51results about How to "High precision installation" patented technology

An optical waveguide module which satisfies highly-accurate and stable optical connection between optical elements and optical waveguides and can be easily fabricated is provided. As means for it, in an optical waveguide module having: an optical waveguide surrounded by a cladding layer and provided with a mirror part formed of a tapered surface on a first end side; an optical element having a concave part in a first surface of a semiconductor substrate; and a convex member provided on the cladding layer so as to be planarly overlapped with the mirror part, the convex member is mated with the concave part of the optical element.

In a method for manufacturing a multilayer ceramic electronic device, a resin introduction portion located outside a vertically projected region of a surface mount electronic device is disposed on a seat portion which includes a non-metallic inorganic powder as a primary component and on which the surface mount electronic device, e.g., a semiconductor element, is mounted, and a resin is supplied to the resin introduction portion so as to fill the resin into the seat portion and a gap between the seat portion and a multilayer ceramic element assembly. Unsintered ceramic base material layers and shrinkage restriction layers arranged to restrict shrinkage of the unsintered ceramic base material layers in a direction substantially perpendicular to a thickness direction of the unsintered ceramic base material layers are laminated and, thereby, an unfired multilayer ceramic element assembly is formed, which does not shrink in a direction substantially perpendicular to a lamination direction in a firing step.

An electro-optical printed circuit board contains electrical conductor tracks on the one hand and optical waveguide structures on the other hand. The optical waveguide structures comprise a bottom layer, a core layer and a cladding layer. Visible areas are applied to the printed circuit board, and the core layer is applied later both to the bottom layer as well as the visible areas and structured both on the bottom layer as well as the visible areas. This structure is then transferred to the visible areas, e.g. by etching. Reference marks are thus produced which contain the information on the actual position of the optical waveguide structures.

A host computer 80 for wholly controlling an electronic component mounting line displays a surface side image and a reverse side image which respectively show a surface side and a reverse side of a board having components mounted thereon, with the images being superposed; displays components mounted on the surface side of the board and components mounted on the reverse side in visually different modes; and designates and determines the positions of support places of a backup device on the displayed superposed image (step 108).

A lighting system for a moving walkway or escalator installation and a moving walkway or escalator installation with a lighting system is disclosed. The moving walkway or escalator installation comprises a plate belt or step belt and a balustrade. The lighting system comprises a light-permeable inner panelling of the balustrade which is formed by one or more mutually adjoining plates free of interruption as well as one or more lighting bodies which are mounted in corresponding sockets. The sockets are fastened in the interior of the balustrade to a mechanical structure. The inner panelling of the balustrade can be illuminated over a whole area by the lighting system.

The invention discloses an intelligent micro-motion robot of a printer sleeve. The intelligent micro-motion robot of the printer sleeve comprises an accurate measurement tool smaller than the sleeve in size, a six-freedom-degree micro-motion platform and a control system. The accurate measurement tool comprises a plurality of dial indicators used for measuring the accurate relative positions of a printer assembling hole and the accurate measurement tool after the accurate measurement tool is inserted into the printer assembling hole. The six-freedom-degree micro-motion platform comprises six micro-motion electric cylinders and is provided with a clamp, the clamp is used for fixing the accurate measurement tool and the sleeve, and the six-freedom-degree micro-motion platform adjusts the accurate measurement tool to the position overlapping with the axis of the printer assembling hole. The control system is used for controlling the movement of the six-freedom-degree micro-motion platform and comprises a position information storage device, the position information storage device is used for receiving and storing the accurate relative positions of the printer assembling hole and the accurate measurement tool, and the control system calls the position information and moves the sleeve to the position again.

A method of manufacturing a light emitting device includes: disposing a group of electrically conductive members on a support substrate, the group of the electrically conductive members forming a plurality of mounting portions arranged in two or more columns and two or more rows with the mounting portions respectively corresponding to a plurality of light emitting elements; placing the light emitting elements on the group of the electrically conductive members with a bonding member being disposed between the light emitting elements and the electrically conductive members, each of the light emitting elements being shifted from a corresponding one of the mounting portions; and melting the bonding member to mount the light emitting elements respectively on the mounting portions by self-alignment effect generated by the melting of the bonding member.

A temperature indicator for a siding panel senses panel temperature and indicates on a graphic scale the corresponding effect of thermal expansion over differences in temperature. The temperature indicator can be various forms of contact thermometer, temperature strip or sensor and can be integral or temporarily affixed during installation or for later assessment for correct panel gapping. The indicator shows how closely the edge of the panel can be placed to an adjacent surface while avoiding interference over a range of thermal expansion temperatures.

The invention discloses a rapid battery-replacing system for an electric vehicle. The rapid battery-replacing system comprises a vehicle frame fixing device, a demounting mechanism, a mounting mechanism, a hoisting mechanism and an assembly line roller path. The vehicle frame fixing device is mounted on the upper portion of the assembly line roller path; the demounting mechanism and the mounting mechanism are mounted on a hoisting platform of a rail located in the assembly line roller path; and the hoisting mechanism is arranged above the demounting mechanism and the mounting mechanism. The rapid battery-replacing system has the advantages that full-automatic battery replacing is achieved, the demounting and mounting speed is high, and the labor cost can be saved; and high-precision mounting and demounting are achieved, staggered mounting is avoided, and the safety of the electric vehicle is ensured.

