mhurhangee/patent-ind-claim-en huggingface dataset:
A processor-implemented method for adjustable depth anatomical shell editing, the method comprising: outputting, to a display device , an anatomical shell of a cardiac structure , the cardiac structure comprising a heart chamber, wherein the anatomical shell is based on a plurality of electrical signals sensed by one or more electrodes of a mapping probe ; receiving, from a user input device, a selection of a region of the surface of the anatomical shell ; generating a modified anatomical shell by removing a portion of the anatomical shell and generating a new surface region on the modified anatomical shell , the removed portion of the anatomical shell comprising the selected region of the surface and extending inward from the surface to an editing depth below the surface, the editing depth comprising at least one finite depth, and wherein the new surface region corresponds to the selected region disposed at the editing depth and comprises at least one electrical signal of the plurality of electrical signals sensed below an endocardium surface inside the heart chamber of the cardiac structure at the editing depth; and outputting, to the display device, the modified anatomical shell . outputting, to a display device , an anatomical shell of a cardiac structure , the cardiac structure comprising a heart chamber, wherein the anatomical shell is based on a plurality of electrical signals sensed by one or more electrodes of a mapping probe ; receiving, from a user input device, a selection of a region of the surface of the anatomical shell ; generating a modified anatomical shell by removing a portion of the anatomical shell and generating a new surface region on the modified anatomical shell , the removed portion of the anatomical shell comprising the selected region of the surface and extending inward from the surface to an editing depth below the surface, the editing depth comprising at least one finite depth, and wherein the new surface region corresponds to the selected region disposed at the editing depth and comprises at least one electrical signal of the plurality of electrical signals sensed below an endocardium surface inside the heart chamber of the cardiac structure at the editing depth; and outputting, to the display device, the modified anatomical shell .
A method of manufacturing a rotor core assembly , the method comprising: a first step of: providing an assembly comprising a magnet , a first end cap located at one end of the magnet, a second end cap located at an opposite end of the magnet, a bore that extends through the end caps and the magnet for receiving a shaft , securing the end caps to the magnet such that the outer diameter of the magnet is concentric with the inner diameters of the end caps; a second subsequent step of providing a sleeve surrounding the magnet and the ends caps, the sleeve forming an interference fit with each of the end caps; introducing an adhesive into a clearance between the magnet and the sleeve; and curing the adhesive. a first step of: providing an assembly comprising a magnet , a first end cap located at one end of the magnet, a second end cap located at an opposite end of the magnet, a bore that extends through the end caps and the magnet for receiving a shaft , securing the end caps to the magnet such that the outer diameter of the magnet is concentric with the inner diameters of the end caps; a second subsequent step of providing a sleeve surrounding the magnet and the ends caps, the sleeve forming an interference fit with each of the end caps; introducing an adhesive into a clearance between the magnet and the sleeve; and curing the adhesive.
A spark plug , comprising: an insulator having an axial hole formed therein in an axial direction; a center electrode extending in the axial direction and having a rear end located within the axial hole ; a metal terminal extending in the axial direction and having a front end located rearward of the rear end of the center electrode within the axial hole ; a resistor arranged between the center electrode and the metal terminal within the axial hole ; and a conductive seal layer (60; 60b; 80) that fills a space between the resistor and the center electrode in the axial hole and keeps the center electrode and the resistor apart from each other, characterized in that the conductive seal layer (60; 60b; 80) has a first layer portion located adjacent to the center electrode and a second layer portion located between the first layer portion and the resistor , wherein a thermal expansion coefficient of the resistor , a thermal expansion coefficient of the first layer portion and a thermal expansion coefficient of the second layer portion are different from one another, and wherein the thermal expansion coefficient of the second layer portion has a value between the thermal expansion coefficient of the first layer portion and the thermal expansion coefficient of the resistor . an insulator having an axial hole formed therein in an axial direction; a center electrode extending in the axial direction and having a rear end located within the axial hole ; a metal terminal extending in the axial direction and having a front end located rearward of the rear end of the center electrode within the axial hole ; a resistor arranged between the center electrode and the metal terminal within the axial hole ; and a conductive seal layer (60; 60b; 80) that fills a space between the resistor and the center electrode in the axial hole and keeps the center electrode and the resistor apart from each other, characterized in that the conductive seal layer (60; 60b; 80) has a first layer portion located adjacent to the center electrode and a second layer portion located between the first layer portion and the resistor , wherein a thermal expansion coefficient of the resistor , a thermal expansion coefficient of the first layer portion and a thermal expansion coefficient of the second layer portion are different from one another, and wherein the thermal expansion coefficient of the second layer portion has a value between the thermal expansion coefficient of the first layer portion and the thermal expansion coefficient of the resistor .
