mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump including a casing body having a cylinder portion that is formed in a cylindrical shape and forms a hollow cylinder chamber opened at a front end and a rear end portion thereof, a rotor rotated in the cylinder chamber, an air-intake passage through which air is supplied into the cylinder chamber, a discharge port (22C, 23C) through which air compressed in the cylinder chamber is discharged, side plates (25, 26) which block the opening at the front end and the rear end of the cylinder chamber, and a pump cover which is disposed at the opposite side to the rotor so as to sandwich the side plate between the pump cover and the rotor and fixed to the casing body, characterized in that the side plates (25, 26) are configured so that the diameters thereof are larger than the inner diameter of the inner peripheral surface of the cylinder portion, and urged to be pressed against the front end and the rear end of the cylinder portion, the side plate which blocks the opening at the front end of the cylinder chamber and is not in contact with the rotor is provided with an intercommunication port that faces a shaft hole of the rotor and intercommunicates with a space between the side plate and the pump cover, the intercommunication port intercommunicates between the shaft hole and the space, the intercommunication port is formed to be smaller than a shaft diameter of a rotating shaft for rotating the rotor, the rotating shaft is prevented from protruding from the front end face of the rotor, the air-intake passage is under negative pressure occurring during operation of the vacuum pump and a gap is provided between the casing body and the pump cover such that discharged air infiltrates into the space formed between the side plate and the pump cover, thereby setting the space formed between the side plate and the pump cover to atmospheric pressure.
A photodynamic therapy device, comprising: a light emitting unit including a plurality of light sources each belonging to any one of a plurality of groups; a photodetector configured to output an electrical signal corresponding to an amount of light received from one or more of the plurality of light sources; a light emission control unit configured to sequentially cause the plurality of light sources to emit light for each group; the photodynamic therapy device being characterised by further comprising: a computing unit configured to calculate, based on a distance coefficient related to a distance between the photodetector and one or more of the plurality of light sources belonging to the each group, and on a value of the electrical signal output by the photodetector in accordance with light emitted from the one or more of the plurality of light sources belonging to the each group, a group light amount value related to a light amount of the one or more of the plurality of light sources belonging to the each group. a light emitting unit including a plurality of light sources each belonging to any one of a plurality of groups; a photodetector configured to output an electrical signal corresponding to an amount of light received from one or more of the plurality of light sources; a light emission control unit configured to sequentially cause the plurality of light sources to emit light for each group; the photodynamic therapy device being characterised by further comprising: a computing unit configured to calculate, based on a distance coefficient related to a distance between the photodetector and one or more of the plurality of light sources belonging to the each group, and on a value of the electrical signal output by the photodetector in accordance with light emitted from the one or more of the plurality of light sources belonging to the each group, a group light amount value related to a light amount of the one or more of the plurality of light sources belonging to the each group.
