39results about How to "Avoid assembly difficulties" patented technology

A frame with a mounting ear, a display device using the frame and a method of manufacture thereof are provided. The frame includes a frame body and a mounting ear. The frame body has a top frame and a sidewall extending from an edge of the frame top frame. A tap hole is formed on the frame body, and the ear passes through the tap hole to connect with an inner surface of the sidewall. Besides the frame, the display device further includes a display panel module. The display panel module is disposed inside the frame and outwardly displays images via a transparent area enclosed by the frame.

The invention discloses a permanent magnet synchronous motor for a hoisting mechanism of a direct-drive crane; the permanent magnet synchronous motor comprises a permanent magnet synchronous motor shell, a stator winding, a stator iron core, a permanent magnet, a rotor, a winding drum revolving shaft and a winding drum; and the permanent magnet synchronous motor has more than 20 poles. In the invention, by increasing the number of the poles of the permanent magnet motor, a variable-frequency power source is adopted to realize low-speed operation of the motor, high torque is output, the motor directly drives the load to work, a speed reducer is canceled, the structure is simple and practical, and the working efficiency of the system is improved; a rotor structure adopted by the invention can effectively solve the problem of difficult assembly of the permanent magnet motor; rotor magnetic poles and magnetic separation steel rings commonly protect the permanent magnet from being damaged when in assembly; reluctance torque is reduced to be zero in the installation process, the installation difficulty is reduced, and requirements and dependence to installation tools (special mounting equipment) is reduced, and the quality of the rotor and the complexity of the rotor structure are greatly reduced.

The invention discloses an instrument panel crossbeam installation assembly, which includes a left installation assembly for installing the instrument panel crossbeam on the left front side panel welding assembly and a right installation assembly for installing the instrument panel crossbeam on the right front side panel welding assembly. The assembly includes a U-shaped crossbeam right mounting bracket with flanging on both sides and a U-shaped reinforcing plate with flanging on both sides arranged between the right front side panel welding assembly and the right side wall inner panel, the crossbeam The right mounting bracket is fixed to the X direction of the instrument panel crossbeam, the two sides of the right front side panel welding assembly are respectively fixed to the right mounting bracket of the crossbeam and the U-shaped reinforcing plate, and the other side of the U-shaped reinforcing plate The sides are fixed to the inner panel on the right side. The instrument panel beam mounting assembly of the invention has simple structure, convenient installation, sufficient rigidity and high mode, and avoids shaking of the steering wheel and the instrument panel at low speed.

The invention discloses an atomization device and an assembly method thereof. The atomization device comprises a first main body and a second main body. The first main body comprises a first shell and an atomization assembly. The atomization assembly is arranged in the first shell. The second main body is detachably connected to the first main body, wherein the second main body comprises a second shell, a control assembly and a battery assembly. The control assembly is arranged on the side, close to the atomization assembly, in the second shell, and the control assembly is electrically connected with the atomization assembly. The battery assembly is arranged on the side, away from the atomization assembly, in the second shell, and the battery assembly is electrically connected with the control assembly. The atomization device is composed of the first main body and the second main body, and the atomization assembly, the control assembly and the battery assembly which are modularized are contained in the first shell in the first main body and the second shell in the second main body respectively. Therefore, all the elements of the atomization device can be connected in a simple mode, and therefore the problems that assembly is difficult and maintenance is not convenient are solved.

The invention relates to the field of ball mills with drying bins, in particular to an interchangeable drying bin-separating device for an air-swept coal mill. The interchangeable drying bin-separating device comprises a combined supporting frame, a conical discharging body, a plurality of lifting plates and bin-separating grid plates; the combined supporting frame comprises an annular fixing frame with the U-shaped section, the periphery of the fixing frame is fixed to a mill cylinder, and a supporting plate with a central hole and a baffle are connected to the two sides of the fixing frame respectively through bolts; the bin-separating grid plates are connected to the side, facing a grinding bin, of the fixing frame through bolts; the conical discharging body is arranged in the central hole of the combined supporting frame and is connected and fixed to the supporting plate, and a plurality of butt plates used for fixing the lifting plates are arranged in the peripheral direction of the conical discharging body; each lifting plate is composed of one arc-shaped curved plate and two side plates, is embedded between the baffle and the supporting plate and is connected to the supporting plate through one side plate and a bolt. According to the interchangeable drying bin-separating device, the interchangeability of the bin-separating device can be improved, the material accumulation problem of a drying bin can be solved, the mill efficiency can be improved, assembly is easy, and the potential safety hazard of bolt breakage is avoided.

The invention relates to the technical field of communication, and discloses an optical fiber device feeding discharging module. The optical fiber device feeding discharging module comprises a feedingdevice and a discharging device. The feeding device comprises a lifting material cabin assembly, fixture assemblies and a fixture taking assembly. The lifting material cabin assembly is used for layering and stacking the fixture assemblies, and controlling lifting of layering and stacking the fixture assemblies in the lifting material cabin assembly. The fixture taking assembly is used for takingthe layered and stacked fixture assemblies on the lifting material cabin assembly one by one. The optical fiber device feeding discharging module has the advantages that through the lifting materialcabin assembly, the displacement volume is improved; through the fixture taking assembly, single fixture can be taken; conveying is convenient; and conveying accuracy after positioning is improved.

