mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter assembly comprising: a) a catheter tube having a distal tip with a catheter tube distal opening to be inserted into a urethra of a female subject and a proximal tip having at least one catheter tube proximal opening; and b) a locator tip located proximal the distal tip of the catheter tube, wherein the locator tip is sized to remain outside a female urethra and configured to allow the catheter tube to pass there through, characterized in that the catheter assembly further comprises a sleeve , wherein the sleeve is connected to the locator tip and further comprises a case for storing the catheter assembly, wherein the locator tip is engaged or connected to the case, upon removal of the catheter assembly from the case, the sleeve is extended over the catheter tube , and the locator tip is disengaged from the case when the distal end of the catheter assembly is removed from the case. a) a catheter tube having a distal tip with a catheter tube distal opening to be inserted into a urethra of a female subject and a proximal tip having at least one catheter tube proximal opening; and b) a locator tip located proximal the distal tip of the catheter tube, wherein the locator tip is sized to remain outside a female urethra and configured to allow the catheter tube to pass there through, the locator tip is engaged or connected to the case, upon removal of the catheter assembly from the case, the sleeve is extended over the catheter tube , and the locator tip is disengaged from the case when the distal end of the catheter assembly is removed from the case.
Method for correcting an initial temperature value (T out ) measured by a main temperature sensor (C out ) located in a gas line in which a gas flows, characterized in that the method comprises the following steps: - measuring an upstream temperature value (T in ) using an upstream temperature sensor (C in ) located upstream of said main temperature sensor (C out ) along the gas line , - calculating a corrected value (T s ) of the initial temperature value (T out ) as a function of the initial temperature value (T out ) and of the upstream temperature value (T in ). - measuring an upstream temperature value (T in ) using an upstream temperature sensor (C in ) located upstream of said main temperature sensor (C out ) along the gas line , - calculating a corrected value (T s ) of the initial temperature value (T out ) as a function of the initial temperature value (T out ) and of the upstream temperature value (T in ).
A method for carrying out an energy yield forecast in an existing or planned wind farm with a plurality of wind turbines , in particular in an on-shore wind farm with complex terrain , comprising the following steps: - Providing information on at least one of an orography and an arrangement of the wind turbines, - Defining three-dimensional spatial points to be measured on the basis of the information provided, - Measuring at least one meteorological parameter for all of the defined spatial points in the spatial area over the area of the wind farm by means of at least two Lidar scanners , - Using the measured meteorological parameter for the energy yield forecast of the wind farm , wherein defining the three-dimensional spatial points to be measured comprises generating a grid, wherein at least two distances between grid points of the grid are different in the horizontal and/or vertical direction, wherein the spacing of grid points is determined on the basis of a wind field simulation, the wind field simulation comprising a variation of the air layer thickness on the basis of the orography of the wind farm . - Providing information on at least one of an orography and an arrangement of the wind turbines, - Defining three-dimensional spatial points to be measured on the basis of the information provided, - Measuring at least one meteorological parameter for all of the defined spatial points in the spatial area over the area of the wind farm by means of at least two Lidar scanners , - Using the measured meteorological parameter for the energy yield forecast of the wind farm , wherein defining the three-dimensional spatial points to be measured comprises generating a grid, wherein at least two distances between grid points of the grid are different in the horizontal and/or vertical direction, wherein the spacing of grid points is determined on the basis of a wind field simulation, the wind field simulation comprising a variation of the air layer thickness on the basis of the orography of the wind farm . wherein defining the three-dimensional spatial points to be measured comprises generating a grid, wherein at least two distances between grid points of the grid are different in the horizontal and/or vertical direction, wherein the spacing of grid points is determined on the basis of a wind field simulation, the wind field simulation comprising a variation of the air layer thickness on the basis of the orography of the wind farm .