The invention provides an installation device for installing parts on a substrate, which is capable of improving the production beat through a simple and small device structure and installing variousparts with high precision through a vertical multi-joint robot. The installation device comprises a vertical multi-joint robot (20) for conveying parts to installation positions of a substrate from asupply device (15); a recognition unit (30) for recognizing the shapes of the parts in a conveying process through the vertical multi-joint robot; a first calculating portion (41) for calculating thedeviation amounts of the maintaining position of the vertical multi-joint robot relative to the parts according to the shapes of the parts; and a first correction portion (42) for correcting installation motions of the vertical multi-joint robot relative to the parts based on the deviation amounts of the maintaining position.

The invention discloses a large-height-difference long-span stiff-skeleton cladding concrete formwork construction method and apparatus, and belongs to the technical field of concrete formwork construction. The apparatus comprises a bottom operation platform, a top operation platform and a cable hanger. The bottom operation platform is composed of three sets of beret pieces, a bottom platform, a top platform, and a carrying pole beam. The top operation platform is composed of a main bearing beam, an operation platform, winches, electric travel blocks, power distribution cabinets, lugs, a bottom form, lower web forms, upper web forms, a lifting rod, tie rods, U-shaped bolts, barriers, and pads. The large-height-difference long-span stiff-skeleton cladding concrete formwork construction method and apparatus provide high-speed high-precision mounting of aerial arch bridge arch ring cladding concrete formworks under strong wind, operation safety risk is greatly reduced, and the method and apparatus are suitable particularly for the overall lifting, transferring and removing of long-span large-height-difference arch bridge stiff-skeleton cladding concrete bulky formworks.

Electronic components of different sizes are simultaneously mounted with high precision. The disclosed film has a two-layer configuration of a first resin layer (11) having a tack strength of at least 200 kPa, and a second resin layer (12) containing conductive particles. By means of electronic components being installed in the first resin layer (11), use on an IC, FPC, and SMD becomes possible, and simultaneous mounting becomes possible.

The invention provides a large-scale air freighter guide rail installing device and an installing method. The device comprises a base, a cross beam and laser distance measuring sensors. When the large-scale air freighter guide rail installing device is in use, firstly, the base is installed to mounting reference holes of floor guide rails of a freight house of an aircraft, and after installation is completed, the laser distance measuring sensors at the two sides can measure the distance of floor guide rails at the two sides in real time and automatically record the distance. Four pieces of data can be measured simultaneously from one measuring position, and whether the installing requirement of the floor guide rails is met or not is judged. The large-scale air freighter guide rail installing device is compact and reasonable in structure, and the problems are solved that the installing precision of a large-scale air freighter guide rail cannot be guaranteed and detected.

The invention discloses a high speed electromagnetic suspension track structure. The high speed electromagnetic suspension track structure comprises a base, a filling layer and a track board; the baseis located at the bottom of the track structure, serves as a transmission component for support upper part load and force, and transmits the upper part load to a bridge, roadbed or tunnel; the trackboard is located at the top of the track structure, serves as a support and guiding structure of a high speed maglev, and is used for achieving track holding operation of the maglev; and the filling layer is arranged between the base and the track board, plays a role of adjusting space coordinates of the track board, and is used for achieving high precision mounting of the track board. According to the high speed electromagnetic suspension track structure, function parts of the track structure are separated from a spandrel girder to be arranged individually, and can be directly arranged on thebridge, on the roadbed or in the tunnel, the two ends of the track structure can serve as rescue channels to solve the challenge of rescue, the track board is only needed to be machined and manufactured in a high precision mode, construction below the track board can be controlled to be constructed according to conventional accuracy, difficulty of construction can be effectively lowered, and theconstruction cost is greatly lowered.

The behavior of a nozzle tip is measured with a jig when the suction nozzle moves vertically and rotatively before the start of production. The nozzle tip displacement is formulated from the results with a component thickness and a mounting angle used as parameters, and the parameters are corrected according to the component thickness and the final mounting angle of the electronic component to be mounted in the production stage, to finish high class mounting.

Provided is a display device circuit board that includes a flexible substrate having a base portion, a connector mounting portion disposed along a first direction from the base portion, a light emitter mounting portion, and an arm portion connecting the base portion and the light emitter mounting portion, and a connector reinforcing plate provided on one main surface of the connector mounting portion, in which a gap is interposed between the light emitter mounting portion and the connector mounting portion and between the arm portion and the connector mounting portion.

A machine tool (1) is provided with: a holding unit (7) for holding a tool (T); a holding mechanism (10) which performs a holding operation for holding the tool (T) in the holding unit (7) and a releasing operation for releasing the tool from the holding unit (7); a control unit (20) for making the holding mechanism (10) perform the holding operation and the releasing operation; a manual operationunit (18) for inputting a manual operation signal to the control unit (20); and a postponement state notification unit (21). The control unit (20) receives the operation signal from the manual operation unit (18), and then transmits a drive signal, corresponding to the operation signal, to the holding mechanism (10) after a predetermined postponement time elapses, and thereby makes the holding mechanism operate. The postponement state notification unit (21) is provided with an energy output apparatus (22) for outputting human-sensible energy, recognizes the remaining postponement time on thebasis of the information received from the control unit, and provides notification of the information according to the remaining time by changing the output state of the energy output apparatus (22).