mhurhangee/patent-ind-claim-en huggingface dataset:
A bus bar for connecting battery cells , made up of an electrically conductive sheet metal , having at least one sheet-metal web which is inserted into the sheet metal by means of a separation method and thus transitions into it in one piece, said sheet-metal web comprising a contact section that is offset out from a sheet plane for electrically connecting to a pole of the battery cell , at least one electrical fuse and a suspension section provided between the sheet metal and the contact section , wherein the suspension section is divided into at least two electrically parallel leg sections (51.1, 51.2; 52.1, 52.2; 53.1, 53.2; 54.1, 54.2), characterized in that the fuse is formed by the two electrically parallel leg sections (51.1, 51.2; 52.1, 52.2; 53.1, 53.2; 54.1, 54.2).
A tracked vehicle (V1; V2) comprising a vehicle body (20; 120), at least one track assembly and a suspension device (S), wherein said track assembly is arranged to be supported by said vehicle body (20; 120) by means of said suspension device (S), said track assembly comprising a track support beam for supporting a plurality of road wheels , an endless track being disposed around said road wheels, said suspension device (S) comprising a leaf spring arrangement (30; 130, 142, 144) having portions transversally arranged relative to the longitudinal extension of the vehicle, characterized in that said leaf spring arrangement comprises L-shaped leaf spring members (30; 130), each leaf spring member (30; 130) having a first portion (32; 132) attached to said vehicle body (20; 120), a second portion (34; 134) attached to said track support beam and a transition portion (36; 136) there between, so that compressive and tensile stresses are located to said transition portion (36; 136) for generating a compressive action in said transition portion.
A die set for forming a closed recess in a metal sheet material, wherein the die set has an upper die and a lower die, wherein the upper die is provided with a deformable first punch which on the side facing the sheet material to be formed includes a first groove for guiding deformation, and the lower die has a rigid second punch which on the side facing the sheet material to be formed has a second groove corresponding to the closed recess to be formed, and the first groove has an outer contour greater than that of the second groove so that the first groove covers the second groove , characterized in that the upper die has a material pressing pad for pressing a sheet material against the second punch when the first punch presses the sheet material tightly against the second punch and deforms, wherein the first groove has a depth that is greater than that of the second groove.
A crystalline salt of a compound of Formula (I): wherein: R 1 is C 1 -C 3 alkyl, C 1 -C 3 deuteroalkyl, or C 1 -C 3 haloalkyl; ∗ is a stereocenter; n is an integer from 1 to 20; R 2 is 9-Fluorenylmethoxycarbonyl (Fmoc);and R 3 is -H; and wherein the salt is a C 3-8 cycloalkylamine salt. R 1 is C 1 -C 3 alkyl, C 1 -C 3 deuteroalkyl, or C 1 -C 3 haloalkyl; ∗ is a stereocenter; n is an integer from 1 to 20; R 2 is 9-Fluorenylmethoxycarbonyl (Fmoc);and R 3 is -H; and wherein the salt is a C 3-8 cycloalkylamine salt.
Method for generating measurement data from a subject under examination by means of magnetic resonance technology, comprising the following steps: a) repeatedly applying at least one RF excitation pulse, wherein the applied RF excitation pulses selectively excite at least two non-overlapping slices in the subject under examination, and switching gradients in such a way that echo signals are generated in the at least two slices by the switched gradients and the applied RF excitation pulses, and in such a way that the generated echo signals are acquired in k-space as measurement data in one measurement dataset per repetition on the basis of one different three-dimensionally viewed sampling pattern per repetition, and stored, wherein each sampling pattern employed is undersampled according to Nyquist, and wherein, however, a combination of the sampling patterns employed in the repetitions fully samples k-space at least in a central region; b) determining calibration data from measurement data of the stored measurement datasets from the fully sampled central region of k-space; c) reconstructing image data for each of the slices from at least one of the stored measurement datasets using the calibration data; d) repeating steps a) and c), wherein latest calibration data is determined at least once from latest measurement data, which is used for reconstructing image data for the slices from latest measurement datasets. a) repeatedly applying at least one RF excitation pulse, wherein the applied RF excitation pulses selectively excite at least two non-overlapping slices in the subject under examination, and switching gradients in such a way that echo signals are generated in the at least two slices by the switched gradients and the applied RF excitation pulses, and in such a way that the generated echo signals are acquired in k-space as measurement data in one measurement dataset per repetition on the basis of one different three-dimensionally viewed sampling pattern per repetition, and stored, wherein each sampling pattern employed is undersampled according to Nyquist, and wherein, however, a combination of the sampling patterns employed in the repetitions fully samples k-space at least in a central region; b) determining calibration data from measurement data of the stored measurement datasets from the fully sampled central region of k-space; c) reconstructing image data for each of the slices from at least one of the stored measurement datasets using the calibration data; d) repeating steps a) and c), wherein latest calibration data is determined at least once from latest measurement data, which is used for reconstructing image data for the slices from latest measurement datasets.
