54results about How to "Realize the shape" patented technology

The invention provides a television mullion structure, which comprises a body and a connecting piece, wherein the body is a rectangular frame and is formed by bending a hollow sectional material, the seam points at both ends after the sectional material is bended are connected through the connecting piece, the seam points are positioned in the middle position of a lower frame of the rectangular frame, and the bending point of the body is fixed by corner piece bolts. The structure is formed by bending the aluminum sectional material for four times, and only one seam exists, so the whole television has attractive appearance and high size precision, high strength can be achieved under a very narrow size, and simultaneously, the modeling of fillets can be realized. In the invention, one piece of sectional material is bended to avoid four corner splicing seams and splicing offset, so that the assembly precision is high, the process control is simple, and simultaneously, the mould of the aluminum material has a simple structure, a short manufacturing cycle and smaller prior-period investment.

The invention discloses an afforesting brick with upper, lower, left and right water supply structures and a splicing slot and a splicing greening body, consisting of a base body and planting display surfaces, wherein the appearance outline of the base body is symmetrical around; two sides of the base body are the planting display surfaces, which are planes; each planting display surface has a planting space concaved inwards; the planting space is composed of an inclined top surface and two vertical supporting inner wall faces; the base body is provided with a soil containing cavity concavingdownwards from the top surface; the soil containing cavity is composed of an inclined surface and two vertical supporting inner wall faces; vertical supporting splicing outer wall faces are arranged in the left and right directions of the base body; the left and right vertical supporting splicing outer wall faces have the same structure; two parallel splicing slots arranged vertically are respectively arranged on the vertical supporting splicing outer wall faces; upper and lower water supply and drainage holes are arranged on the inclined surface of the soil containing cavity; and the purposeof the invention is achieved through carrying out the technical scheme.

A solidifying agent for the self-hardening furan resin contains toluene (0-5 wt.%) or (0-20 wt%), xylene (2-10) or (5-25), sulfuric acid (35-65) or (10-40), water (0-20) or (20-60), methanol (10-45) or (6-30), alcohol (0-9) or (0-6), and regulating agent (0.05-0.9) or (0.1-0.7) for fast-hardening or slow-hardening furan resin used for casting.

The invention discloses a construction method of a highway engineering BIM parametric modeling platform. The method refers to a method for quickly creating, calculating, analyzing and applying a BIM (Building Information Model), and comprises the following steps of: 1) establishing a visual programming engineering data structure system based on a highway engineering design full period, embedding ahighway engineering BIM standard, and flexibly defining an aggregated and derived instantiation logic relationship among engineering entity components; 2) realizing complex and heterogeneous modelingcapability through an open-source geometric modeling class library, performing engineering database management by taking a model decomposition structure as a hub, and realizing collaborative design,storage and management of a modeling body and construction information; and 3) performing three-dimensional display and information circulation based on the plug-in, the mainstream design platform andthe geographic information system, and realizing application in highway engineering design, construction, maintenance and operation stages.

The invention relates to a device for shaping flat products (1) into slit pipes or primary pipe products (2), comprising at least one internal shaping tool (3) for the at least stepwise shaping of the flat product (1) in the radial direction of the cross-section of the slit pipe or primary pipe product to be produced, and at least one external shaping tool (4) for shaping the flat product (1) from the exterior, characterized in that at least one light source (7) and at least one receiver (8) for measuring at least the internal contour of the slit pipe or primary pipe product are connected to at least one internal shaping tool (3). The invention further relates to a method for shaping flat products (1) into slit pipes or primary pipe products (2), with at least one internal shaping tool (3) for shaping the flat product (1) in the radial direction of the cross-section of the slit pipe or primary pipe product to be produced, and at least one external shaping tool (4) for shaping the flat product (1) from the exterior, characterized in that at least one light source (7) and at least one receiver (8) are connected to at least one internal shaping tool (3) and detect the local contour or shape of the shaped flat product (1) at least during the shaping process.

