1561results about How to "Large operating space" patented technology

The invention provides a reciprocating type three-cylinder plunger pump for an oil and gas field. The reciprocating type three-cylinder plunger pump comprises a gear box assembly, a power end assemblyand a hydraulic end assembly which are transmitted in sequence; and the hydraulic end assembly comprises a disc root and a plunger, the power end assembly comprises a crankshaft, a connecting rod, asliding rail and a crosshead, power is transmitted from the crosshead to the plunger, a pull rod and a fender are arranged between the plunger and the crosshead, the pull rod is fixed on the cross head, the plunger is fixed to the pull rod, the fender is located between the pull rod and the plunger and fixed with the plunger, and the outer diameter of the fender is larger than that of the plungerand the pull rod. The reciprocating type three-cylinder plunger pump can solve the problems that a working medium in a hydraulic end assembly in the prior art is poured into a power end assembly alongthe plunger, a packing is inconvenient to replace, and a connecting rod large-head bearing bush is insufficient in lubrication and the like.

The invention discloses a railway vehicle body chassis structure. The railway vehicle body chassis structure soles the problems that the giant torque force is caused due to the fact that a front-arrangement type vehicle hook mounting hole is formed in the side face of a vertical plate of a traction beam, and no operation space exists for mounting a steering frame traction base. The railway vehicle body chassis structure comprises two chassis edge beams, a chassis end beam and a sleeper beam arranged between the two chassis edge beams, a traction beam, a vehicle hook mounting sectional material and a traction guide beam are arranged between the sleeper beam and the chassis end beam, the traction beam is fixed between the sleeper beam and the vehicle hook mounting sectional material, and the traction guide beam is fixed between the vehicle hook mounting sectional material and the chassis end beam. Traction wing plates are fixedly arranged on the two sides of the vehicle hook mounting sectional material, the traction wing plates are fixedly connected with the chassis edge beams on the corresponding sides, and a jumper box is arranged between the traction wing plates and the traction guide beam. The problems are completely solved by optimizing the structures of vehicle hook mounting sectional material, the traction beam and other components, and the high-intensity performance that a vehicle body can bear 1000 kN of compression loads is kept.

The invention discloses a three-freedom-degree series-parallel omni-directional mobile transfer robot. The transfer robot comprises an omni-directional mobile chassis, a main slewing gear, a lifting device, parallel working arms, a tail end slewing gear and a clamp holder. The omni-directional mobile chassis is used for executing walking and steering tasks, the lifting device is connected with the omni-directional mobile chassis through the main slewing gear, the parallel working arms installed at the top of the lifting device are connected with the clamp holder through the tail end slewing gear and are used for adjusting the operation posture of the clamp holder. A series-parallel is adopted in a robot body, and the omni-directional mobile transfer robot has the advantages of being high in rigidity, large in carrying capacity, high in motion precision, large in operation space and the like; the clamp holder has six motion ranges and three independent motion freedom degrees and is high in motion flexibility; the tri-drive omni-directional mobile chassis can realize walking tasks of moving forward, or moving backward, or turning left or turning right, and is reasonable in structural design, and high in anti-overturning ability. In addition, the omni-directional mobile transfer robot has the advantages of being convenient to manipulate, and high in adaptability to road conditions.

The invention relates to industrial automation equipment, in particular to an automated manipulator. A four-degree-of-freedom servo manipulator comprises a lifting arm, a rotary arm, a telescopic boom, a torsional arm, a base and a gripper, wherein the lifting arm is fixedly connected to the base, and fixed on the ground; the gripper is fixedly connected to the output end of the torsional arm; the fixing plate of the telescopic boom is fixedly connected to a rotary cover plate; one end of the telescopic boom is fixedly connected to a vertical flange plate, and the torsional arm is fixedly connected to the vertical flange plate. The four-degree-of-freedom servo manipulator provided by the invention is applicable to machine manufacturing processes and achieves material transportation and transmission, the frictional resistance is small, the running is stable, the accuracy is high, the service life is long, the four-degree-of-freedom servo manipulator provided by the invention can be used for picking up workpieces, through the compact structure distribution of the four-degree-of-freedom servo manipulator, the external dimension can be effectively controlled, and a maximal running space can be obtained.

