mhurhangee/patent-ind-claim-en huggingface dataset:
A blocking unit for a block piece for a spectacle lens comprising - a block piece reception body with a reception surface adapted to receive a block piece with a spectacle lens to be blocked and a bottom surface opposite the reception surface a plurality of light sources fixedly mounted to the block piece reception body , the plurality of light sources comprising a first group of first light sources arranged at the bottom of the block piece reception body, wherein the first light sources are arranged to irradiate in a direction mainly vertical to the bottom surface, towards the reception surface , characterized in that - the plurality of light sources (51; 52) comprises a second group of second light sources arranged to irradiate towards the top of the block piece, wherein the second light sources are arranged to irradiate in a radial direction, towards the center of the block unit. - a block piece reception body with a reception surface adapted to receive a block piece with a spectacle lens to be blocked and a bottom surface opposite the reception surface - the plurality of light sources (51; 52) comprises a second group of second light sources arranged to irradiate towards the top of the block piece, wherein the second light sources are arranged to irradiate in a radial direction, towards the center of the block unit.
A fastener cartridge for use with a surgical instrument, wherein said fastener cartridge comprises: a cartridge body , wherein a plurality of longitudinal rows of fastener cavities are defined into said cartridge body , and wherein said cartridge body comprises: a deck , wherein each of said fastener cavities comprises an opening in said deck ; a plurality of first extensions extending from said deck , wherein each of said first extensions is positioned at least partially around a respective one of said openings in said deck , and wherein each of said first extensions comprises a first shape; and a plurality of second extensions extending from said deck , wherein each of said second extensions is positioned at least partially around a respective one of said openings in said deck , and wherein each of said second extensions comprises a second shape that is different from said first shape; wherein each of said first extensions is positioned at least partially around the distal end of a respective opening in said deck corresponding to a distal-most fastener cavity of the plurality of said rows; and a plurality of fasteners removably positioned in said fastener cavities ; characterized in that said first shape of each of said first extensions differs from said second shape of each of said second extensions in that it comprises a distal sloped surface, extending from said deck to the top of said first extension and across the width of said first extension , and configured to facilitate the insertion of tissue between the fastener cartridge and an anvil. a deck , wherein each of said fastener cavities comprises an opening in said deck ; a plurality of first extensions extending from said deck , wherein each of said first extensions is positioned at least partially around a respective one of said openings in said deck , and wherein each of said first extensions comprises a first shape; and a plurality of second extensions extending from said deck , wherein each of said second extensions is positioned at least partially around a respective one of said openings in said deck , and wherein each of said second extensions comprises a second shape that is different from said first shape; wherein each of said first extensions is positioned at least partially around the distal end of a respective opening in said deck corresponding to a distal-most fastener cavity of the plurality of said rows; and a plurality of fasteners removably positioned in said fastener cavities ; characterized in that said first shape of each of said first extensions differs from said second shape of each of said second extensions in that it comprises a distal sloped surface, extending from said deck to the top of said first extension and across the width of said first extension , and configured to facilitate the insertion of tissue between the fastener cartridge and an anvil.
A transmitter for a Pulsed Eddy Current, PEC, system , configured to generate a changing electromagnetic field which induces eddy currents in an object of an electrically conductive material arranged within the electromagnetic field, the transmitter comprising a switching device and a transmitter coil configured to be connected to a voltage source , the switching device being arranged for switching a current generated by the voltage source through the transmitter coil, wherein the transmitter coil comprises a plurality of parallel electrically conductive coil layers , connected in parallel to each other, with a respective damping resistor connected across each of the coil layers , each of the coil layers being connected in series with a respective diode (D).
A hinge for a roof window having a frame and a sash, said hinge comprising a frame hinge part and a sash hinge part configured to assume an angle relative to the frame hinge part , the frame hinge part and the sash hinge part each comprising a base plate with a guide track and a link , the links being connected to each other at a bearing axle , each link including a first hinged joint to the respective base plate and a sliding joint slidably received in the guide track in the base plate of the other hinge part , at least one hinge part being provided with a pick-up element (130, 230; 135) biased by a spring to act on a selected part of the hinge , said selected part of the hinge is the sliding joint of the other hinge part in the guide track , characterized in that the pick-up element is connected to the base plate in a second hinged joint and acts on the sliding joint of the other hinge part , wherein during an opening movement, the bias of the spring exerts a pushing force on the sliding joint , and in turn, the pushing force is transmitted into a moment acting on the sash in an opening direction and thereby assisting in the opening movement. a frame hinge part and a sash hinge part configured to assume an angle relative to the frame hinge part , the frame hinge part and the sash hinge part each comprising a base plate with a guide track and a link , the links being connected to each other at a bearing axle , each link including a first hinged joint to the respective base plate and a sliding joint slidably received in the guide track in the base plate of the other hinge part , at least one hinge part being provided with a pick-up element (130, 230; 135) biased by a spring to act on a selected part of the hinge , said selected part of the hinge is the sliding joint of the other hinge part in the guide track , characterized in that the pick-up element is connected to the base plate in a second hinged joint and acts on the sliding joint of the other hinge part , wherein during an opening movement, the bias of the spring exerts a pushing force on the sliding joint , and in turn, the pushing force is transmitted into a moment acting on the sash in an opening direction and thereby assisting in the opening movement.
