49results about How to "Improved gripping ability" patented technology

Disclosed is reactive powder concrete mixed with slag, which is a novel engineering material with super-high intensity and super-high durability, particularly cement-based composite material having super-high property prepared and formed via using all kinds of industrial residue as reactive powder. Corresponding to Portland cement, proportion by weight of all composites of the concrete is: the Portland cement holding 1 part, the slag holding 0.40-0.60 part, silicon powder holding 0.20-0.35 part, quartz flour holding 0.20-0.35 part, river sand holding 1.20-1.60 parts, water holding 0.20-0.28 part and a water reducing agent holding 0.02-0.03 part.

A yoga block in the preferred embodiment of the present invention is a prism-shaped triangular block that provides a stable and solid base on all sides, horizontally and vertically, and is equipped with ergonomically placed hand grooves and multiple level hand slots for tailored use. A yoga block that is prism-shaped and triangular can benefit beginners and advanced yoga practitioners alike in the journey to refine their practice through safe and proper alignment various yoga postures. Furthermore, the present invention in the preferred embodiment is enhanced with large slots at differing height levels, which allows for easy and accurate tracking of improvement and personal goals, creating a truly multi-functional, cost-efficient item for manufacture. A yoga block in the preferred embodiment is preferably composed of lightweight yet sturdy materials such as: foam, cork, or natural wood, but is in no way limited to these suggested materials.

A portable hand held device for weighing and measuring the size of a luggage item includes a handle designed to provide support yet comfort with respect to the use of the weighing device and further includes a mechanism which enables recordal of the weight of luggage placed upon a suspension hook of the device.

A pump rod clamp for gripping a pump rod in an oil, gas or water well. The pump rod clamp comprises a central housing having a longitudinal bore for receiving a pump rod, a plurality of clamping members receivable within the central housing, and one or more actuators to cause the clamping members to be moved between an activated position where they grippingly engage the pump rod and a deactivated position where they are released from contact with the pump rod. Each of the clamping members have a leading face that includes one or more gripping inserts releasably secured thereto. The gripping inserts having outer faces generally aligned with the pump rod for grippingly engaging the pump rod when the clamping members are in their activated position such that force exerted by each individual clamping member against the pump rod is concentrated and distributed over the outer faces of the one or more gripping inserts of each clamping member.

The invention provides a high colorfastness transfer printing method. An prepared transfer printing ink comprises the following components in percentage by mass: 50-70% of disperse dye, 14-42% of methanol and/or isobutanol, 5-15% of polyvinyl butyral and 1-3% of stabilizing agent double-hydroxy composite metal oxide; and the transfer printing method comprises the following steps of: first, wetting a fabric to be printed by using a polyoxyethylene or polypropylene oxide aqueous solution; and then carrying out transfer printing on the fabric to be printed. The high colorfastness transfer printing method provided by the invention has the advantages of simple process, low cost, strong cohesiveness between a pattern and a fabric after printing and durability; and high colorfastness can be kept under conditions of water washing, Illumination, heating and so on.

The invention discloses a high-reliability planar bump type packaging method and a packaging structure, and belongs to the field of semiconductor packaging. In the back protection process existing inthe prior art, a simple ink brushing process cannot ensure the effective glue gripping area of metal pins, the area of the pins is small after cutting, and the problem of poor probe contact effect issolved. The high-reliability planar bump type packaging method and the packaging structure are provided, the packaging structure includes a chip bearing base, a wire bonding inner lead bearing base, chips, lead wires and a plastic package body, the chip bearing base comprises base islands and front metal layers of the base islands, the wire bonding inner lead bearing base comprises pins and frontmetal layers of the pins, and an excess metal area, except the back face of a pin metal layer, is provided with an ink layer. A good glue gripping effect is achieved, the contact defect rate is low, the contact effect is good and the detection rate is high during the detection of finished products.

The invention relates to a high-light-color-fastness transfer printing method. An ink for transfer printing comprises the following components in percentage by mass: 40-70% of black disperse dye, 10-30% of red disperse dye, 12-15% of methanol and/or isobutanol, 5-10% of polyvinyl butyral and 3-5% of photostabilizer 622. The transfer printing method comprises the following steps: soaking a textile to be printed in a polyoxyethylene or polyoxypropylene water solution, and carrying out transfer printing. The invention has the advantages of simple technique and low cost; and the printed pattern has the advantages of high binding force with cloth, high light color fastness and high durability.

