mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle steering control device in a steering mechanism in which a steering wheel and a rack-and-pinion that steers and drives a drive wheel are connected via a differential mechanism and a speed reduction mechanism is provided in a rack of the rack-and-pinion, the vehicle steering control device comprising: a pinion shaft provided on a side of the rack-and-pinion of the differential mechanism; a steering shaft provided on a side of the steering wheel of the differential mechanism; a first angle sensor that is provided on the pinion shaft and detects a pinion angle which is a mechanical angle of the pinion shaft ; a second angle sensor that is provided on the steering shaft and detects a steering angle which is a mechanical angle of the steering shaft ; a first controller that controls the speed reduction mechanism; and a second controller that controls the differential mechanism, characterized in that a first steering assist mode of assisting steering of a driver and a second steering assist mode of performing steering independently from the steering of the driver are provided as operation modes of the first controller and the second controller , and the second controller controls the differential mechanism in the second steering assist mode such that a first ratio is set such that displacement of the steering angle is smaller than displacement of the pinion angle and a ratio of the pinion angle relative to the steering angle becomes the first ratio. a pinion shaft provided on a side of the rack-and-pinion of the differential mechanism; a steering shaft provided on a side of the steering wheel of the differential mechanism; a first angle sensor that is provided on the pinion shaft and detects a pinion angle which is a mechanical angle of the pinion shaft ; a second angle sensor that is provided on the steering shaft and detects a steering angle which is a mechanical angle of the steering shaft ; a first controller that controls the speed reduction mechanism; and a second controller that controls the differential mechanism, characterized in that a first steering assist mode of assisting steering of a driver and a second steering assist mode of performing steering independently from the steering of the driver are provided as operation modes of the first controller and the second controller , and the second controller controls the differential mechanism in the second steering assist mode such that a first ratio is set such that displacement of the steering angle is smaller than displacement of the pinion angle and a ratio of the pinion angle relative to the steering angle becomes the first ratio.
A radio resource configuration method, comprising: configuring (S101) a plurality of sub-bands within a channel bandwidth, and configuring any one of at least one sub-band having a smallest sub-carrier interval at an outmost position of a transmission bandwidth configuration; wherein in a frequency domain range from the outmost position of the transmission bandwidth configuration to a middle position of the channel bandwidth, sub-carrier intervals within configured different sub-bands monotonically increase; characterized in that , among all the sub-bands configured in the frequency domain range from the outmost position of the transmission bandwidth configuration to the middle position of the channel bandwidth, bandwidths of different sub-bands having a same sub-carrier interval monotonically increase; wherein the channel bandwidth is a radio frequency bandwidth of a transmitting node carrier in a system; the transmission bandwidth configuration is a total bandwidth in a frequency domain of physical time-frequency resources within the channel bandwidth; two guard bands disposed within the channel bandwidth and outside the transmission bandwidth configuration are asymmetrical. configuring (S101) a plurality of sub-bands within a channel bandwidth, and configuring any one of at least one sub-band having a smallest sub-carrier interval at an outmost position of a transmission bandwidth configuration; wherein in a frequency domain range from the outmost position of the transmission bandwidth configuration to a middle position of the channel bandwidth, sub-carrier intervals within configured different sub-bands monotonically increase; characterized in that , among all the sub-bands configured in the frequency domain range from the outmost position of the transmission bandwidth configuration to the middle position of the channel bandwidth, bandwidths of different sub-bands having a same sub-carrier interval monotonically increase; wherein the channel bandwidth is a radio frequency bandwidth of a transmitting node carrier in a system; the transmission bandwidth configuration is a total bandwidth in a frequency domain of physical time-frequency resources within the channel bandwidth; two guard bands disposed within the channel bandwidth and outside the transmission bandwidth configuration are asymmetrical.
