob component (3), which can be unloaded, is set on the sliding rail (2) and can slide along the sliding rail. In the invention as the hob component, which can be unloaded, is set on the sliding rail, when the paper cutter is not used the hob component can be unloaded from the sliding rail to avoid the edge of hob to hurt people while unloaded hob component can be used as the single tool and curve notch can be cut flexibly to compensate the shortage that the conventional paper cutter only line notch and when cut object or paper is thicker so that is can not be set under the sliding rail the cutting work can also be accomplished. So the use and the using rate of paper cutter in invention can be expanded greatly.

The invention provides a protection cable skinning knife which comprises a handheld cylinder. A tightening mechanism is arranged on the upper end of the cylinder. The tightening mechanism comprises a ring with an internal thread and a tightening cylinder with an external thread. The ring sleeves the tightening cylinder, and is in matching connection with the tightening cylinder through the internal thread and the external thread. The tightening cylinder is composed of a number of tensioning bars, and extends outward along the upper end of the cylinder to form a cone with tapering bore. The axes of the tightening cylinder and the cylinder are superimposed. Two rod-shaped tools are symmetrically arranged on the upper end of the tightening cylinder, and a tool tip is arranged on the upper end of each tool. A tool rod is arranged on the lower end of each tool. The tool rods and the tensioning bars are hinged. An arc-shaped part is arranged on the front end of each tool tip. An arc-shaped notch with an outward opening is arranged below each arc-shaped part. An arc-shaped blade is formed on the inner side of the upper part of each arc-shaped notch. The arc-shaped blades of two tools are inwardly corresponding. According to the invention, a cable skinning effect is improved; skinning time can be greatly reduced; when skinning is carried out, a cable core wire can be effectively protected from being scratched; the whole protection cable skinning knife sleeves a cable; and the protection cable skinning knife has the advantages of easy use and time and effort saving.

The invention provides a handle of a hand tool. The handle has a grip section and a neck section. Multiple abutment regions are disposed on a circumference of the neck section for a user's thumb to press against the abutment regions. Multiple grip regions are disposed on a circumference of the grip section for the user's palm and other fingers to hold. The grip regions and the abutment regions are asymmetrically arranged, whereby different grip regions and different abutment regions of handle cooperate to provide many different holding ranges. Different users can choose their most suitable holding positions to hold the handle in accordance with the sizes of their hands.

The invention discloses a folding tent which comprises a folding tent rack, wherein the tent rack comprises a top rack and support legs which are connected to the lower part of the top rack; each support leg comprises an outer tube assembly, an inner tube and a locking mechanism, the inner tube can be telescopically inserted into the outer tube assembly along the self length direction, the locking mechanism is used for limiting the relative position between the outer tube assembly and the inner tube and comprises a pressing piece and a spring, the pressing piece can be movably arranged on the outer tube assembly and can move relative to the inner tube, and the spring is used for enabling the pressing piece to be abutted on the outer tube assembly and be tightly abutted with the outer wall of the inner tube when force is applied to the pressing piece. When the locking mechanism is in a locking state, the pressing piece is tightly pressed on the outer wall of the inner tube under the acting force of the spring, so that the inner tube cannot move, and simultaneously, the pressing piece is abutted on the outer tube assembly, so that the pressing piece cannot move; when operating personnel overcomes the acting force of the spring to pull the pressing piece, the pressing piece and the outer wall of the inner tube are mutually released, so that the inner tube can telescopically move. The folding tent has the advantages of simple structure and convenience in operation, and locking force cannot be limited.

The invention relates to a diagonal hole drilling mold for a nozzle ring of an engine. The diagonal hole drilling mold comprises a base, supports, a positioner, a mandrel, a bearing, a tangential clamping cover, a bearing cap, an indexing plate and the like. The left and right supports are fixed to the base through pins and bolts, the bearing is mounted in center holes in the upper ends of the left and right supports, the mandrel is connected with a positioning plate through the pins and the bolts and is placed in bearing holes at two ends separately, the bearing cap is located at the upper end of a bracket, the tangential clamping cover is located between the bearing cap and the bearing, and one end of the tangential clamping cover is connected with a handle nut. The mandrel is locked during work. The indexing plate is connected with a lug at the left side of the positioning plate through the pins and the bolts, and a special angle is formed between the indexing plate and the lug. When a drilling mold works, a diagonal hole is processed from the front face and the back face by positioning the drilling mold through positioning holes in two ends of the indexing plate position. Positioning rings and the positioning plate are connected through the pins and the bolts, and the positioning is achieved by the cooperation of an excircle and an inner hole of the nozzle ring. The diagonal hole drilling mold has the advantages of being high in positioning precision, convenient to operate, high in practicality and the like, and can be used for processing complex diagonal holes.