A chip card (57, 58) comprising a card body (10, 36) which is equipped with a cavity (19, 35) in the top side thereof, and a chip module (11, 37) which is inserted into the cavity, wherein the chip module is inserted into the cavity in such a manner that module contacts (21, 22, 38) of the chip module face antenna contacts (16, 17, 39) of an antenna (14, 47) arranged in the card body, said antenna contacts being arranged in a bottom (18, 52) of the cavity, and wherein the module contacts make electrical contact with the antenna contacts via wire connections (27, 28, 40, 60) which are formed by contact conductors (23, 24) and are arranged in the cavity, characterised in that the wire connections have a contact conductor cross-section whose width along a transverse axis arranged parallel to a contact surface of the antenna contacts and of the module contacts is larger than the height of said cross-section along a vertical axis arranged perpendicular to the contact surface of the antenna contacts and of the module contacts, wherein the contact conductor cross-section is formed as a flat ribbon cross-section, having a bottom edge and a top edge which are formed so as to be substantially parallel to the transverse axis, wherein the contact conductors (23, 24) have at least one kink (41, 61, 62), wherein, for forming the kink, the contact conductors (23, 24) have a kink cross-section having a reduced cross-sectional area. wherein the chip module is inserted into the cavity in such a manner that module contacts (21, 22, 38) of the chip module face antenna contacts (16, 17, 39) of an antenna (14, 47) arranged in the card body, said antenna contacts being arranged in a bottom (18, 52) of the cavity, and wherein the module contacts make electrical contact with the antenna contacts via wire connections (27, 28, 40, 60) which are formed by contact conductors (23, 24) and are arranged in the cavity, characterised in that the wire connections have a contact conductor cross-section whose width along a transverse axis arranged parallel to a contact surface of the antenna contacts and of the module contacts is larger than the height of said cross-section along a vertical axis arranged perpendicular to the contact surface of the antenna contacts and of the module contacts, wherein the contact conductor cross-section is formed as a flat ribbon cross-section, having a bottom edge and a top edge which are formed so as to be substantially parallel to the transverse axis, wherein the contact conductors (23, 24) have at least one kink (41, 61, 62), wherein, for forming the kink, the contact conductors (23, 24) have a kink cross-section having a reduced cross-sectional area.
Soundproof structure of a transmission case for housing a belt continuously variable transmission for transmitting power of an internal combustion engine, wherein: ribs on an inner face of the transmission case are protruding to form a plurality of tubular bodies; ribs are linearly formed, and a plurality of tubular bodies in the rhomboidal tube shape are formed by the plurality of parallel ribs and the plurality of parallel ribs intersecting at regular intervals therewith; a lid member covers an opening facing an inside of the transmission case of the plurality of tubular bodies formed by the ribs to form a plurality of tubular body inside spaces; and the plurality of tubular body inside spaces, and an internal space of the case communicate with each other through a hole bored in the lid member. ribs on an inner face of the transmission case are protruding to form a plurality of tubular bodies; ribs are linearly formed, and a plurality of tubular bodies in the rhomboidal tube shape are formed by the plurality of parallel ribs and the plurality of parallel ribs intersecting at regular intervals therewith; a lid member covers an opening facing an inside of the transmission case of the plurality of tubular bodies formed by the ribs to form a plurality of tubular body inside spaces; and the plurality of tubular body inside spaces, and an internal space of the case communicate with each other through a hole bored in the lid member.
A method for producing an image stabilized video, the method comprising: providing data defining a vignetting effect for digital image frames captured by a video camera; determining a dislocation value for a digital image frame captured by the video camera, wherein the dislocation value is a dislocation of the entire digital image frame or a dislocation of one or a few rows of the digital image frame, the dislocation being induced by camera movement; applying a shift on the digital image frame in accordance with the determined dislocation value to compensate for movement of the video camera; cropping the digital image frame based on the dislocation value forming a cropped image frame, wherein the cropped image frame corresponds to a region of the digital image frame to be displayed in the image stabilized video; and applying a vignetting removal process at least on pixels of the digital image frame corresponding to the region to be displayed in the image stabilized video, wherein said applying of the vignetting removal process is based on the data defining the vignetting effect; characterized by: reintroducing vignetting on the region of the digital image frame to be displayed in the video based on the data defining the vignetting effect and the dislocation value; and displaying the region of the digital image frames to be displayed as part of the image stabilized video. providing data defining a vignetting effect for digital image frames captured by a video camera; determining a dislocation value for a digital image frame captured by the video camera, wherein the dislocation value is a dislocation of the entire digital image frame or a dislocation of one or a few rows of the digital image frame, the dislocation being induced by camera movement; applying a shift on the digital image frame in accordance with the determined dislocation value to compensate for movement of the video camera; cropping the digital image frame based on the dislocation value forming a cropped image frame, wherein the cropped image frame corresponds to a region of the digital image frame to be displayed in the image stabilized video; and applying a vignetting removal process at least on pixels of the digital image frame corresponding to the region to be displayed in the image stabilized video, wherein said applying of the vignetting removal process is based on the data defining the vignetting effect; reintroducing vignetting on the region of the digital image frame to be displayed in the video based on the data defining the vignetting effect and the dislocation value; and displaying the region of the digital image frames to be displayed as part of the image stabilized video.
