mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tire , comprising: a tire case including a carcass that extends from one bead portion to another bead portion , at least an outer side portion, in a tire width direction, of the carcass being covered with a first rubber material; a tread disposed at a tire radial direction outer side of the tire case, the tread being formed of a second rubber material; and a single-layer belt disposed between the tire case and the tread, the belt comprising a resin-covered cord that is wound in a spiral shape, the resin-covered cord comprising a cord covered with a resin with a greater tensile modulus of elasticity than the first rubber material and the second rubber material, and the resin at one winding of the resin-covered cord being integrally joined with the resin at another winding of the resin-covered cord, the one winding and the another winding being adjacent in the tire width direction, as seen in a tire width direction sectional view, characterized in that : an inner peripheral face of the resin-covered cords at a side thereof at which the carcass is disposed and an outer peripheral face of the resin-covered cords at a side thereof at which the tread is disposed are offset in a belt width direction. a tire case including a carcass that extends from one bead portion to another bead portion , at least an outer side portion, in a tire width direction, of the carcass being covered with a first rubber material; a tread disposed at a tire radial direction outer side of the tire case, the tread being formed of a second rubber material; and a single-layer belt disposed between the tire case and the tread, the belt comprising a resin-covered cord that is wound in a spiral shape, the resin-covered cord comprising a cord covered with a resin with a greater tensile modulus of elasticity than the first rubber material and the second rubber material, and the resin at one winding of the resin-covered cord being integrally joined with the resin at another winding of the resin-covered cord, the one winding and the another winding being adjacent in the tire width direction, as seen in a tire width direction sectional view, characterized in that : an inner peripheral face of the resin-covered cords at a side thereof at which the carcass is disposed and an outer peripheral face of the resin-covered cords at a side thereof at which the tread is disposed are offset in a belt width direction.
Method for identifying a particle property of a first particle , in particular of the first particle of a particle charge , wherein particles are grains, comminuted stones or very small solid bodies, and solid bodies are solid components of aerosols, suspensions or powders, wherein the method comprises the following steps: - optically capturing an image of the first particle from different positions by means of a first optical system comprising a first line light source and a first spatially resolved optical sensor , - transforming the optical image into a spatial representation which includes a projection area and height information such that a three-dimensional measured variable is provided, and - determining the particle property, wherein the particle property is a minimal projection area of the first particle, and - deriving a particle size from the minimal projection area , wherein the derived particle size is a screen mesh width, a flakiness index and/or a grain shape index. - optically capturing an image of the first particle from different positions by means of a first optical system comprising a first line light source and a first spatially resolved optical sensor , - transforming the optical image into a spatial representation which includes a projection area and height information such that a three-dimensional measured variable is provided, and - determining the particle property, wherein the particle property is a minimal projection area of the first particle, and - deriving a particle size from the minimal projection area , wherein the derived particle size is a screen mesh width, a flakiness index and/or a grain shape index.
A supporting apparatus including a web browser and configured to perform communication using a Remote User Interface, RUI, with a supported apparatus via a relay server , the supporting apparatus being located inside a first firewall and the supported apparatus being located inside a second firewall , the supporting apparatus comprising: reception means configured to receive (S517), from the web browser , a first request for the RUI to the supported apparatus ; POST request transmission means configured to transmit (S518), to the relay server through the first firewall , a second request including the first request received by the reception means using a POST request according to HTTP format; GET response reception means configured to transmit (S524), to the relay server through the first firewall , using a GET request according to the HTTP format, a third request to get a first response, transmitted to the relay server by the supported apparatus through the second firewall and stored in the relay server , to the first request and configured to receive (S525), from the relay server , a second response to the third request, including the first response to the first request, using a GET response that is returned in response to the GET request; and acquisition means configured to acquire (S526), from the second response, the first response to the first request for the RUI, based on the GET response received by the GET response reception means. reception means configured to receive (S517), from the web browser , a first request for the RUI to the supported apparatus ; POST request transmission means configured to transmit (S518), to the relay server through the first firewall , a second request including the first request received by the reception means using a POST request according to HTTP format; GET response reception means configured to transmit (S524), to the relay server through the first firewall , using a GET request according to the HTTP format, a third request to get a first response, transmitted to the relay server by the supported apparatus through the second firewall and stored in the relay server , to the first request and configured to receive (S525), from the relay server , a second response to the third request, including the first response to the first request, using a GET response that is returned in response to the GET request; and acquisition means configured to acquire (S526), from the second response, the first response to the first request for the RUI, based on the GET response received by the GET response reception means.
