35results about How to "New layout" patented technology

Provided is a wheel front burr removing device. The wheel front burr removing device is composed of a rack (1), a lifting cylinder (2), a supporting frame (3), a guiding column (4), a guide sleeve (5), a lifting platform (6), a brush (7), a bearing seat (8) and the like. A servo motor I (11) is fixed to the side of the rack (1), the output end of a motor is connected with an overturning platform (10) through a coupling (12), the middle part of the overturning platform (10) is a cuboid, the left side and the right side of the overturning platform are circular shafts, and the shafts are matched with bearings (9); the lower part and the upper part of the overturning platform (10) are exactly the same, and wheel positioning and clamping rotation systems are symmetrically distributed; and the overturning platform (10) is controlled by the servo motor I (11) to rotate 180 degrees at a time, and cyclic switching of the positioning and clamping rotation system at the upper part of the overturning platform (10) and the positioning and clamping rotation system at the lower part of the overturning platform (10) is realized. According to the wheel front burr removing device, burrs at the front faces of wheels can be thoroughly removed, and the wheel front burr removing device has the characteristics of being short in beat, high in efficiency, novel in layout, advanced in technology, high efficient and practical.

The invention relates to an electro-hydraulic control system for a working surface hydraulic support. The electro-hydraulic control system comprises a support controller (14), and a control terminal, an information acquisition device and an electromagnetic driver (21) which are connected with the support controller (14), wherein the control terminal is used for inputting an order and displaying received data information, the information acquisition device is used for acquiring the operating parameter data of the hydraulic support, and the electromagnetic driver (21) is used for driving an electro-hydraulic control valve group (22). The electro-hydraulic control valve group (22) connected with the electromagnetic driver (21) is used for controlling the closing and opening of a tube liquid pathway of the hydraulic support. The support controller (14) is used for transmitting the order from the control terminal and supplying the operating parameter data of the hydraulic support acquired by the information acquisition device to the control terminal. The electro-hydraulic control system is applied to the working surface hydraulic support.

The multifunctional multi-effect distilled water machine as one apparatus for preparing distilled water and pure steam consists of water inlet metering unit, connected multi-effect distilled water machine and pure steam generator. The present invention has the advantages of compact structure, novel layout, small size, light weight, high efficiency, etc. The multifunctional multi-effect distilled water machine may be used in sterilizing and producing distilled water, and may be used widely in pharmaceutical factory, food producer, beverage producer, hospital, etc.

The invention discloses a projection module, which comprises two or three transmission-type LCD light valves, a light combining device and a projection lens. When the number of the LCD light valves is three, the light combining device is an X prism, and the long side W of the display window of any LCD light valve is parallel to the central intersecting line A of the X prism; and when the number of the LCD light valves is two, light emitted by the first LCD light valve penetrates through the light combining device, and light emitted by the second LCD light valve is reflected by the light combining device. The invention further discloses a projector which comprises the projection module. The manufacturing difficulty of the light combining device can be obviously improved, the relatively low manufacturing cost can be realized, the size of the whole machine can be reduced, the appearance stacking of the whole machine can be changed, the manufacturing cost of the projection lens can be reduced, and the product competitiveness can be improved.

The invention relates to a scrap motor vehicle dismantling process comprising the following sections: an online vehicle buffer assembly line section, a pre-processing assembly line section, an interior and exterior decoration dismantling assembly line section, a chassis dismantling assembly line section, a powertrain fine-dismantling assembly line section, and an assembly fine-dismantling assembly line section. A scrap motor vehicle is dismantled sequentially through the online vehicle buffer assembly line section, the pre-processing assembly line section, the interior and exterior decoration dismantling assembly line section and the chassis dismantling assembly line section; and then, the dismantled assemblies are further dismantled finely though the powertrain fine-dismantling assembly line section and the assembly fine-dismantling assembly line section, wherein the sections of the whole dismantling process are managed and controlled full-automatically by a PLC electrical control system. By adopting the scrap motor vehicle dismantling process, the dismantling efficiency is high, control and running are automated, parts recycling and classifying is convenient, resource recycling and environmental protection are facilitated, and the working condition is improved greatly. Modernized production line layout is adopted, which facilitates scale expanding. Through dismantling by the process of the invention, environmental pollution can be effectively prevented.