The invention discloses a campus plant landscape cultivation device. The device comprises a moving frame, a motor, a trimming device and a controller, wherein a through hole is arranged at a middle position of the upper end surface of a top plate, and a bearing is arranged in the through hole; a motor is fixed on the top plate; the trimming device comprises a bottom plate, a casing and two sets oftrimming mechanisms, the lower end of the casing is welded to the bottom plate, a rotating shaft is arranged at a middle position of the upper end of the casing, and the rotating shaft is connected to the output end of the motor correspondingly; and each set of the trimming mechanism comprises a first hydraulic cylinder, a second hydraulic cylinder, a curved track groove, a slider and a small electric saw, one end of each curved track groove is hinged to the bottom plate, the sliders and the track grooves are matched, the small electric saws are connected to the sliders through L-shaped rods,the first hydraulic cylinders are hinged to the bottom plate, and the telescopic parts of the first hydraulic cylinders are correspondingly connected with the L-shaped rods, and the second hydrauliccylinders are also hinged to the bottom plate, and the telescopic parts of the second hydraulic cylinders are hinged to the outer sides of the track grooves.

The invention provides a food processing device and a control method thereof. The food processing device comprises a main ingredient conveying device, a main ingredient extruding device, a main ingredient moulding device and a control device, wherein the outlet of the main ingredient conveying device and the inlet of the main ingredient extruding device are sealed and fixedly connected, the outlet of the main ingredient extruding device and the inlet of the main ingredient moulding device are sealed and fixedly connected, the main ingredient moulding device is a pipeline with one end closed, and the side wall of the first pipeline and the outlet of the main ingredient extruding device are sealed and fixedly connected. On the basis, the invention also provides a food processing device with a stuffing extruding and moulding function, and a stuffed convenient product with a wrapper can be produced. The food processing device provided by the invention has the advantages that batch production of the convenient food in fixed shape and length is realized, the sanitation problem caused by manual production is completely eradicated, and the produced product is standardized in shape and quantity and is convenient for packaging and sale.

The invention discloses an OLED driving power supply and an electronic product. The driving power supply comprises a main power supply board, a mainboard and an on-screen power supply board. Wherein the main power supply board is electrically connected with the mainboard and the on-screen power supply board. The main power supply board is used for outputting a first electric signal and a second electric signal to the on-screen power supply board according to the first enable signal sent by the mainboard; and the on-screen power panel is used for sequentially outputting a VDD electric signal and an EVDD electric signal according to the first electric signal and the second electric signal so as to lighten the OLED screen. A traditional power panel framework is changed into a split main powerpanel and on-screen power panel framework, so that the driving power supply is lighter and thinner on the basis of meeting strict time sequence control, and the lightening and thinning of the shape of an electronic product are facilitated.

A wheel shape follow-up burr brushing device comprises lower guide posts, lower cylinders, a lifting table I, a servo motor I, a lower rotating table, a back cavity brush adjusting cylinder, I-shapedsliders, concave blocks, front brush adjusting cylinders and the like. The heights of brushes are adjusted by the back cavity brush adjusting cylinder, the shape of a contour formed by six brushes canbe consistent with that of a wheel back cavity, and shape follow-up of the brushes and the wheel back cavity is realized. The inclination angles of the brushes and the depth of the brushes entering grooves can be adjusted by angle adjusting cylinders and the adjusting cylinders, and shape follow-up of the brushes and wheel spoke root grooves is realized. The heights of the brushes can be adjustedby the front brush adjusting cylinders, so that the shapes of the brushes are matched with those of the fronts of wheels, and shape follow-up of the brushes and the fronts of the wheels is realized.By adjusting the structures of the brushes, the device is applicable to burr brushing of the wheels in various shapes and is novel in structure, advanced in process and strong in universality.

The invention discloses a clamping device for slitting of computer display card cooling fins. The clamping device comprises a base, a mounting seat, movable arms, locking assemblies, top bracing assemblies and a machining table. The mounting seat is fixed to the base, the mounting seat is of a hollow cavity, an opening is formed in the top of the mounting seat, and the mounting seat is used for enabling the machining table to move up and down along the position of the opening of the mounting seat. A containing groove is formed in the middle of the machining table, vertically-put pit molding needles are evenly distributed at the bottom of the containing groove, and the upper faces of the pit molding needles are in round ball shapes and are used for containing the to-be-slit cooling fins. The movable arms capable of moving horizontally are symmetrically arranged on the two sides of the mounting seat, one locking assembly is arranged on each movable arm, when the to-be-slit cooling fins are clamped and locked, the locking assemblies can lock the to-be-slit cooling fins in the pit molding needles while ejecting the machining table upwards through the top bracing assemblies, and therefore pits in the to-be-slit cooling fins are molded.

