mhurhangee/patent-ind-claim-en huggingface dataset:
Tread profile of a pneumatic vehicle tyre - in particular a pneumatic passenger car tyre - with at least one circumferential rib , which is outwardly bounded in the radial direction R by a radially outer surface , forming the ground contact surface, and in the axial direction A by circumferential grooves , wherein there are formed in the circumferential rib transversely running grooves , which extend in the axial direction A from a beginning of extent of the groove , formed at an axial distance from the circumferential grooves bounding the circumferential rib , in the direction of a circumferential groove bounding the circumferential rib , over a first portion of extent and over a second portion of extent , which adjoins the first portion of extent in the axial direction A, and the transverse grooves open into the circumferential groove , wherein the groove is formed in the course of its extent between the first portion of extent and the second portion of extent with a vertex point , wherein the direction of extent of the groove from the beginning of extent along its extent in the first portion of extent to the vertex point is formed with a greater directional component in the circumferential direction U than in the axial direction A and from the vertex point over the entire second portion of extent up to the opening into the circumferential groove is formed with a greater directional component in the axial direction A than in the circumferential direction, wherein the groove is formed in the first portion of extent with a depth T 1 , which is formed as increasing continuously from the beginning of extent along the extent over the first portion of extent up to reaching its maximum value T 1max at the vertex point , and is formed in the second portion of extent with a constant depth T 2 , where T 2 ≥ T 1max , characterized in that the groove is formed with a width b, which is measured in the radially outer surface , increasing along its entire extent between the beginning of extent and the circumferential groove .
A computer-implemented method for identifying a fault patch from a seismic data volume representing underground earth structures, the method comprising: defining an initial active surface, the initial active surface including a plurality of control points, s m,n each in an initial position, in the seismic data volume ; and using a processor adapted to calculate for each control point, s m,n , an accumulated minimal energy level, E(m,n,p), at a plurality of candidate positions, p, scanned along a segment normal to the surface, by identifying for each candidate position, p, a minimum accumulation over a plurality of candidate positions, k, of the two adjacent control points s m-1,n,k , s m,n-1,k , with pointers B(m,n,p) indicating minimum accumulation for each candidate position p ; track back all the points that have the minimal energy levels through back pointer B(m,n,p) in a reverse order ; and produce the fault patch including all the tracked back points . defining an initial active surface, the initial active surface including a plurality of control points, s m,n each in an initial position, in the seismic data volume ; and using a processor adapted to calculate for each control point, s m,n , an accumulated minimal energy level, E(m,n,p), at a plurality of candidate positions, p, scanned along a segment normal to the surface, by identifying for each candidate position, p, a minimum accumulation over a plurality of candidate positions, k, of the two adjacent control points s m-1,n,k , s m,n-1,k , with pointers B(m,n,p) indicating minimum accumulation for each candidate position p ; track back all the points that have the minimal energy levels through back pointer B(m,n,p) in a reverse order ; and produce the fault patch including all the tracked back points .
Device for recording and transmitting status data of vehicles, having, a connection interface for coupling the device to a diagnostic interface (OBD interface) of the vehicle, a control and evaluation unit coupled to the interface for carrying out communication via a vehicle bus a satellite-based position determination system which is coupled to the control and evaluation unit for transmitting position data to the control and evaluation unit a telecommunication module coupled to the control and evaluation unit for carrying out wireless data communication with remote locations , wherein an operating unit is provided which is coupled to the connection interface via a wired connection in such a way that it is possible to arrange the operating unit in the operating area of the driver, wherein the operating unit has at least one operating element which is coupled to the control and evaluation circuitry wherein the control and evaluation circuit detects and/or transmits different quantities or groups of status data depending on the actuation of the operating element, wherein the device comprises a microphone unit and a speaker unit coupled to the telecommunications module for establishing voice communications with remote locations, wherein the device comprises a near field communication module coupled to the control and evaluation unit, wherein the device comprises a communication module for short-range communication, in particular a Bluetooth communication module, which is coupled to the control and evaluation unit wherein a receiving unit for signals from tire pressure sensors (TPMS sensors) is provided, which is designed with the control and evaluation unit for acquiring identification data and measurement data from tire pressure sensors, wherein the operating unit is integrated with the control and evaluation unit in a housing, and the near-field communication module, the receiving unit for signals from tire pressure sensors, the position determination system and the telecommunications module are also integrated in the housing.