Method for processing a contaminated workpiece, in which a laser emitter is directed onto the workpiece, and laser pulses are emitted by the laser emitter onto an impact region of a surface of the workpiece to evaporate a part of the material of the workpiece in the impact region, wherein the evaporated material is removed through a flue, characterized in that the radioactivity of the evaporated material is measured in the flue, and the impact region is only varied when the measured radioactivity is below a predefinable limit value.
A diaper comprising a waist opening portion and a pair of leg opening portions (2a, 2b); the diaper further comprising an abdominal-side waist portion and a back-side waist portion, forming at least a portion of the waist opening portion, and a body portion including an abdominal-side body portion, a back-side body portion, and a crotch portion positioned between these portions that forms at least a portion of the leg opening portions (2a, 2b); wherein in any portion of the diaper except the crotch portion: the diaper comprises a laminate including an elastic fiber aggregate nonwoven layer and a plurality of elastomeric molded bodies arranged at intervals; and the elastomeric molded bodies have regions that are joined with the elastic fiber aggregate nonwoven layer and regions that are separated from the elastic fiber aggregate nonwoven layer, and wherein the laminate generates a two stage elastic force, wherein the elastomeric molded bodies are joined to the elastic fiber aggregate nonwoven layer by thermal fusion bonds, and wherein the elastic fiber aggregate nonwoven layer comprises elastically resilient composite fibers. the diaper comprises a laminate including an elastic fiber aggregate nonwoven layer and a plurality of elastomeric molded bodies arranged at intervals; and the elastomeric molded bodies have regions that are joined with the elastic fiber aggregate nonwoven layer and regions that are separated from the elastic fiber aggregate nonwoven layer, and wherein the laminate generates a two stage elastic force, wherein the elastomeric molded bodies are joined to the elastic fiber aggregate nonwoven layer by thermal fusion bonds, and wherein the elastic fiber aggregate nonwoven layer comprises elastically resilient composite fibers.
A cylindrical cardboard container comprising: a circular bottom wall having an outer bottom wall edge; a cylindrical sidewall extending upwardly from the bottom wall edge, the circular bottom wall and the cylindrical sidewall delimiting a receiving cavity sized and shaped to receive a plurality of items, the receiving cavity having a receiving cavity diameter; the cylindrical cardboard container being characterized in that it comprises: a plurality of item holders for holding the items relative to each other within the receiving cavity, each item holder being configured for holding at least one of the items, the item holders being stackable to form a plurality of item layers within the receiving cavity each item holder including an item receptacle configured for receiving and holding at least one of the plurality of items, each item receptacle comprising an upper planar portion and at least one item receiving recess (604a, 604b, 604c) extending downwardly from the upper planar portion. a circular bottom wall having an outer bottom wall edge; a cylindrical sidewall extending upwardly from the bottom wall edge, the circular bottom wall and the cylindrical sidewall delimiting a receiving cavity sized and shaped to receive a plurality of items, the receiving cavity having a receiving cavity diameter; the cylindrical cardboard container being characterized in that it comprises: a plurality of item holders for holding the items relative to each other within the receiving cavity, each item holder being configured for holding at least one of the items, the item holders being stackable to form a plurality of item layers within the receiving cavity each item holder including an item receptacle configured for receiving and holding at least one of the plurality of items, each item receptacle comprising an upper planar portion and at least one item receiving recess (604a, 604b, 604c) extending downwardly from the upper planar portion. a plurality of item holders for holding the items relative to each other within the receiving cavity, each item holder being configured for holding at least one of the items, the item holders being stackable to form a plurality of item layers within the receiving cavity each item holder including an item receptacle configured for receiving and holding at least one of the plurality of items, each item receptacle comprising an upper planar portion and at least one item receiving recess (604a, 604b, 604c) extending downwardly from the upper planar portion.