The present invention is that of a new and improved apparatus for assisting a blind or visually impaired person in locating a shampoo bottle or other bottle located within a shower. The apparatus would be a plurality of small adhesive tags attached to each other but allowing a user to separate them by incorporated perforations. Each of the tags would have a plurality of incorporated raised bubbles on its front surface. The back surface would include a peel-away backing, which would cover a sticky coating on the back surface of the small adhesive tags until the small adhesive tags would be ready for use. Each bubble on each of the adhesive tags would be manufactured to include a micro-suction cup top-mounted on each bubble, providing the user with a more secure grip. The plurality of adhesive tags would be designed to come in a roll and would be packaged within a roll dispenser box, with the roll of adhesive tags connected to and surrounding a roller located inside the roll dispenser box. A roll dispenser box would include a slot opening to allow a plurality of small adhesive tags to be removed from the roll dispenser box and attached to a cylindrical object as needed.

The invention belongs to the technical field of building materials and particularly relates to an inorganic anti-corrosive paint for a steel bar. The inorganic anti-corrosive paint is prepared from a hydraulic cementing material, a modifying agent, a plasticizer, superfine nanometer powder, an active composite material, aggregates and mixing water at a certain ratio. The inorganic anti-corrosive paint prepared by the method disclosed by the invention is quite good in workability; the surface of the steel bar has a quite good adhesive force and is unlikely to sag after being mechanically sprayed with the inorganic anti-corrosive paint; the paint can be rapidly coagulated; the paint formed after solidification is compact in structure, 30 to 70 MPa in compressive strength in one day, 60-150 MPa in compressive strength in 28 days and 100-1000 coulombs in electric flux, so the paint is quite good in chloride penetration resistance. Besides, the paint and concrete have quite good compatibility and quite high bonding strength which is 1.0-2.0 MPa in 28 days. By adopting mechanical operation, the inorganic anti-corrosive paint for the steel bar, disclosed by the invention, can be used for rapidly performing a large-area anti-corrosive treatment on the steel bar at a construction site and is especially applicable to the anti-corrosive treatment of the steel bar in marine concrete. The preparation method disclosed by the invention is simple, convenient and wide in application.

The present invention is directed toward an athletic glove having a glove body and a friction-enhancing material. The glove body includes a palmar portion and a plurality of digit sheaths extending outwardly from the palmar portion. Each digit sheath includes a proximal end coupled to the palmar portion and an opposing distal end. Furthermore, each digit sheath is operable to receive at least one finger of a hand. The friction-enhancing material is coupled to the volar side of the glove body. The friction-enhancing material includes a plurality of extensions that align with the digit sheaths of the glove body. The friction-enhancing material also includes an outcropping disposed on the distal end of at least one extension such that the outcropping extends around the medial and lateral sides of the digit sheath.

A dental implant having different surface treatment areas is formed by a coarse screw tooth zone, a dense screw tooth zone, a neck ring portion, a top portion and a conjugative pore, the coarse screw tooth zone is composed of screw teeth having a wide pitch, the surface of the coarse screw tooth zone is sandblasted, and the sandblasted surface is etched by an acid to form holes having different sizes; the dense screw tooth zone is composed of screw teeth having a narrow pitch, and the surface of the dense screw tooth zone is etched by the acid to make a plurality of small holes distributed in the acid-etched surface; the neck ring portion is positioned at the upper edge of the dense screw tooth zone, and the surface of the neck ring portion is etched by the acid to make a plurality of small holes distributed in the acid-etched surface; the top portion is positioned at the top edge of the dental implant, and the surface of the top portion is etched by the acid to make a plurality of small holes distributed in the acid-etched surface; and the conjugative pore is positioned at the inner edge of the top portion, and is a blind hole provided with a positioning surface and a female screw. The above structure is helpful for the easy screw-in, the reduction of osteocyte necrosis and the improvement of the gripping capability of osteocytes in order to realize osseointegration.

The invention discloses a connected node of a horizontal member and a foundation of a thin steel-plate shear wall, which belongs to the field of architectural construction engineering, and comprises a horizontal member (1) and a foundation of a thin steel-plate shear wall. The connected node disclosed by the invention is characterized in that anchoring members (2) which are uniformly arranged and welded at a certain interval along the lower length centerline of the horizontal member (1) at the bottom layer are vertically buried into the foundation, a shear key (3) is respectively welded on the front and rear side surfaces (parallel to the horizontal member (1)) of the anchoring members (2), and the shear keys (3) are uniformly arranged at a certain interval. The technical problem solved by the invention is to provide a new connected node, and the node greatly enhances the anchoring capacity (namely, pullout resistant capacity) of the anchoring members (2), thereby effectively balancing a tension field generated by a bottom thin steel-plate shear wall.