A system comprising: a heart valve including a first commissure post ; and a delivery apparatus coupled to the heart valve , the delivery apparatus comprising: a base including an inflow end and an outflow end, the outflow end being distal to the inflow end ; and a suture guard that is selectively deployable and that extends through the base , the suture guard configured to transition from initial configuration to a deployed configuration, wherein in the initial configuration the suture guard is in a collapsed configuration such that the suture guard is situated radially inwardly of an interior surface of an outflow end of the first commissure post , and wherein in the deployed configuration the suture guard extends radially outwardly of the interior surface of the outflow end distal to the outflow end of the first commissure post , wherein the suture guard includes a frame element that is shape set such that when the suture guard is transitioned to the deployed configuration the frame element is configured to cause the suture guard to naturally adopt the deployed configuration. a heart valve including a first commissure post ; and a delivery apparatus coupled to the heart valve , the delivery apparatus comprising: a base including an inflow end and an outflow end, the outflow end being distal to the inflow end ; and a suture guard that is selectively deployable and that extends through the base , the suture guard configured to transition from initial configuration to a deployed configuration, wherein in the initial configuration the suture guard is in a collapsed configuration such that the suture guard is situated radially inwardly of an interior surface of an outflow end of the first commissure post , and wherein in the deployed configuration the suture guard extends radially outwardly of the interior surface of the outflow end distal to the outflow end of the first commissure post , wherein the suture guard includes a frame element that is shape set such that when the suture guard is transitioned to the deployed configuration the frame element is configured to cause the suture guard to naturally adopt the deployed configuration. a base including an inflow end and an outflow end, the outflow end being distal to the inflow end ; and a suture guard that is selectively deployable and that extends through the base , the suture guard configured to transition from initial configuration to a deployed configuration, wherein in the initial configuration the suture guard is in a collapsed configuration such that the suture guard is situated radially inwardly of an interior surface of an outflow end of the first commissure post , and wherein in the deployed configuration the suture guard extends radially outwardly of the interior surface of the outflow end distal to the outflow end of the first commissure post , wherein the suture guard includes a frame element that is shape set such that when the suture guard is transitioned to the deployed configuration the frame element is configured to cause the suture guard to naturally adopt the deployed configuration.
System for detecting the consumption of a medium in a washing or cleaning assembly, comprising a) at least one receptacle , which is detachably couplable to a coupling point of the washing or cleaning assembly, wherein a medium is located in the receptacle, and wherein the receptacle has a data storage device , e.g. an RFID tag, on which an information record is entered, which contains at least one piece of information about the nature of the medium and one piece of information about the volume of the medium that is in the receptacle, b) a dispenser , with which the medium can be metered, c) a pump arrangement , with which the medium can be pumped to a target receptacle , e.g. to a washing machine or to a dishwasher, d) a control unit , with which the pump arrangement and the dispenser can be contacted, e) a reading device , e.g. an RFID reading device, with which the information record can be read, f) a counting device for determining the volume of the medium withdrawn from the receptacle, g) wherein, taking into account the withdrawn volume, a current fill level of the receptacle can be calculated by the control unit, or information about the withdrawn volume can be further processed, h) and wherein a writing device is provided, by means of which the current fill level can be written onto the data storage device as information, or by means of which one piece of information about the withdrawn volume can be written onto the data storage device. a) at least one receptacle , which is detachably couplable to a coupling point of the washing or cleaning assembly, wherein a medium is located in the receptacle, and wherein the receptacle has a data storage device , e.g. an RFID tag, on which an information record is entered, which contains at least one piece of information about the nature of the medium and one piece of information about the volume of the medium that is in the receptacle, b) a dispenser , with which the medium can be metered, c) a pump arrangement , with which the medium can be pumped to a target receptacle , e.g. to a washing machine or to a dishwasher, d) a control unit , with which the pump arrangement and the dispenser can be contacted, e) a reading device , e.g. an RFID reading device, with which the information record can be read, f) a counting device for determining the volume of the medium withdrawn from the receptacle, g) wherein, taking into account the withdrawn volume, a current fill level of the receptacle can be calculated by the control unit, or information about the withdrawn volume can be further processed, h) and wherein a writing device is provided, by means of which the current fill level can be written onto the data storage device as information, or by means of which one piece of information about the withdrawn volume can be written onto the data storage device.