A carrier for holding a plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), the carrier comprising: a top panel comprising a plurality of container retention openings for at least partially receiving a respective container of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3); at least one container retention flap foldably connected to the top panel at a fold line ; and at least one reinforcement panel interrupting the fold line and positioned between the top panel and the at least one container retention flap ; the at least one reinforcement panel formed by a line of weakening ; and said at least one reinforcement panel being generally upright relative to the top panel , characterized in that the line of weakening includes a plurality of oblique line segments , each oblique line segment of the plurality of oblique line segments intersecting at least one other line segment of the plurality of oblique line segments a top panel comprising a plurality of container retention openings for at least partially receiving a respective container of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3); at least one container retention flap foldably connected to the top panel at a fold line ; and at least one reinforcement panel interrupting the fold line and positioned between the top panel and the at least one container retention flap ; the at least one reinforcement panel formed by a line of weakening ; and said at least one reinforcement panel being generally upright relative to the top panel , characterized in that the line of weakening includes a plurality of oblique line segments , each oblique line segment of the plurality of oblique line segments intersecting at least one other line segment of the plurality of oblique line segments
Arrangement with two component halves and a seal for sealing the component halves , comprising the following features: two sealing bodies which are formed symmetrically to one another and which are connected to one another in a plane of symmetry , wherein the first sealing body engages in an at least radially or also additionally axially sealing manner in a groove of the first component half ; and wherein the second sealing body engages in an at least radially or also additionally axially sealing manner in a groove of the second component half in order to seal the two component halves against each other, wherein the seal is formed along a closed line contour predetermined by the course of the groove, wherein the seal is formed as a one-piece elastomer extrusion-molded part, which is inserted, with excess length, into one of the grooves whereby a closed sealing profile ring is formed at which a sealing compression is generated at the front-side abutting surfaces by the excess length. two sealing bodies which are formed symmetrically to one another and which are connected to one another in a plane of symmetry , wherein the first sealing body engages in an at least radially or also additionally axially sealing manner in a groove of the first component half ; and wherein the second sealing body engages in an at least radially or also additionally axially sealing manner in a groove of the second component half in order to seal the two component halves against each other, wherein the seal is formed along a closed line contour predetermined by the course of the groove, wherein the seal is formed as a one-piece elastomer extrusion-molded part, which is inserted, with excess length, into one of the grooves whereby a closed sealing profile ring is formed at which a sealing compression is generated at the front-side abutting surfaces by the excess length.
Mold plate with a casting side and a rear side that faces away from the casting side , wherein at least one cooling channel open towards the rear side is arranged in the rear side and wherein an insert (6-10) is arranged in the cooling channel , in order to reduce the flow cross-section of the cooling channel , characterised in that the insert (6-10) is fastened to the mold plate in a pivotable manner, so that the insert (6-10) can be pivoted from a closed position into an open position.
A battery cooling system having a heat exchanger through which a cooling medium flows for cooling a plurality of flat battery cells of a battery module disposed in parallel and at intervals, wherein the heat exchanger through which the cooling medium flows extends in meandering fashion through gaps between adjacent battery cells of the battery module and rests flat against surfaces of the adjacent battery cells , characterized in that one of the opposing surfaces of each battery cell abuts only an inlet-side half of the heat exchanger , and the other of the opposing surfaces of each battery cell abuts only an outlet-side half of the heat exchanger .
A non-transitory computer readable medium comprising computer executable instructions stored thereon that when executed by one or more processing units, cause the one or more processing units to perform a method to proxy request for multiple virtual routing and forwarding, VRF, instances on a network communication device , the method comprising: instantiating a plurality of pairs of namespaces and instances of a Unix service, each of the plurality of pairs representing a proxy pair to support a single instance of a VRF, from a plurality of VRFs, on the network communication device ; receiving a network request from a client device (904a-e), the network request associated with a network address mapped to a first VRF from the plurality of VRFs; proxying the network request using a first proxy pair of namespace/service supporting the first VRF to a backend single instance of a proxy server, executing in a namespace associated with the backend single instance, using a local communication mechanism to communicate between the first proxy pair and the backend single instance; and providing the network request to a web service from the backend single instance of the proxy server on behalf of the first proxy pair. instantiating a plurality of pairs of namespaces and instances of a Unix service, each of the plurality of pairs representing a proxy pair to support a single instance of a VRF, from a plurality of VRFs, on the network communication device ; receiving a network request from a client device (904a-e), the network request associated with a network address mapped to a first VRF from the plurality of VRFs; proxying the network request using a first proxy pair of namespace/service supporting the first VRF to a backend single instance of a proxy server, executing in a namespace associated with the backend single instance, using a local communication mechanism to communicate between the first proxy pair and the backend single instance; and providing the network request to a web service from the backend single instance of the proxy server on behalf of the first proxy pair.