The invention discloses a tong device with a posture correction function and used for a small operation space. A step motor 12 is used for power drive of the tong device, power is transmitted to a transmission gear 23 through a planetary reducer 10, the transmission gear 23 is meshed with a half-gear 9 to drive a left jaw 3 to rotate, the left jaw 3 and a right jaw 16 rotate around a left rotary shaft 5 and a right rotary shaft 15 respectively, a left half-gear 7 and a right half-gear 26 are meshed and rotate in opposite directions at the same speed, and accordingly loosening and grasping of the two jaws of the tong device are achieved. The tail ends of the two jaws are provided with clamping teeth 2 with guide structures. When the tong device is used for grasping an object, the clamping teeth 2 are inserted into square holes of an object butt joint unit, and meanwhile posture errors of the grasped object can be corrected; after the object is grasped, the grasped object is attached to a butt joint plate 29, and positioning and fastened grasping of the grasped object are achieved. The tone device has the function of correcting the posture of the grasped object, can improve grasping efficiency and reliability, and is a mechanical device which is compact in structure, strong in loading capacity and suitable for the operation space with strict requirements.

The invention discloses a numerically-controlled vertical drilling device. The numerically-controlled vertical drilling device comprises a mechanical support, a positioning mechanism, clamping mechanisms, a drilling mechanism and a control device, wherein the positioning mechanism, the drilling mechanism and the control device are installed on the mechanical support; the positioning mechanism comprises an electric guide rail, a rotary plate, a rotary motor and negative-pressure fans; a slide block of the electric guide rail is provided with a connecting rod; a fixed plate is arranged on the connecting rod and provided with the rotary motor; a drive shaft of the rotary motor is provided with a speed reducer; an output shaft of the speed reducer is provided with a speed reduction plate; therotary plate is installed on the speed reduction plate and provided with one or more waste holes; waste bins are arranged on the waste holes, and the negative pressure fan are installed in the waste bins; and the clamping mechanisms are located on the rotary plate. The numerically-controlled vertical drilling device is accurate in positioning, compact in structure and high in efficiency and cleanness.

The invention discloses automatic multi-station shock absorber pressure spring production equipment which comprises a working box and a fixed base. Supporting legs are fixed to two sides of the bottomend of the fixed base, a worktable is fixed to one side of the top end of the fixed base, a working head is mounted in a working wheel, a first gear is mounted at the bottom end of a driving shaft, and a second gear is engaged to one side of the first gear. A first driving motor is started to work, then the first driving motor works to drive a connecting rod to start working, and then the secondgear rotates in the engaging process of the second gear, so that the working wheel which is fixed is adjusted and rotated in position while the working head works, and therefore, multi-angle adjustment can be carried out. In the multi-angle adjusting process, as the working head works to drive the integral equipment to work, the integral work efficiency of the equipment is improved.

The invention relates to a material grabbing mechanism for a portable bag closer, which comprises a material grabbing upper pressure rack and a material grabbing lower retainer, wherein a machine needle passes through the material grabbing upper pressure rack and the material grabbing lower retainer from top to bottom, the upper surface of the material grabbing lower retainer is provided with sawteeth, the material grabbing upper pressure rack and the material grabbing lower retainer can be kept close to each other to feed materials cooperatively, the upper surface of the material grabbing lower retainer is also provided with skid-proof needle points of which the tops are higher than the sawteeth, the lower surface of the material grabbing upper pressure rack is provided with a needle hiding groove, the height of the skid-proof needle points is not greater than the depth of the needle hiding groove, the length of the needle hiding groove is not less than the sum of the diameter of theskid-proof needle points and the forward and backward moving strokes of the skid-proof needle points, and the skid-proof needle points extend into the needle hiding groove when the material grabbing lower retainer is kept close to the material grabbing upper pressure rack. The structure can avoid the hard abrasion generated between the skid-proof needle points and a material feeding upper pressure rack so as to effectively keep the sharpness of the skid-proof needle points and bring the beneficial effect that the material grabbing mechanism grabs materials firmly and feeds the materials reliably.