The invention discloses a clamping type manipulator device. The clamping type manipulator device comprises a rack, two sliding tables, two clamping jaws, two dual gears, a sliding rod and a driving mechanism, wherein a longitudinal sliding groove is formed in the rear portion of the rack, and a transverse sliding groove is formed in the front portion of the rack; the two sliding tables are arranged in the transverse sliding groove in a left and right slidable mode and each provided with a first rack portion; the rear ends of the two clamping jaws are arranged on the corresponding sliding tables; the two dual gears are arranged on the rack, and lower gears of the two dual gears are each connected with the first rack portion of the corresponding sliding table in an engaged mode; the sliding rod is arranged in the longitudinal sliding groove in a front and back sliding mode, the left side and the right side of the sliding rod are each provided with a second rack portion, and each second rack portion is in engaged connection with an upper gear of the corresponding dual gear; the driving mechanism is used for driving the sliding rod to slide. The clamping type manipulator device is simple and compact in structure, large in operation space, accurate in positioning and high in reliability.

The invention discloses a butterfly-shaped semiconductor laser automatic coupling packaging device and relates to the automatic coupling packing field of an electronic device. The automatic coupling packaging device includes a column, a cross beam, and a fiber clamp, a lens clamp mechanism, a lower clamp device and a material disc mechanism arranged on a base, and a laser power meter, wherein thefiber clamp, the lens clamp mechanism and a fiber automatic angle adjusting welding device can be adjusted in position to realize accurate coupling and packaging of a butterfly-shaped semiconductor laser. The device is advantaged in that the structure design is reasonable, the whole subsequent operation from coupling, alignment and packaging can be automatically completed, compared with a traditional hand-operated production line, advantages of high automatic degree, simple and convenient operation, high production efficiency, low production cost and stable product quality are achieved.

The invention discloses a high-precision electric field driven spray deposition 3D printer and a working method thereof, and solves the problems of a traditional 3D printer on multiple aspects of resolution, stability and controllability; high-precision printing of multilayer structures can be realized; the printing process is observed and monitored in real time; and high-precision pattern printing is performed on insulation substrates through electric conducting materials. The high-precision electric field driven spray deposition 3D printer comprises a mounting baseplate; a Y-axle worktable is arranged on the mounting baseplate; a vacuum absorption platform is fixed on the Y-axle worktable; a printing substrate is absorbed on the vacuum absorption platform; a printing nozzle and a vertical observation camera are correspondingly arranged above the printing substrate, and are connected to a Z-axle worktable; the Z-axle worktable is fixed on an X-axle worktable; a squint observation camera is correspondingly arranged on one side of the printing nozzle; an LED light source and a far infrared curing light source are correspondingly arranged on the other side of the printing nozzle; theprinting nozzle communicates with a storage bottle; and the storage bottle is arranged on a lifting table.

The invention discloses an installation structure of a train roof jumper cable of the urban rail. A first high-voltage connector casing, a first high/low voltage connector, a second high/low voltage connector and a first low-voltage connector casing are positioned in the top of a first compartment; a second high-voltage connector casing, a third high/low voltage connector, a fourth high/low voltage connector and a second low-voltage connector casing are positioned in the top of a second compartment; the first high/low voltage connector on the first high-voltage connector casing is connected to the third high/low voltage connector on the second high-voltage connector casing via the jumper cable; and the second high/low voltage connector on the first low-voltage connector casing is connected with the fourth high/low voltage connector on the second low-voltage connector casing via the jumper cable. The installation structure has the advantages that the operation space is large, the installation environment is simple, and the structure is safer and more reliable; the service life is longer; the cable path is shorter, and the cost is reduced greatly; the sealing performance is higher; the whole installation structure can be dismounted rapidly, the occupation space is small, and the structure is beautiful and tidy; and it is not required to reconstruct end wall and channel structures, the workload is low, and the cost is lower.