A single variable domain antibody for binding to a P2X 7 receptor, the single variable domain antibody having an antigen binding site being defined by general formula: FR1 - CDR1 - FR2 - CDR2 - FR3 - CDR3 - FR4 wherein: FR1, FR2, FR3 and FR4 are each framework regions; CDR1, CDR2 and CDR3 are each complementarity determining regions; wherein: CDR1 has a sequence: RNHDMG SEQ ID NO: 88; CDR2 has a sequence: AISGSGGSTYYADSVKG SEQ ID NO: 89; CDR3 has a sequence: EPKPMDTEFDY SEQ ID NO: 9. wherein: FR1, FR2, FR3 and FR4 are each framework regions; CDR1, CDR2 and CDR3 are each complementarity determining regions; FR1, FR2, FR3 and FR4 are each framework regions; CDR1, CDR2 and CDR3 are each complementarity determining regions; wherein: CDR1 has a sequence: RNHDMG SEQ ID NO: 88; CDR2 has a sequence: AISGSGGSTYYADSVKG SEQ ID NO: 89; CDR3 has a sequence: EPKPMDTEFDY SEQ ID NO: 9. CDR1 has a sequence: RNHDMG SEQ ID NO: 88; CDR2 has a sequence: AISGSGGSTYYADSVKG SEQ ID NO: 89; CDR3 has a sequence: EPKPMDTEFDY SEQ ID NO: 9.
A cartridge comprising: a mount frame comprising a pair of through windows provided sequentially in a length direction, and a lower sliding board , a lead mounting board , and an upper sliding board sequentially provided in a width direction between the pair of through windows; and cooling fins respectively covering the pair of through windows, the lower sliding board and the upper sliding board being respectively provided on left and right of the lead mounting board to diagonally face each other, wherein the mount frame comprises a left groove (LG) and a right groove (RG) in the width direction between the pair of through windows, and the lower sliding board and the upper sliding board are respectively provided below the left groove and above the right groove to partially cover the left groove and the right groove. a mount frame comprising a pair of through windows provided sequentially in a length direction, and a lower sliding board , a lead mounting board , and an upper sliding board sequentially provided in a width direction between the pair of through windows; and cooling fins respectively covering the pair of through windows, the lower sliding board and the upper sliding board being respectively provided on left and right of the lead mounting board to diagonally face each other, wherein the mount frame comprises a left groove (LG) and a right groove (RG) in the width direction between the pair of through windows, and the lower sliding board and the upper sliding board are respectively provided below the left groove and above the right groove to partially cover the left groove and the right groove.
A pair of sliding members which, in use, are sliding relative to each other at sliding faces (S), wherein one of the sliding faces (S) includes a negative pressure generation mechanism separated from a leakage side by a leakage-side land portion (R2), separated from a sealed-fluid-side by a sealed-fluid-side land portion (R1), the one of the sliding faces further including a land portion that excludes any bridge portion extending to the leakage-side land portion and that excludes any bridge portion extending to the sealed-fluid-side land portion, the land portion being arranged in the negative pressure generation mechanism , wherein the land portion arranged in the negative pressure generation mechanism is an island-shaped land portion surrounded by the negative pressure generation mechanism , wherein the negative pressure generation mechanism includes a guide groove extending from a leakage side toward the land portion arranged in the negative pressure generation mechanism . one of the sliding faces (S) includes a negative pressure generation mechanism separated from a leakage side by a leakage-side land portion (R2), separated from a sealed-fluid-side by a sealed-fluid-side land portion (R1), the one of the sliding faces further including a land portion that excludes any bridge portion extending to the leakage-side land portion and that excludes any bridge portion extending to the sealed-fluid-side land portion, the land portion being arranged in the negative pressure generation mechanism , wherein the land portion arranged in the negative pressure generation mechanism is an island-shaped land portion surrounded by the negative pressure generation mechanism , wherein the negative pressure generation mechanism includes a guide groove extending from a leakage side toward the land portion arranged in the negative pressure generation mechanism .
