mhurhangee/patent-ind-claim-en huggingface dataset:
A method for joining a cover layer to an object , the method comprising the steps of: providing the cover layer and the object , the cover layer comprising a cover layer contact surface , and the object comprising an object contact surface , wherein a least one of the cover layer and of the object comprises a joining material, arranging the cover layer and the object with the cover layer contact surface and the object contact surface facing each other, bringing the cover layer contact surface in contact with the object contact surface , using a sonotrode to press the cover layer against the object and to apply mechanical vibration to an outer surface of the cover layer for a time sufficient for activating the joining material, conveying the cover layer and object relative to the sonotrode in a continuous manner in a conveying direction (CD) throughout the steps of arranging, of bringing into contact, of pressing and of applying the vibration, wherein the step of conveying causes a sliding movement, along the conveying direction, of the cover layer relative to a coupling-out face of the sonotrode, characterized in that the coupling-out face has a coupling-out face portion that is not parallel to the object contact surface but at an angle (α) to it, so that a distance between the sonotrode and the object contact surface continuously decreases along the coupling-out face portion as function of a position along the conveying direction. providing the cover layer and the object , the cover layer comprising a cover layer contact surface , and the object comprising an object contact surface , wherein a least one of the cover layer and of the object comprises a joining material, arranging the cover layer and the object with the cover layer contact surface and the object contact surface facing each other, bringing the cover layer contact surface in contact with the object contact surface , using a sonotrode to press the cover layer against the object and to apply mechanical vibration to an outer surface of the cover layer for a time sufficient for activating the joining material, conveying the cover layer and object relative to the sonotrode in a continuous manner in a conveying direction (CD) throughout the steps of arranging, of bringing into contact, of pressing and of applying the vibration, wherein the step of conveying causes a sliding movement, along the conveying direction, of the cover layer relative to a coupling-out face of the sonotrode, characterized in that the coupling-out face has a coupling-out face portion that is not parallel to the object contact surface but at an angle (α) to it, so that a distance between the sonotrode and the object contact surface continuously decreases along the coupling-out face portion as function of a position along the conveying direction.
A retrograde blood flow occlusion flushing device , comprising: a catheter body having a proximal end and an opposite distal end ; at least one lumen defined longitudinally in the catheter body ; an occluding component disposed proximate the distal end of the catheter body and extending radially outward from the catheter body ; the occluding component activatable to transition from a collapsed state to an expanded state; the occluding component having an enlarged diameter in the expanded state relative to that while in the collapsed state as measured from a longitudinal axis of the catheter body ; a flushing fluid deliverable through at least one lumen of the catheter body and exiting from a port defined in the catheter body; the port being disposed proximally of the occluding component ; and characterized in that the device further comprises a clot capture mechanical component transitionable between a collapsed state and an expanded state, wherein in the expanded state the clot capture mechanical component extends radially outward from a distal section of the catheter body proximally of the occluding component . a catheter body having a proximal end and an opposite distal end ; at least one lumen defined longitudinally in the catheter body ; an occluding component disposed proximate the distal end of the catheter body and extending radially outward from the catheter body ; the occluding component activatable to transition from a collapsed state to an expanded state; the occluding component having an enlarged diameter in the expanded state relative to that while in the collapsed state as measured from a longitudinal axis of the catheter body ; a flushing fluid deliverable through at least one lumen of the catheter body and exiting from a port defined in the catheter body; the port being disposed proximally of the occluding component ; and characterized in that the device further comprises a clot capture mechanical component transitionable between a collapsed state and an expanded state, wherein in the expanded state the clot capture mechanical component extends radially outward from a distal section of the catheter body proximally of the occluding component .
