mhurhangee/patent-ind-claim-en huggingface dataset:
A bougie for shaping a wall of a body cavity to receive suture from within the bougie that extends along a longitudinal axis of the bougie , the bougie being configured for release of a sutured portion of the suture after suturing, the bougie comprising: (a) a lumenal wall; (b) a wall opening open to the exterior of the bougie , configured to receive suction from within the bougie , said wall opening extending along the lumenal wall and the longitudinal axis; (c) at least one longitudinally extended construction, a portion of which forms a divider , which divider , when in a blocking position, passes transverse to the longitudinal axis and between two regions of the bougie dividing the wall opening into a plurality of separated fenestrations, the divider thereby blocking intrusion of tissue into the wall opening upon the wall opening receiving suction; and characterized in that : said longitudinally extended construction is bendable with a bending radius of 1-2 mm or less; and said bougie comprises: (d) a loop anchor operable to release the divider from the blocking position to allow release from the bougie and from the divider of the sutured portion of the suture extending both along the longitudinal axis and across the divider . (a) a lumenal wall; (b) a wall opening open to the exterior of the bougie , configured to receive suction from within the bougie , said wall opening extending along the lumenal wall and the longitudinal axis; (c) at least one longitudinally extended construction, a portion of which forms a divider , which divider , when in a blocking position, passes transverse to the longitudinal axis and between two regions of the bougie dividing the wall opening into a plurality of separated fenestrations, the divider thereby blocking intrusion of tissue into the wall opening upon the wall opening receiving suction; and said longitudinally extended construction is bendable with a bending radius of 1-2 mm or less; and said bougie comprises: (d) a loop anchor operable to release the divider from the blocking position to allow release from the bougie and from the divider of the sutured portion of the suture extending both along the longitudinal axis and across the divider .
A battery module comprising a plurality of battery groups is characterized in that , each battery group includes a plurality of battery cells , a single first bus bar , and a single second bus bar , the first bus bar and the second bus bar being adapted to connect the plurality of battery cells in parallel, each battery cell includes a positive electrode terminal mainly containing aluminum and a negative electrode terminal mainly containing copper, the first bus bar mainly contains aluminum and is connected to the positive electrode terminals of the plurality of battery cells of each battery group via welding joint portions, the second bus bar mainly contains copper and is connected to the negative electrode terminals of the plurality of battery cells of each battery group via welding joint portions, and the plurality of battery groups are connected in series as a result of the first bus bar of one of the mutually adjacent battery groups being connected to the second bus bar of the other battery group via a mechanical joint portion, wherein the first bus bar and the second bus bar of each battery group are plate-like conductive metal members, the first bus bar and the second bus bar have bypass portions , which extend inward along the width direction of the battery cells , at ends of the first bus bar and the second bus bar adjacent to each other in the longitudinal direction, the first bus bar and the second bus bar are connected via the mechanical joint portion M at their respective bypass portions and . A battery module comprising a plurality of battery groups is characterized in that , each battery group includes a plurality of battery cells , a single first bus bar , and a single second bus bar , the first bus bar and the second bus bar being adapted to connect the plurality of battery cells in parallel, each battery cell includes a positive electrode terminal mainly containing aluminum and a negative electrode terminal mainly containing copper, the first bus bar mainly contains aluminum and is connected to the positive electrode terminals of the plurality of battery cells of each battery group via welding joint portions, the second bus bar mainly contains copper and is connected to the negative electrode terminals of the plurality of battery cells of each battery group via welding joint portions, and the plurality of battery groups are connected in series as a result of the first bus bar of one of the mutually adjacent battery groups being connected to the second bus bar of the other battery group via a mechanical joint portion, wherein the first bus bar and the second bus bar of each battery group are plate-like conductive metal members, the first bus bar and the second bus bar have bypass portions , which extend inward along the width direction of the battery cells , at ends of the first bus bar and the second bus bar adjacent to each other in the longitudinal direction, the first bus bar and the second bus bar are connected via the mechanical joint portion M at their respective bypass portions and .