Fairing attachment system for a wing of an aircraft, comprising a high lift support structure configured for movable supporting a high-lift airfoil element of a wing of an aircraft relative to the wing; a fairing device extending in a lengthwise direction, configured for providing an aerodynamic housing of the high lift support structure when attached to a surface of the wing, wherein the fairing device comprises a fixed fairing element and a movable fairing element which can be moved by the high lift support structure; characterized by an adjustable attachment element configured for attachment of the fixed fairing element to the high lift support structure, wherein the adjustable attachment element is elongated and adjustable in length in order to compensate tolerances of the high lift support structure relative to the wing during assembly. a fairing device extending in a lengthwise direction, configured for providing an aerodynamic housing of the high lift support structure when attached to a surface of the wing, wherein the fairing device comprises a fixed fairing element and a movable fairing element which can be moved by the high lift support structure; characterized by an adjustable attachment element configured for attachment of the fixed fairing element to the high lift support structure, wherein the adjustable attachment element is elongated and adjustable in length in order to compensate tolerances of the high lift support structure relative to the wing during assembly.
A catheter device (510; 610), comprising: a needle; a septum (522; 622), the septum being adapted so that a needle may pass through the septum and the device; a housing (526; 626) in which the septum (522; 622) is fitted; at least one receiving portion (534; 634); and a needle shield (528; 628), the needle shield (528; 628) being configured to engage at least one receiving portion (534; 634), the contact between the receiving portions (534; 634) and the needle shield (528; 628) holding the needle shield (528; 628) in position by friction; wherein the needle shield (528; 628) is configured to retain the needle if the needle is withdrawn from the housing (526; 726); characterised in that the receiving portions (534; 634) are provided on a surface of the septum (522; 622), wherein when the needle is passed through the septum (522; 622), the needle will cause the septum (522; 622) to expand such that the one or more receiving portions (534; 634) will contact the needle shield (528; 628); and wherein when the needle is withdrawn into the needle shield (528; 628), the septum (522; 622) will contract and the at least one receiving portion (534; 634) will no longer contact the needle shield (528; 628) wherein the needle shield (528; 628) is configured such that if the needle is withdrawn, the needle shield (528; 628) may disengage from the septum (522; 622). a needle; a septum (522; 622), the septum being adapted so that a needle may pass through the septum and the device; a housing (526; 626) in which the septum (522; 622) is fitted; at least one receiving portion (534; 634); and a needle shield (528; 628), the needle shield (528; 628) being configured to engage at least one receiving portion (534; 634), the contact between the receiving portions (534; 634) and the needle shield (528; 628) holding the needle shield (528; 628) in position by friction; wherein the needle shield (528; 628) is configured to retain the needle if the needle is withdrawn from the housing (526; 726); characterised in that the receiving portions (534; 634) are provided on a surface of the septum (522; 622), wherein when the needle is passed through the septum (522; 622), the needle will cause the septum (522; 622) to expand such that the one or more receiving portions (534; 634) will contact the needle shield (528; 628); and wherein when the needle is withdrawn into the needle shield (528; 628), the septum (522; 622) will contract and the at least one receiving portion (534; 634) will no longer contact the needle shield (528; 628) wherein the needle shield (528; 628) is configured such that if the needle is withdrawn, the needle shield (528; 628) may disengage from the septum (522; 622).
