mhurhangee/patent-ind-claim-en huggingface dataset:
A closure for an opening in tissue, comprising: a first closure element , the first closure element having a first mesh enclosure, the first mesh enclosure having a first distal narrowed end and a second proximal narrowed end and a central volume , each of the first and second ends being inverted so as to be within the central volume of the first mesh enclosure, each of the first and second ends being surrounded by respective external surfaces of the first mesh enclosure; a second closure element , the second closure element having a second mesh enclosure, the second mesh enclosure having a third distal narrowed end and a fourth proximal narrowed end and a central volume , the third end being inverted so as to be within the central volume of the second mesh enclosure, the third end being surrounded by external surfaces of the second mesh enclosure; a tether joining the first and second closure elements in an initial configuration prior to delivery of the closure elements to the opening, the tether having first and second enlarged ends, wherein the tether extends through the first, second and third narrowed ends so that the first enlarged end of the tether is outside the first closure element adjacent or engaging the first end and the second enlarged end of the tether is within the central volume of the second closure element, wherein the first closure element is adapted to engage a distal side of the tissue having the opening, and the second closure element is adapted to engage a proximal side of the tissue, and the tether is adapted to pass through the opening. a first closure element , the first closure element having a first mesh enclosure, the first mesh enclosure having a first distal narrowed end and a second proximal narrowed end and a central volume , each of the first and second ends being inverted so as to be within the central volume of the first mesh enclosure, each of the first and second ends being surrounded by respective external surfaces of the first mesh enclosure; a second closure element , the second closure element having a second mesh enclosure, the second mesh enclosure having a third distal narrowed end and a fourth proximal narrowed end and a central volume , the third end being inverted so as to be within the central volume of the second mesh enclosure, the third end being surrounded by external surfaces of the second mesh enclosure; a tether joining the first and second closure elements in an initial configuration prior to delivery of the closure elements to the opening, the tether having first and second enlarged ends, wherein the tether extends through the first, second and third narrowed ends so that the first enlarged end of the tether is outside the first closure element adjacent or engaging the first end and the second enlarged end of the tether is within the central volume of the second closure element, wherein the first closure element is adapted to engage a distal side of the tissue having the opening, and the second closure element is adapted to engage a proximal side of the tissue, and the tether is adapted to pass through the opening.
A gas barrier film for a paper or paperboard based packaging material, said gas barrier film comprising: a microfibrillated cellulose layer (MFC layer), at least one surface of which has been grafted with a fatty acid halide; and a polymer layer disposed on the at least one surface of the MFC layer which has been grafted with a fatty acid halide. a microfibrillated cellulose layer (MFC layer), at least one surface of which has been grafted with a fatty acid halide; and a polymer layer disposed on the at least one surface of the MFC layer which has been grafted with a fatty acid halide.
Instrument cluster of a motor vehicle, comprising at least one analog indicator instrument for displaying operation-related information relating to the motor vehicle, the or each indicator instrument comprising at least one indicator and at least one scale with scaling lines and numbers associated with the or each indicator , at least one analog pointer instrument of the instrument cluster having at least one OLED display which is designed and arranged in the instrument cluster in such a way that at least one number of the at least one scale of the at least one analog indicator instrument can be displayed thereon, characterized in that the OLED display is of arcuate design and is arranged in the instrument cluster around an axis of rotation of the at least one pointer of the at least one indicator instrument , and the at least one OLED display is applied to a display area of the at least one indicator instrument arranged in the field of vision of a driver of the motor vehicle. at least one analog pointer instrument of the instrument cluster having at least one OLED display which is designed and arranged in the instrument cluster in such a way that at least one number of the at least one scale of the at least one analog indicator instrument can be displayed thereon, characterized in that the OLED display is of arcuate design and is arranged in the instrument cluster around an axis of rotation of the at least one pointer of the at least one indicator instrument , and the at least one OLED display is applied to a display area of the at least one indicator instrument arranged in the field of vision of a driver of the motor vehicle.