Lamella for a lining of a mould intended for vulcanizing a tread of a tyre, said lamella comprising: - an anchoring part configured to anchor the lamella in a body of the lining; - a moulding part configured to mould at least one sipe in the tread of the tyre; the moulding part comprising at least one thin portion and a bulge , the said thin portion being produced by a first method and the said bulge being produced by a second method different from the first characterized in that the bulge is arranged in a flared U shape. - an anchoring part configured to anchor the lamella in a body of the lining; - a moulding part configured to mould at least one sipe in the tread of the tyre;
Method for monitoring a position of a jockey wheel of a trailer , having the steps of: - capturing (S1) an area behind a motor vehicle using a camera , - processing (S2) the captured image data using an evaluation unit and detecting the jockey wheel and determining a position of the jockey wheel , characterized by the steps of: - comparing (S3) the captured position of the jockey wheel with a safe position of the jockey wheel , - outputting (S4) a warning signal if the captured position of the jockey wheel deviates from the safe position. - capturing (S1) an area behind a motor vehicle using a camera , - processing (S2) the captured image data using an evaluation unit and detecting the jockey wheel and determining a position of the jockey wheel , - comparing (S3) the captured position of the jockey wheel with a safe position of the jockey wheel , - outputting (S4) a warning signal if the captured position of the jockey wheel deviates from the safe position.
A method for monitoring disease progression in a patient having mesenchymal stem cell therapy for an inflammatory condition, the method comprising determining the level of a biomarker MIF in at least a first and a second biological sample from said patient, wherein a change in the level of said biomarker in said second compared to said first biological sample is indicative of disease progression, wherein (i) an increase in the detectable level of said biomarker in a second compared to a first biological sample is indicative of pathological progression, or deterioration, of the inflammatory condition; or (ii) a decrease in the detectable level of said biomarker in a second compared to a first biological sample is indicative of stabilisation of or improvement of the inflammatory condition, and wherein said therapy comprises (i) a course of treatment comprising multiple doses over time of a cell suspension comprising mesenchymal stem cells (MSCs); or (ii) a course of treatment comprising multiple doses over time of an autologous adipose tissue-derived cell suspension comprising adipose tissue-derived non-adipocyte cells, wherein a first dose comprises a portion of a freshly prepared cell suspension and a subsequent dose or doses comprise a portion of said cell suspension that has been stored frozen; or (iii) a course of treatment comprising multiple doses over time of an allogeneic adipose tissue-derived cell suspension comprising adipose tissue-derived non-adipocyte cells, wherein all doses comprise a cell suspension that has been stored frozen. (i) a course of treatment comprising multiple doses over time of a cell suspension comprising mesenchymal stem cells (MSCs); or (ii) a course of treatment comprising multiple doses over time of an autologous adipose tissue-derived cell suspension comprising adipose tissue-derived non-adipocyte cells, wherein a first dose comprises a portion of a freshly prepared cell suspension and a subsequent dose or doses comprise a portion of said cell suspension that has been stored frozen; or (iii) a course of treatment comprising multiple doses over time of an allogeneic adipose tissue-derived cell suspension comprising adipose tissue-derived non-adipocyte cells, wherein all doses comprise a cell suspension that has been stored frozen.
An artificial intelligence (AI) apparatus for recognizing speech comprising: a memory configured to store an intention mapping table including a mapping item that maps text and intention information; a processor configured to receive first speech data, generate first intention information corresponding to the first speech data using the intention mapping table and a natural language processing (NLP) engine, receive second speech data when speech recognition for the first speech data has failed, generate second intention information corresponding to the second speech data, and add a first mapping item including the first text converted from the first speech data and the second intention information to the intention mapping table when speech recognition for the second speech data has succeeded. a memory configured to store an intention mapping table including a mapping item that maps text and intention information; a processor configured to receive first speech data, generate first intention information corresponding to the first speech data using the intention mapping table and a natural language processing (NLP) engine, receive second speech data when speech recognition for the first speech data has failed, generate second intention information corresponding to the second speech data, and add a first mapping item including the first text converted from the first speech data and the second intention information to the intention mapping table when speech recognition for the second speech data has succeeded.