A spouted pouch comprising: a pouch main body comprising a film having a sealant layer forming an inner surface of the pouch main body ; and a spout being an integrally molded resin body containing both an olefin resin and ethylene-vinyl alcohol copolymer, the spout being attached to the pouch main body by thermal welding to the sealant layer, characterized in that the sealant layer comprises an olefin resin film having a heat seal strength as determined by the following peel test of 10 N/15 mm or less: the peel test in which two olefin resin films each lined with a fracture prevention film are thermally welded in part to each other by applying a compression pressure of 0.2 MPa at 105°C for 1 second, and subsequently the thermally welded portion of the olefin resin films is subjected to the peel test under conditions of a temperature of 23 ± 2°C and a tensile rate of 300 mm/min. a pouch main body comprising a film having a sealant layer forming an inner surface of the pouch main body ; and a spout being an integrally molded resin body containing both an olefin resin and ethylene-vinyl alcohol copolymer, the spout being attached to the pouch main body by thermal welding to the sealant layer, characterized in that the sealant layer comprises an olefin resin film having a heat seal strength as determined by the following peel test of 10 N/15 mm or less: the peel test in which two olefin resin films each lined with a fracture prevention film are thermally welded in part to each other by applying a compression pressure of 0.2 MPa at 105°C for 1 second, and subsequently the thermally welded portion of the olefin resin films is subjected to the peel test under conditions of a temperature of 23 ± 2°C and a tensile rate of 300 mm/min.
A holding device for pivotably holding a driver's cab on a vehicle chassis of a commercial vehicle, comprising: a first cab-proximal holding element for fastening to the driver's cab ; a first chassis-proximal holding element for fastening to the vehicle chassis , wherein the first cab-proximal holding element and the first chassis-proximal holding element are connected to one another in an articulated manner for pivoting the cab ; a first crash element , which is releasably fastened to the first cab-proximal holding element ; a second cab-proximal holding element for fastening to the driver's cab ; a second chassis-proximal holding element for fastening to the vehicle chassis , wherein the second cab-proximal holding element and the second chassis-proximal holding element are connected to one another in an articulated manner for pivoting the driver's cab ; a second crash element , which is releasably fastened to the second cab-proximal element ; and a crosspiece extending between the first crash element and the second crash element ; characterised in that the first crash element , the crosspiece , and the second crash element are integrally manufactured from one piece; or the first crash element , the crosspiece , and the second crash element are releasably fastened to one another. a first cab-proximal holding element for fastening to the driver's cab ; a first chassis-proximal holding element for fastening to the vehicle chassis , wherein the first cab-proximal holding element and the first chassis-proximal holding element are connected to one another in an articulated manner for pivoting the cab ; a first crash element , which is releasably fastened to the first cab-proximal holding element ; a second cab-proximal holding element for fastening to the driver's cab ; a second chassis-proximal holding element for fastening to the vehicle chassis , wherein the second cab-proximal holding element and the second chassis-proximal holding element are connected to one another in an articulated manner for pivoting the driver's cab ; a second crash element , which is releasably fastened to the second cab-proximal element ; and a crosspiece extending between the first crash element and the second crash element ; characterised in that the first crash element , the crosspiece , and the second crash element are integrally manufactured from one piece; or the first crash element , the crosspiece , and the second crash element are releasably fastened to one another.
Handling apparatus for substrates , having a central axis of rotation for robotics that end at an end effector with at least one substrate pad , and a positioning device located in the access region of the end effector of the robotics and having a rotatable support plate , which is perpendicular to the central axis of rotation , for the substrates to be transferred, wherein the positioning device forms part of the robotics and is driven so as to rotate synchronously with the robotics , wherein the robotics form a linked chain, and the positioning device is secured for conjoint rotation against the upper arm of the robotics , the upper arm being connected to a shaft that is coaxial with respect to the central axis of rotation , and wherein the handling apparatus is encapsulated and is designed to be suitable for a vacuum with receiving compartments , which are delimited from one another atmospherically, for at least in each case parts of the robotics and parts of the positioning device . wherein the positioning device forms part of the robotics and is driven so as to rotate synchronously with the robotics , wherein the robotics form a linked chain, and the positioning device is secured for conjoint rotation against the upper arm of the robotics , the upper arm being connected to a shaft that is coaxial with respect to the central axis of rotation , and wherein the handling apparatus is encapsulated and is designed to be suitable for a vacuum with receiving compartments , which are delimited from one another atmospherically, for at least in each case parts of the robotics and parts of the positioning device .