The invention relates to a fence pillar, which comprises a pillar body extending longitudinally and a fastener, wherein the pillar body comprises a front wall face connected with a fence sheet body, a rear wall face opposite to the front wall face and a side wall face connected between the front wall face and the rear wall face; the front end of the fastener is positioned on the fence sheet body and the front wall face of the pillar body; the rear end of the fastener passes through the fence sheet body and the pillar body, and is connected to the rear wall face of the pillar body in a fastened manner; part of the rear wall face is sunken towards the front wall face to form a groove; and the rear end of the fastener is positioned in the groove, and does not pass through the notch of the groove. The groove is formed on the rear wall face of the pillar body, so that the ends of the fastener are accommodated in the groove; the number of bulges on the rear side of the fence pillar is reduced, and points of strength for climbing are reduced, so that people climb on the fence pillar difficultly; furthermore, tools are difficultly stretch into the groove and destroy the internal part of the fence pillar; and the strength of the pillar body is improved, and the cost of the fastener is reduced. The fence pillar is high in climbing resistance, destroying resistance and safety.

A ventilating exhaust fan including a housing, a light source module, and a panel module, with a conveniently replaceable light source is provided. An added swivel structure between a reflective cover and a lamp socket enables the lamp socket to turn around at certain angles relative to the reflective cover, and when the strip lamp needs to be replaced, it is convenient to pull the strip lamp out by turning the lamp socket that is integrated with the strip lamp, and at the same time the swivel structure enlarges the space between the strip lamp and the reflective cover and makes it easier for an operator to apply force by holding the strip lamp to pull it, and in addition, it can prevent the breakage of the strip lamp, thus eliminating potential harm or injury to the operator.

The invention provides a soil sampling device. The soil sampling device comprises an outer pipe, wherein a hollow sampling head is arranged at the lower part of the outer pipe; the sampling head is provided with a peripheral side wall for forming a hollow inner cavity; the sampling head is provided with a sampling hole communicated with the hollow inner cavity; an inner rod which can move back and forth in an up-down direction is arranged in the outer pipe; the inner rod is provided with a blocking structure for correspondingly opening and blocking the sampling hole when the inner rod moves up and down; the sampling hole is formed in the peripheral side wall; the sampling hole is provided with an inner hole which extends to an inner wall surface toward the hollow inner cavity of the peripheral side wall; the inner hole is higher than the bottom of the hollow inner cavity in the up-down direction; and the blocking structure is located in the hollow inner cavity and is used for opening and blocking the sampling hole through controlling the opening and closing of the inner hole when the inner rod moves up and down. Soil entering the hollow inner cavity falls into the bottom of the hollow inner cavity, and the soil is not pushed out of the hollow inner cavity by the blocking structure on the inner rod, so that the sampling success rate is improved.

The invention discloses a hanging basket structure for constructional engineering and a mounting method thereof. The structure comprises a first suspension platform and a second suspension platform, wherein a lifting frame is arranged in the second suspension platform; the lifting frame comprises a lifting platform and a lifting rod; the lifting rod is provided with a butted-joint rod; the butted-joint rod is connected with a working table; a traction adjustment mechanism is arranged at the top end of the lifting rod; the traction adjustment mechanism comprises an adjusting base and two adjusting rods; a traction rod is arranged between the adjusting rods; a mounting block is provided with a connecting rod; the connecting rod is provided with a protection device. The mounting method comprises the following steps: a, manufacturing the first suspension platform and the second suspension platform; b, mounting the lifting frame; c, mounting the working table; d, mounting the protection device; e, mounting the traction adjustment mechanism. According to the hanging basket structure for constructional engineering disclosed by the invention, steel components are conveniently delivered byconstruction personnel, so that the phenomenon that a hanging hook for hanging the steel components contacts with the hanging basket structure is avoided, the lifting stability of the hanging basket structure can be enhanced, and simultaneously, the fastness of the whole device is improved, and the security is improved.