A method for active brake selection, comprising: detecting, by a brake control unit (BCU), an outbound taxiing event in an aircraft; determining, by the BCU, a first inboard wear state of a left landing gear inboard brake and a first outboard wear state of a left landing gear outboard brake; determining, by the BCU, a second inboard wear state of a right landing gear inboard brake and a second outboard wear state of a right landing gear outboard brake; characterised by selecting, by the BCU, the left landing gear inboard brake or the left landing gear outboard brake as a selected left landing gear brake for exclusive use during the outbound taxiing event; selecting, by the BCU, at least one of the right landing gear inboard brake or the right landing gear outboard brake as a selected right landing gear brake for exclusive use during the outbound taxiing event. detecting, by a brake control unit (BCU), an outbound taxiing event in an aircraft; determining, by the BCU, a first inboard wear state of a left landing gear inboard brake and a first outboard wear state of a left landing gear outboard brake; determining, by the BCU, a second inboard wear state of a right landing gear inboard brake and a second outboard wear state of a right landing gear outboard brake; characterised by selecting, by the BCU, the left landing gear inboard brake or the left landing gear outboard brake as a selected left landing gear brake for exclusive use during the outbound taxiing event; selecting, by the BCU, at least one of the right landing gear inboard brake or the right landing gear outboard brake as a selected right landing gear brake for exclusive use during the outbound taxiing event.
A therapeutic composition for use in treating a cancerous tumour in a patient, the composition comprising activated allogeneic emTh-1 cells and a chaperone rich cell lysate derived from the tumour, wherein the composition generates tumour-specific immunity in the patient such that the composition decreases the immunosuppressive activity of tumour-induced Treg cells in the patient while simultaneously promoting a therapeutic effect in the patient, and wherein, in use, the emTh-1 cells and the tumour-derived chaperone rich cell lysate are administered 3-6 times and at intervals of about 3-10 days by intradermal injections at the same location, followed then by an intravenous infusion of the emTh-1 cells.
Cement waste recycling device , comprising: a heater with an inlet for cement waste and an outlet for processed cement waste, characterized in that the heater is configured for transporting cement waste in a cement waste transportation direction from the inlet to the outlet while transporting heated gas in counter-current with the cement waste transportation direction; wherein at least one screen is located between the inlet and the outlet of the heater and wherein at least part of the screen is vibratable. a heater with an inlet for cement waste and an outlet for processed cement waste, characterized in that the heater is configured for transporting cement waste in a cement waste transportation direction from the inlet to the outlet while transporting heated gas in counter-current with the cement waste transportation direction; wherein at least one screen is located between the inlet and the outlet of the heater and wherein at least part of the screen is vibratable.
An agricultural working machine, in particular a tractor, with a chassis and a front axle assembly with a front axle and steerable front wheels disposed thereon and a front axle prop , which is rigidly connected to the front axle and pivotably connected to an abutment on the chassis , wherein at least one actuator is provided for lateral pivoting of the front axle assembly , wherein the actuator is articulated on the front axle and the chassis , characterized in that the abutment is configured in the form of a bridge section which is releasably connected to the chassis and in that the abutment , about which lateral pivoting of the front axle assembly occurs, is disposed at a distance from the chassis by means of the bridge section .
An absorbent article comprising: a main body including a liquid-pervious topsheet , a liquid-impervious backsheet , and an adsorbent member arranged between the topsheet and the backsheet ; and a hip hold portion (H); wherein the main body has a shape with a prescribed length in a front-back direction and a prescribed width in a direction orthogonal to the front-back direction; wherein the hip hold portion (H) includes a side region protruding from a backward side portion of the main body , the side region including a first protrusion including a portion with a greatest width from a front-back direction centerline (CL), a first recess that is in front of and adjacent to the first protrusion , and a second protrusion that is in front of and adjacent to the first recess ; and wherein an outline of the first recess includes a curved line, and a plurality of rigid portions with enhanced rigidity is provided on a first imaginary line (X1) passing through a bottom point of the first recess and a center of a circle of curvature of a curve at the bottom point of the first recess , the rigid portion being an embossed portion, and wherein an area of a rigid portion closer to the centerline (CL) is arranged to be smaller than an area of a rigid portion farther away from the centerline (CL). a main body including a liquid-pervious topsheet , a liquid-impervious backsheet , and an adsorbent member arranged between the topsheet and the backsheet ; and a hip hold portion (H); wherein the main body has a shape with a prescribed length in a front-back direction and a prescribed width in a direction orthogonal to the front-back direction; wherein the hip hold portion (H) includes a side region protruding from a backward side portion of the main body , the side region including a first protrusion including a portion with a greatest width from a front-back direction centerline (CL), a first recess that is in front of and adjacent to the first protrusion , and a second protrusion that is in front of and adjacent to the first recess ; and wherein an outline of the first recess includes a curved line, and a plurality of rigid portions with enhanced rigidity is provided on a first imaginary line (X1) passing through a bottom point of the first recess and a center of a circle of curvature of a curve at the bottom point of the first recess , the rigid portion being an embossed portion, and wherein an area of a rigid portion closer to the centerline (CL) is arranged to be smaller than an area of a rigid portion farther away from the centerline (CL).
