63results about How to "Guarantee the same position" patented technology

The invention discloses a glass cutting machine which comprises a cutting plate; a slide rail is fixedly arranged on the cutting plate; clamping devices are symmetrically and movably arranged on the slide rail; an operating panel is arranged above glass; a guide rod is symmetrically provided with guide grooves; a fixing device comprises a buffer block; the buffer block is provided with a buffer groove; a limited block is fixedly connected with the buffer block; and an extruding plate is fixedly connected to one end, far from the buffer groove, of an extruding block, and is connected onto the limited block through an extruding spring. According to the glass cutting machine, the built-in clamping devices can ensure that the glass cannot deflect in the cutting process, a cutting knife can perform cutting according to the preset route in a guiding structure, so that the influence on the cutting precision caused by human errors is avoided, the positions of the glass and the cutting knife and the distance between the glass and the cutting knife are relatively fixed, mutual deflection is avoided, the cutting precision is improved, the action force of the cutting knife to the glass is uniform, and glass breakage due to non-uniform stress is avoided.

A syringe and its method of use, comprising two bodies; the first body or cylinder provided with a support surface at its end, and a second body or rod with pusher elements, which is introduced in the prior cylinder. The syringe can be used by means of a single hand and it is possible to perform the two actions of a syringe, sucking and injection, by changing the position of the fingers.

The invention provides a tyre storage device. The tyre storage device comprises a fixedly-arranged connection shaft, a tyre storage disc arranged at the top end of the connection shaft, and a sensor capable of detecting whether a green tyre is installed in the tyre storage disc or not, wherein the sensor is arranged on the tyre storage disc. According to the tyre storage device provided by the invention, the connection shaft is fixed, whether the green tyre is installed in the tyre storage disc or not is directly detected through the sensor on the tyre storage disc, and the connection shaft has no need to displace during the detection process, thereby ensuring that the tyre storage disc is always located at the same position, and then ensuring that the height of a tyre mounting jaw of a tyre vulcanizer while grabbing the tyre every time is a constant value; in this way, the case of interference between a tyre storage jaw and the tyre mounting jaw is reduced, and therefore, the collision and scraping of the tyre mounting jaw and the tyre storage jaw is reduced; and moreover, later manual intervention and adjustment is not required after one-time adjustment, so that the times of manual adjustment is reduced, and then the production efficiency is increased. The invention further provides a tyre vulcanizer with the tyre storage device.

The invention discloses a probe rack for a modular scanning probe microscope, which includes a bracket on which a circuit board and a clamping frame for installing probes are arranged. The circuit board and the bracket are connected in a slot type. The clamping frame and the bracket are split, and the clamping frame is inserted into the bracket, and the clamping frame and the bracket form a mosaic structure. The probe holder for the modular scanning probe microscope of the present invention has the advantages of simple operation, good clamping effect, precise probe positioning, improved testing accuracy and testing efficiency, and low manufacturing cost.

The invention relates to a one-time forming pressing device for composite insulators. The one-time forming pressing device comprises a rack, a working platform and a drive cylinder. The working platform is installed inside the rack and comprises an upper fixed platform body and a lower movable platform body. Core rod limiting blocks are distributed on the lower surface of the upper fixed platform body. Guide holes are formed in the four corners of the upper fixed platform body. Core rod supporting blocks, fitting pressing plates, guide rods and a platform fixing base B are distributed on the upper surface of the lower movable platform body, the two core rod supporting blocks are arranged in total and symmetrically distributed at the two ends of the long axis direction of the lower movable platform body, the core rod supporting blocks and the core rod limiting blocks are combined to form a limiting hole for containing a fixing core rod, the fitting pressing plates are arranged at the two ends of each core rod supporting block, and the guide rods matched with the guide holes are installed on the upper surface of the lower movable platform body. The one-time forming pressing device has the advantages that the composite insulators with the small length can be formed and pressed at one time, and the device is very convenient to use.

The invention discloses magnetic control type information recording equipment and a recording method thereof. The structure of the magnetic control type information recording equipment comprises a plurality of display units arranged on the same plane in array arrangement and used for displaying information, wherein the structures of the respective display units are the same; each display unit comprises a main cavity capable of displaying two different signals, and a magnetic control plate arranged on one side of the main cavity and used for controlling the main cavity for signal display; and when the information displayed by the main cavity needs to be changed, the magnetic control plate generates magnetic field control through consuming electric energy and changes the information displayed by the main cavity, and then power failure is performed after the information is changed, so that the information does not disappear. The magnetic control type information recording equipment has the beneficial effects that by taking colors as signals, a permanent magnet, an iron core and an adsorption layer are attracted to each other, so that the signals do not disappear in a power-failure condition; and the signal switching control is facilitated through the magnetic control plate.