A data processing method of overlaying angiographic information over a fluoroscopic image of a patient, the method comprising the steps of: - acquiring one or more image pair data, each image pair data representing an image pair and comprising fluoroscopic image data and angiographic image data representing a fluoroscopic image (F1, F2, F3) and an angiographic image (A1, A2, A3), respectively, of a part of the patient, the fluoroscopic image and the angiographic image of an image pair being taken from the same position and the same viewing direction onto the patient and each being a non-stitched image, - acquiring live fluoroscopic image data representing a live fluoroscopic image (FL) of the patient, - registering the live fluoroscopic image data with the fluoroscopic image data of at least one of the one or more image pairs, thus obtaining the spatial orientation between the live fluoroscopic image (FL) and the image pair, - determining angiographic overlay image data (V) from the angiographic image data based on the spatial orientation between the live fluoroscopic image (FL) and the at least one of the one or more image pairs, and - overlaying the angiographic overlay image data (V) over the live fluoroscopic image (FL). - acquiring one or more image pair data, each image pair data representing an image pair and comprising fluoroscopic image data and angiographic image data representing a fluoroscopic image (F1, F2, F3) and an angiographic image (A1, A2, A3), respectively, of a part of the patient, the fluoroscopic image and the angiographic image of an image pair being taken from the same position and the same viewing direction onto the patient and each being a non-stitched image, - acquiring live fluoroscopic image data representing a live fluoroscopic image (FL) of the patient, - registering the live fluoroscopic image data with the fluoroscopic image data of at least one of the one or more image pairs, thus obtaining the spatial orientation between the live fluoroscopic image (FL) and the image pair, - determining angiographic overlay image data (V) from the angiographic image data based on the spatial orientation between the live fluoroscopic image (FL) and the at least one of the one or more image pairs, and - overlaying the angiographic overlay image data (V) over the live fluoroscopic image (FL).
A liquid crystal display device comprising: a substrate ; a plurality of pixels arranged on the substrate , the plurality of pixels arranged in a plurality of horizontal pixel rows comprising at least a first pixel row and a second pixel row neighboring the first pixel row; wherein each pixel row comprises a first common electrode disposed in a plate shape on the substrate ; at least one gate line is disposed, on the substrate , between the first common electrode of the first pixel row and the first common electrode of the second pixel row; a plurality of alternating data lines (DL; 132) and common lines (CL; 133) are spaced from each other and cross the at least one gate line to define the plurality of pixels in each horizontal pixel row; each pixel comprises a plurality of branch pixel electrodes overlapping the first common electrode the corresponding pixel row , each pixel comprises a second common electrode including a first common electrode pattern and a second common electrode pattern that overlap the data line (DL; 132) and the common line , respectively, of the pixel, and the first common electrode pattern of the second common electrode of each pixel in the first pixel row overlaps the data line (DL; 132) defining said each pixel on one side and is connected, through an intersection connector , to the first common electrode pattern of a second common electrode which overlaps a data line adjacent to said data line (DL; 132) in a neighboring pixel of the second pixel row. a substrate ; a plurality of pixels arranged on the substrate , the plurality of pixels arranged in a plurality of horizontal pixel rows comprising at least a first pixel row and a second pixel row neighboring the first pixel row; wherein each pixel row comprises a first common electrode disposed in a plate shape on the substrate ; at least one gate line is disposed, on the substrate , between the first common electrode of the first pixel row and the first common electrode of the second pixel row; a plurality of alternating data lines (DL; 132) and common lines (CL; 133) are spaced from each other and cross the at least one gate line to define the plurality of pixels in each horizontal pixel row; each pixel comprises a plurality of branch pixel electrodes overlapping the first common electrode the corresponding pixel row , each pixel comprises a second common electrode including a first common electrode pattern and a second common electrode pattern that overlap the data line (DL; 132) and the common line , respectively, of the pixel, and the first common electrode pattern of the second common electrode of each pixel in the first pixel row overlaps the data line (DL; 132) defining said each pixel on one side and is connected, through an intersection connector , to the first common electrode pattern of a second common electrode which overlaps a data line adjacent to said data line (DL; 132) in a neighboring pixel of the second pixel row.
An apparatus comprising means for: detecting relative movement between at least one object and at least one LiDAR device controlled by the apparatus , wherein the at least one LiDAR device is configured to provide a measurement location projection pattern ; predicting a location of at least one area of interest of the at least one object relative to the at least one LiDAR device at a given time; and adding a delay to transmission of the measurement location projection pattern so that one or more measurement locations of the measurement location projection pattern are incident on the at least one area of interest of the at least one object at the given time. detecting relative movement between at least one object and at least one LiDAR device controlled by the apparatus , wherein the at least one LiDAR device is configured to provide a measurement location projection pattern ; predicting a location of at least one area of interest of the at least one object relative to the at least one LiDAR device at a given time; and adding a delay to transmission of the measurement location projection pattern so that one or more measurement locations of the measurement location projection pattern are incident on the at least one area of interest of the at least one object at the given time.