The invention discloses efficient automatic communication cable laying equipment. Rear driving assemblies are connected to the rear end portions of outer arc plates and the rear end portions of innerarc plates; a middle driving assembly is arranged in the middle of each inner arc plate; front driving assemblies are connected to the front end portions of the outer arc plates and the front end portions of the inner arc plates; the rear driving assemblies, the middle driving assemblies and the front driving assemblies abut against the inner wall of a cable pipeline where laying is conducted; Thecommunication cable laying equipment is high in laying efficiency, the laying equipment can quickly drive cables to be laid in the pipeline where laying is conducted, and the laying equipment is highin laying speed, quick in movement and high in wall grasping capability; through the arrangement of camera monitoring equipment, obstacles in front can be well predicted so that direction control assemblies can control the equipment to well avoid the obstacles, direction control wheels carry out control and rotation flexibly and conveniently, belts are adopted for transmission forwarding, the forwarding force is large, and long-distance cable laying can be ensured.

The invention provides a flexible grip for use in weightlifting and weight bearing exercises. More particularly, the flexible grips herein mold to a user's hands and enable secure grip of weights, bars with weights and bars for pulling or lifting.

The invention relates to a plugging structure and plugging method for a small-section deep hole in a civil air defense overhead wall, and belongs to the field of civil air defense engineering. A resistance plate and a non-resistance plate are arranged in reaming areas at the two ends of a preformed hole in a manner of being attached to a wall body, and the resistance plate and the non-resistance plate are connected in a pulling manner through a harness cord screw rod. After the whole plugging process is finished, steel plates on the two sides of the hole and bolts are reserved in the structure and cannot be taken out, the thread concave-convex characteristic of the surface of a harness cord bolt is effectively combined with a grouting material to generate larger friction force, the holding and wrapping effect is improved, and the structure strength and plugging and sealing reliability are guaranteed. The shaving and chiseling workload on the original structure concrete in the structure treatment stage is small, and the damage influence on the original concrete structure is small. Grouting plugging operation is simple and convenient, and plugging work of corresponding requirements can be completed at a time. After the plugging measures are completed, the surface treatment traces of the structure are not obvious, and later decoration work is facilitated.

The invention belongs to the technical field of concrete, and particularly relates to a water passing pipe for precast concrete and a preparation method thereof. The water passing pipe is used for solving the problem of temperature cracking of large-volume concrete. The water passing pipe comprises a horizontal pipeline part and vertical pipeline parts which are connected by tee joints, wherein the vertical pipeline parts are arranged on the horizontal pipeline part at equal intervals; the horizontal pipeline part and the vertical pipeline parts comprise hollow plastic corrugated pipes or steel pipes and threaded reinforced concrete pipes coating the exterior; reinforcing steel bars and reinforcing meshes at connectors of the horizontal pipeline part and the vertical pipeline parts are connected by adopting spot welding; and the horizontal pipeline part and the vertical pipeline parts are connected into an integrated structure through cast-in-place precast concrete. The horizontal pipeline part and the vertical pipeline parts respectively achieve the temperature control in the horizontal gradient direction and vertical gradient direction of mass concrete; the "T"-shaped structure formed by the horizontal pipeline part and the vertical pipeline parts can effectively replace the complex structure of laying horizontal water passing pipes in the traditional layering; and the vertical pipeline parts can be used as water passing pipe filling channels, so that the filling efficiency and effect of the water passing pipe can be improved, and internal defects and cracks are reduced.

The invention relates to a PHC tubular pile planting construction method. The PHC tubular pile planting construction method comprises the following steps that a pile casing is provided, and the pile casing is screwed into a soil body according to the preset position and the preset elevation of a PHC tubular pile; the soil body in the pile casing is dug out; a protective material is poured into the pile casing to enable the height of the poured protective material to be lower than that of the pile casing; the PHC tubular pile is provided, and the PHC tubular pile is hoisted into the pile casing to enable the PHC tubular pile to reach a preset elevation of the PHC tubular pile; and concrete is poured into the PHC tubular pile to the top of the PHC tubular pile, and therefore pile planting of the PHC tubular pile is completed. As the PHC tubular pile is continuously immersed into the protective material, the holding and wrapping effect of the protective material on the PHC tubular pile is also continuously enhanced, the PHC tubular pile can be prevented from deviating in the horizontal direction under the holding and wrapping effect of the protective material, the PHC tubular pile can only gradually sink in the protective material in the vertical direction under the self-weight effect of the PHC tubular pile, and therefore the pile planting effect of the PHC tubular pile can be guaranteed.