A heat exchanger for a machine for preparing beverages (B), in particular infusions such as coffee or tea, comprising a flowing conduit for a liquid (L) for preparing beverage (B) and a heating system , which is configured to heat and keep: an inlet section of the flowing conduit within a first range of predefined temperatures, and an outlet section of the flowing conduit within a second range of predefined temperatures; wherein the heating system comprises: inlet resistor means to heat an inlet portion of the heat exchanger where there is the inlet section of the flowing conduit , and outlet resistor means to heat an outlet portion of the heat exchanger where there is the outlet section of the flowing conduit ; wherein the heat exchanger comprises: a core having a longitudinal axis (X) and an inner cavity fitted around said heating system , in particular around the inlet resistor means and the outlet resistor means , and an outer body ; wherein the outer body , in turn, is fitted around the core ; wherein the core has a groove on its outer surface facing the outer body ; wherein the groove and the covering laterally delimit said flowing conduit , characterised in that the heat exchanger comprises an elastic and thermally insulating covering , which is interposed between the core and the outer body .
A light source arranged to receive a light-conducting cable (C) provided with one of first, second and third interfaces for conveying light intended for an endoscope, said first interface including at least one circular groove in the vicinity of its proximal end and a cylindrical portion disposed in the vicinity of its middle, said second interface including at least one elastically deformable ring thickened in the vicinity of the middle of said second interface and a cylindrical portion in the vicinity of its distal end, said third interface comprising at least one circular groove in the vicinity of its distal end and a cylindrical portion disposed in the vicinity of its proximal end, said light source comprising at least one casing containing at least one member for focusing the light beam emitted by light means and being characterised in that the casing contains at least one connection device comprising, at least from the outside towards the inside of the casing : - a port arranged on the front panel of said casing , - a first support disposed on the rear face of said front panel , - a slider able to slide along a direction parallel to the front panel of said casing , and - a second support receiving the light means and the focusing member and in that said connection device is configured so as to make it possible, on the one hand, to mechanically block interface of the light-conducting cable (C) via one of the first support , slider and second support and, on the other hand, to hold said interface via at least one fulcrum obtained by another of the first support , slider and second support , so that the distal end of said interface is always perfectly positioned and held with respect to said focusing member . - a port arranged on the front panel of said casing , - a first support disposed on the rear face of said front panel , - a slider able to slide along a direction parallel to the front panel of said casing , and - a second support receiving the light means and the focusing member
Method for using a die-cutting unit comprising a device for changing a die-cutting cylinder , the die-cutting unit comprising at least one die-cutting cylinder having an axis of rotation and comprising at least one anvil cylinder , the device for changing comprising at least one further die-cutting cylinder to replace the at least one die-cutting cylinder , the die-cutting cylinders (901; 903) being arrangeable in several positions (981; 982; 985; 986; 987) in the device for changing , one of the die-cutting cylinders (901; 903) being arrangeable in a die-cutting position , the anvil cylinder being arrangeable in a working position , a processing point of the die-cutting unit being formed by the die-cutting cylinder (901; 903) arranged in the die-cutting position and the anvil cylinder arranged in the working position , the anvil cylinder being arrangeable in a backed-away position , one of the die-cutting cylinders (901; 903) being arrangeable in a waiting position for guiding the two die-cutting cylinders (901; 903) past one another, and the waiting position being a position outside a direct guide path between the die-cutting position and a maintenance position for the set-up and/or maintenance of one of the die-cutting cylinders (901; 903), characterized in that the waiting position is arranged lower, in the vertical direction (V), by no more than 100% of a diameter (D901) of the die-cutting cylinder in the die-cutting position or is located above the die-cutting position .