Braking arrangement for an elevator arrangement , comprising: a speed sensor arrangement for generating an over-speed signal upon determining an over-speed of a moving component of the elevator arrangement ; a hydraulic brake arrangement for generating a braking action (B) of the moving component upon application of a hydraulic pressure; an actuator arrangement for generating and applying the hydraulic pressure to the hydraulic brake arrangement ; a control for controlling the actuator arrangement , the control being connected to the speed sensor arrangement ; characterised in that the control is adapted to, upon receiving the over-speed signal from the speed sensor arrangement , initiate an ABS braking process by controlling the actuator arrangement to repeatedly increase and decrease the hydraulic pressure to the hydraulic brake arrangement with a repetition time interval (T n ), wherein the repetition time interval (T n ) is successively extended during the ABS braking process. a speed sensor arrangement for generating an over-speed signal upon determining an over-speed of a moving component of the elevator arrangement ; a hydraulic brake arrangement for generating a braking action (B) of the moving component upon application of a hydraulic pressure; an actuator arrangement for generating and applying the hydraulic pressure to the hydraulic brake arrangement ; a control for controlling the actuator arrangement , the control being connected to the speed sensor arrangement ; characterised in that the control is adapted to, upon receiving the over-speed signal from the speed sensor arrangement , initiate an ABS braking process by controlling the actuator arrangement to repeatedly increase and decrease the hydraulic pressure to the hydraulic brake arrangement with a repetition time interval (T n ), wherein the repetition time interval (T n ) is successively extended during the ABS braking process.
A method operative in a computing entity positioned intermediate between first and second computing entities, the computing entity comprising a software stack comprising an SSL layer and an underlying socket layer, each of the first and second computing entities operative to establish, between them, a Secure Sockets Layer (SSL) or Transport Layer Security (TLS) communication path, wherein during an SSL/TLS data flow between the first and second computing entities one or more SSL/TLS records are generated, comprising: establishing a proxy between the SSL layer and the underlying socket layer; wherein the proxy does not have access to a session key of the SSL/TLS data flow; and without modifying the existing SSL layer, injecting, by the proxy, enrichment information into, or removing enrichment information from, the SSL/TLS data flow of SSL/TLS records, the enrichment information represented as an illegal SSL/TLS record; wherein the enrichment information is enrichment data describing a network status or characteristic, or a device status or characteristic; and wherein the illegal SSL/TLS record has an invalid record type value to designate the SSL/TLS record as being associated with the enrichment information. establishing a proxy between the SSL layer and the underlying socket layer; wherein the proxy does not have access to a session key of the SSL/TLS data flow; and without modifying the existing SSL layer, injecting, by the proxy, enrichment information into, or removing enrichment information from, the SSL/TLS data flow of SSL/TLS records, the enrichment information represented as an illegal SSL/TLS record; wherein the enrichment information is enrichment data describing a network status or characteristic, or a device status or characteristic; and wherein the illegal SSL/TLS record has an invalid record type value to designate the SSL/TLS record as being associated with the enrichment information.