A method in a network node of a wireless network for adapting capacity to capacity need, the wireless network comprising a distributed antenna system providing coverage for wireless communication for communication devices , wherein the distributed antenna system comprises two or more antenna units connected to the network node and each antenna unit providing coverage of a respective area , the method characterized by : - determining a respective number of active communication devices located within a respective area of at least two areas within the distributed antenna system , wherein a first area is covered by a first antenna unit and a second area is covered by a second antenna unit , and - adapting an impedance of the two or more antenna units based on the determined number of active communication devices in each respective area by dynamically changing the impedance of an impedance tuning network of each respective antenna unit , thereby adapting the power radiated and absorbed at the respective antenna units . - determining a respective number of active communication devices located within a respective area of at least two areas within the distributed antenna system , wherein a first area is covered by a first antenna unit and a second area is covered by a second antenna unit , and - adapting an impedance of the two or more antenna units based on the determined number of active communication devices in each respective area by dynamically changing the impedance of an impedance tuning network of each respective antenna unit , thereby adapting the power radiated and absorbed at the respective antenna units .
A method for downlink symbol-level precoding as part of multiuser MISO communication, the method being performed by a network node , the method comprising: obtaining (S102) a data vector, d [ n ], of a current time instant, n , to be precoded, wherein the data vector comprises data symbols, d 1 [ n ], ..., d K [ n ], for K > 1 users , and wherein the current time instant corresponds to a single symbol; and precoding (S104) the obtained data vector by determining an output vector, x [ n ], for the data vector of the current time instant n , wherein, determining the output vector for the current time instant comprises searching for a data vector d [ m ] of a previous time instant, m , that is co-linear with the data vector of the current time instant according to a co-linearity factor, and when such a data vector of the previous time instant is found, the output vector is equal to an output vector x [ m ] of the previous time instant multiplied with the co-linearity factor. obtaining (S102) a data vector, d [ n ], of a current time instant, n , to be precoded, wherein the data vector comprises data symbols, d 1 [ n ], ..., d K [ n ], for K > 1 users , and wherein the current time instant corresponds to a single symbol; and precoding (S104) the obtained data vector by determining an output vector, x [ n ], for the data vector of the current time instant n , wherein, determining the output vector for the current time instant comprises searching for a data vector d [ m ] of a previous time instant, m , that is co-linear with the data vector of the current time instant according to a co-linearity factor, and when such a data vector of the previous time instant is found, the output vector is equal to an output vector x [ m ] of the previous time instant multiplied with the co-linearity factor.
A head-mounted display device , comprising: a first lens tube including a closed bottom and a first display part on the closed bottom, the first display part being for displaying a first image ; a second lens tube including a closed bottom and a second display part on the closed bottom, the second display part being for displaying a second image ; an adjustment mechanism including a first rod that extends from the first lens tube and a second rod that extends from the second lens tube and is rotatably connected to the first rod ; a measurement device that is provided on at least one of the first lens tube or the second lens tube and measures a distance between the first lens tube and the second lens tube ; and an image outputter that outputs the first image and the second image to the first display part and the second display part , respectively, wherein the image outputter , in accordance with an angle of rotation of the first rod and the second rod of the adjustment mechanism , controls and outputs the first image and the second image to bring horizontal directions of the first image and the second image closer to an arrangement direction of the first lens tube and the second lens tube , the angle of rotation being calculated based on the distance between the first lens tube and the second lens tube and a distance between a center of rotation of the first rod and the second rod and a center of the first lens tube and/or a center of the second lens tube . a first lens tube including a closed bottom and a first display part on the closed bottom, the first display part being for displaying a first image ; a second lens tube including a closed bottom and a second display part on the closed bottom, the second display part being for displaying a second image ; an adjustment mechanism including a first rod that extends from the first lens tube and a second rod that extends from the second lens tube and is rotatably connected to the first rod ; a measurement device that is provided on at least one of the first lens tube or the second lens tube and measures a distance between the first lens tube and the second lens tube ; and an image outputter that outputs the first image and the second image to the first display part and the second display part , respectively, wherein the image outputter , in accordance with an angle of rotation of the first rod and the second rod of the adjustment mechanism , controls and outputs the first image and the second image to bring horizontal directions of the first image and the second image closer to an arrangement direction of the first lens tube and the second lens tube , the angle of rotation being calculated based on the distance between the first lens tube and the second lens tube and a distance between a center of rotation of the first rod and the second rod and a center of the first lens tube and/or a center of the second lens tube .