The invention discloses an intelligent protection device for intestinal tract after intestinal surgery, which comprises a hollow annular air bag, the annular air bag is integrally formed with a firstpositioning part, a supporting part and a second positioning part with independent internal cavities, the outer ring diameter of the first positioning part and the outer ring diameter of the second positioning part are both larger than the outer ring diameter of the supporting part, the first positioning part and the second positioning part are respectively used to support the distal and proximalends of the intestinal tract and are away from the intestinal tract suturing section by a set distance, the supporting part is used to support the intestinal tract suturing section, an integrated inflation pipe is arranged on the inner wall of the annular air bag, the end of the inflation pipe is exposed out of the human body and communicated with the inner cavities of the first positioning part,the supporting part and the second positioning part through independent valves, and the internal cavity pressure of the first positioning part and the internal cavity pressure of the second positioning part are both greater than the internal cavity pressure of the supporting part in the protection state. The intelligent protection device for intestinal tract after intestinal surgery can effectively protect the intestinal tract suturing section and avoid pollution of excrement to the intestinal tract suturing section.

The invention provides a preparation method of a magnetic powder particle transmission electron microscope sample, and belongs to the technical field of transmission electron microscope sample preparation. The method comprises the following steps: embedding magnetic powder particles in a transmission electron microscope sample supporting net, further fixing by using ion thinning special resin, respectively arranging film materials on an upper layer and a lower layer, and applying pressure by using a clamp, uniformly distributing the ion thinning special resin, completely wrapping the transmission electron microscope sample supporting net and the magnetic powder particles, discharging existing air, heating, preserving heat, cooling, taking out the supporting net, preparing a thin area, and preparing the magnetic powder particle transmission electron microscope sample. According to the method, the magnetic powder particles can be subjected to transmission electron microscope microstructure observation, it is guaranteed that the magnetic powder particles can be stable and immovable under the high-intensity magnetic field condition, and transmission electron microscope observation of the microstructure of the magnetic powder particles becomes possible.

The invention discloses an experimental device for conveniently adjusting inclination angle for university physical potential energy experiment, including the base and the test bench, the upper two sides of the chassis are provided with vertical bars, the one side surface of the vertical bars is embedded with a first sliding groove, and the first sliding groove is engaged with the middle of the first sliding groove to install a test bench. The two sides of the bottom of the test bench are provided with support bars, and the internal threads of the support bars are provided with rotary bars, and the bottom of the rotary bars is connected with a rotary disk. The experimental device which can adjust the tilt angle conveniently can adjust the height of the whole device in the process of using,the tilt angle of the whole device can also be adjusted, so the the whole device is more flexible in the process of learning potential energy, and the experiment process can also ensure the the backward position under the iron ball is unchanged, which is convenient to record the data of the subsequent experiment.

The invention discloses a large material turnover device. The large material turnover device comprises a rack, a turnover driving mechanism, a material bearing conveying mechanism, a conveying drivingmechanism and a positioning mechanism, the rack is fixedly connected to the ground, the material bearing conveying mechanism is connected to the rack, the turnover driving mechanism is mounted on therack and connected with the material bearing conveying mechanism, the turnover driving mechanism drives the material bearing conveying mechanism to overturn around the rack, the conveying driving mechanism is connected with the material bearing conveying mechanism and drives a roller of the material bearing conveying mechanism to rotate, and the positioning mechanism is connected to the materialbearing conveying mechanism. According to the large material turnover device, after materials are positioned through the material bearing conveying mechanism and the positioning mechanism, the turnover driving mechanism drives the material bearing conveying mechanism to overturn, thus the heavy materials are overturned to the designated posture to be conveyed to a next station, thus turnover precision required by a technology and shorter conveying time are reached, front conveying is changed into reverse conveying through mechanical control, and the labor intensity and safety risk are reduced.