A dental implant replica for a physical dental model , the dental implant replica comprising: a coronal end ; an apical end ; a coronal portion extending to the coronal end; a cylindrical apical portion extending to the apical end and including a circumventing indentation ; an anti-rotation portion located between the coronal portion and the apical portion and including at least two anti-rotation external convex element (28; 28a-c), each external convex element (28; 28a-c) extending in a longitudinal direction of the dental implant replica over the full height (H) of the anti-rotation portion ; and a prosthetic connection interface located at the coronal end. a coronal end ; an apical end ; a coronal portion extending to the coronal end; a cylindrical apical portion extending to the apical end and including a circumventing indentation ; an anti-rotation portion located between the coronal portion and the apical portion and including at least two anti-rotation external convex element (28; 28a-c), each external convex element (28; 28a-c) extending in a longitudinal direction of the dental implant replica over the full height (H) of the anti-rotation portion ; and a prosthetic connection interface located at the coronal end.
A method for manufacturing a pillar supply sheet including a plurality of pillars for maintenance of a distance between a first substrate and a second substrate included in a glass panel unit , a carrier sheet on which the plurality of pillars are arranged apart from each other, and an adhesion layer between the carrier sheet and the plurality of pillars , the method comprising: a pillar forming step of forming the plurality of pillars by subjecting a base member to an etching process or a laser irradiation process and removing an unnecessary portion from the base member , and a preparation step of preparing an in-process product including the carrier sheet , the adhesion layer on the carrier sheet , and the base member on the adhesion layer , wherein the pillar forming step is performed after the preparation step. a pillar forming step of forming the plurality of pillars by subjecting a base member to an etching process or a laser irradiation process and removing an unnecessary portion from the base member , and a preparation step of preparing an in-process product including the carrier sheet , the adhesion layer on the carrier sheet , and the base member on the adhesion layer , wherein the pillar forming step is performed after the preparation step.
A spreading device for spreading a flat material web with a main spreading direction , with an elastically deformable support part for arranging on a rotational body and with a number of elastically deformable individual spreading elements (11; 30, 31) to achieve a spreading effect directed in the main spreading direction , in which the respective individual spreading element (11; 30, 31) has a contact surface area at its free end facing away from the carrier part with a contact surface to interact with the flat material web on the one hand and is arranged on the carrier part at its second end facing away from the free end on the other hand, charac-terized in that the spreading device is set up such that the respective individual spreading element (11; 30, 31) can be tilted about a tilting axis at least in part or entirely in the direction of the free end by means of centrifugal forces , wherein the respective individual spreading element has at least two deformation areas with different main deformation directions and/or with different deformation capacities, wherein the at least two deformation areas are arranged at different radial heights .
A bonding system for bonding webs including: a first anvil and a corresponding first ultrasonic horn ; a second anvil and a corresponding second ultrasonic horn , wherein each of the first anvil and the second anvil includes a seal surface having a predetermined profile; wherein said first anvil and the second anvil are laterally spaced apart inline and in a machine direction; wherein said first anvil and said second anvil are each provided with a respective servo motor; characterised in that said seal surface of each of the first anvil and the second anvil comprises an anvil insert having a predetermined seal surface pattern; and in that said seal surface pattern is a helical pattern. a first anvil and a corresponding first ultrasonic horn ; a second anvil and a corresponding second ultrasonic horn , wherein each of the first anvil and the second anvil includes a seal surface having a predetermined profile; wherein said first anvil and the second anvil are laterally spaced apart inline and in a machine direction; wherein said first anvil and said second anvil are each provided with a respective servo motor; said seal surface of each of the first anvil and the second anvil comprises an anvil insert having a predetermined seal surface pattern; and in that said seal surface pattern is a helical pattern.
A pulsed waterjet apparatus comprising: a water pump for generating a pressurized waterjet; an ultrasonic signal generator for generating an ultrasonic signal; and an ultrasonic nozzle comprising an ultrasonic transducer for converting the ultrasonic signal into vibrations that pulse the pressurized waterjet to generate a pulsed waterjet, an exit orifice through which the pulsed waterjet exits from the nozzle and a water inflow inlet axially aligned with the exit orifice, characterized in that the ultrasonic transducer has a main body that includes a hole through which the pressurized waterjet flows. a water pump for generating a pressurized waterjet; an ultrasonic signal generator for generating an ultrasonic signal; and an ultrasonic nozzle comprising an ultrasonic transducer for converting the ultrasonic signal into vibrations that pulse the pressurized waterjet to generate a pulsed waterjet, an exit orifice through which the pulsed waterjet exits from the nozzle and a water inflow inlet axially aligned with the exit orifice, characterized in that the ultrasonic transducer has a main body that includes a hole through which the pressurized waterjet flows.