The invention relates to a utility car window glass elevator, which comprises a sprocket wheel component, a repeater, a chain axis, a chassis, a guide path, a glass holder slide block component, a protecting tube and an upper chassis, wherein the glass holder is installed on the slide block, the slide block is connected with the chain axis through a shaft pin, the chassis and the upper chassis are fixedly connected with car door screws, the guide path, the protecting tube and an endless screw box are connected with the chassis, the repeater is fixed on the chassis through the screws, and the chain axis is connected in a matching mode with a sprocket wheel in the sprocket wheel component. The chain axis is composed of a chain, a rope and an epibolic clip, and the beneficial effect of the invention is that since the invention has novel arrangement, simple and compact structure, little energy consumption, little material consumption, strong and stable elevating force, stable and reliable operation and longer service life compared with various existing products, thereby the invention can be used for controlling electric elevation of window glass of car doors.

The invention discloses a lifting type easily-folded rod which comprises an easily-folded rod body part. Power equipment is arranged at the bottom of the easily-folded rod body part, a top sliding wheel assembly is arranged at the top, a sliding wheel support capable of vertically sliding along the easily-folded rod body part is arranged on the easily-folded rod body part, and navigation assisting equipment is arranged on the sliding wheel support; one end of a traction rope is connected with the sliding wheel support, and the other end of the traction rope is wound around the top sliding wheel assembly to be connected to the power equipment; and a locking mechanism used for locking the in-place sliding wheel support is arranged at the top of the easily-folded rod body part. The lifting type easily-folded rod is easy to maintain and better in stability, and the easily-folded requirement is met.

A fluid heat exchanger (12) for use in a fluid heating system (10) is disclosed that includes a rapidly heatable inside tube (30) surrounded by a hollow outside tube (42) for heating a fluid (18) flowing between the inside tube (30) and the outside tube (42) for circulation through the fluid heating system (10). When the inside tube (30) is rapidly heated, the circulated fluid (18) is rapidly heated to a predetermined temperature for use in the fluid heating system (10).

The invention relates to a speed regulator of a bicycle, which speed regulator is in the rear hub or the pedal centre of the bicycle, which includes one or more hydraulic pumps (6) which is rotated by a rear pinion (11) or by the pedals, which hydraulic pump (6) rotates one or more hydraulic motors (7), which hydraulic motor / hydraulic motors (7) rotates / rotate the rear wheel of the bicycle. According to the invention, the rotation speed of the hydraulic pump (6) can be steplessly changed when the rear pinion 11 or the pedals rotate at constant speed.

The present invention relates to a double-sleeve horizontal bipolar receiving device for charging trolley car. It is characterized by that it includes base support assembly positioned on the top portion of trolley car body, on the base support assembly a slide sleeve and a two-stage cylinder are movably and fixedly connected, said slide sleeve is formed from external sleeve and internal sleeve, said two-stage cylinder is connected with said slide sleeve and can be used for driving said slide sleeve and making it be upwards and downward moved. Said slide sleeve also is movably connected with one-stage cylinder, said one-stage cylinder is movably connected with said slide sleeve and can be used for supporting said slide sleeve and making it be rotated in a certain angle range, the top portion of said slide sleeve is fixedly connected with the receiver.

Disclosed is a double-station printing device for printing a steel grade on rims, comprising a first station driving cylinder, a second station driving cylinder, a second moving platform, sensor supports, visual sensors, support frames, lifting cylinders, guide posts, lifting platforms, steel grade printers and the like. In the working process of the device, a wheel inlet roller bed continuously feeds wheels, and a first station and a second station alternatively receive the wheels, thereby avoiding long-time waiting of the wheels on the wheel inlet roller bed.