314results about How to "Optimize the installation structure" patented technology

A liquid crystal display (“LCD”) module includes a backlight assembly emitting light, a LCD panel overlapping the backlight assembly, and an upper cover. The backlight includes a light source module emitting the light, a light guide plate (“LGP”) including edges and a middle portion, and a LGP support overlapping the edges of the LGP. The LGP support includes a plurality of LGP supporting pieces connected to each other so as to form a polygonal shape, each of the LGP supporting pieces including a LGP supporting portion including a LGP supporting surface overlapping the edges of the LGP, and the LGP supporting surfaces of each of the LGP supporting pieces of the LGP support are placed on a same plane. Opposing LGP supporting pieces are interconnected by an LCD module mounting member.

A mounting structure for LED lighting sources, includes a support body having attached on one side thereof a circuit board for mounting the LED lighting sources. The circuit board is preferably a printed-circuit board with conductive traces to feed electrical power to the LED lighting sources. The support body is in the form of an elongated bar or a box with a linear, round, square, hexagonal or octagonal shape. The support body is a drawn or molded body of a lightweight material and preferably exhibits good heat transfer properties. The support body includes a back side for mounting the structure on a supporting surface, such back side possibly having associated a heat dissipation fixture. Additionally, the support body may have free space inside and / or be at least partially apertured to permit cooling air flow for a driver circuit for driving the LED lighting source.

An installation structure for an electric rotating machine such as an electric motor to a wheel of a motor vehicle. The installation structure comprises a wheel hub fixed to and rotatable with the wheel. A bearing through which the wheel hub is rotatably supported is provided. A suspension is installed between a vehicle body of the motor vehicle and the wheel. A bearing support member is connected to a wheel-side section of the suspension and supports the bearing. In the above installation structure, the electric rotating machine includes a power output shaft which is in fit with the wheel hub, and a flange for location of the electric rotating machine in a direction of axis of the power output shaft, the flange being brought into contact with a wheel-side section of the bearing support member.

A worksurface arrangement comprising at least a first support member, a first worksurface forming member supported by the first support member at a first vertical height and extending to a first side from the first support member, a second worksurface forming member supported by the first support member at a second vertical height and extending to a second side opposite the first side of the first support member and a housing including, a front cover extending below the first worksurface forming member, a substantially vertical upper back cover extending downward from the first worksurface forming member substantially to the second vertical height proximate the second worksurface forming member and spaced from the front cover wherein the upper back cover and the front cover bound an upper housing cavity width and a lower back cover extending below the second worksurface forming member and spaced from the front cover wherein the lower back cover and the front cover bound a lower housing cavity width that is larger than the upper housing cavity width.

A washing machine capable of reducing operational noise of a drainage pump. The washing machine includes a water tub installed in an outer case, a drainage pump adapted to drain wash water from the water tub, and a fixing device adapted to fix the drainage pump. The fixing device includes a support member extending from the drainage pump, vibration-proof members arranged to support an outer surface of the support member, and fixture members fixed to an inner surface of the outer case and adapted to support outer surfaces of the vibration-proof members.

The present invention discloses a multi-sensing information fusion-based power transformer on-line monitoring system and method. With the system and method adopted, online and real-time monitoring of a power transformer can be realized reliably, and vibration, current, voltage and switching quantity information can be acquired, processed, transmitted and analyzed reliably. The multi-sensing information fusion-based power transformer on-line monitoring system of the invention comprises a multi-sensor acquisition assembly; the multi-sensor acquisition assembly includes an acceleration sensor, a voltage sensor, a current sensor, a temperature sensor and a switching quantity acquisition sensor which are respectively used for acquiring the vibration information, voltage information, current information, temperature information and switching quantity information of the power transformer; an embedded master controller is an ARM embedded system-based master controller; a remote controller is a host computer; and the host computer uses SQL Server database software to carry out open database management.

An electric hair clipper for adjusting a cutter kit includes a combination housing having a first locating rib and a second locating rib. A motor is received inside the combination housing, the motor has a fixing means, a spindle is provided to rotate. A fixation mounter has a mounting seat fixed by the fixing means, a first locating slot and a second locating slot engaged with the first locating rib and second locating rib of the combination housing respectively. A driving roller set has an impelling roller eccentrically and rotatably connected to the spindle of the motor. A linking frame has two mounter fixing portions, a bridge connects the two mounter fixing portions. A swiveling leverage has a lever body, a driven portion and a blade driving portion connected to each end of the lever body. And a pivot set pivoted to the linking frame and the swiveling leverage.

