30results about How to "Meet the needs of installation" patented technology

The invention discloses a payment device that is convenient for adjustment and use, and relates to the technical field of self-service payment. The invention comprises a T-shaped support column; a payment panel is hinged on the top of the T-shaped support column; one side of the T-shaped support column is provided with an arc-shaped through hole; one side of the T-shaped support column is symmetrically fixedly connected with a first mounting plate; One side of the mounting plate is rotatably connected with a rotating rod; one end of the rotating rod runs through one side of the other first mounting plate; the side of the rotating rod is fixedly connected with a tooth column; one side of the payment panel is fixedly connected with an arc-shaped movable rod; The side surface is fixedly connected with a tooth structure; the side surface around the tooth structure meshes with the side surface around the tooth column. The present invention can realize the flexible adjustment of the horizontal angle of the payment panel through the design of the arc-shaped through hole, the rotating rod, the tooth column, the arc-shaped movable rod and the tooth-shaped structure, effectively avoiding the blind area of ​​the payment section caused by reflection, the structure is simple, and the operation is convenient. Strong practicality.

The invention discloses a rail cable fixing device which comprises steel rail clamps and cable clamps, wherein the steel rail clamps are fixed on the surface on the outer side of the bottom of a steel rail; the cable clamps are arranged on the outer sides of the steel rail clamp attachment surfaces of the steel rail clamps and are used for fixing cables. Hangnails are arranged on the inner side of the steel rail, located at the bottoms of the steel rail clamps, and used for tightly binding the surface of the bottom of the attached steel rail. The rail cable fixing device solves the technical problems in the prior art that objects needing to be positioned cannot be effectively fixed on the condition that the steel rail is not suitable for being fixed by bolts, and the requirement on synchronously mounting one or more than one identical or different objects under the condition of changing attachments cannot be satisfied.

The invention discloses a curtain wall corner glass connection structure, comprising: an angle-adjusting pressure seat, a basic angle-adjusting component connected with a column for determining the installation angle of a glass panel; and a connecting piece, a component connected with the column for realizing fixed support; And the angle adjustment fixing part, which is rotatably connected with the connecting part to adjust and limit the installation angle of the glass panel; wherein, the angle adjustment pressure seat is provided with an inclined corner surface for preliminarily defining the installation angle of the glass panel; Rotation groove connected to the angle-adjusting fixing piece; the angle-adjusting fixing piece is provided with an angle-adjusting shaft and a clamping boss; the angle-adjusting pressure seat, the connecting piece and the angle-adjusting fixing piece respectively form a corner chute for glass panel installation on the corner side . Also disclosed is a method for installing the curtain wall corner glass connection structure. The connection structure can meet the installation of glass curtain walls with different angles and corners, and the angle adjustment effect is good. Each glass panel is independently fixedly connected with the corner connector, and the construction efficiency is high.

The invention discloses cross threads arranged in a nut. The wall surface of a through hole sinks towards the outer wall of a nut body to respectively form left-hand threads and right-hand threads, the crest of any circle of left-hand thread in the left-hand threads is correspondingly intersected with the root of a circle of right-hand thread in the right-hand threads, adjacent longitudinal cross points are connected with a transverse cross section between the adjacent longitudinal cross points to form a pyramid structure, the pyramid top faces the outer wall of the nut body, the left-hand threads and the right-hand threads are machined on the inner wall of the through hole, the crest line of each circle of left-hand thread is intersected with the root line of the right-hand thread on the same height as the left-hand thread to form a plurality of rhombuses, and the two inclined surfaces of the left-hand threads cut the two inclined surfaces of the right-hand threads to form four through prismatic sides to form the pyramid structure with cross threads. According to the cross threads, the left threads and the right threads on a screw stem can be conveniently screwed into a hinge ball threaded hole through the added pyramid structure, the application range is widened, and the stress of the threads meets the requirements on mounting.

The invention discloses an adjustable portable equipment support in the technical field of electrical equipment. The adjustable portable equipment support comprises two cross frames, wherein a hand holding handle is installed on one side wall of each cross frame; two ends of the cross frames are connected with traverse shifting telescopic frames; one end of each traverse shifting telescopic frameis movably connected to the inner cavity of the corresponding cross frame through a fixed block in an inserted manner; a sliding groove is formed in the upper part of each cross frame; each fixed block is arranged at the upper part of the corresponding sliding groove; installation plates are installed at the other ends of the traverse shifting telescopic frames; the outer walls of the traverse shifting telescopic frames are connected with longitudinal shifting telescopic frames through connecting pieces; the two traverse shifting telescopic frames are connected with longitudinal frames throughthe longitudinal shifting telescopic frames; an active double-screw bolt is in screw joint between the two longitudinal frames; one end of the active double-screw bolt is connected with an adjustinghandle; and a lifting double-screw bolt is in screw joint inside each longitudinal frame. The requirement of installation among all the electrical equipment is met, and the electrical equipment does not need to be dismounted and mounted repeatedly, so that the support is simple in structure, low in cost and convenient to carry, and the requirement of installation for workers is met.

The invention relates to a kind of automobile brake, which changes the present symmetric brake hoofs into the brake with four brake hoofs superposing; two brake cams match with the brake hoofs; the leading screw nut device drives the two brake cams. It is characterized in that the brake air chamber connects the brake base plate through the connecting base; one end of the connecting base connects the air chamber and the other end connects the brake base plate; a inside screw thread is in one joint end of the connecting base and the brake base plate, and the screw lead angle matching with the inside screw thread is bigger than the self-locking angle; one end of the leading screw connects the push pole on the connecting base through the driving device and the other end joints the brake cam. The invention effectively ensures the stability of the contacting areas of the brake assistants and the brake moment, and improves the comprehensive stability and cooling capability of the brake system.