The automatic hydraulic premade box beam inner formwork system has the inner mold hinging with a pair of up corner mold and a lower corner mold, oil tank slanting upward connected between the top mold and the up corner mold, oil tank slanting downward connected between the top corner mold and the lower corner mold, bracket barricaded along the box beam at the center of the cavity bottom surrounded by inner molds supporting up steel track that has translation cart along it with the cart composed of walking wheel, frame, supporting base beam fastened on the frame, frame of the cart extending outside of the inner mold plate with hydraulic pump station and operation platform. It is simple, steel consumption effective, low in cost, improving inner space 25% than the traditional one.

The invention discloses a novel double-layer wave winding method capable of saving wiring space of an outlet terminal. The novel double-layer wave winding method capable of saving the wiring space of the outlet terminal adopts multiple methods such as a full pitch one route connection method of a 4-pole 24-slot rotator, and the connection method includes: from the beginning of connection performed by using U1 as a leading wire, first connecting for 1-8 long pitches, then connecting for 3 whole pitches, next connecting for 2-7 short pitches, finally connecting for 3 whole pitches, completing connection of coils belonging to the same phase under U phase N pole, connecting coils under U phase S pole through steps as same as above steps, and finally connecting the coils of the two large groups in series according to the current direction in a slot, and then forming a phase of winding. The novel double-layer wave winding method capable of saving the wiring space of the outlet terminal has advantages of evenly distributing line outgoing heads of the same quantity as rotor slots at a line outgoing terminal by changing a connection mode of the double layer wave winding, alleviating the problem that wiring space is limited at the end of the line outgoing terminal to obtain the maximum distance between each two adjacent line outgoing heads and the maximum operation space of uniform head welding, facilitating uniform head welding operation to the utmost, placing head and tail connection lines of both the phases at one end, and connecting outgoing lines through a Y connecting method and a delta connection method.

The invention relates to a controllable three-finger manipulator. The controllable three-finger manipulator comprises a mechanical part and a control frame, wherein the mechanical part comprises a hand part, a wrist and an arm; the hand part consists of fingers and a force transfer mechanism; each finger consists of two pieces of mechanical fingers; the force transfer mechanism consists of six support rods, six gear pieces and four bevel gears; the arm comprises a small arm connecting frame and a large arm connecting frame; steering engines are respectively mounted on swing pairs in the connected place between the hand part and the small arm connecting frame, the connected place between the small arm connecting frame and the large arm connecting frame and the connected place between the large arm connecting frame and a base; the control frame is mounted on an arm of an operator, and comprises potentiometers; and the potentiometers can obtain rotating angles of the arm and the fingers of the operator. The invention further relates to a control method of the controllable three-finger manipulator. The controllable three-finger manipulator and the control method thereof have the beneficial effects of improving the finger sensitivity and the grabbing and releasing speed, realizing the human-computer synchronization motion and becoming more humanized.

The invention relates to a precast concrete member connected by a straight thread and a pier head lock anchor grouting sleeve, and a method for assembling the precast concrete member, belonging to the technical field of constructional engineering assembly concrete structures. The method of connecting by the straight thread and the pier head lock anchor grouting sleeve is adopted; one end of a reinforcing steel bar is processed into the straight thread (6), and the other end of the reinforcing steel bar is processed into a pier head (5); the inner wall of the end with smaller diameter of a connecting sleeve is processed into a thread (9) which is connected with the reinforcing steel by the straight thread (6) and is used for transmitting force; the inner wall of the end with larger diameter of the connecting sleeve is processed into a thread (16) which is connected with a matched plug ring (10) by an external thread (17); after grouting is carried out through a grouting hole, the original way that the tensile force of the reinforcing steel bar of a prefabricated part connected by grouting is transmitted mainly by bonding is changed by the reinforcing steel bar through lock anchor extrusion and bonding force transmission among the pier head of the reinforcing steel bar, the plug ring, grouting material and the sleeve. The safety and economical efficiency of the connection of the novel precast concrete member are improved.