An expansion joint cover for insertion in an expansion gap comprising: a first frame section for attachment to a substrate at one side of the expansion gap, the first frame section having a flat surface ; a second frame section for attachment to a substrate at an opposite side of the expansion gap, the second frame section having a first set of connectors; a centre section configured to span the expansion gap and slide on the flat surface of the first frame section, the centre section having a second set of connectors; and two linkage sections , configured to engage with the first and second sets of connectors, respectively, to connect the centre section to the second frame section, wherein the linkage sections can pivot with respect to the first and second sets of connectors to allow movement of the centre section with respect to the second frame section and to allow vertical movement of the centre section with respect to the flat surface of the first frame section while maintaining the centre section parallel with the flat surface of the first frame section. a first frame section for attachment to a substrate at one side of the expansion gap, the first frame section having a flat surface ; a second frame section for attachment to a substrate at an opposite side of the expansion gap, the second frame section having a first set of connectors; a centre section configured to span the expansion gap and slide on the flat surface of the first frame section, the centre section having a second set of connectors; and two linkage sections , configured to engage with the first and second sets of connectors, respectively, to connect the centre section to the second frame section, wherein the linkage sections can pivot with respect to the first and second sets of connectors to allow movement of the centre section with respect to the second frame section and to allow vertical movement of the centre section with respect to the flat surface of the first frame section while maintaining the centre section parallel with the flat surface of the first frame section.
An oxygen-capnography face mask comprising: a mask having a mask internal space and configured to be laid over a face of a subject ; an internal partition wall positioned in the mask internal space and defining, in the mask internal space, a subject respiratory space and a subject oxygen reservoir, the internal partition wall comprising: a first naris conduit , the first naris conduit extending from the internal partition wall into the subject respiration space and into the subject oxygen reservoir and providing, through the internal partition wall , a bi-directional fluid flow channel between the subject respiration space and the subject oxygen reservoir, wherein when the mask is laid over the face of a subject , the first naris conduit is configured to be positioned in close proximity to the subject nares; characterized by a first carbon dioxide conduit having a distal end that is connected to the first naris conduit and is in fluid flow communication with an interior space of the first naris conduit . a mask having a mask internal space and configured to be laid over a face of a subject ; an internal partition wall positioned in the mask internal space and defining, in the mask internal space, a subject respiratory space and a subject oxygen reservoir, the internal partition wall comprising: a first naris conduit , the first naris conduit extending from the internal partition wall into the subject respiration space and into the subject oxygen reservoir and providing, through the internal partition wall , a bi-directional fluid flow channel between the subject respiration space and the subject oxygen reservoir, wherein when the mask is laid over the face of a subject , the first naris conduit is configured to be positioned in close proximity to the subject nares; characterized by a first carbon dioxide conduit having a distal end that is connected to the first naris conduit and is in fluid flow communication with an interior space of the first naris conduit . a first naris conduit , the first naris conduit extending from the internal partition wall into the subject respiration space and into the subject oxygen reservoir and providing, through the internal partition wall , a bi-directional fluid flow channel between the subject respiration space and the subject oxygen reservoir, wherein when the mask is laid over the face of a subject , the first naris conduit is configured to be positioned in close proximity to the subject nares; characterized by a first carbon dioxide conduit having a distal end that is connected to the first naris conduit and is in fluid flow communication with an interior space of the first naris conduit .
A production method for a bead core , comprising: a forming step of forming a plurality of one or more types of annular bodies , each of which is formed by winding a strip member two or more turns, the strip member being comprised of one or more bead wires coated with a resin material ; and characterised by a joining step of joining the plurality of one or more types of annular bodies to one another in an axial direction of the annular body. a forming step of forming a plurality of one or more types of annular bodies , each of which is formed by winding a strip member two or more turns, the strip member being comprised of one or more bead wires coated with a resin material ; and characterised by a joining step of joining the plurality of one or more types of annular bodies to one another in an axial direction of the annular body.