mhurhangee/patent-ind-claim-en huggingface dataset:
Hydraulic power steering system, consisting of at least - a steering actuator , for the control of which in opposite steering directions two subsystems (12; 14), each in the form of a flow-control valve arrangement (16; 18) with a relief valve (V3; V6), are used, and of - a fault detection device , by means of which at least one faulty component (V1, V2; V4, V5) of a respective subsystem (12; 14) can be determined and deactivated and by means of which the fault-free components (V1, V2, V3; V4, V5, V6) of at least one subsystem (12; 14) can be caused to maintain the control of the steering actuator , characterised in that each flow-control valve arrangement (16; 18) has an inlet valve (V1; V4) and a discharge valve (V2; V5), which are assigned to each other in pairs, are configured as continuous-control valves and can be electrically actuated by means of control signals which, when compared with each other by means of the fault detection device , lead to the deactivation of at least one valve (V1, V2, V3; V4, V5, V6) which is detected as faulty in the event of deviations which are detected as relevant. - a steering actuator , for the control of which in opposite steering directions two subsystems (12; 14), each in the form of a flow-control valve arrangement (16; 18) with a relief valve (V3; V6), are used, and of - a fault detection device , by means of which at least one faulty component (V1, V2; V4, V5) of a respective subsystem (12; 14) can be determined and deactivated and by means of which the fault-free components (V1, V2, V3; V4, V5, V6) of at least one subsystem (12; 14) can be caused to maintain the control of the steering actuator , characterised in that each flow-control valve arrangement (16; 18) has an inlet valve (V1; V4) and a discharge valve (V2; V5), which are assigned to each other in pairs, are configured as continuous-control valves and can be electrically actuated by means of control signals which, when compared with each other by means of the fault detection device , lead to the deactivation of at least one valve (V1, V2, V3; V4, V5, V6) which is detected as faulty in the event of deviations which are detected as relevant.
A wheel (16; 6) for motorcycle comprising: a hub (31; 131) supported by an axle (15; 5); a rim (32; 132) holding a tire ; and a plurality of spokes (33, 34; 133, 134) connecting the hub (31; 131) to the rim (32; 132), the hub (31; 131), the rim (32; 132) and the spokes (33, 34; 133, 134) being integrally provided, wherein the spokes (33, 34; 133, 134) include a main spoke (33; 133) extending from the hub (31; 131) to the rim (32; 132) and a sub spoke (34; 134) extending from the hub (31; 131) to the main spoke (33; 133), the main spoke (33; 133) and sub spoke (34; 134) being integrally provided, and the main spoke (33; 133) extending outward from the hub (31; 131) in a wheel radial direction is inclined (θ1) toward one wheel circumferential direction with respect to a straight line (M1) connecting a coupling portion (C1) between the main spoke (33; 133) and the hub (31; 131) to a wheel rotational center (O1), characterized in that the sub spoke (34; 134) extends from the hub (31; 131) to an intermediate portion (C4) of the main spoke (33; 133) between the coupling portion (C1) between the main spoke (33; 133) and the hub (31; 131) and a coupling portion (C2) between the main spoke (33; 133) and the rim (32; 132), and the sub spoke (34; 134) extending outward from the hub (31; 131) in the wheel radial direction is inclined (θ2) toward the other wheel circumferential direction with respect to a straight line (M3) connecting a coupling portion (C3) between the sub spoke (34; 134) and the hub (31; 131) to the wheel rotational center (O1). a hub (31; 131) supported by an axle (15; 5); a rim (32; 132) holding a tire ; and a plurality of spokes (33, 34; 133, 134) connecting the hub (31; 131) to the rim (32; 132), the hub (31; 131), the rim (32; 132) and the spokes (33, 34; 133, 134) being integrally provided, wherein the spokes (33, 34; 133, 134) include a main spoke (33; 133) extending from the hub (31; 131) to the rim (32; 132) and a sub spoke (34; 134) extending from the hub (31; 131) to the main spoke (33; 133), the main spoke (33; 133) and sub spoke (34; 134) being integrally provided, and the main spoke (33; 133) extending outward from the hub (31; 131) in a wheel radial direction is inclined (θ1) toward one wheel circumferential direction with respect to a straight line (M1) connecting a coupling portion (C1) between the main spoke (33; 133) and the hub (31; 131) to a wheel rotational center (O1), characterized in that the sub spoke (34; 134) extends from the hub (31; 131) to an intermediate portion (C4) of the main spoke (33; 133) between the coupling portion (C1) between the main spoke (33; 133) and the hub (31; 131) and a coupling portion (C2) between the main spoke (33; 133) and the rim (32; 132), and the sub spoke (34; 134) extending outward from the hub (31; 131) in the wheel radial direction is inclined (θ2) toward the other wheel circumferential direction with respect to a straight line (M3) connecting a coupling portion (C3) between the sub spoke (34; 134) and the hub (31; 131) to the wheel rotational center (O1).
