56results about How to "Reduced risk of misalignment" patented technology

The present invention is a balloon catheter used primarily in treatment and surgery for the purpose of dilating lesion sites such as strictures or blockages in passages in the human body. The balloon catheter of the present invention has a structure wherein a guide wire passing tubular member is deployed passing through the interior of the expansion body, and the outer surface of the tubular member and the expansion body are concentrically fused near the distal end of the catheter. This is a balloon catheter that is characterized by the fact that the Shore hardness of the material configuring the outermost surface of the tubular member is smaller than the Shore hardness of the material configuring the expansion body. It is therefore possible to flexibly adjust the tip portion formed by securing the expansion body and the guide wire passing tubular member.

The invention provides a color filter which comprises a plurality of repetitive pixel units, wherein each pixel unit comprises 8 pixels, each pixel comprises a square R subpixel, a square G subpixel and a square B subpixel, the R subpixel, the G subpixel and the B subpixel are arranged in an L shape or an inverted L shape in each pixel, and the plurality of pixels are arranged in a complementary manner, so that the subpixels with the same color are adjacent.

A method for manufacturing an islandless lead frame structure (100) for semiconductor packaging includes providing a metal substrate, forming a first photoresist film on the top surface of the metal substrate, and forming a top surface plating pattern in the first photoresist film using photolithography. The metal also includes performing a plating process on the top surface and the back surface of the metal substrate to form a first metal layer (5) on the top surface and a second metal layer (6) on the back surface. Further, the method includes performing an etching process on the top surface and the back surface of the metal substrate simultaneously using a top surface etching pattern and a back surface etching pattern as the respective masks to form etched regions in the metal substrate and a plurality of leads (2), without forming any island. Further, the method includes removing the third photoresist film and the fourth photoresist film, and pre-encapsulating the etched metal substrate using a molding compound (4) to form the pre-encapsulated lead frame structure.

The invention discloses a lithium ion battery zigzag stacking equipment and its technology. The lithium ion battery zigzag stacking equipment includes: a diaphragm, a plurality of negative electrode plates are arranged on the upper surface of the diaphragm at regular intervals, and a plurality of negative electrode plates are arranged on the lower surface of the diaphragm. A positive electrode sheet; a hot-press composite device; a separator cutting device; a lamination mechanism, and the zigzag lamination process of a lithium-ion battery includes the following steps: (1) die-cut or cut the positive roll and the negative roll first, and then place them on the diaphragm The upper surface and the lower surface are respectively bonded with die-cut or cut negative electrode sheets and positive electrode sheets, and the positive electrode sheets and negative electrode sheets are alternately distributed; (2) Then the separator is thermally pressed and composited with each negative electrode sheet and positive electrode sheet; (3 ) and finally carry out zigzag folding and cut the diaphragm. The invention realizes seamless docking between die-cutting or cutting and zigzag laminations, saves the pole piece transfer device and facilities, and fixes the pole piece by hot-compression composite method, which reduces the dislocation of the pole piece during the transfer process of the bare cell risks of.

The invention relates to a fabricated building wall, and relates to the field of fabricated buildings. The fabricated building wall comprises a first prefabricated slab, a second prefabricated slab clamped with the first prefabricated slab, and a third prefabricated slab clamped with the first prefabricated slab; wherein at least one first clamping groove, at least one first clamping block, at least one second clamping groove and at least one second clamping block are arranged on the first prefabricated slab; a third clamping block clamped with the first clamping groove, a third clamping groove clamped with the first clamping block, at least one fourth clamping groove and at least one fourth clamping block are arranged on the second prefabricated slab; a fifth clamping block clamped with the second clamping groove, a fifth clamping groove clamped with the second clamping block, a sixth clamping block clamped with the fourth clamping groove and a sixth clamping groove clamped with the fourth clamping block are arranged on the third prefabricated slab; and the fifth clamping block and the fifth clamping groove are located on one same end face. According to the fabricated building wall provided by the invention, the stability of the fabricated building wall is improved.

The invention discloses a liquid crystal light alignment circuit which comprises a first liquid crystal display panel, a second liquid crystal display panel, a first public electrode, a second public electrode, a third public electrode, a fourth public electrode, a first field effect transistor and a first welding disc, wherein the first public electrode and the second public electrode are connected together and are both connected with the first liquid crystal display panel; the third public electrode and the fourth public electrode are connected together and are both connected with the second liquid crystal display panel; the source area of the first field effect transistor is connected with the second public electrode; the drain area of the first field effect transistor is connected with the third public electrode; the first welding disc is connected with the grid area of the first field effect transistor; when the first public electrode and the first liquid crystal display panel or the fourth public electrode and the second liquid crystal display panel are abnormally connected, the first welding disc can be electrified to communicate the second public electrode with the third public electrode. By adopting the liquid crystal light alignment circuit, normal liquid crystal light alignment voltage can be provided. The invention further discloses a liquid crystal panel.

A method for manufacturing an islandless lead frame structure (100) for semiconductor packaging includes providing a metal substrate, and performing an etching process on the top surface and the back surface of the metal substrate simultaneously using a top surface etching pattern and a back surface etching pattern as the respective masks to form etched regions in the metal substrate and a plurality of leads (2), without forming an island. Further, the method includes placing the etched metal substrate in a mold, and encapsulating the etched metal substrate using the mold such that a molding compound (4) is filled in the etched regions and areas between the plurality of leads (2), while exposing top surfaces and back surfaces of the plurality of leads (2). The method also includes performing a plating process on the encapsulated metal substrate to form a first metal layer (5) on the exposed top surfaces of the plurality of leads (2), and a second metal layer (6) on the exposed back surfaces of the plurality of leads (2).

The invention discloses a positioning system which comprises a product input mechanism, a turntable, a plurality of stations, block positions, a driving motor, at least one position correcting mechanism, a product output mechanism and an automatic control system, wherein the product input mechanism is used for inputting products; the plurality of stations are arranged aside the turntable; the block positions used for placing products are arranged at positions, which are corresponding to the stations, on the turntable; the driving motor is connected to the turntable; the automatic control system is electrically connected to the driving motor, the position correcting mechanism, the product input mechanism and the product output mechanism; the product input mechanism is arranged at an input position aside the turntable and is used for inputting the products into the block positions, and simultaneously, the automatic control system controls the driving motor to drive the turntable to rotate along the radial direction so as to move the products to the next station; the position correcting mechanism is arranged at a correcting position; when marks at preset positions on the surfaces of the products are detected, signals are sent to the automatic control system, and then according to the received signals, the automatic control system controls the driving motor to drive the turntable to rotate along the radial direction so as to move the products to the next station; a holding mechanism which is used for holding or releasing products in the block positions at different stations isarranged on the turntable; and the product output mechanism is arranged at an output position aside the turntable and is used for moving the products in the block positions out of the turntable and outputting the products.