A length-adjustable connecting rod for a reciprocating piston engine, in particular for a reciprocating piston internal combustion engine, comprising: - a hydraulic length-adjusting apparatus for adjusting an effective connecting rod length (L) of the connecting rod , - a control device switchable between at least two switching states for controlling the lengthwise adjustment of the connecting rod , - wherein the length-adjusting apparatus comprises at least one hydraulic cylinder with a piston and a first hydraulic working chamber and second hydraulic working chamber , - wherein the control device comprises at least one first valve (V1) and one second valve (V2), - wherein the first valve (V1) of the control device is connected or connectable to the first hydraulic working chamber of the length-adjusting apparatus in a fluid-communicating manner and the second valve (V2) to the second hydraulic working chamber , - wherein the first valve (V1) can be actuated by means of a first hydraulically actuatable adjusting piston able to move axially along a first adjusting axis (S1) and the second valve (V2) is actuatable by means of a second hydraulically actuatable adjusting piston able to move axially along a second adjusting axis (S2), and - wherein the first adjusting axis (S1) of the first valve (V1) of the control device differs from the second adjusting axis (S2) of the second valve (V2) of the control device , characterized in that the first adjusting axis (S1) of the first valve (V1) of the control device and the second adjusting axis (S2) of the second valve (V2) of the control device run parallel to a crankshaft axis (KW), wherein preferably both respectively run parallel to the crankshaft axis (KW) with respect to a functional installed state of the connecting rod in a reciprocating piston engine, in particular a reciprocating piston internal combustion engine. - a hydraulic length-adjusting apparatus for adjusting an effective connecting rod length (L) of the connecting rod , - a control device switchable between at least two switching states for controlling the lengthwise adjustment of the connecting rod , - wherein the length-adjusting apparatus comprises at least one hydraulic cylinder with a piston and a first hydraulic working chamber and second hydraulic working chamber , - wherein the control device comprises at least one first valve (V1) and one second valve (V2), - wherein the first valve (V1) of the control device is connected or connectable to the first hydraulic working chamber of the length-adjusting apparatus in a fluid-communicating manner and the second valve (V2) to the second hydraulic working chamber , - wherein the first valve (V1) can be actuated by means of a first hydraulically actuatable adjusting piston able to move axially along a first adjusting axis (S1) and the second valve (V2) is actuatable by means of a second hydraulically actuatable adjusting piston able to move axially along a second adjusting axis (S2), and - wherein the first adjusting axis (S1) of the first valve (V1) of the control device differs from the second adjusting axis (S2) of the second valve (V2) of the control device ,
Component system for ventilating a boot space area of a motor vehicle for the purpose of cooling at least one unit located in a boot space area , comprising a loading floor for storing items, the boot space region arranged underneath the loading floor , and a first component , particularly a blank component delimiting regions of the boot space area , with at least one passage for guiding through a flow of air into the boot space area , characterised in that this passage is arranged between the loading floor and the first component .
A dynamic random access memory device, DRAM , comprising: a memory array including multiple memory rows, the memory rows including multiple memory locations to store data and error checking and correction, ECC, information associated with the data; input/output, I/O, circuitry to couple to an associated memory controller , the I/O circuitry being configured to receive a trigger for an error check and scrub, ECS, mode when coupled to the associated memory controller ; and an internal controller on the DRAM being configured to, responsive to the trigger for the ECS mode, read one or more memory locations, perform ECC for the one or more memory locations based on the ECC information, and count error information, the error information including a row count indicating a number of rows having N or more errors, and a maximum count indicating an address of a row with a highest number of code word errors detected in the ECS mode in the rows of the memory array. a memory array including multiple memory rows, the memory rows including multiple memory locations to store data and error checking and correction, ECC, information associated with the data; input/output, I/O, circuitry to couple to an associated memory controller , the I/O circuitry being configured to receive a trigger for an error check and scrub, ECS, mode when coupled to the associated memory controller ; and an internal controller on the DRAM being configured to, responsive to the trigger for the ECS mode, read one or more memory locations, perform ECC for the one or more memory locations based on the ECC information, and count error information, the error information including a row count indicating a number of rows having N or more errors, and a maximum count indicating an address of a row with a highest number of code word errors detected in the ECS mode in the rows of the memory array.