The invention discloses a conveying manipulator system which comprises a rotary air cylinder, a telescopic air cylinder, a lifting air cylinder and a clamping air cylinder, wherein the four air cylinders are connected in sequence; the clamping air cylinder is provided with a paw; the four air cylinders are controlled by corresponding electromagnetic valves; the rotary air cylinder, the telescopic air cylinder and the clamping air cylinder are respectively controlled by three two-position five-way double-electromagnetic valves; and the lifting air cylinder is controlled by a two-position three-way single-electromagnetic valve. According to the structure of the conveying manipulator system, a manipulator has large operation space and high motion redundancy and has motion and operation functions at the same time, so that the manipulator is prior to the traditional manipulators and has wide application prospect in the industries such as hazardous operation, manufacturing industry and service industry.

The invention discloses an automatic coupling package method of a butterfly-shaped semiconductor laser, and relates to the field of automatic coupling package of electronic devices. The automatic coupling package method comprises the steps of feeding-onto-machine of accessories, coupling alignment, welding and the like. An automatic coupling package device realizing the automatic coupling packagemethod comprises vertical columns, a transverse beam, an optical fiber clamp, a lens clamp mechanism, a lower clamp device, a material disc mechanism, a laser power meter and the like, wherein the optical fiber clamp, the lens clamp mechanism, the lower clamp device, the material disc mechanism and the laser power meter are arranged on a base; and the positions of the optical fiber clamp, the lensclamp mechanism and an optical fiber automatic angle-adjusting welding device can be adjusted so as to realize accurate coupling package of the butterfly-shaped semiconductor laser. The automatic coupling package method is high in automation degree and high in package efficiency; the coupling package device adopted by the automatic coupling package method is reasonable in structural design, the complete subsequent procedures from coupling alignment to package can be automatically completed, and compared with a traditional manual production line, the automatic coupling package device has the advantages of being easy and convenient to operate, low in production cost, stable in product quality and the like.

The invention discloses a skill control method and device, electronic equipment and a readable storage medium of a computer, and relates to the technical field of human-computer interaction. The method includes the following steps that in response to a first touch control event acting on a power storage skill control, a skill determination region is provided on an operating interface; in responseto a second touch control event acting on the skill determination region, according to the current position of a touch control point of the second touch control event, the skill release direction andthe power storage time are determined; when the second touch control event is over, the skill corresponding to the power storage skill control is executed according to the skill release direction andthe power storage time. The method can improve the precision of skill release.

The invention relates to a method suitable for underground storey addition of a brick-concrete structure building and a building, belonging to the technical field related to constructional engineering. The method mainly comprises the following steps: (A) excavating the part above the strip foundations of the brick-concrete structure building and the earthwork of a planned underground garage area until the foundation of the building is totally exposed; (B) constructing multiple concrete underpinned piles between the strip foundations and on the outer side of the strip foundations; (C) fixedly connecting the pile top of each concrete underpinned pile with a horizontal underpinned beam, wherein the horizontal underpinned beam penetrates through the building wall; (D) arranging concrete jacketed wall beams on the two sides of the building wall, and fixedly connecting the concrete jacketed wall beams with the building wall; (E) removing original strip foundations of the building; (G) excavating the foundation soil below the building till reaching the floor elevation of the planned basement and garage; (H) constructing the floor, the floor slab of each storey and the roof from bottom to top; (I) pouring a new concrete outer wall around the garage and building a partition wall below the building; and (J) backfilling the earthwork till reaching the natural ground.