The invention relates to a mechanical-assisted chemical heat treatment method for metal surfaces. The method comprises the following steps that 1, a metal workpiece substrate to be subjected to chemical heat treatment is pretreated; 2, a chemical heat treatment electrode is prepared; 3, chemical heat treatment equipment is assembled; 4, chemical heat treatment preparation is conducted; and 5, the metal workpiece substrate to be subjected to chemical heat treatment is ground and polished. The mechanical-assisted chemical heat treatment method for metal surfaces has the advantages of being simple in equipment, low in investment, and low in maintenance and machining cost; a strengthened layer is mainly of a solid solution structure, and is compact, uniform and high in quality; the strengthened layer and the substrate are subjected to metallurgical bonding, and are free of obvious interfaces and high in bonding force; chemical heat treatment and grinding are conducted at the same time, the surface polishing effect of low surface roughness and high smoothness can be achieved, and secondary machining such as polishing and deburring is not needed; no special requirement for the shape and precision of workpieces exists, treatment of thin-walled parts made of composite materials can be achieved, and applicability is high; and operation is easy and feasible, efficiency is high, and the mechanical-assisted chemical heat treatment method can be used for large-scale treatment of the workpieces.

The invention relates to a daytime running light linkage control strategy and daytime running lights. The control strategy is used for controlling light on or off of two or more sets of daytime running lights comprising a set of main lights and one or more sets of auxiliary lights. A control logic comprises that all sets of the lights are lighted on at the same time, when the main lights are off,the rest lights are controlled to be off; and when any group of the auxiliary lights are off, the rest lights are controlled to be off or the main lights are continuously controlled to be on. The sumof the luminous intensities of all sets of the lights is not more than 800cd and not less than 400cd, the control strategy is adopted, and each set of the lights includes an illuminant, an LED, an LEDcircuit board, an LED control module, and a linkage control module; the LED control module is connected with the LED circuit board, and the linkage control module is connected with a trip computer through a signal line in a communication mode. The daytime running light linkage control strategy and the daytime running lights can meet the regulatory requirements, and can meet the molding needs of the upper and lower sets of lights of main engine plants.

The invention relates to improvement of a mold structure, in particular to a TPU mold frame. Adaptability between a mold and the mold frame can be improved, design drawing and mold opening cost can bereduced, the mold frame comprises a mold frame plate (1) and a mold locking plate (3), the mold locking plate (3) is mounted on the mold frame plate (1) and can be in sliding fit with the mold frameplate (1), a buckle structure (32) capable of being clamped with a mold is mounted on the mold locking plate (3), a mold supporting plate (5) is further included, and is in sliding fit with the mold frame plate (1), the sliding direction of the mold supporting plate (5) is perpendicular to the sliding direction of the mold locking plate (3), and a mold groove (11) is formed in the mold frame plate(1).

The invention relates to a steam iron, comprising a steam chamber (4) for generating steam for ironing, a water container (3), which is associated with the steam chamber, a water feed opening (23), which can be hermetically sealed by means of a locking element (6) and comprises at least one water container vent opening (36a, 36b), a pressure compensating system (5), which comprises at least one vent line (50a, 50b), which is connected to a first end section (51a) with the at least one water container vent opening (36a, 36b), and a first air inlet/air outlet opening (53a), via which a first spaced end section (52a) of the at least one vent line (50a, 50b) is connected to the outside of the water container for compensating air pressure differences between the inside and the outside of the water container.

The invention relates to a positioning glue spreading device comprising a glue delivery cylinder, a back lining roller and a supporting roller. The glue delivery cylinder comprises a glue input end and a glue output end; a substrate to be spread with glue sequentially runs round the supporting roller and the back lining roller; the positioning glue spreading device further comprises a glue surface positioning roller, the surface of the glue positioning roller contacts the glue output end, the glue surface positioning roller is close adjacent to the back lining roller, and the substrate runs between the glue surface positioning roller and the back lining roller; the surface of the glue surface positioning roller is provided with a plurality of needles. The positioning glue spreading device has simple structure, and can change the shape of spread glue as required; and the substrate spread with glue has excellent air permeability and viscosity.

A wall walking device has a high platform and a walking machine, A walking machine is suspend under that high platform by a rope, that height the platform changes the length of the suspended portion of the rope to control the walking machine to move downward, an air pushing device can allow the walking machine to be pressed on the wall by pushing air The movable support device can realize the obstacle-surmounting function through the large-radius wheel or other abnormal design, and the movable support device can realize the steering of the walking machine on the wall through the correspondingsteering device. Combined with electronic automatic control, communication and artificial intelligence technology, the whole work can be fully automated, visualized, and can be viewed and operated remotely.