A heat exchanger comprising: a plurality of tubes to be disposed substantially transverse to a direction of airflow through the heat exchanger and to be arranged in a plurality of tube rows extending substantially along the direction of airflow; a plurality of webs substantially integral to at least two tubes of the plurality of tubes , each web extending between and connected to adjacent tubes of the plurality of tubes ; and a plurality of tabs disposed at the plurality of webs substantially transverse to the airflow to generate vortices in the airflow; wherein the plurality of tabs include a first row of tabs , the first row of tabs extending along a tube length between a pair of adjacent tubes of the plurality of tubes , and a second row of tabs , the second row of tabs extending parallel to the first row of tabs between the same pair of adjacent tubes of the plurality of tubes ; characterised in that the tips of the tabs of the first row extend in a common first direction, and wherein the tips of the tabs of the second row extend in a common second direction different than the first direction. a plurality of tubes to be disposed substantially transverse to a direction of airflow through the heat exchanger and to be arranged in a plurality of tube rows extending substantially along the direction of airflow; a plurality of webs substantially integral to at least two tubes of the plurality of tubes , each web extending between and connected to adjacent tubes of the plurality of tubes ; and a plurality of tabs disposed at the plurality of webs substantially transverse to the airflow to generate vortices in the airflow; wherein the plurality of tabs include a first row of tabs , the first row of tabs extending along a tube length between a pair of adjacent tubes of the plurality of tubes , and a second row of tabs , the second row of tabs extending parallel to the first row of tabs between the same pair of adjacent tubes of the plurality of tubes ; characterised in that the tips of the tabs of the first row extend in a common first direction, and wherein the tips of the tabs of the second row extend in a common second direction different than the first direction.
A therapeutic support apparatus comprising: a user support surface extending along a longitudinal axis, the user support surface having a head section and a torso section , each of the head section and the torso section being operable to angle relative to the longitudinal axis, an elevation unit operable to position at least one of the head section and torso section at angles relative to the longitudinal axis, a monitor to acquire data related to a user while sleeping on the user support surface , and an alarm operable to activate based on the data acquired by the monitor, wherein at least one of the elevation unit and the alarm is activated in response to the data acquired by the monitor to control oxygen desaturation of the user, wherein the elevation unit includes: a first plate couple to a second plate at a hinge , and at least one inflatable bladder positioned between the first plate and the second plate , wherein the at least one inflatable bladder is operable to inflate and deflate to move the second plate to an angle relative to the first plate , wherein the at least one inflatable bladder includes a head bladder and a torso bladder , wherein the head bladder is operable to inflate and deflate to move a head section of the second plate to a head angle relative to the first plate , and wherein the torso bladder is operable to inflate and deflate to move a torso section of the second plate to a torso angle relative to the first plate . a user support surface extending along a longitudinal axis, the user support surface having a head section and a torso section , each of the head section and the torso section being operable to angle relative to the longitudinal axis, an elevation unit operable to position at least one of the head section and torso section at angles relative to the longitudinal axis, a monitor to acquire data related to a user while sleeping on the user support surface , and an alarm operable to activate based on the data acquired by the monitor, wherein at least one of the elevation unit and the alarm is activated in response to the data acquired by the monitor to control oxygen desaturation of the user, wherein the elevation unit includes: a first plate couple to a second plate at a hinge , and at least one inflatable bladder positioned between the first plate and the second plate , a first plate couple to a second plate at a hinge , and at least one inflatable bladder positioned between the first plate and the second plate , wherein the at least one inflatable bladder is operable to inflate and deflate to move the second plate to an angle relative to the first plate , wherein the at least one inflatable bladder includes a head bladder and a torso bladder , wherein the head bladder is operable to inflate and deflate to move a head section of the second plate to a head angle relative to the first plate , and wherein the torso bladder is operable to inflate and deflate to move a torso section of the second plate to a torso angle relative to the first plate .