A device for performing magnetic drug targeting on a patient, comprising: a magnetic element configured to provide a magnetic field configured to retain magnetic microbubbles within a target volume; and an ultrasound element configured to provide an acoustic field configured to excite the magnetic microbubbles while the magnetic microbubbles are retained by the magnetic field within the target volume, characterized in that : the device is a hand-held device and wherein the ultrasound element is mounted to the magnetic element so as to have a fixed spatial relationship to the magnetic element . a magnetic element configured to provide a magnetic field configured to retain magnetic microbubbles within a target volume; and an ultrasound element configured to provide an acoustic field configured to excite the magnetic microbubbles while the magnetic microbubbles are retained by the magnetic field within the target volume, characterized in that : the device is a hand-held device and wherein the ultrasound element is mounted to the magnetic element so as to have a fixed spatial relationship to the magnetic element .
An electromagnetic shielding configuration comprising: a first electrically conductive wall having a first surface ; and a second electrically conductive wall having a second surface, wherein the first surface is oppositely disposed from the second surface, and wherein the interfacing of the first conductive wall and the second conductive wall forms an enclosure wall , characterized in that : the first surface comprises a corrugated surface formed by a series of apices extending from the first surface , the corrugated surface being shaped as a serrated edge surface, which comprises a plurality of ridges that are inclined relative to the surface of the enclosure wall ; and the first surface forms an intimate continuous contact with the second surface during the interfacing of the first conductive wall and the second conductive wall . a first electrically conductive wall having a first surface ; and a second electrically conductive wall having a second surface, wherein the first surface is oppositely disposed from the second surface, and wherein the interfacing of the first conductive wall and the second conductive wall forms an enclosure wall , characterized in that : the first surface comprises a corrugated surface formed by a series of apices extending from the first surface , the corrugated surface being shaped as a serrated edge surface, which comprises a plurality of ridges that are inclined relative to the surface of the enclosure wall ; and the first surface forms an intimate continuous contact with the second surface during the interfacing of the first conductive wall and the second conductive wall . the first surface comprises a corrugated surface formed by a series of apices extending from the first surface , the corrugated surface being shaped as a serrated edge surface, which comprises a plurality of ridges that are inclined relative to the surface of the enclosure wall ; and the first surface forms an intimate continuous contact with the second surface during the interfacing of the first conductive wall and the second conductive wall .
A thread element made of plastic comprising an axial piece having a central axis (M) and a thread turn of an outer thread circulating around the central axis (M) in several windings, wherein the outer thread is adapted to form a counter-thread when being screwed into a receiving opening of a support part made of plastic, characterized in that a plurality of adjacent windings are interrupted at least over a part region of the axial piece by at least two chip flutes extending parallel to the central axis (M), so that each interrupted winding comprises at least one cutting web and one inhibition web in which a radial extension of the cutting web is larger than a radial extension of the inhibition web , wherein a core thickness (D K ) of the axial piece perpendicular to the central axis (M) of the outer thread is constant at least in the part region of the axial piece outside the longitudinal flutes.
Moulding tool comprising: one or more controllable setting elements for fixing the position of a mould core of the moulding tool, wherein the moulding tool comprises a base tool having a receptacle for the mould core , wherein the at least one controllable setting element comprises one or more setting elements which are arranged in the base tool , characterized in that the one or more setting elements arranged in the base tool comprise one or more setting elements which are movable back and forth between a first position and a second position, wherein the movable setting elements, in the first position, project into the receptacle in order to come into engagement with depressions in the moulding core and, in the second position, are in a retracted state in order to release the mould core , wherein the movable setting elements are arranged so as to run in an encircling manner around the mould core and/or are arranged at various positions in the vertical direction, wherein the one or more setting elements arranged in the base tool are arranged and configured in such a way as to set a tilt of the mould core and/or a height position of the mould core . one or more controllable setting elements for fixing the position of a mould core of the moulding tool, wherein the moulding tool comprises a base tool having a receptacle for the mould core , wherein the at least one controllable setting element comprises one or more setting elements which are arranged in the base tool , characterized in that the one or more setting elements arranged in the base tool comprise one or more setting elements which are movable back and forth between a first position and a second position, wherein the movable setting elements, in the first position, project into the receptacle in order to come into engagement with depressions in the moulding core and, in the second position, are in a retracted state in order to release the mould core , wherein the movable setting elements are arranged so as to run in an encircling manner around the mould core and/or are arranged at various positions in the vertical direction, wherein the one or more setting elements arranged in the base tool are arranged and configured in such a way as to set a tilt of the mould core and/or a height position of the mould core .