A turbine comprising: (i) a turbine wheel having an axis, (ii) a turbine housing for defining a chamber for receiving the turbine wheel for rotation of the turbine wheel about an axis, the turbine housing further defining a gas inlet, and an annular inlet passage from the gas inlet to the chamber, (iii) a ring-shaped shroud (6; 406; 406a; 506; 606) defining a plurality of slots (30; 130; 230; 330; 530; 630; 730) and encircling the axis; and (iv) a nozzle ring (5; 405) supporting a plurality of vanes (7; 107; 207; 307; 407) which extend from the nozzle ring parallel to the axis, and project through respective ones of the slots; the shroud and nozzle ring being positioned on opposite sides of the inlet passage and rotatable relative to each other about the axis by an angular amount of at least 0.1 degrees, the turbine being characterized in that: the nozzle ring is rotatable relative to the turbine housing about the axis by at least 0.1 degree; and a rotation mechanism is provided for, in use, urging the nozzle ring to rotate around the axis in a predefined sense. (i) a turbine wheel having an axis, (ii) a turbine housing for defining a chamber for receiving the turbine wheel for rotation of the turbine wheel about an axis, the turbine housing further defining a gas inlet, and an annular inlet passage from the gas inlet to the chamber, (iii) a ring-shaped shroud (6; 406; 406a; 506; 606) defining a plurality of slots (30; 130; 230; 330; 530; 630; 730) and encircling the axis; and (iv) a nozzle ring (5; 405) supporting a plurality of vanes (7; 107; 207; 307; 407) which extend from the nozzle ring parallel to the axis, and project through respective ones of the slots; the shroud and nozzle ring being positioned on opposite sides of the inlet passage and rotatable relative to each other about the axis by an angular amount of at least 0.1 degrees, the turbine being characterized in that: the nozzle ring is rotatable relative to the turbine housing about the axis by at least 0.1 degree; and a rotation mechanism is provided for, in use, urging the nozzle ring to rotate around the axis in a predefined sense. the shroud and nozzle ring being positioned on opposite sides of the inlet passage and rotatable relative to each other about the axis by an angular amount of at least 0.1 degrees, the turbine being characterized in that: the nozzle ring is rotatable relative to the turbine housing about the axis by at least 0.1 degree; and a rotation mechanism is provided for, in use, urging the nozzle ring to rotate around the axis in a predefined sense. the nozzle ring is rotatable relative to the turbine housing about the axis by at least 0.1 degree; and a rotation mechanism is provided for, in use, urging the nozzle ring to rotate around the axis in a predefined sense.
The use of the biomarkers SSEA4 and/or ST3GAL2 for assessing the outcome for chemotherapeutic treatment of a cancer in an individual, wherein said cancer is selected from the group consisting of human breast cancer, human renal cell carcinoma and human ovarian cancer if the biomarker is SSEA4 and wherein said cancer is human breast cancer if the biomarker is ST3GAL2 and wherein the chemotherapeutic drugs used in said chemotherapeutic treatment are DNA synthesis and transcription inhibitors.
A processing method for a surface of a workpiece using a rotating cutting tool, comprising a processing method for forming a cut pattern by rotationally cutting a surface of a workpiece using a rotating cutting tool having cutting edges (14, 15, 18, 19, 22, 23, 27, 28) extending in a rotation axis direction at a plurality of circumferentially separated positions on an outer circumference of a body thereof, wherein each of the cutting edges comprises a plurality of segmental edges (14A, 15A, 18A, 19A, 22A, 23A, 27A, 28A) segmented at an equal pitch in the rotation axis direction, a ratio of depth d to width W (d/W) of a knife mark formed on the surface of the workpiece by the segmental edges is not less than 3/100, and characterized in that a cutting diameter D of the cutting edges is not more than 20 mm, and a feed rate F in the orthogonal direction to the rotation axis and the number of revolutions N are set so that the cutting edge (14, 15, 18, 19, 22, 23, 27, 28) forms a knife mark corresponding to one height difference per one rotation of the rotating cutting tool, the width of the knife mark is 3 mm or less, and the feed rate F (m/min) / the number of revolutions N (rpm) is equal to the width of the knife mark, whereby the surface of the workpiece is processed to provide a decorative surface and/or an oil reservoir.