A refrigerant compressor unit, comprising a piston compressor , which is driven by a drive motor , and an overall housing having a housing body that forms a drive housing portion with a drive compartment for the piston compressor and forms a motor housing portion with a motor compartment for receiving the drive motor , wherein refrigerant that is supplied to the piston compressor flows through the motor compartment such that there is formed in the motor compartment , on the bottom side, a lubricant sump out of which lubricant is drawn off by suction by a suction-removal unit and is transferred to a lubricant bath in the motor compartment , characterized in that there is provided on the bottom side of the motor compartment a receiving point that takes a form such that, in particular in the event of tilting within a tilting tolerance range by the refrigerant compressor unit relative to a starting position, the receiving point receives lubricant from the lubricant sump and supplies it to the suction-removal unit .
A touch sensor assembly comprising: a touch substrate configured to be attached to a panel having a touch point ; and a piezo disk having a first pole and a second pole stacked thereon, the first pole being disposed on a surface of the second pole facing the touch substrate ; wherein the touch substrate includes a pressing part , which is in contact with the first pole and electrically connected thereto, and which is electrically connected at a plurality of points to a plurality of first wirings provided on the touch substrate and a fixing surface electrically connected to the second pole and electrically connected to second wirings provided on the touch substrate . a touch substrate configured to be attached to a panel having a touch point ; and a piezo disk having a first pole and a second pole stacked thereon, the first pole being disposed on a surface of the second pole facing the touch substrate ; wherein the touch substrate includes a pressing part , which is in contact with the first pole and electrically connected thereto, and which is electrically connected at a plurality of points to a plurality of first wirings provided on the touch substrate and a fixing surface electrically connected to the second pole and electrically connected to second wirings provided on the touch substrate .
A method for improving performance of a computer network, the method comprising: receiving , by a device intermediary to a client and a server , multiplexed application layer streams of network traffic from the client to the server via a first transport control protocol, TCP, connection between the device and the client, the multiplexed application layer streams of network traffic including a first data packet with a first sequence number, the device forwarding the first data packet with the first sequence number to the server via a second TCP connection between the device and the server ; transmitting , by the device via the first TCP connection, a hypertext transfer protocol, HTTP, ping frame of an application layer protocol to the client and in response thereto the client increases a next sequence number used for the first TCP connection by a size of a data payload of the HTTP ping frame; receiving, by the device , a HTTP ping response frame from the client , the HTTP ping response frame transmitted by the client responsive to the HTTP ping frame; receiving , by the device via the first TCP connection, a second data packet from the client with the next sequence number comprising a second sequence number increased by the size of the data payload of the HTTP ping frame; adjusting , by the device , the second sequence number of the second data packet to be a third sequence number expected by the second TCP connection between the device and the server ; and forwarding , by the device via the second TCP connection, the second data packet having the third sequence number to the server . receiving , by a device intermediary to a client and a server , multiplexed application layer streams of network traffic from the client to the server via a first transport control protocol, TCP, connection between the device and the client, the multiplexed application layer streams of network traffic including a first data packet with a first sequence number, the device forwarding the first data packet with the first sequence number to the server via a second TCP connection between the device and the server ; transmitting , by the device via the first TCP connection, a hypertext transfer protocol, HTTP, ping frame of an application layer protocol to the client and in response thereto the client increases a next sequence number used for the first TCP connection by a size of a data payload of the HTTP ping frame; receiving, by the device , a HTTP ping response frame from the client , the HTTP ping response frame transmitted by the client responsive to the HTTP ping frame; receiving , by the device via the first TCP connection, a second data packet from the client with the next sequence number comprising a second sequence number increased by the size of the data payload of the HTTP ping frame; adjusting , by the device , the second sequence number of the second data packet to be a third sequence number expected by the second TCP connection between the device and the server ; and forwarding , by the device via the second TCP connection, the second data packet having the third sequence number to the server .