An inkjet printing apparatus comprising: a print head comprising at least one ejection opening and configured to print an image by ejecting ink from the ejection opening ; a detection means configured to perform a detection operation to detect an ink ejection state of the ejection opening ; a circulation means (P1, P2) configured to circulate ink between an ink tank and the print head such that ink flows from the ink tank through the print head, a first flow path (C2), and a second flow path (C4) and such that at least a part of ink which has flowed in the first flow path (C2) flows in the first flow path (C2) again; and a control means configured to cause the circulation means (P1, P2) to circulate ink, to cause the detection means to perform said detection operation while the circulation means (P1, P2) circulates ink, and to prevent the circulation means (P1, P2) from stopping the ink circulation until said detection operation is finished. a print head comprising at least one ejection opening and configured to print an image by ejecting ink from the ejection opening ; a detection means configured to perform a detection operation to detect an ink ejection state of the ejection opening ; a circulation means (P1, P2) configured to circulate ink between an ink tank and the print head such that ink flows from the ink tank through the print head, a first flow path (C2), and a second flow path (C4) and such that at least a part of ink which has flowed in the first flow path (C2) flows in the first flow path (C2) again; and a control means configured to cause the circulation means (P1, P2) to circulate ink, to cause the detection means to perform said detection operation while the circulation means (P1, P2) circulates ink, and to prevent the circulation means (P1, P2) from stopping the ink circulation until said detection operation is finished.
A method for the unloading of a workpiece part in parallel with processing time by means of an unloading element , especially a vacuum sucker, wherein the workpiece part is cut from an especially plate-shaped workpiece by means of a laser beam , the desired movement of which on the workpiece at least along a first movement axis (X) is divided into a movement of the workpiece and a movement of the laser beam , and wherein before executing a final cut , which separates the workpiece part from the workpiece , the workpiece is decelerated until standstill and the final cut is then executed only by moving the laser beam , characterized in that (a) the unloading element is lowered in the direction toward the workpiece part at the latest at the end of the executed final cut , without clamping on said workpiece part in the process, and the workpiece together with the cut free workpiece part therein and the unloading element , which is located above the cut free workpiece part , are laterally displaced together into a withdrawal position in which the unloading element is fixed on the cut free workpiece part , or (b) the unloading element is decelerated synchronously with the workpiece until standstill at least along the first movement axis (X) without movement relative to the workpiece and is fixed on the not yet cut free workpiece part at the latest at the standstill of the workpiece . (a) the unloading element is lowered in the direction toward the workpiece part at the latest at the end of the executed final cut , without clamping on said workpiece part in the process, and the workpiece together with the cut free workpiece part therein and the unloading element , which is located above the cut free workpiece part , are laterally displaced together into a withdrawal position in which the unloading element is fixed on the cut free workpiece part , or (b) the unloading element is decelerated synchronously with the workpiece until standstill at least along the first movement axis (X) without movement relative to the workpiece and is fixed on the not yet cut free workpiece part at the latest at the standstill of the workpiece .