Method for assembling a ring in a tubular component , said tubular component including a cylindrical wall having an inner surface and an outer surface , the ring and the tubular component being made from metal materials, said method being characterized in that it includes the steps of: - reducing, over a longitudinal portion of the tubular component , a thickness of the wall of the tubular component so as to form a trapezoidal recess on the periphery of said longitudinal portion , the reduction in the thickness of the wall of the tubular component being obtained by removal of a layer of material from the outer surface of the wall , - positioning the ring around the longitudinal portion , the ring having, facing the recess, an inner surface having a shape complementary to that of the recess of the tubular component , - positioning the tubular component / ring assembly in an opening of a coil , in such a way that the ring is disposed facing said coil , - welding the ring to the tubular component by a magnetic pulse generated by the coil . - reducing, over a longitudinal portion of the tubular component , a thickness of the wall of the tubular component so as to form a trapezoidal recess on the periphery of said longitudinal portion , the reduction in the thickness of the wall of the tubular component being obtained by removal of a layer of material from the outer surface of the wall , - positioning the ring around the longitudinal portion , the ring having, facing the recess, an inner surface having a shape complementary to that of the recess of the tubular component , - positioning the tubular component / ring assembly in an opening of a coil , in such a way that the ring is disposed facing said coil , - welding the ring to the tubular component by a magnetic pulse generated by the coil .
Method for handling flexible hygiene products , in particular sanitary pads, wherein the hygiene products are transported continuously along a transport path and in the process are rotated, in particular placed upright, and wherein the hygiene products are rotated by means of a rotating apparatus arranged in the transport path , wherein a conveying means for the hygiene products is arranged preferably directly in front of and behind the rotating apparatus and the rotating apparatus has shorter dimensions in the transport direction of the hygiene products in the transport path than the hygiene products so that the hygiene products are transported in each case at least by one of the two conveying means , while they are rotated by means of the rotating apparatus , characterized in that the hygiene products are twisted in the rotating apparatus , preferably by approximately 90°, namely about a longitudinal axis of the hygiene products which runs in a manner directed substantially parallel to the transport direction or to the transport path .
Gasket for quick couplings, in particular for the fluid seal of the valve body of male quick couplings, said gasket comprising a toroidal main body , in turn comprising an inner surface and an outer surface , said outer surface comprising a central portion flanked by two lateral shoulders , and said inner surface has, on a radial cross-sectional plane, a triangular profile with the vertex of the triangle facing inwards of the toroid, characterised in that said outer surface is three-lobed with a central portion protruding with respect to the lateral shoulders , in that the gasket is made in a single body and is symmetrical with respect to a central symmetry plane (A) and in that said outer surface has, on a radial cross-sectional plane, a three-lobed profile symmetrical with respect to the central symmetry plane (A) and wherein said central portion of said outer surface is laterally delimited by a groove , which separates said central portion from said lateral shoulders .
Wind turbine having a rotor shaft, wherein the rotor shaft is mounted by way of a bearing assembly having a first bearing ring and a second bearing ring that is mounted so as to be rotatable in relation to the first bearing ring , wherein at least one hydrostatically supported first friction bearing segment which interacts with a first friction face (12.3, 12.4, 12.5) that is disposed on the second bearing ring is disposed on the first bearing ring , characterized in that the first friction bearing segment is received in a receptacle pocket (11.6) of the first bearing ring in such a manner that a first pressure chamber is formed between the first bearing ring and the first friction bearing segment , and the first friction bearing segment is configured in such a manner that a plurality of, in particular three or four, second pressure chambers are formed between the first friction bearing segment and the second bearing ring , wherein the first pressure chamber and the plurality of second presssure chambers are connected by way of a plurality of ducts (28, 28', 28", 28"') that run through the first friction bearing segment , and the first friction bearing segment has a first pressure face which faces the first pressure chamber and a plurality of second pressure faces (27, 27', 27", 27"') which face the second pressure chambers , wherein the first pressure face is smaller than the sum of the plurality of second pressure faces (27, 27', 27", 27"').