The invention provides a packaging liner for household appliance and a household appliance component, wherein one end of the packaging liner is provided with a first mounting groove for mounting the home appliance and the other end of the packaging liner has a bottom surface, and the packaging liner has a side surface which is connected between one end of the packaging liner and the other end of the packaging liner in a transition mode. The side surface includes an inclined surface area which is inclined in a direction from one end of the packaging liner to the other end of the packaging linerand is provided with a boss structure. The packaging liner for the household appliance can take both the assembly efficiency and the protection reliability of a product into consideration, so that the overall quality of the product is effectively improved and the promotion of the product in the field is facilitated.

The invention discloses a steam generator inclined tube bundle heat exchange experimental device and method. The experimental device comprises an inclined tube bundle, a rectangular sleeve, an inlet diverging section, an outlet converging section, a rectifier, an inlet connector and an outlet connector, wherein the inlet diverging section and the inlet connector are welded at the lower part of therectangular sleeve in turn, the outlet converging section and the outlet connector are sequentially welded on the upper part of the rectangular sleeve, the inclined tube bundle is inserted into the rectangular sleeve obliquely downwards at an angle of 45 degrees from the outside through a reserved through hole, the rectifier is installed at the lower part of the rectangular sleeve, and the experimental device is connected to a whole test pipeline system through the inlet connector and the outlet connector. The experimental device has a simple overall structure, is easy to process, is low in cost, and provides a simulator for studying the flowing and heat transfer characteristics of inclined tube bundles of steam generators. The invention also provides the experimental method of the experimental device. The method can be used to carry out experiments of single-phase water and steam-water two-phase fluid, and test and verify the heat transfer characteristics of the inclined tube bundlesof the steam generators by changing inlet parameters of a working medium.

The invention provides a novel wind ring assembly of an automobile engine. The novel wind ring assembly comprises a wind ring, and an open type pressing rivet structure is formed in the axle journal of the wind ring. The open type pressing rivet structure is stressed after a rubber ring is arranged into the open type pressing rivet structure, and an opening of the open type pressing rivet structure is contracted to clamp the rubber ring and the wind ring assembly is formed. The rubber ring is extended in the axial direction to form a horn mouth. A thickness sudden-change structure is arranged on the connecting section between an extended part of the rubber ring in the axial direction and a wind cover, and the rubber ring can be freely turned and folded. The opening angle alpha of the horn mouth is 10-50 degree. According to the novel wind ring assembly, the open type pressing rivet structure is formed in the axle journal of the wind ring, the open type pressing rivet structure is pressed after the rubber ring is arranged into the open type pressing rivet structure, and the opening of the open type pressing rivet structure is contracted to clamp the rubber ring and the wind ring assembly is formed, the rubber ring is extended in the axial direction to form the horn mouth, the thickness sudden-change structure is arranged on the connecting piece between the extended part of the rubber ring in the axial direction and the wind cover, and the rubber ring can be in the state of being freely turned and folded, so that the axial dimension, namely the total length, of the wind ring assembly is reduced.

The invention relates to the technical field of the communication. Optical fiber device detection equipment comprises a rack and a feeding device, a feeding manipulator device, a before-detection analysis module, an optical fiber device performance detection module, a protective cap mounting device, a stepping conveying device, a foldable manipulator placing device and a blanking device which arearranged on the rack; the feeding device is joined with the before-detection analysis module through the feeding manipulator device; the before-detection analysis module, the optical fiber device performance detection module and the protective cap mounting device are orderly joined; the location of the stepping conveying device is corresponding to the before-detection analysis module, the opticalfiber device performance detection module and the protective cap mounting device; and the protective cap mounting device is joined with the blanking device through the foldable manipulator placing device. The optical fiber device detection equipment has the advantages of being high in automation degree, high in working efficiency, high in finished product yield and extensive in testing range.

The invention discloses a battery size detection line used for an electronic product. The detection line comprises a bottom plate and detection equipment fixed on the bottom plate, wherein the detection equipment comprises a material loading part, an electrification detection part, a first inferior-quality product conveyor belt, a length detection part, a thickness detection part, a second inferior-quality product conveyor belt, a discharged material conveyor belt and a transportation part; the material loading part, the electrification detection part, the first inferior-quality product conveyor belt, the length detection part, the thickness detection part, the second inferior-quality product conveyor belt and the discharged material conveyor belt are arranged and fixed on the bottom platein sequence; the transportation part is arranged on the side part of the bottom plate; and in addition, the material loading part, the electrification detection part, the first inferior-quality product conveyor belt, the length detection part, the thickness detection part, the second inferior-quality product conveyor belt and the discharged material conveyor belt are all arranged in the movementjourney of the transportation part. By use of the detection line, an automation degree is high, space is saved, continuous production is realized, the detection line can be favorably combined into a production line, manpower is saved, production cost is lowered, production efficiency is improved, and the detection line has a good market application value.