An air conditioning method for a vehicle , comprising: determining an ambient temperature inside the vehicle (S102); determining an operating state of a temperature regulation unit and a minimum air volume of an odor regulation unit in the operating state (S104), wherein the minimum air volume of the odor regulation unit is a flow formed by a rotational speed overcoming a back pressure to ensure that a fragrance is blowable out; receiving a setting of an intensity level of the odor regulation unit (S106); and determining an air volume of the odor regulation unit according to the ambient temperature, the operating state, the minimum air volume, and the intensity level (S108). determining an ambient temperature inside the vehicle (S102); determining an operating state of a temperature regulation unit and a minimum air volume of an odor regulation unit in the operating state (S104), wherein the minimum air volume of the odor regulation unit is a flow formed by a rotational speed overcoming a back pressure to ensure that a fragrance is blowable out; receiving a setting of an intensity level of the odor regulation unit (S106); and determining an air volume of the odor regulation unit according to the ambient temperature, the operating state, the minimum air volume, and the intensity level (S108).
A head tube for a cycle, the head tube being a tubular profile and comprising an inner wall defining a central bore , the central bore forming a first passageway to receive a headset comprising bearings for a front fork steering tube of the cycle, the head tube further comprising an outer wall , characterised in that the outer wall defines a plurality of arcuate slots concentric to the central bore , each arcuate slot forming a second passageway to receive a cable such as a brake cable, gear change cable, or electrical cable or the like, the head tube further comprising at least one partition connecting the inner wall to the outer wall and disposed between two neighbouring ones of said second passageways .
Use of a catalyst comprised of chromium (III) oxide to synthesize 2,3,3,3-tetrafluoropropene from 1,1,1,2-tetrafluoro-2-chloropropane, wherein said catalyst comprises: a) at least 1% by weight of an alkali metal and further comprises boron; or b) from 0.1% to 3% boron and at least 1000 ppm potassium. a) at least 1% by weight of an alkali metal and further comprises boron; or b) from 0.1% to 3% boron and at least 1000 ppm potassium.
Vehicle door drive assembly comprising a) a holding element and/or guiding element for a vehicle door , b) a longitudinal actuator which induces a longitudinal movement of the holding element and/or guiding element , c) a converting transmission which converts the longitudinal movement of the holding element and/or guiding element into a transverse movement, characterised in that d) the converting transmission comprises a spindle drive having da) a first spindle drive element being moved with the holding element and/or guiding element in longitudinal direction and db) a second spindle drive element which is rotated relative to the first spindle drive element dependent on the longitudinal movement of the holding element and/or guiding element , e) the converting transmission comprising an arm which is in a driving connection with the second spindle drive element, the arm being pivotable about a pivoting axis having an orientation in the direction of a longitudinal axis and the arm setting a position of the holding element and/or guiding element in a direction of a transverse axis and f) the arm forming a toggle lever of a toggle lever drive . a) a holding element and/or guiding element for a vehicle door , b) a longitudinal actuator which induces a longitudinal movement of the holding element and/or guiding element , c) a converting transmission which converts the longitudinal movement of the holding element and/or guiding element into a transverse movement, characterised in that d) the converting transmission comprises a spindle drive having da) a first spindle drive element being moved with the holding element and/or guiding element in longitudinal direction and db) a second spindle drive element which is rotated relative to the first spindle drive element dependent on the longitudinal movement of the holding element and/or guiding element , da) a first spindle drive element being moved with the holding element and/or guiding element in longitudinal direction and db) a second spindle drive element which is rotated relative to the first spindle drive element dependent on the longitudinal movement of the holding element and/or guiding element , e) the converting transmission comprising an arm which is in a driving connection with the second spindle drive element, the arm being pivotable about a pivoting axis having an orientation in the direction of a longitudinal axis and the arm setting a position of the holding element and/or guiding element in a direction of a transverse axis and f) the arm forming a toggle lever of a toggle lever drive .
A conditioned medium which comprises a plurality of cell-secreted proteins and which is obtainable by culturing in a liquid cell culture medium an adult stem cell capable of differentiating into a plurality of differentiated cell types, for use in the therapeutic treatment of a tumour disease, characterized in that the adult stem cell capable of differentiating into a plurality of differentiated cell types is a non-oval liver stem cell.