A molded article comprising a foam composed of a thermoplastic elastomer (TPE-1), wherein the foam has a storage modulus (G modulus) at 25°C and 1 Hz within the range from 0.01 to 0.5 MPa, determined in accordance with Reference Example 1 (TPE molding), and a molding density within the range from 20 to 400 kg/m 3 , determined in accordance with Reference Example 2, wherein the foam is a foamed pellet material, wherein the thermoplastic elastomer (TPE-1) is selected from the group consisting of thermoplastic polyurethanes, thermoplastic polyetheramides, polyetheresters, polyesteresters, thermoplastic olefin-based elastomers, crosslinked thermoplastic olefin-based elastomers, thermoplastic vulcanizates or thermoplastic styrene-butadiene block copolymers.
A stack of snus boxes , each of which comprises: a group of snus bags; a main container having a lower wall of the snus box ; and a main lid , which has an upper wall of the snus box , is coupled to the main container and delimits, together with the main container , a main chamber housing the group of snus bags; the stack of snus boxes comprises a plurality of snus boxes arranged on top of one another with the lower wall of a snus box in contact with the upper wall of another snus box ; the stack of boxes is characterized in that it comprises, between an element of each snus box and a corresponding element of the adjacent snus box , an interlocking that determines a firm mechanical connection between the two snus boxes in order to prevent the two snus boxes from moving apart.
A method for manufacturing a light-colored purified tall oil rosin, comprising a distillation process of distilling an unpurified tall oil rosin in the presence of an activated carbon and a disproportionation catalyst which is a supported catalyst comprising a carrier on which at least one metal selected from the group consisting of palladium, rhodium, nickel and platinum is supported.
A method of manufacturing light guides , the method comprising: injecting a first polymer so as to cover four sides of each of a plurality of rectangular prism-shaped bars while the bars are disposed side-by-side in a vacuum injection tool; dicing through the first polymer in regions between adjacent ones of the bars wherein, after the dicing, at least a portion of the first polymer still covers each of the four sides of the bars ; injecting a second polymer so as to cover the first polymer on the four sides of the bars ; and dicing through the second polymer in regions between adjacent ones of the bars wherein, after dicing through the second polymer , at least a portion of the first polymer forms a first cladding on the four sides of the bars , and at least a portion of the second polymer forms a second cladding on the first cladding . injecting a first polymer so as to cover four sides of each of a plurality of rectangular prism-shaped bars while the bars are disposed side-by-side in a vacuum injection tool; dicing through the first polymer in regions between adjacent ones of the bars wherein, after the dicing, at least a portion of the first polymer still covers each of the four sides of the bars ; injecting a second polymer so as to cover the first polymer on the four sides of the bars ; and dicing through the second polymer in regions between adjacent ones of the bars wherein, after dicing through the second polymer , at least a portion of the first polymer forms a first cladding on the four sides of the bars , and at least a portion of the second polymer forms a second cladding on the first cladding .
A support system for a display device comprising: a first arm having a lower connection member ; a second arm rotatably connected to the first arm about a first axis (X1); a joint rotatably connected to the second arm about a second axis (X2); and a biasing system including a biasing member having a first end positioned in the first arm and a second end positioned in the second arm , the biasing member providing a force to balance a load applied to the second arm , characterized in that the biasing member includes an elastomeric spring including a thermoplastic material that has undergone a pre-stretch treatment. a first arm having a lower connection member ; a second arm rotatably connected to the first arm about a first axis (X1); a joint rotatably connected to the second arm about a second axis (X2); and a biasing system including a biasing member having a first end positioned in the first arm and a second end positioned in the second arm , the biasing member providing a force to balance a load applied to the second arm , characterized in that the biasing member includes an elastomeric spring including a thermoplastic material that has undergone a pre-stretch treatment.
A trouble recovering method of an aseptic filling machine that fills a sterilized content into a sterilized bottle in an aseptic atmosphere and seals the bottle with a sterilized sealing member, the aseptic filling machine having a chamber that shields each portion constituting the aseptic filling machine, wherein: when a trouble occurs in any of the portions, an operation of the aseptic filling machine is stopped, and in a state where an internal pressure of a trouble non-occurrence chamber which shields the portion in which the trouble does not occur is made a pressure higher than a pressure in the trouble non-occurrence chamber of the aseptic filling machine in an operation by supply of an aseptic air, a door of a trouble occurrence chamber that shields the portion in which the trouble occurred is opened, the trouble is removed and then, the door of the trouble occurrence chamber is closed and the inside of the trouble occurrence chamber is sterilized and then, the operation of the aseptic filling machine is resumed.