Rail connection , which is used to connect a first rail portion and a second rail portion of a rail of an elevator system, the first rail portion and the second rail portion being adjacent to one another along an extension of the rail through the elevator shaft , and at least one clamping element being provided which, in the assembled state, is arranged in a transition region within the rail in which the first rail portion adjoins the second rail portion , the at least one clamping element , in the assembled state, acting mechanically from the inside upon at least a head side of the first rail portion and/or at least a head side of the second rail portion in the transition region , characterized in that a fastening profile is provided which is arranged within the first rail portion and within the second rail portion and extends over the transition region , the fastening profile connecting at least a foot side of the first rail portion to a foot side of the second rail portion , the foot side of the first rail portion being connected to the fastening profile by means of at least one fastening means and the fastening means being arranged at a distance from the second rail portion and preferably outside the transition region , and/or the foot side of the second rail portion being connected to the fastening profile by means of at least one fastening means and the fastening means being arranged at a distance from the first rail portion and preferably outside the transition region .
A control system comprising a multi-motor converter (PWR) for controlled parallel operation of a number of n EC motors (M1, ..., Mn), the respective rotor position of which being acquired without a sensor, where n ≥ 2, comprising a. at least one acquisition means for determining at least the rotor positions and rotational speeds of the n EC motors (M1, ..., Mn) with the aid of the previously measured phase currents I M1,..., I Mn and optionally the terminal voltage U u,v,w of the n EC motors (M1, ..., Mn); b. a control and transformation means in order to generate corresponding voltage variables and current variables in the d-q coordinate system with the aid of the determined rotor positions and the rotational speeds for controlling the n motors; c. a control means downstream of the control and transformation means , to said control means the voltage variables and current variables generated by the control and transformation means are supplied in order to generate switching commands (SZB) therefrom for the multi-motor converter in order to operate the n motors, characterized in that the control means has a current-phase controller (R ST ).. a. at least one acquisition means for determining at least the rotor positions and rotational speeds of the n EC motors (M1, ..., Mn) with the aid of the previously measured phase currents I M1,..., I Mn and optionally the terminal voltage U u,v,w of the n EC motors (M1, ..., Mn); b. a control and transformation means in order to generate corresponding voltage variables and current variables in the d-q coordinate system with the aid of the determined rotor positions and the rotational speeds for controlling the n motors; c. a control means downstream of the control and transformation means , to said control means the voltage variables and current variables generated by the control and transformation means are supplied in order to generate switching commands (SZB) therefrom for the multi-motor converter in order to operate the n motors, characterized in that the control means has a current-phase controller (R ST )..
System comprising a label (23; 33; 46; 56; 73) and an item of merchandise (24; 34; 44; 54; 68), said label comprising: an RFID inlay (41; 51; 61) placed on a label substrate; design details, wherein said design details are either a digitally defined and applied pattern (45; 55; 67) and color on the label substrate which is configured to match design details, namely a branding pattern (45a; 55a; 67a) and color of said item of merchandise at a label placement location of the item of merchandise, or said design details are a color printed indicia area on the label substrate which is configured to match design details, namely a color, of said item of merchandise at a label placement location of the item of merchandise, the match being unobtrusive to the visual aesthetics of the item of merchandise, wherein the design details of the label, when the label is applied to the item of merchandise, are adjacent to and substantially in alignment with the design details of the item of merchandise, whereby the label mimics the design details of the item of merchandise, characterized in that the label includes UV ink deposits printed at designated locations on the label substrate. an RFID inlay (41; 51; 61) placed on a label substrate; design details, wherein said design details are either a digitally defined and applied pattern (45; 55; 67) and color on the label substrate which is configured to match design details, namely a branding pattern (45a; 55a; 67a) and color of said item of merchandise at a label placement location of the item of merchandise, or said design details are a color printed indicia area on the label substrate which is configured to match design details, namely a color, of said item of merchandise at a label placement location of the item of merchandise, the match being unobtrusive to the visual aesthetics of the item of merchandise, wherein the design details of the label, when the label is applied to the item of merchandise, are adjacent to and substantially in alignment with the design details of the item of merchandise, whereby the label mimics the design details of the item of merchandise, characterized in that the label includes UV ink deposits printed at designated locations on the label substrate.