The invention relates to a red-tide living thing image automatic identifying device and method, provided with a LED, a light source lens, a mobile room, an objective, a depth of focus lens and a camera; the LED is at the focus of the light source lens, the mobile room is between the light source and the objective, and the depth of focus lens is between the objective and the camera. The identifying method: obtaining image, preprocessing, detecting object, separating image, obtaining image feature, classifying and identifying object, and outputting result. It adopts a far-focus objective, adds an operating space between the mobile room and the objective, giving a development space to the mobile room, and increases the application range of the apparatus. It can automatically analyze images, heightening automation degree of the apparatus, and meets the request for field monitoring red-tide living things, hopeful to implement real-time monitoring the generating and disappearing course of the red tide, and on this basis, provides a precaution to the danger degree of the red tide.

The invention discloses a large-size multi-axis-linkage electrolytic machine tool which comprises a machine tool body, an electrolytic machining pulse power source, an electrolyte circulating and filtering system and an integrated control system. The integrated control system can realize integrated control on machine tool motion parameters, electrolyte parameters and pulse power source parameters; the electrolyte circulating and filtering system adopts parallelly-connected double loops to filter an electrolyte, so that the electrolyte input into a machining area is high in cleanliness, and the electrolyte circulating and filtering system has a function of automatically adjusting the electrolyte parameters ( temperature, concentration and pH value); the machine tool body comprises a bed body, a horizontal workbench, a turnplate, a spindle, a working box and a machine tool cover, and the machine tool can realize five-axis linkage; a numerical-control rotary table is arranged below the turnplate, a sliding device is arranged below the working box, and when a large-size workpiece and a cathode are mounted and adjusted, the working box can move to above the machine tool cover through the sliding device; a protecting device is arranged below the horizontal workbench and the turntable, so that the electrolyte can be effectively isolated from the numerical-control rotary table and a transmission mechanism.

The invention aims at providing an automobile engine mounting bracket and a manufacture method thereof. The automobile engine mounting bracket comprises a base, a support plate, a bracket, an installing hole and a suspending hole, wherein a bending part is arranged on the support plate. According to the automobile engine mounting bracket, the special bending part is adopted, and thus parts structures in an automobile can be avoided, larger operation space is provided for automobile design, especially for a compact automobile, a better design flexibility is achieved; and meanwhile, the shape and the structure ensure enough support strength, and thus the stability of an automobile engine mounting assembly is ensured. The invention also provides a manufacture method of the mounting bracket. By using a specially designed discharging block, the stability in a machining process is ensured; and due to the arrangement of a locating hole and a locating edge, a corresponding locating module is arranged on a matched forming mould, the machining precision can be well ensured, and excessive thinning and cracking on the thickness of parts materials during machining are avoided, and better practicability is achieved.

The invention discloses a building block type assembled dispensing system for packaged medicine. The building block type assembled dispensing system comprises an intelligent terminal control system assembly, a storing and distributing device, a sorting device, an intelligent group mechanical arm dosing device, a pushing medicament outputting device and an intelligent dosing platform device, and is characterized in that the storing and distributing device is formed by overlapping a plurality of building block type units; each building block type unit is provided with a plurality of medicine storing layers; a plurality of medicine storing and outputting devices are arranged on each medicine storing layer; the medicine storing and outputting device of each building block type unit can be used for storing and distributing medicine; a sub-control system of each building block type unit is independent of each other. The building block type assembled dispensing system has the beneficial effects that a building block type medicine storing channel is assembled in a customized manner, and a modern manufacturing way is adopted, so that the automatic dispensing speed is increased greatly, the variety of medicine can be replaced rapidly, convenience is brought to transportation and maintenance, and the economical efficiency is high.

The present application discloses an additive manufacturing chamber, an additive manufacturing module and an additive manufacturing apparatus therewith. Powder discharging openings are formed at a lower portion of the additive manufacturing chamber, and the powders in the additive manufacturing chamber are discharged down via gravitation. The present application further includes a vibrational unit for vibrating the powders so as to accelerate downward powder discharging via vibration of the vibrational unit. The additive manufacturing apparatus can include a main system and a cleaning transportation system separated from the main system. The present application solves the conventional problems of excessive consumed energy, large required installation and operational space, inconvenience of powder removing and swirled raised powder haze in the environment.