A belt of an elevator system , comprising: one or more tension elements extending longitudinally along a length of the belt ; an elastomeric jacket at least partially enveloping the one or more tension elements , the jacket defining a traction side configured to be interactive with a traction sheave of the elevator system and a back side opposite the traction side ; and characterized in that a protective tape , that is a clean peel tape, is applied to the elastomeric jacket at the back side . one or more tension elements extending longitudinally along a length of the belt ; an elastomeric jacket at least partially enveloping the one or more tension elements , the jacket defining a traction side configured to be interactive with a traction sheave of the elevator system and a back side opposite the traction side ; and characterized in that a protective tape , that is a clean peel tape, is applied to the elastomeric jacket at the back side .
A non-planar transistor, comprising: a substrate ; a P-N junction superlattice on the substrate; a delta doped large bandgap stack on the P-N junction superlattice; and a multi-gate body on the delta doped large bandgap stack. a substrate ; a P-N junction superlattice on the substrate; a delta doped large bandgap stack on the P-N junction superlattice; and a multi-gate body on the delta doped large bandgap stack.
An antenna system, comprising a receiver set , a transmitter set , and an antenna array , wherein the receiver set comprises a plurality of receivers , and the transmitter set comprises a plurality of transmitters ; and the antenna array comprises a first antenna unit set and a second antenna unit set ; the first antenna unit set comprises at least one first target antenna unit , the second antenna unit set comprises at least one second target antenna unit , and any one of the at least one first target antenna unit and any one of the at least one second target antenna unit are different antenna units; and any one of the at least one first target antenna unit is only connected to any receiver in the receiver set , and any one of the at least one second target antenna unit is only connected to any transmitter in the transmitter set , wherein the first antenna unit set comprises a plurality of first target antenna units , the plurality of first target antenna units are adjacently arranged in the antenna array ; wherein the second antenna unit set comprises a plurality of second target antenna units , the plurality of second target antenna units are adjacently arranged in the antenna array , wherein the antenna array further comprises a fourth antenna unit set , the fourth antenna unit set comprises at least one fourth target antenna unit , and any one of the at least one fourth target antenna unit comprises a first antenna element and a second antenna element ; the first antenna element is only connected to any receiver in the receiver set , and the second antenna element is only connected to any transmitter in the transmitter set and wherein the first antenna element and the second antenna element are corresponding to different polarizations.
A microfluidic device, comprising: (a) a chamber comprising (i) a first surface having a width (W) and a length (L), (ii) a second surface parallel to the first surface, and (iii) a space between the first surface and the second surface having a first height (H wall ) at an edge of the chamber and a second height (H m ) at a midpoint of the chamber, wherein the space between the first and second surfaces is configured to direct fluid flow, wherein H m is less than or equal to H wall , and wherein H wall and H m are both less than 3 millimeters (mm); (b) an input funnel having (i) an inlet medial to the chamber , (ii) a wide end spanning the width of the first surface and in fluid communication with the space between the first surface and the second surface, and (iii) a narrow end medial to the wide end and in fluid communication with the wide end; and (c) an output funnel having a wide end in fluid communication with the space between the first surface and the second surface, wherein the wide end of the input funnel has a width (W funnel ), a first dimension (t o ) at its mid-point , a second dimension (t 1 ) at its edges , and wherein the input funnel has a height (h) between the wide end to the narrow end, wherein the first dimension (t o ) of the input funnel at its midpoint is less than the second dimension (t 1 ) of the input funnel at its edges , and wherein the second height (H m ) at the midpoint of the chamber is less than the width (W funnel ) of the wide end of the input funnel. (a) a chamber comprising (i) a first surface having a width (W) and a length (L), (ii) a second surface parallel to the first surface, and (iii) a space between the first surface and the second surface having a first height (H wall ) at an edge of the chamber and a second height (H m ) at a midpoint of the chamber, wherein the space between the first and second surfaces is configured to direct fluid flow, wherein H m is less than or equal to H wall , and wherein H wall and H m are both less than 3 millimeters (mm); (b) an input funnel having (i) an inlet medial to the chamber , (ii) a wide end spanning the width of the first surface and in fluid communication with the space between the first surface and the second surface, and (iii) a narrow end medial to the wide end and in fluid communication with the wide end; and (c) an output funnel having a wide end in fluid communication with the space between the first surface and the second surface,
A heat exchanger block, comprising: one or more first plates comprising at least one first channel configured to guide a first fluid; one or more second plates comprising at least one second channel configured to guide a second fluid; and one or more intermediate plates disposed between the first and second plates, the one or more intermediate plates comprising micro-channels; wherein the first, second and intermediate plates are bonded together via diffusion bonding; wherein each of the first, second and intermediate plates are provided with a plurality of communication holes, wherein the communication holes provided in the first, second and intermediate plates are mated to form leakage channels arranged to receive fluid leaking from one or more of said first or second channels, wherein the leakage channels allow for fluid communication through an entire height of the heat exchanger block; and wherein the micro-channels of the one or more intermediate plates are arranged to receive the leaking fluid from one or more of said first or second channels and permit flow of the leaking fluid to the leakage channels. one or more first plates comprising at least one first channel configured to guide a first fluid; one or more second plates comprising at least one second channel configured to guide a second fluid; and one or more intermediate plates disposed between the first and second plates, the one or more intermediate plates comprising micro-channels; wherein the first, second and intermediate plates are bonded together via diffusion bonding; wherein each of the first, second and intermediate plates are provided with a plurality of communication holes, wherein the communication holes provided in the first, second and intermediate plates are mated to form leakage channels arranged to receive fluid leaking from one or more of said first or second channels, wherein the leakage channels allow for fluid communication through an entire height of the heat exchanger block; and wherein the micro-channels of the one or more intermediate plates are arranged to receive the leaking fluid from one or more of said first or second channels and permit flow of the leaking fluid to the leakage channels.