A powered device for augmenting a joint function of a human during a gait cycle, the device comprising: a powered actuator for supplying at least one of an augmentation torque and an impedance to ajoint; and characterized in further comprising a controller configured to modulate the augmentation torque, the impedance, and a joint equilibrium according to a phase of the gait cycle to provide at least a biomimetic response, wherein the controller is further configured to modulate, within the gait cycle, the augmentation torque, the impedance, and the joint equilibrium according to a speed of ambulation or terrain. a powered actuator for supplying at least one of an augmentation torque and an impedance to ajoint; and characterized in further comprising a controller configured to modulate the augmentation torque, the impedance, and a joint equilibrium according to a phase of the gait cycle to provide at least a biomimetic response, wherein the controller is further configured to modulate, within the gait cycle, the augmentation torque, the impedance, and the joint equilibrium according to a speed of ambulation or terrain.
A communications method, comprising: determining (S501), by a control function entity, a session management function entity based on at least one of a data network name, slice information, and an application function service identifier; and sending (S502) by the control function entity, a first message to the session management function entity, wherein the first message is used to subscribe to a terminal event, the first message comprises service description information, and wherein the service description information is description information of service data, and the service description information is used to identify a service of a specific application function entity and the service corresponding to the terminal event, wherein the first message comprises an event correlation identifier and event type information of the terminal event, the event correlation identifier is used to determine event reporting information, and the event type information is used to identify the terminal event, wherein the event reporting information is used to identify information about a reported event. determining (S501), by a control function entity, a session management function entity based on at least one of a data network name, slice information, and an application function service identifier; and sending (S502) by the control function entity, a first message to the session management function entity, wherein the first message is used to subscribe to a terminal event, the first message comprises service description information, and wherein the service description information is description information of service data, and the service description information is used to identify a service of a specific application function entity and the service corresponding to the terminal event, wherein the first message comprises an event correlation identifier and event type information of the terminal event, the event correlation identifier is used to determine event reporting information, and the event type information is used to identify the terminal event, wherein the event reporting information is used to identify information about a reported event.
A deposition apparatus to deposit donor material having viscous properties from a donor surface of a donor substrate on a target surface of a target substrate , the apparatus comprising: - a target substrate carrier to carry the target substrate and a donor substrate carrier to carry the donor substrate opposite the target substrate with the donor surface and the target surface facing each other; - an optical beam generator to generate an optical beam to be directed through the donor substrate towards the donor material , the optical beam having an optical axis with a point of intersection in the target surface ; - a positioning device to control a position of the point of intersection ; - a controller to control operation of the optical beam generator , and to control the positioning device , wherein in an operational state of the deposition apparatus , the controller is configured to receive specification data (DS) specifying a desired spatial distribution of donor material on the target surface , wherein the controller generates a position control signal (S140,S150) to control the positioning device, and a beam generator control signal (S130) to control operation of the optical beam generator in accordance with said desired spatial distribution, and wherein the optical beam generator generates the optical beam in response to the beam generator control signal to cause donor material to be transferred from the donor surface towards a position on the target surface dependent on the position control signal (S140,S150); wherein the optical beam generator is further configured to generate the optical beam to eject a portion of donor material with a controllable spatial energy distribution and in that the controller is configured to generate the beam generator control signal (S130) in accordance with the received specification data (DS) to control the spatial energy distribution, characterized in that the optical beam generator is configured to generate an optical beam that results in a transfer of the donor material as a jet, the controller being configured to control the optical beam generator to generate the optical beam with a substantially asymmetric spatial distribution on the basis of a shape to be assumed by the jet according to said specification data. - a target substrate carrier to carry the target substrate and a donor substrate carrier to carry the donor substrate opposite the target substrate with the donor surface and the target surface facing each other; - an optical beam generator to generate an optical beam to be directed through the donor substrate towards the donor material , the optical beam having an optical axis with a point of intersection in the target surface ; - a positioning device to control a position of the point of intersection ; - a controller to control operation of the optical beam generator , and to control the positioning device ,
An apparatus configured to change a geometry of a blood vessel in contact with a nerve comprising: a body portion having a proximal end and a distal end ; and one or more marker elements disposed on said body portion; said body portion comprising at least two wires wrapped about one another to form a braided wire , the body portion being sized and shaped to change the geometry of the blood vessel upon insertion of the apparatus into the blood vessel to no longer contact the nerve, and being configured to have a certain rigidity to achieve mechanical restructuring of the blood vessel upon insertion of the apparatus into the blood vessel to reduce blood vessel pulsation. a body portion having a proximal end and a distal end ; and one or more marker elements disposed on said body portion; said body portion comprising at least two wires wrapped about one another to form a braided wire , the body portion being sized and shaped to change the geometry of the blood vessel upon insertion of the apparatus into the blood vessel to no longer contact the nerve, and being configured to have a certain rigidity to achieve mechanical restructuring of the blood vessel upon insertion of the apparatus into the blood vessel to reduce blood vessel pulsation.