A composite component , comprising: a first cover layer comprising a first fabric ; a second cover layer comprising a second fabric , wherein the first fabric and the second fabric define a warp direction and a weft direction ; several tapes arranged between the two cover layers along the warp direction and connected in a form-fit manner to the respective fabric of the first cover layer and the second cover layer , wherein each of the several tapes is kinked several times and wherein the kink edges extend obliquely to the warp direction and/or obliquely to the weft direction . a first cover layer comprising a first fabric ; a second cover layer comprising a second fabric , wherein the first fabric and the second fabric define a warp direction and a weft direction ; several tapes arranged between the two cover layers along the warp direction and connected in a form-fit manner to the respective fabric of the first cover layer and the second cover layer , wherein each of the several tapes is kinked several times and wherein the kink edges extend obliquely to the warp direction and/or obliquely to the weft direction .
A direct 5-hydroxytryptamine 1B receptor (5-HT1 BR)-stimulating agent for use for boosting the healing, the repairing and/or the treatment of wound, abscess, bedsore, skin ulcer, burn, blister or alopecia in a patient in need thereof, or for use for boosting skin and/or hair repair in patients needing a skin or scalp engraftment.
Method for optimizing parking suggestions of at least one driver assistance system for at least one vehicle , including the steps of: - ascertaining at least one route to a destination , - ascertaining potential parking options (P) for the at least one vehicle along the previously ascertained route , - determining an acceptance of a parking suggestion (P) from a selection of parking suggestions or a rejection of a parking suggestion , wherein the following steps are carried out if a rejection of the parking suggestion is determined: - ascertaining stop information , - analysing and classifying a termination phase and a termination reason , and - using and taking into account analysis results for a selection of future parking suggestions . - ascertaining at least one route to a destination , - ascertaining potential parking options (P) for the at least one vehicle along the previously ascertained route , - determining an acceptance of a parking suggestion (P) from a selection of parking suggestions or a rejection of a parking suggestion , - ascertaining stop information , - analysing and classifying a termination phase and a termination reason , and - using and taking into account analysis results for a selection of future parking suggestions .
An apparatus for estimating bio-information of a user, the apparatus comprising: a first sensor configured to obtain a fingerprint image of a finger of the user; a second sensor configured to measure a force or a pressure applied by the finger of the user to the first sensor; and a processor configured to: obtain , based on the fingerprint image, a first feature value related to pulse waves; obtain a change in distance between ridges or valleys of a fingerprint from the fingerprint image based on the finger pressing the first sensor, and obtain a second feature value based on the change in distance, the second feature value being related to skin elasticity; obtain a third feature value based on the force or the pressure; and estimate (760, 860-870) the bio-information of the user, based on the first feature value, the second feature value, and the third feature value. a first sensor configured to obtain a fingerprint image of a finger of the user; a second sensor configured to measure a force or a pressure applied by the finger of the user to the first sensor; and a processor configured to: obtain , based on the fingerprint image, a first feature value related to pulse waves; obtain a change in distance between ridges or valleys of a fingerprint from the fingerprint image based on the finger pressing the first sensor, and obtain a second feature value based on the change in distance, the second feature value being related to skin elasticity; obtain a third feature value based on the force or the pressure; and estimate (760, 860-870) the bio-information of the user, based on the first feature value, the second feature value, and the third feature value. obtain , based on the fingerprint image, a first feature value related to pulse waves; obtain a change in distance between ridges or valleys of a fingerprint from the fingerprint image based on the finger pressing the first sensor, and obtain a second feature value based on the change in distance, the second feature value being related to skin elasticity; obtain a third feature value based on the force or the pressure; and estimate (760, 860-870) the bio-information of the user, based on the first feature value, the second feature value, and the third feature value.
A method for transmitting a sounding reference signal, SRS, comprising: determining , by a terminal device, multiple Orthogonal Frequency Division Multiplexing (OFDM) symbols for sending an SRS of the terminal device within a slot; determining , by the terminal device, a frequency-domain resource for sending the SRS on each of the OFDM symbols according to a frequency-domain resource hopping pattern, a first index of each of the multiple OFDM symbols and a second index of the slot; and sending , by the terminal device, the SRS to a network device according to the frequency-domain resource for sending the SRS. determining , by a terminal device, multiple Orthogonal Frequency Division Multiplexing (OFDM) symbols for sending an SRS of the terminal device within a slot; determining , by the terminal device, a frequency-domain resource for sending the SRS on each of the OFDM symbols according to a frequency-domain resource hopping pattern, a first index of each of the multiple OFDM symbols and a second index of the slot; and sending , by the terminal device, the SRS to a network device according to the frequency-domain resource for sending the SRS.