The invention discloses an experimental device for conveniently adjusting inclination angle for university physical potential energy experiment, including the base and the test bench, the upper two sides of the chassis are provided with vertical bars, the one side surface of the vertical bars is embedded with a first sliding groove, and the first sliding groove is engaged with the middle of the first sliding groove to install a test bench. The two sides of the bottom of the test bench are provided with support bars, and the internal threads of the support bars are provided with rotary bars, and the bottom of the rotary bars is connected with a rotary disk. The experimental device which can adjust the tilt angle conveniently can adjust the height of the whole device in the process of using,the tilt angle of the whole device can also be adjusted, so the the whole device is more flexible in the process of learning potential energy, and the experiment process can also ensure the the backward position under the iron ball is unchanged, which is convenient to record the data of the subsequent experiment.

The invention discloses a single-plate swing arm type material collecting set. The single-plate swing arm type material collecting set comprises a rack, a rewinding leaning roller fixedly arranged on the rack, a material collecting roller assembly and a reciprocating swing assembly, wherein the material collecting roller assembly comprises a material collecting arm and a material collecting roller; one end of the material collecting arm is hinged to the rack, and the material collecting roller is located at the end, away from the end, hinged to the rack, of the material collecting arm; and the output end of the reciprocating swing assembly is connected with the material collecting arm, the material collecting arm rotates around a hinge shaft of the material collecting arm and the rack through movement of the output end of the reciprocating swing assembly, and therefore the material collecting roller moves towards the rewinding leaning roller, a radian swing type structure is adopted for winding, and winding press-fit points are kept at the same position.

The invention provides a robot system for full-automatic welding of steel members and a using method of the robot system. The robot system comprises a welding workbench, a welding robot, a carrying robot and a controller. The welding workbench of the robot system is provided with various positioning and fixing jigs, and it can be guaranteed that the position is not changed in the workpiece positioning and welding process. According to the robot system, standardized operation of all links can be achieved through control of the controller, workers only need to operate the welding robot, the technical requirement for the workers is low, and the problems of high technical requirement for welders, low production efficiency, uneven welding quality in manual welding are effectively solved. The robot system adopts double-station design, the working efficiency is effectively improved, and cost waste caused by secondary design is effectively avoided.

The invention relates to the technical field of needle textile processing equipment, and discloses an auxiliary device for preventing thread skipping in the manufacture of needle textiles. , the upper and lower sides of the middle part of the column are provided with a second annular groove, the upper and lower sides of the middle part of the column are connected with a metal ring, the outer side of the metal ring is provided with a second arc-shaped groove, the outer side of the metal ring is connected with a rotating column, and the outer side of the metal ring is connected with a rotating column. The outer side is connected with a swing plate, the inside of the bobbin is connected with a metal ball, and the lower end of the bobbin is connected with a ring magnet. Through the first arc-shaped groove and the second arc-shaped groove, the metal ball is guaranteed to rotate and move on the column, and the metal ball drives the bobbin to move. This structure achieves the purpose of moving the thread on the bobbin back and forth, and ensures that the textile thread is now The position of the column remains unchanged, thereby solving the problems that the existing anti-jumping device is easy to jump and is easy to wear and tear.

The invention discloses a bar feeding device. The bar feeding device is characterized in that the side face, opposite to a storage hopper, of a main ejecting plate is provided with a vertical abutting guiding column, the height of the abutting guiding column is smaller than that of an ejecting column, the ejecting column and the abutting guiding column are arranged in a staggered mode, a sliding device is arranged between the ejecting column and a retraction device, and the ejecting column slides in the direct perpendicular to the main ejecting plate through the sliding device. The storage hopper is provided with a baffle groove for the ejecting column to slide, the ejecting column slides through the sliding device to adjust the ejecting area of the ejecting column, an ejecting device adapts to bar components with different sizes and different lengths, dismounting replacement is not needed, and work efficiency is improved.

The invention discloses a classroom midair noon break bed which comprises a bed tail frame and a bed body. The bed tail frame is arranged at one end of the bed body, the bed body comprises a plurality of splicing units, every two adjacent splicing units are fixedly connected, each splicing unit comprises a first bed leg, a bed frame, a second bed leg and an expansion supporting frame, one end of the bed frame is hinged to the first bed leg, the extension supporting frame is arranged on the first bed leg, the second bed leg is arranged on the extension supporting frame, a bed frame guide rail is arranged on the second bed leg, a first sliding block is rotatably arranged at one end, away from the first bed leg, of the bed frame, and the first sliding block is arranged on the bed frame guide rail in a clamped and sliding mode. The invention relates to the technical field, and particularly provides the classroom midair noon break bed which does not need to move desks and chairs, is more convenient to open and store, can fully utilize the space in a classroom, is simple to operate and saves time.