A plate-and-shell heat exchanger comprising a shell and a plurality of heat transfer plates within the shell , said plates forming fluidly connected first cavities for providing a first fluid flow path for a first fluid flow and the shell forming a second cavity in which the plates are arranged and providing a second fluid flow path for a second fluid flow separated from the first fluid flow path by the plates , wherein the first fluid flow path leads through inlet and outlet plate openings between adjacent plates and the second fluid flow path leads through second inlet and outlet openings of the shell , wherein at least some of the plates are symmetric along a cross sectional line (A) of the heat exchanger extending orthogonal to a cross sectional line (B) reaching from inlet to outlet plate openings, characterized in that the at least some of the plates comprise at least one recess with at least one concave curved portion in proximity of one plate opening and the second inlet or outlet opening creating a distribution chamber within the shell .
A method of making a three-dimensional article, comprising printing the three-dimensional article using a curable composition comprised of at least one polymerizable ionic species corresponding to Formula (I): A + B − wherein A + is a cationic species comprising a cationic functional group and a first polymerizable, ethylenically unsaturated functional group; and B - is an anionic species comprising an anionic functional group and a second polymerizable, ethylenically unsaturated functional group which is the same as or different from the first polymerizable, ethylenically unsaturated functional group; wherein the curable composition comprises less than 10,000 ppm of each of (meth)acrylic anhydride and water and wherein the curable composition when cured provides a cured composition which is thermoplastic in the absence of a protic liquid medium, is fragmentable in a protic liquid medium and comprises ionic crosslinks as a result of incorporation of the ionic species into a polymeric matrix.
A surgical device for clipping tissue, comprising: a housing comprising a motor configured to output rotary motions; a power source configured to supply power to said motor; a motor controller configured to control said motor; a current meter configured to measure the current draw of said motor; a shaft extending from said housing; an end effector (120; 70120) extending from said shaft, comprising: a first jaw (123a; 70123a); and a second jaw (123b; 70123b), wherein said first jaw and said second jaw are movable between a fully open position, an open position, and a closed position relative to each other; a crimping drive (180; 70180) configured to move said first jaw and said second jaw relative to each other between said fully open position, said open position, and said closed position; a clip magazine comprising a plurality of clips (140; 70140); and a reciprocating firing drive (160; 70160) configured to advance a said clip from said clip magazine into said end effector during a firing stroke, wherein said reciprocating firing drive is operably responsive to said rotary motions, characterised in that when a said clip is jammed in said end effector said current meter is configured to detect the jammed clip and the crimping drive is configured to move said first jaw and said second jaw to said fully open position. a housing comprising a motor configured to output rotary motions; a power source configured to supply power to said motor; a motor controller configured to control said motor; a current meter configured to measure the current draw of said motor; a shaft extending from said housing; an end effector (120; 70120) extending from said shaft, comprising: a first jaw (123a; 70123a); and a second jaw (123b; 70123b), wherein said first jaw and said second jaw are movable between a fully open position, an open position, and a closed position relative to each other; a first jaw (123a; 70123a); and a second jaw (123b; 70123b), wherein said first jaw and said second jaw are movable between a fully open position, an open position, and a closed position relative to each other; a crimping drive (180; 70180) configured to move said first jaw and said second jaw relative to each other between said fully open position, said open position, and said closed position; a clip magazine comprising a plurality of clips (140; 70140); and a reciprocating firing drive (160; 70160) configured to advance a said clip from said clip magazine into said end effector during a firing stroke, wherein said reciprocating firing drive is operably responsive to said rotary motions, characterised in that when a said clip is jammed in said end effector said current meter is configured to detect the jammed clip and the crimping drive is configured to move said first jaw and said second jaw to said fully open position.
20(R)-ginsenoside Rg3 polyacylated derivative of the formula (I), wherein, R= CH 3 (CH 2 )nCO, n=1∼5.