A method for producing a metal-resin composite containing a metal member , which has a roughened surface in at least a portion of the surface thereof, and a resin member , the resin member being joined so as to be in contact with at least a portion of the roughened surface , the method comprising: a step of joining the resin member and the metal member by melting the resin member with the frictional heat generated in the surface of the metal member on its side opposite to the resin member in a state where the metal member and the resin member are superposed, characterized in that when the roughened surface is measured at arbitrary five points by using a confocal microscope according to ISO 25178, the developed area ratio (Sdr) is 5 or more in terms of number-average value.
Method for the production, recognition, identification, reading and traceability of a seal or label , comprising the steps of: - preparing a mold for said seal or label , - injecting inside a molding chamber of the mold a first material constituting a matrix of the seal or label , - injecting inside the molding chamber of the mold a second, tracking material , which is mixed into the matrix at random, creating a pattern inside the matrix , said pattern defining a marking of the seal or label . wherein said injection steps of the first and second material are carried out before the materials are introduced into the mold so as to pre-mix said materials before they enter into said molding chamber , wherein the molding chamber is shaped so that, following extraction from the mold , the seal or label has a reading area of the marking of the seal or label said reading area being a subset of said seal or label , wherein said reading area of the marking of the seal or label is delimited by a perimeter groove or a bas-relief . - preparing a mold for said seal or label , - injecting inside a molding chamber of the mold a first material constituting a matrix of the seal or label , - injecting inside the molding chamber of the mold a second, tracking material , which is mixed into the matrix at random, creating a pattern inside the matrix , said pattern defining a marking of the seal or label . wherein said injection steps of the first and second material are carried out before the materials are introduced into the mold so as to pre-mix said materials before they enter into said molding chamber , wherein the molding chamber is shaped so that, following extraction from the mold , the seal or label has a reading area of the marking of the seal or label said reading area being a subset of said seal or label , wherein said reading area of the marking of the seal or label is delimited by a perimeter groove or a bas-relief .
A collapsible wall , comprising: a plurality of frame sections engaged with each other to form a telescoping frame movable between an extended position and a retracted position , the frame sections forming at least a portion of a face of the collapsible wall and defining an aperture through the face; and a panel removably engaged to the frame sections , the panel covering the aperture when the panel is disposed in a closed position ; characterized in that the panel is displaceable between the closed position and an open position at least when the frame sections are in an extended position, the panel in the open position providing access into at least one of the frame sections via the aperture ; and the panel is removably engaged to the frame sections via a hinge so as to be pivotable between the closed position and the open position. a plurality of frame sections engaged with each other to form a telescoping frame movable between an extended position and a retracted position , the frame sections forming at least a portion of a face of the collapsible wall and defining an aperture through the face; and a panel removably engaged to the frame sections , the panel covering the aperture when the panel is disposed in a closed position ; characterized in that the panel is displaceable between the closed position and an open position at least when the frame sections are in an extended position, the panel in the open position providing access into at least one of the frame sections via the aperture ; and the panel is removably engaged to the frame sections via a hinge so as to be pivotable between the closed position and the open position.
A detecting device , comprising: an obtaining unit configured to obtain a network log and a host log of a device; a first converting unit configured to convert the network log into a first feature value in a form which is inputtable to a multimodal generative model, the multimodal generative model being a generative model which generates output data on the basis of multiple latent variables represented by random variables; a second converting unit configured to convert the host log into a second feature value in a form which is inputtable to the generative model; a calculating unit configured to input at least one of the first and second feature values to the generative model and calculate the output data by executing the model; a detecting unit configured to detect an abnormality about the device using an anomaly score calculated on the basis of the output data. an obtaining unit configured to obtain a network log and a host log of a device; a first converting unit configured to convert the network log into a first feature value in a form which is inputtable to a multimodal generative model, the multimodal generative model being a generative model which generates output data on the basis of multiple latent variables represented by random variables; a second converting unit configured to convert the host log into a second feature value in a form which is inputtable to the generative model; a calculating unit configured to input at least one of the first and second feature values to the generative model and calculate the output data by executing the model; a detecting unit configured to detect an abnormality about the device using an anomaly score calculated on the basis of the output data.