A fixed-dose combination of: a fixed dose of ETC-1002; and a fixed dose of one or more statins selected from: atorvastatin and rosuvastatin; for use in a method of treating hypercholesterolemia in a subject; wherein: the fixed dose of ETC-1002 is 180 mg; the fixed dose for atorvastatin is 40-80 mg; the fixed dose for rosuvastatin is 20-40 mg. a fixed dose of ETC-1002; and a fixed dose of one or more statins selected from: atorvastatin and rosuvastatin; for use in a method of treating hypercholesterolemia in a subject; the fixed dose of ETC-1002 is 180 mg; the fixed dose for atorvastatin is 40-80 mg; the fixed dose for rosuvastatin is 20-40 mg.
A curable composition, comprising a) at least one compound of the formula (I) wherein n is 1 to 20, R 1 is H or methyl, R 2 is H or C 1 -C 6 -alkyl, b) at least one compound of the formula (II) wherein m is 1 to 30, R 3 is H or methyl, and c) at least one polymerization initiator. a) at least one compound of the formula (I) wherein n is 1 to 20, R 1 is H or methyl, R 2 is H or C 1 -C 6 -alkyl, n is 1 to 20, R 1 is H or methyl, R 2 is H or C 1 -C 6 -alkyl, b) at least one compound of the formula (II) wherein m is 1 to 30, R 3 is H or methyl, and m is 1 to 30, R 3 is H or methyl, and c) at least one polymerization initiator.
Method for unparking a motor vehicle from a parking space , wherein the motor vehicle comprises a control unit that is designed to control the motor vehicle at least partly autonomously, comprising the following steps: - providing data relating to a current parking situation, - determining possible target positionings of the motor vehicle based on the provided data, - determining a probability with which the respective target positioning corresponds to a desired target positioning of a user of the motor vehicle while taking into account the provided data, - ordering the target positionings in a ranking according to the probability thereof and providing said ranking, - if only one target positioning has been determined as a possible target positioning , unparking the motor vehicle controlled by the control unit is carried out along an unparking route leading to said target positioning and defined based on predetermined criteria; characterized in that when determining the probability at least the following data relating to the current parking situation are taken into account: - a vehicle orientation of the parked motor vehicle in relation to a lane , - a starting positioning (7, 7', 7", 7''') from which the motor vehicle was previously parked on the parking space , - a traffic direction on the lane adjacent to the parking space . - providing data relating to a current parking situation, - determining possible target positionings of the motor vehicle based on the provided data, - determining a probability with which the respective target positioning corresponds to a desired target positioning of a user of the motor vehicle while taking into account the provided data, - ordering the target positionings in a ranking according to the probability thereof and providing said ranking, - if only one target positioning has been determined as a possible target positioning , unparking the motor vehicle controlled by the control unit is carried out along an unparking route leading to said target positioning and defined based on predetermined criteria; characterized in that when determining the probability at least the following data relating to the current parking situation are taken into account: - a vehicle orientation of the parked motor vehicle in relation to a lane , - a starting positioning (7, 7', 7", 7''') from which the motor vehicle was previously parked on the parking space , - a traffic direction on the lane adjacent to the parking space .