System for assisting in parking a motor vehicle, which makes it possible to park the vehicle from a traffic lane into a free parking space, said motor vehicle comprising a system for detecting obstacles, a system for detecting parking spaces, steering angle-controllable electric power steering, a torque-controllable engine and braking system, an automatic transmission or a system referred to as a shift-by-wire system, at least one odometrical sensor, an accelerometer, a means for activating an automatic control function and an accelerator pedal (P), the parking assistance system comprising: - a module for detecting the activation of a phase of searching for a parking space, which is able to check that the driver has pressed a control member in order to activate the function of searching for a parking space, - a module for checking the conditions for starting the parking manoeuvre, - a module for checking whether the accelerator pedal (P) is depressed and a module for performing the parking manoeuvre, which sets the vehicle in motion and regulates the speed by means of a speed regulation module , and - a device for detecting and inhibiting any undesired movement of a motor vehicle, comprising a module for calculating the desired direction of travel (Sm_souhaité), depending on information about the trajectory, on the information about performing the parking manoeuvre, as well as on the gear engaged, a module for calculating the actual direction of travel (Sm_reel) based on the odometry of the vehicle and a module for detecting any undesired movement of the motor vehicle, configured to compare the desired direction of travel (Sm_souhaité) with the actual direction of travel (Sm_reel) and determine whether the vehicle is moving in an undesired direction depending on said comparison. - a module for detecting the activation of a phase of searching for a parking space, which is able to check that the driver has pressed a control member in order to activate the function of searching for a parking space, - a module for checking the conditions for starting the parking manoeuvre, - a module for checking whether the accelerator pedal (P) is depressed and a module for performing the parking manoeuvre, which sets the vehicle in motion and regulates the speed by means of a speed regulation module , and - a device for detecting and inhibiting any undesired movement of a motor vehicle, comprising a module for calculating the desired direction of travel (Sm_souhaité), depending on information about the trajectory, on the information about performing the parking manoeuvre, as well as on the gear engaged, a module for calculating the actual direction of travel (Sm_reel) based on the odometry of the vehicle and a module for detecting any undesired movement of the motor vehicle, configured to compare the desired direction of travel (Sm_souhaité) with the actual direction of travel (Sm_reel) and determine whether the vehicle is moving in an undesired direction depending on said comparison.
A touch panel, comprising a base substrate, a plurality of self-capacitive electrodes arranged in matrix and located on the base substrate, and a touch chip for determining a touch position by detecting changes in capacitance values of the respective self-capacitive electrodes during a touch period; wherein, the plurality of self-capacitive electrodes are divided into several self-capacitive electrode groups independent of each other and several independent self-capacitive electrodes ; each of the independent self-capacitive electrodes is one of the self-capacitive electrodes respectively, and the respective independent self-capacitive electrodes are electrically connected with the touch chip through different wires; each of the self-capacitive electrode groups includes at least two self-capacitive electrodes not adjacent to each other, and the respective self-capacitive electrodes in a same self-capacitive electrode group are electrically connected with the touch chip through a same wire, characterized in that the plurality of self-capacitive electrodes is arranged in a column direction and a row direction perpendicular to the column direction, four of the self-capacitive electrodes located on the four adjacent positions of upper, lower, left and right sides of at least one of the respective self-capacitive electrodes in the respective self-capacitive electrode groups are four of the independent self-capacitive electrodes , any two of the self-capacitive electrodes in the self-capacitive electrode groups are not adjacent to each other in both the column and the row direction.
Method for producing a ring-shaped formed part (R), in which by means of a forming device a ring (41; 241) of smaller cross-sectional dimensions than the formed part (R) being produced is formed from a blank (A) and then, in an expansion stage of the forming device , the resulting ring (41; 241) is expanded to the cross-sectional dimensions of the formed part (R) being produced by means of at least one die (51; 451, 551) and by means of at least one expansion punch (152; 352; 452, 552), wherein the ring (41; 241) is arranged in the die (51; 451, 551) and the expansion punch (152; 352; 452, 552) is pressed into the ring in the axial direction and thereby expands the ring, characterised in that the expansion of the ring is effected in two or more steps.
A service triggering method, comprising when a call triggered from a calling terminal is routed to a called terminal, querying , by a service broker, service subscription data of a called subscriber of the call according to information about the called subscriber carried in the call , characterized by comprising: obtaining an un-triggered service in the services subscribed to by the called subscriber; and obtaining a service key from the call; and finding out, by the service broker according to the service key, a corresponding call derivation switch that is used for indicating whether to derive a call or not, from service configuration information; and generating , by the service broker, a new call to trigger the un-triggered service, the new call is routed to one or more terminals to which the un-triggered service is bound; the generating, by the service broker, of the new call comprises: generating, by the service broker, the new call under a condition that the call derivation switch indicates that the call is to be derived. obtaining an un-triggered service in the services subscribed to by the called subscriber; and obtaining a service key from the call; and finding out, by the service broker according to the service key, a corresponding call derivation switch that is used for indicating whether to derive a call or not, from service configuration information; and generating , by the service broker, a new call to trigger the un-triggered service, the new call is routed to one or more terminals to which the un-triggered service is bound; the generating, by the service broker, of the new call comprises: generating, by the service broker, the new call under a condition that the call derivation switch indicates that the call is to be derived.