A cam angle mounting structure includes a cylinder head, a sensor bracket and a head cover. The cylinder head is configured and arranged to rotatably support a camshaft. The sensor bracket is configured and arranged to support a cam angle sensor. The sensor bracket is mounted on the cylinder head with the sensor bracket contacting the cylinder head. The head cover is non-rigidly mounted on the cylinder head and the sensor bracket via at least one gasket to cover a top opening of the cylinder head with a space being formed around the at least one gasket between the head cover and the cylinder head and between the head cover and the sensor bracket.

A display device is provided. The display device includes a display module for displaying a video image, a circuit board for providing a video signal and a control signal to the display module, and a fixing plate fixed on a rear surface of the display module. The circuit board is inserted into and fixed to the fixing plate through elastic deformation of a portion of the fixing plate.

A sub-frame mount for a suspension may include a frame structure having an upper plate and a lower plate, a front mounting portion provided at a front portion of the frame structure, and connected to a vehicle body through a first mount bolt, and a rear mounting portion provided at a rear portion of the frame structure, and connected to the vehicle body through a second mount bolt, wherein the respective rear mounting portion includes, a first hole formed at the upper plate, a second hole corresponding to the first hole and formed at the lower plate, width of the second hole corresponding approximately to the width of the body of the second mount bolt, and a third hole connected to the second hole so that a head of the second mount bolt can pass through the third hole.

In a bracket mounting structure is disclosed for mounting a bracket holding a center bearing of a propeller shaft to a vehicle body member by bolts and nuts. The structure contains a bush collar formed in a cylindrical shape having a flange in an upper end, fitted to the bolts and fixed to the vehicle body member by the bolts and the nuts. It also contains a pair of upper and lower rubber bushes fitted to an outer periphery of the bush collar and gripping the bracket there-between, and a washer provided in a lower end of the lower rubber bush among the rubber bushes. An outer peripheral edge of a lower end of the bush collar extends all through an inner peripheral edge of the washer and is expanded outward in diameter.

Disclosed is an air bag module for vehicles, which has a simple mounting structure so as to reduce the number of parts, and is easily installed. The air bag module for vehicles includes an instrument panel provided with a receipt hole formed therethrough; an air bag door installed at the receipt hole; an air bag housing, into which an air bag is put, installed in the receipt hole; an extension portion protruded from the air bag door to the inside of the receipt hole; a connection unit installed between the extension portion and the air bag housing for connecting the air bag door and the air bag housing; and a mounting unit installed between the air bag door and the receipt hole for fastening the air bag door in the receipt hole.

A backlight assembly includes a plurality of optical sheets, a frame for housing the plurality of optical sheets and a light unit, the frame having a guide portion positioned along a first side of the frame positioned from an end portion of the frame by a first distance, the guide portion having a guide hole positioned to correspond to a hole through a portion of the frame, an open upper portion positioned along a lateral direction opposing the guide hole, and an overlapping portion overlapping the guide hole to form a boundary of the open upper portion, a first wire connected to a first end of the lamp unit and inserted through the guide hole of the guide portion and the hole through the portion of the frame to be overlapped by the overlapping portion, and a second wire connected to a second end of the lamp unit and inserted through the open upper portion and the guide hole.

The washing machine includes a tub, a bearing housing provided to the tub by injection molding such that a fastening part of the bearing housing is exposed to an outside of the tub, and a stator coupled to the fastening part. The washing machine suppresses generation of noise and vibration during a washing operation and has a motor firmly attached to the washing machine.

The invention discloses an improved log sawing machine, which comprises an operating desk, a saw bench and a saw blade device. The saw bench is arranged on the operating desk. The saw blade device is connected with the operating desk in a sliding mode. The saw blade device is arranged on the saw bench. The saw bench is provided with at least one clamping device of magnetic type. The operating desk is provided with at least two adjustable clamping devices. The log sawing machine has the advantages of being compact in structure, small in occupied area, achievable in adopting an ordinary feed screw nut pair for driving the reciprocating motion of the saw blade device, achievable in adopting a travel switch for simple control, high in cutting efficiency, low in labor intensity and convenient to operate. Furthermore, the improved log sawing machine is a practical woodworking machinery product of mechanical and electrical integration, and has a certain promotion value; the clamping device has a good improved effect, thereby being suitable for clamping logs of different sizes.