Method for the safe release of artificial satellites in Earth's orbit comprising: providing an orbital transport spacecraft able to move at orbital height and comprising a plurality of Picosatellite orbit Deployers - PODs - for releasing satellites transported by the orbital transport spacecraft ; housing said orbital transport spacecraft in a space launcher configured to reach an orbital height; generating a release signal and transmitting it to the orbital transport spacecraft to release the orbital transport spacecraft from the space launcher ; in case of failure to release the orbital transport spacecraft or in case of breakdown of the orbital transport spacecraft after releasing from the space launcher , activating a safety subsystem of the orbital transport spacecraft to generate a POD activation sequence to release the satellites . providing an orbital transport spacecraft able to move at orbital height and comprising a plurality of Picosatellite orbit Deployers - PODs - for releasing satellites transported by the orbital transport spacecraft ; housing said orbital transport spacecraft in a space launcher configured to reach an orbital height; generating a release signal and transmitting it to the orbital transport spacecraft to release the orbital transport spacecraft from the space launcher ; in case of failure to release the orbital transport spacecraft or in case of breakdown of the orbital transport spacecraft after releasing from the space launcher , activating a safety subsystem of the orbital transport spacecraft to generate a POD activation sequence to release the satellites .
An end effector assembly for an optical surgical instrument, the end effector assembly comprising: a jaw member having a tissue contacting surface and including a cavity defined therein, the jaw member having a proximal portion configured to secure a fiber optic cable thereto such that a distal end of the fiber optical cable extends into the cavity; and a plurality of optical elements positioned within the cavity, the plurality of optical elements arranged in a staircase-like manner that rises towards the tissue contacting surface as the plurality of optical elements extends distally within the cavity, the plurality of optical elements configured to direct a beam of light exiting the fiber optic cable towards the tissue contacting surface. a jaw member having a tissue contacting surface and including a cavity defined therein, the jaw member having a proximal portion configured to secure a fiber optic cable thereto such that a distal end of the fiber optical cable extends into the cavity; and a plurality of optical elements positioned within the cavity, the plurality of optical elements arranged in a staircase-like manner that rises towards the tissue contacting surface as the plurality of optical elements extends distally within the cavity, the plurality of optical elements configured to direct a beam of light exiting the fiber optic cable towards the tissue contacting surface.
A cooking appliance comprising: a cooking chamber ; an imaging device for capturing an image of a food item inside the cooking chamber ; a computing device in communication with the imaging device and comprising a software module configured to receive the captured image from the imaging device and to compute a degree of browning according to the following algorithm: . receiving the image . analyzing the red-green-blue (RGB) color value of each pixel in the image associated with the food item . averaging all RGB color values of all food-item pixels in the image to compute a single RGB color value representative of the food item . converting the single RGB color value to a real-time degree of browning . outputting the real-time degree of browning 80; and a user interface configured to display a visual scale indicating the real-time degree of browning . a cooking chamber ; an imaging device for capturing an image of a food item inside the cooking chamber ; a computing device in communication with the imaging device and comprising a software module configured to receive the captured image from the imaging device and to compute a degree of browning according to the following algorithm: . receiving the image . analyzing the red-green-blue (RGB) color value of each pixel in the image associated with the food item . averaging all RGB color values of all food-item pixels in the image to compute a single RGB color value representative of the food item . converting the single RGB color value to a real-time degree of browning . outputting the real-time degree of browning 80; and . receiving the image . analyzing the red-green-blue (RGB) color value of each pixel in the image associated with the food item . averaging all RGB color values of all food-item pixels in the image to compute a single RGB color value representative of the food item . converting the single RGB color value to a real-time degree of browning . outputting the real-time degree of browning 80; and a user interface configured to display a visual scale indicating the real-time degree of browning .