The present invention relates to the field of hardware technology, in particular to a combined hardware connector, which includes a connector body, the connector body is composed of a connecting plate A and a connecting plate B; the connecting plate A includes a connecting plate A body, so A protrusion A is set in the middle of the surface of the connecting plate A body, and several grooves are uniformly arranged around the surface of the connecting plate A body; the connecting plate B includes the connecting plate B body, and the middle part of one end of the connecting plate B body is set There is a protrusion matching the groove of the body of the connecting plate A, and a protrusion B is set in the middle of the surface of the connecting plate B body; it can be combined into a straight shape, a positive and negative L shape, a T shape and a cross shape to meet the requirements of the partition wall. According to the needs of installation, the utility model has the advantages of simple structure, convenient combination and installation, and can reduce production cost.

The invention belongs to the technical field of pin type insulators, and discloses a rotatable pin type insulator, and aims to solve the problem that an existing pin type insulator does not have the functions of winding, unwinding and fastening a cable and the problem that a wire clamping head at the top of the insulator cannot be disassembled and assembled at the same time. The rotatable pin type insulator comprises a pin type insulator body, the bottom of the pin type insulator body is provided with a connecting threaded pin, the surface of the connecting threaded pin is connected with a fixing nut, the top of the pin type insulator body is provided with a connecting rod, the top of the connecting rod is provided with a fixing block, and the top of the fixing block is provided with a cable winding disc. According to the pin type insulator, rotation adjustment can be effectively carried out, so that a cable can be effectively wound, unwound and fastened, the cable installation efficiency is improved, meanwhile, a cable clamping head of the pin type insulator can be effectively installed and detached, the use performance and practicability of the pin type insulator are improved, and the use and maintenance of the pin type insulator are facilitated.

The invention relates to a practical inertial navigation system calibration method. The practical inertial navigation system calibration method comprises the following steps of 1, installing a transition device on a carrier base, 2, installing a calibration device on the transition device, and carrying out levelness and direction calibration of the transition device, and dismantling the calibration device after the levelness and direction calibration satisfies requirements, and 3, installing an inertial navigation system on the transition device so that inertial navigation system calibration is finished. The practical inertial navigation system calibration method has a reasonable design, simple processes and a wide application range, simplifies a calibration process, reduces calibration repeatability, improves work efficiency, and satisfies the installation demand of a mass of inertial navigation systems.

The invention provides an all-functional cooking robot and belongs to kitchen utensils. The all-functional cooking robot is characterized in that a combustor is arranged on a base seat of a frame; a frying pan slide track which is inclined upwards is fixed on a beam on one side of the frame; the lower end of a frying pan suspension arm is vertically connected with a frying pan handle in a clearance fit manner, and a frying pan slide block at the middle is in slide and clearance fit with the frying pan slide track; a reversible frying pan motor is vertically fixed at the upper end of the frying pan slide track; a vertical track is arranged on the other side of the frame; a reversible slotted spoon motor is arranged at the lower end of the vertical track; a reversible slotted spoon motor chain wheel is connected with a second slotted spoon chain wheel at the upper end of the vertical track through a slotted spoon chain; a slotted spoon slide block is fixed on the slotted spoon chain; the slotted spoon slide block is fixed with a slotted spoon transverse arm; and one end of the slotted spoon transverse arm is in lateral clearance fit with a slotted spoon handle. The all-functional cooking robot can finish dish frying automatically, and the process and the procedures conform to the manufacturing requirements of dishes, so that the manufacturing of basic dishes of kitchens can be realized; a frying pan can be controlled to move linearly in a horizontal plane, and dishes can be turned over in the frying pan; small space is required for cooperation of the frying pan and the slotted spoon, and the size of a cooking bench is small, so that the requirements on household installation can be met, and the cooking robot is favorable for popularization in the commercial field.

The invention discloses a wireless remote control walking-type underwater bump-cutter machine operational method which comprises the steps: 1) placing an underwater bump-cutter machine in position, 2) detecting an elevation of a riprap surface, 3) slicking a riprap through a scraper, 4) pressing, rolling and flattening the riprap, and 5) detecting and recording an elevation of a foundation bed surface. Manual work is replaced to finish operations of flattening the riprap and the foundation bed, not only is hard work of workers operating under the water for a long term removed, but also operation quality is good and efficiency is high.

The inventing discloses a connecting clamp for connection of plate objects; the connecting clamp comprises a connecting device and a clamping device connected with the connecting device; the clamping device comprises a clamp front cover (52) and a clamp rear cover (51) which are connected by a clamp connecting part (42), the roughly corresponding positions of the clamp front cover (52) and the clamp rear cover (51) are provided with through holes, an adjusting base (71) and a supporting part (72) are arranged in the though holes, the contact surface of the adjusting base (71) and the supporting part (72) is a circular arc surface, a first end part of the supporting part (72) is limited in the through hole by a limit part (9) fixed in the through hole, a second end part of the supporting part (72) penetrates through the limit part (9) and is connected with a clamping block (73). The clamping block (73) of the connecting clamp can incline along at least one direction along with the change of radian and deflection of the plate objects, so as to meet the needs of installation of abnormal plate objects and reduce the difficulty of installation of the abnormal plate objects.