A suction brush and a method for manufacturing the same are provided. The suction brush includes an opening formed toward a surface being cleaned, the UV sterilizer lamp is mounted at an inner space of the opening to project a UV ray onto the surface, and a TEFLON window member covering the inner space. The method includes mounting the UV sterilizer lamp at an inner space of an opening formed toward a surface being cleaned, connecting a TEFLON window member by fitting a plurality of connection projections formed around the opening into a plurality of connection holes formed at the TEFLON window member to correspond to the connection projections, determining a connection position for the TEFLON window member so that the inner space is ventilative, and fixing the TEFLON window member by compressing ends of the plurality of connection projections as penetrating the connection holes by heat and pressure.

A worksurface arrangement comprising at least a first support member, a first worksurface forming member supported by the first support member at a first vertical height and extending to a first side from the first support member, a second worksurface forming member supported by the first support member at a second vertical height and extending to a second side opposite the first side of the first support member and a housing including, a front cover extending below the first worksurface forming member, a substantially vertical upper back cover extending downward from the first worksurface forming member substantially to the second vertical height proximate the second worksurface forming member and spaced from the front cover wherein the upper back cover and the front cover bound an upper housing cavity width and a lower back cover extending below the second worksurface forming member and spaced from the front cover wherein the lower back cover and the front cover bound a lower housing cavity width that is larger than the upper housing cavity width.

A disc cutter module mounting structure for an agricultural header that enables one or more disc cutter modules and interconnection spacers to be temporarily laterally displaced a distance sufficient to disengage the transverse drive apparatus from a failed module thereby allowing the failed module to be removed from the header for repair or replacement. The laterally displaced modules and spacers need only be disconnected from the outboard drive shaft; lateral displacement is accomplished by the incorporation of slotted mounting guides on the spacers and a plurality of spaced-apart support tabs on the header frame. The mounting structure also supports the modules and spacers during the removal / replacement process reducing the need for jacks to support modules as they are being repositioned on the header.

A mounting structure for an air cleaner on a combustion engine according to the present invention includes an engine cover (9) for covering at least a portion of the combustion engine (E). The cover (9) includes an air cleaner casing (81) having an opening and an air cleaner cover (83) for covering the opening of the air cleaner casing (81). Flanges (81f, 83f) are formed in respective joint portions of the air cleaner casing (81) and the air cleaner cover (83). The mounting structure also includes a slider (10) movable between a disengagement position and an engagement position in a direction parallel to the joint portions. This slider (10) when moved to the engagement position connects the flanges (81f, 83f) of the air cleaner casing (81) and cover (83), but when moved to the disengagement position the slider (10) enables the cover (83) to be released from the casing (81).

The invention discloses an overall manufacturing process for an anchor platform of a drilling ship. The process includes: step A, manufacturing an assembly jig, and marking a center line of the assembly jig and an assembly line of a structure of the anchor platform on the assembly jig ; step B, marking a center line and an assembly positioning base line of a hawse pipe on a prefabricated hawse pipe; step C, assembling the hawse pipe on temporary tools, and calculating an included angle between the hawse pipe and a shell plating of a ship body; and step D, setting a structure base point on the hawse pipe, and assembling a shell plating of the anchor platform and an anchor mouth. Through the overall manufacturing process for the anchor platform of the drilling ship and a structure of the anchor platform, working environment of manufacturing and assembling the anchor platform is greatly improved, assembling and welding of the structure of the anchor platform are benefited, working aloft is reduced, personal safety is benefited, production efficiency and welding quality are improved, and production cycle is shortened.

An anti-seismic device is adapted to absorb the vibration energy of a structure, and comprises a plurality of vibration-reducing units, each of which includes a mass, a hydraulic cylinder, and a resilient element. The hydraulic cylinder has an outer end that is connected fixedly to the structure, and an inner end that is connected fixedly to the mass. The resilient element has an outer end that is connected to the structure, and an inner end that is connected to the mass. When the structure is subjected to vibration, the masses can move reciprocally relative to the structure at different vibration frequencies. The hydraulic cylinders are arranged substantially in parallel.