A remotely controlled aerial system for electrically bonding-on to high voltage powerlines without harm, said system comprising: a. an unmanned aerial vehicle ; b. an attachment deployed on the unmanned aerial vehicle; characterised by : c. a removable, electrically conductive, flexible covering adapted to encapsulate both the unmanned aerial vehicle and the attachment within the covering and form a Faraday cage around both the unmanned aerial vehicle and the attachment, wherein, during the bonding-on, electrical charge originating from the bonding-on will flow around the Faraday cage formed by the covering while leaving the unmanned aerial vehicle and the attachment within the covering substantially electrically unaffected by the electrical charge. a. an unmanned aerial vehicle ; b. an attachment deployed on the unmanned aerial vehicle; c. a removable, electrically conductive, flexible covering adapted to encapsulate both the unmanned aerial vehicle and the attachment within the covering and form a Faraday cage around both the unmanned aerial vehicle and the attachment, wherein, during the bonding-on, electrical charge originating from the bonding-on will flow around the Faraday cage formed by the covering while leaving the unmanned aerial vehicle and the attachment within the covering substantially electrically unaffected by the electrical charge.
A method for operating an electronic device managing voice-based interaction in an Internet of things, IoT, network system, the method comprising: identifying a first voice utterance of a user from a first IoT device among a plurality of IoT devices in the IoT network system; identifying at least one second voice utterance of the user from at least one second IoT device among the plurality of IoT devices in the IoT network system; generating a voice command by combining the first voice utterance and the at least one second voice utterance; and triggering at least one IoT device among the plurality of IoT devices in the IoT network system to perform at least one action corresponding to the voice command, wherein the at least one second voice utterance is received after the first voice utterance. identifying a first voice utterance of a user from a first IoT device among a plurality of IoT devices in the IoT network system; identifying at least one second voice utterance of the user from at least one second IoT device among the plurality of IoT devices in the IoT network system; generating a voice command by combining the first voice utterance and the at least one second voice utterance; and triggering at least one IoT device among the plurality of IoT devices in the IoT network system to perform at least one action corresponding to the voice command, wherein the at least one second voice utterance is received after the first voice utterance.
Hydraulic system with a closed hydraulic circuit composed of a hydraulic pump and hydraulic motor , with a feed pump for compensating for volume losses in the closed circuit and with a flushing device for discharging a portion of the hydraulic fluid from the closed circuit, wherein the flushing device comprises a viscosity-dependent throttle so that the discharge fluid flow depends on the temperature of the hydraulic fluid, characterised in that the length of the viscosity-dependent throttle can be adjusted by the pressure difference between the high-pressure side and the low-pressure side.
An electronic device having a bracket , wherein the electronic device is to be accommodated in an opening formed in an enclosure and has a front cover to be in tight contact with a front face of the enclosure in the vicinity of the opening, the bracket comprising: a bracket body that has a first end supporting a rear part of the electronic device and a second end in contact with a periphery of the rear part of the electronic device; and a coupling member disposed in the bracket body to press the front cover and the second end of the bracket body towards each other from the front and rear faces of the enclosure, to fix the electronic device, wherein the bracket body comprises: a first portion having a fastening hole through which the coupling member passes; and a second portion bent from an end of the first portion so as to partially surround the periphery of the rear part of the electronic device, wherein the coupling member is coupled with the periphery of the rear part of the electronic device by being screwed, and an end of the second portion forms a supporting region to be in tight contact with the rear face of the enclosure near the opening, characterised in that the bracket body is formed in an L shape, and a connection portion between the first portion and the second portion is formed to be tapered. a bracket body that has a first end supporting a rear part of the electronic device and a second end in contact with a periphery of the rear part of the electronic device; and a coupling member disposed in the bracket body to press the front cover and the second end of the bracket body towards each other from the front and rear faces of the enclosure, to fix the electronic device, wherein the bracket body comprises: a first portion having a fastening hole through which the coupling member passes; and a second portion bent from an end of the first portion so as to partially surround the periphery of the rear part of the electronic device, wherein the coupling member is coupled with the periphery of the rear part of the electronic device by being screwed, and an end of the second portion forms a supporting region to be in tight contact with the rear face of the enclosure near the opening, characterised in that the bracket body is formed in an L shape, and a connection portion between the first portion and the second portion is formed to be tapered. a first portion having a fastening hole through which the coupling member passes; and a second portion bent from an end of the first portion so as to partially surround the periphery of the rear part of the electronic device, wherein the coupling member is coupled with the periphery of the rear part of the electronic device by being screwed, and an end of the second portion forms a supporting region to be in tight contact with the rear face of the enclosure near the opening, characterised in that the bracket body is formed in an L shape, and a connection portion between the first portion and the second portion is formed to be tapered.
