9results about How to "Realize layout" patented technology

This invention relates to the field of sensor technology and discloses a six-dimensional force sensor based on fiber Bragg gratings (FBGs) and its fabrication method. The six-dimensional force sensor of this invention includes a central body and an outer ring body, which are connected to the central body by multiple connecting beams. Each connecting beam has a through-hole. An optical fiber is wound around an elastic body, and the core of the optical fiber is etched with multiple fiber Bragg gratings (FBGs). Each FBG reflects a different Bragg wavelength, and the operating wavelengths of each FBG do not overlap. The FBGs are suspended at the through-holes of the connecting beams, with at least one FBG located at each through-hole. In this six-dimensional force sensor, the FBGs are placed in the high-strain-sensitive region of the elastic body. When an external load is applied to the elastic body, the FBGs on the elastic body generate a strain response, improving the sensor's ability to detect minute load changes. Furthermore, the overall structure is compact, easy to manufacture and assemble, and highly adaptable.

The present application relates to the technical field of vehicle parts, and provides a motor suspension support mounting structure and a vehicle, the motor suspension support mounting structure comprising a first suspension support, a second suspension support, a vehicle body cross beam and a subframe, the first suspension support being connected to the vehicle body cross beam, the subframe comprising a frame cross beam and a frame longitudinal beam, one end of the frame longitudinal beam being connected to the vehicle body cross beam along the front-rear direction of the vehicle, the other end being connected to the frame cross beam, the second suspension support being connected to one end of the frame longitudinal beam away from the vehicle body cross beam or the frame cross beam, and both ends of the vehicle body cross beam and the frame cross beam along the left-right direction of the vehicle being used for being connected to the vehicle body longitudinal beam of the vehicle respectively. In this way, by arranging the first suspension support on the vehicle body cross beam and arranging the second suspension support on the subframe, the subframe cancels the cross beam structure specially provided for the first suspension support to provide a mounting position, so that the weight and cost of the whole vehicle can be reduced to a greater extent.

This utility model discloses a video signal processing connection mechanism and a display component using the mechanism. The connection mechanism includes a main housing, within which a main control board is built-in. The main control board has an input port formed on the outer wall of the main housing, which is used to connect to an external host computer. At both ends of the main housing are mounting portions that can be detachably connected to an external display mechanism. Each mounting portion has an output contact electrically connected to the main control board, which is used to activate the external display mechanism. By modularizing the control board portion and assigning it the function of connecting to an external host computer, the input signals from the host computer can be processed. This allows for a detachable connection with the display mechanism. If either the display mechanism or the connection mechanism is damaged, either can be replaced, providing greater flexibility for the user. Furthermore, by connecting the mounting portions at both ends of the connection mechanism to the display mechanism, multi-screen connection and arrangement can be quickly achieved.

The invention discloses a combined oil tank which comprises a fuel tank and a hydraulic oil tank, and the fuel tank and the hydraulic oil tank are stacked side by side and connected together in series. The fuel tank comprises a fuel tank body and a cylindrical beam, a concave area is arranged on the side of the rear portion of the fuel tank body and provided with a first buffer slope, the cylindrical beam is connected to the upper portion of the rear portion of the fuel tank body, and the two ends of the cylindrical beam are located on the two sides of the fuel tank body. The hydraulic oil tank is installed in the sunken area and comprises a hydraulic oil tank body and a circular tube beam, the circular tube beam is arranged above the rear portion of the hydraulic oil tank body, and the cylindrical beam is inserted into the circular tube beam; a second buffering inclined face is arranged on the rear portion of the hydraulic oil tank body, and the second buffering inclined face and the first buffering inclined face are opposite in position. The invention discloses a hybrid power mine truck and an installation method of a combined oil tank. Space can be reserved for arrangement of the power battery of the hybrid power mine truck, and overall arrangement and installation of the fuel tank and the hydraulic oil tank are achieved.

This invention discloses a hybrid power transmission shifting system based on a parallel shaft structure, solving the technical problem that excessively large transmission dimensions lead to difficulties in hybrid power transmission structural design, or insufficient structural applicability and reliability. The invention includes an actuator and a shift fork assembly housed within the transmission housing. The actuator includes a main gearbox shifting module, a secondary gearbox shifting module, and a gear selection module. The output mechanisms of the main and secondary gearbox shifting modules move in directions parallel to the axial direction of the shift fork shaft; the gear selection output mechanism moves in a direction perpendicular to the axial direction of the shift fork shaft. The top of the shift fork assembly has shift fork selection slots, and each shift fork selection slot is staggered axially. The gear selection block has clearance fits with the shift paddle and the gear selection output mechanism, respectively; the shift block has clearance fits with the main gearbox shift output mechanism. This invention arranges the main gearbox shifting module, the secondary gearbox shifting module, and the shift fork shaft in parallel, effectively shortening the axial length of the shifting system.

This utility model relates to the technical field of snow melting machine equipment, and discloses a snow melting machine with a pull-type locking rod. The utility model includes a snow melting machine body, a material cylinder adapted to the snow melting machine body, and a locking rod movably connected to the snow melting machine body. The locking rod has a travel groove, and a limiting member is provided on the snow melting machine body, the movement path of which is limited within the travel groove. The material cylinder has a buckle, and the locking rod has a locking groove. Pressing the locking rod causes the buckle to be gradually pulled into the depth of the locking groove and locked. This utility model has the advantages of convenient use and a firm locking mechanism.

This utility model discloses an electric furnace for the thermal regeneration of molten ceramic sand, comprising a furnace body. Inside the furnace body are a first heating component, a second heating component, and a third heating component. A door is hinged to one side of the furnace body. A slide rail is fixedly connected to the inner wall of the furnace body, and the slide rail is symmetrically distributed about the bisector of the furnace body. The third heating component and the first heating component have the same structure as the second heating component. The first, second, and third heating components are located on three sides of the inner wall of the furnace body, respectively. A material rack is fixedly connected between the third heating component and the first heating component. The second heating component includes a mounting box slidably connected to the inner wall of the furnace body. A heating rod is threadedly connected to the inner wall of the mounting box, and the mounting box is movably connected to the inner wall of the furnace body. This device allows for the maintenance and replacement of individual heating rods, thereby reducing the maintenance cost of the heating rods.

The application provides a frame assembly and a special-shaped plug piece. The frame assembly comprises a frame, a conveying line, two plug modules and a transfer module. The frame comprises a base and an outer frame. The frame is arranged along the length direction of the base. The outer frame is provided with two openings which are in communication with a conveying space of the base along the left-right direction. The conveying space is arranged in the middle of the outer frame. The frame is arranged in a cuboid shape. The conveying line is installed on the base and arranged relative to the conveying space. The conveying line is arranged along the front-rear direction and used for conveying a circuit board to be plugged. The two plug modules are arranged relative to the two openings respectively and arranged on both sides of the conveying line. Each plug module is provided with a corresponding bearing seat used for bearing electronic elements to be plugged. The two plug modules act on one conveying line, reasonable layout is realized, the space utilization of the frame assembly is improved, the cuboid arrangement of the frame is realized, and the width of the frame occupying space is reduced.