A polycarbonate resin composition comprising: a polycarbonate; a cyclic phosphite ester compound; a linear phosphite ester compound; a vinyl-based polymer containing a (meth)acrylate repeating unit containing an epoxy functional group; and a photoreactive compound containing a phenylene functional group, wherein the linear phosphite ester compound is contained in an amount of 40 parts by weight to 90 parts by weight relative to 100 parts by weight of the cyclic phosphite ester compound. a polycarbonate; a cyclic phosphite ester compound; a linear phosphite ester compound; a vinyl-based polymer containing a (meth)acrylate repeating unit containing an epoxy functional group; and a photoreactive compound containing a phenylene functional group, wherein the linear phosphite ester compound is contained in an amount of 40 parts by weight to 90 parts by weight relative to 100 parts by weight of the cyclic phosphite ester compound.
A method, comprising: placing a first part proximate a second part ; disposing a titania-silica sintering material in contact with both the first part and the second part; applying energy to the titania-silica sintering material; joining the first part and the second part; and repeating the disposing of the sintering material and the applying energy to create successive layers of sintered material that join the first part and the second part. placing a first part proximate a second part ; disposing a titania-silica sintering material in contact with both the first part and the second part; applying energy to the titania-silica sintering material; joining the first part and the second part; and repeating the disposing of the sintering material and the applying energy to create successive layers of sintered material that join the first part and the second part.
A refuse landfill impervious system capable of prolonging breakdown time of leachate, comprising a leachate collection and drainage layer , a first HDPE geomembrane impervious layer , a clay layer and a groundwater collection and drainage layer which are sequentially stacked from top to bottom, and the clay layer comprises a lower clay layer , a middle clay layer and an upper clay layer which are sequentially arranged, wherein the middle clay layer is filled with a medium-fine sand layer laid with sands of particle sizes ranging from 0.1mm to 0.5 mm and water contents no more than 3%, so that the saturated permeability coefficient of the medium-fine sand layer varies from 1×10 -5 to 1×10 -3 cm/s.
A method of wireless communication, comprising: determining a first starting index for transmitting a first control message in a first search space; determining a second starting index for transmitting a second control message in a second search space; and when the first starting index and the second starting index have the same value: determining all information fields having a respective bit different between the first control message and the second control message, and setting all bits of the determined information fields to zero in the first control message and the second control message. determining a first starting index for transmitting a first control message in a first search space; determining a second starting index for transmitting a second control message in a second search space; and when the first starting index and the second starting index have the same value: determining all information fields having a respective bit different between the first control message and the second control message, and setting all bits of the determined information fields to zero in the first control message and the second control message. determining all information fields having a respective bit different between the first control message and the second control message, and setting all bits of the determined information fields to zero in the first control message and the second control message.