The invention relates to a machine for harvesting corn, peeling corn husks and separating straws. The machine comprises a vehicle body, a corn header, a corncob elevator, a stem conveying device, a straw, a husk and pulp separation device and a corn storage bunker, and is characterized by further comprising a corn husker, wherein the corncob elevator comprises a first corncob elevator and a second corncob elevator, the first corncob elevator is connected with a corncob picking header and the corn husker, and the second corncob elevator is connected with the corn husker and the corn storage bunker. The invention further relates to a working method of the machine for harvesting corn, peeling corn husks and separating straws. According to the machine for harvesting corn, peeling corn husks and separating straws, and the working method of the machine, an elevating mechanism of a corn harvester is improved, the corn husker is added, and a mounting structure of a traditional corn husker is improved, so that the harvested corn can be further processed after separated from the straws, then the harvested corn is put in storage, and the labor intensity during field operation in the corn picking period is greatly reduced.

A display panel mounting device is disclosed. The device includes a body with at least one handle having an activation mechanism, and a mounting element operatively connected to the body and having at least one magnet. The mounting element is attachable to a display panel with a metallic element based on the at least one magnet generating a magnetic force to engage with the metallic element and being detachable from the display panel based on the at least one magnet disengaging from the metallic element. The activation mechanism is configured to control generation of the magnetic force by the at least one magnet.

A speaker unit mounting structure includes a provisionally fastening mechanism for fastening a speaker unit to a ceiling with a cabinet section of the speaker unit inserted in a mounting hole of the ceiling. The provisionally fastening mechanism includes a provisionally fastening tab formed of resilient metal, fixed to the outer peripheral side surface of the cabinet section and having a stepped engaging section engageable with the inner peripheral edge portion of the mounting hole. Engagement of the engaging section with the inner peripheral edge portion of the mounting hole can be canceled by a human operator pressing, from the face side of the ceiling, an operating section of the tab, exposed to a gap between the front side and a flange portion of the speaker unit, to thereby resiliently deform the operating section.

A portable computer having a main board; an antenna receiving and transmitting an RF signal; a PCI slot part provided in the main board and receiving the RF signal received and transmitted through the antenna; a wireless LAN card including a main card removably inserted into the PCI slot part, and an RF connector provided at a side of the main card and through which the RF signal is inputted / outputted between the antenna and the PCI slot part; and an antenna connecting part connected to the RF connector and allowing the RF signal to be inputted / outputted through the RF connector between the antenna and the PCI slot part when the wireless LAN card is inserted into the PCI slot part. With this configuration, the present invention provides a portable computer improved in a mounting structure of a wireless LAN card doing not have an antenna.

A refrigerator which provides an improved installation structure of a receiving device disposed in a storage chamber such that the receiving device can be stably supported in the storage chamber and easily mounted on and separated from the storage chamber. The refrigerator includes a shelf fixing structure which fixes a shelf to the storage chamber. The shelf fixing structure includes an engaging protrusion formed on a lower surface of the shelf at one side of the shelf, a stepped surface formed at the other side of the shelf, a restriction groove formed at a position corresponding to the engaging protrusion to restrict the engaging protrusion, and a restriction portion formed at a position corresponding to the stepped surface to restrict the stepped surface.

The invention discloses a stern shaft tail tube device for a ship and a method for mounting the stern shaft tail tube device. A head-end sealing device and a tail-end sealing device are respectively arranged at two ends of a tail tube of the stern shaft tail tube device. The stern shaft tail tube device is characterized in that the tail tube is structured in such a manner that an outer tail tube is in sleeve connection with an inner tail tube, the inner wall of the inner tail tube is connected with bearings at two ends of the inner tail tube in an interference fit manner, and a fixing connecting layer is arranged between the outer tail tube and the inner tail tube. The method includes steps of manufacturing the inner tail tube and the outer tail tube in workshops, and carrying out press-fitting on front and rear bearings in place to obtain an inner tail tube assembly; completely mounting the outer tail tube, then mounting the inner tail tube assembly into the outer tail tube from the tail of the outer tail tube and adjusting the inner tail tube until central lines of shaft systems are concentric; pouring the fixing connecting layer. The stern shaft tail tube device for the ship can be mounted by the aid of the steps. The stern shaft tail tube device and the method have the advantages that mounting processes can simplified, the stern shaft tail tube device can be high in positioning accuracy in mounting procedures, and hole boring can be omitted.