An electrode plate of a secondary battery, comprising a current collector and an active material layer ; characterized in that the current collector comprising an insulating layer and a first conducting layer provided on a surface of the insulating layer ; the first conducting layer having a main portion and a protruding portion connected with the main portion , the main portion being coated with the active material layer , the protruding portion being not coated with the active material layer ; the electrode plate further comprising a second conducting layer and a first protecting layer , the second conducting layer comprising a first portion , the first portion being provided on a surface of the protruding portion away from the insulating layer ; the first protecting layer being provided at a side of the first portion away from the protruding portion , and at least a part of the first portion is coated with the first protecting layer ; both of the first portion and the first protecting layer being connected with the active material layer ; a stiffness of the second conducting layer is less than a stiffness of the first conducting layer ; the second conducting layer comprises a second portion , the second portion is connected with the first portion and provided between the main portion and the active material layer . characterized in that the current collector comprising an insulating layer and a first conducting layer provided on a surface of the insulating layer ; the first conducting layer having a main portion and a protruding portion connected with the main portion , the main portion being coated with the active material layer , the protruding portion being not coated with the active material layer ; the electrode plate further comprising a second conducting layer and a first protecting layer , the second conducting layer comprising a first portion , the first portion being provided on a surface of the protruding portion away from the insulating layer ; the first protecting layer being provided at a side of the first portion away from the protruding portion , and at least a part of the first portion is coated with the first protecting layer ; both of the first portion and the first protecting layer being connected with the active material layer ; a stiffness of the second conducting layer is less than a stiffness of the first conducting layer ; the second conducting layer comprises a second portion , the second portion is connected with the first portion and provided between the main portion and the active material layer .
A mobile bridge apparatus , comprising: one or more mobile bridge modules ; and a plurality of sensors for sensing a deformation of the one or more mobile bridge modules ; characterised in that each sensor is arranged to transmit deformation information; and in that at least one mobile bridge module comprises at least two sensors at different locations of the bridge module to sense asymmetric deformation of the mobile bridge module . one or more mobile bridge modules ; and a plurality of sensors for sensing a deformation of the one or more mobile bridge modules ; characterised in that each sensor is arranged to transmit deformation information; and in that at least one mobile bridge module comprises at least two sensors at different locations of the bridge module to sense asymmetric deformation of the mobile bridge module .
A speech processing system comprising: an input for receiving an input utterance spoken by a user; a speech recognition system configured to recognise the input utterance spoken by the user and to output a recognition result comprising a sequence of recognised words and sub-word units corresponding to the input utterance; an acoustic model store that stores acoustic speech models; a word alignment unit configured to receive the sequence of recognised words and sub-word units output by the speech recognition system and to align a sequence of said acoustic speech models corresponding to the received sequence of recognised words and sub-word units with a sequence of acoustic feature vectors representing the input utterance spoken by the user and to output an alignment result identifying a time alignment between the received sequence of recognised words and sub-word units and the sequence of acoustic feature vectors representing the input utterance spoken by the user. an input for receiving an input utterance spoken by a user; a speech recognition system configured to recognise the input utterance spoken by the user and to output a recognition result comprising a sequence of recognised words and sub-word units corresponding to the input utterance; an acoustic model store that stores acoustic speech models; a word alignment unit configured to receive the sequence of recognised words and sub-word units output by the speech recognition system and to align a sequence of said acoustic speech models corresponding to the received sequence of recognised words and sub-word units with a sequence of acoustic feature vectors representing the input utterance spoken by the user and to output an alignment result identifying a time alignment between the received sequence of recognised words and sub-word units and the sequence of acoustic feature vectors representing the input utterance spoken by the user.
Device for controlling drilling or countersinking of a workpiece having a tolerance of less than 50 μm, said device comprising: - a base for holding said workpiece and - a numerically controlled tool that is able to produce machining of the bore or countersink type, - at least one means for real-time measurement of the stresses experienced by said workpiece during machining by the tool , said device being characterized in that it comprises: - at least one means for real-time measurement of the movements of the tool , - at least one means for real-time measurement of the variations in the current supplied to the tool , and - an analysis means that is able to calculate the tolerance of the bore or of the countersink using the measurements of the stresses experienced by said workpiece during machining, the measurements of the movements of the tool and the measurements of the variations of the current supplied to the tool , said analysis means being able to carry out quality control of the machining of said workpiece . - a base for holding said workpiece and - a numerically controlled tool that is able to produce machining of the bore or countersink type, - at least one means for real-time measurement of the stresses experienced by said workpiece during machining by the tool , - at least one means for real-time measurement of the movements of the tool , - at least one means for real-time measurement of the variations in the current supplied to the tool , and - an analysis means that is able to calculate the tolerance of the bore or of the countersink using the measurements of the stresses experienced by said workpiece during machining, the measurements of the movements of the tool and the measurements of the variations of the current supplied to the tool ,