Apparatus for a vacuum cleaner for compensating air pressure fluctuations, having a main body through which an air flow (LS) can flow in a flow direction (HS), characterized in that the main body contains at least one passage opening , and in that a separating element for separating the passage opening from ambient air (UL) is included, wherein the separating element is movable to ensure that a reservoir to receive an air volume (LV) is produced between the main body and the separating element , and a vacuum produced in the main body by the air flow (LS) is at least partially maintained.
A personal care formulation comprising a compound of formula (I) wherein n is an integer from 2 to 5; R 1 is independently H or C 1 -C 3 alkyl; and R 2 is an unsubstituted linear or branched C 1 -C 4 alkyl, and a cosmetically acceptable vehicle. n is an integer from 2 to 5; R 1 is independently H or C 1 -C 3 alkyl; and R 2 is an unsubstituted linear or branched C 1 -C 4 alkyl,
Production method for a ring electrode , comprising the following steps: - providing an outer element which comprises an outer tube , - providing a first inner element which comprises a first inner tube with a first core composed of a sacrificial material, - providing a second inner element which comprises a second core composed of a sacrificial material, - forming a composite tube by arranging the first inner element and the second inner element inside the outer element , wherein the first inner element and the second inner element are arranged eccentrically in relation to one another, - drawing the composite tube in a longitudinal direction of the composite tube, - separating a composite tube disc from the composite tube, - removing the sacrificial material of the first core , and - removing the sacrificial material of the second core in order to obtain a contact-making opening in the ring electrode . - providing an outer element which comprises an outer tube , - providing a first inner element which comprises a first inner tube with a first core composed of a sacrificial material, - providing a second inner element which comprises a second core composed of a sacrificial material, - forming a composite tube by arranging the first inner element and the second inner element inside the outer element , wherein the first inner element and the second inner element are arranged eccentrically in relation to one another, - drawing the composite tube in a longitudinal direction of the composite tube, - separating a composite tube disc from the composite tube, - removing the sacrificial material of the first core , and - removing the sacrificial material of the second core in order to obtain a contact-making opening in the ring electrode .
A flow sensor comprising: (a) a first chip mounting section (TAB1); and (b) a first semiconductor chip (CHP1) arranged on the first chip mounting section; the first semiconductor chip including: (b1) a flow sensing unit (FDU) exposed on a main surface of a first semiconductor substrate, and (b2) a diaphragm (DF) formed by thinning the first semiconductor chip in a region opposing the flow sensing unit in a rear surface opposite the main surface of the first semiconductor substrate, wherein a part of the first semiconductor chip is sealed with a sealing body including a resin (MR) while the flow sensing unit is exposed on the first semiconductor chip, characterised in that : at a cross-section parallel to an advancing direction of gas flowing on the exposed flow sensing unit (FDU), a cavity (CAV) is formed on an upper surface of the resin (MR), wherein the resin (MR) makes contact with at least part of a side surface of the first semiconductor chip. (a) a first chip mounting section (TAB1); and (b) a first semiconductor chip (CHP1) arranged on the first chip mounting section; (b1) a flow sensing unit (FDU) exposed on a main surface of a first semiconductor substrate, and (b2) a diaphragm (DF) formed by thinning the first semiconductor chip in a region opposing the flow sensing unit in a rear surface opposite the main surface of the first semiconductor substrate,
Procedure for the production of a multiplier and modulator additive of the ruminal microbiota, that is a method comprising the steps of: (a) multiplying a bank of fungal species to produce an enzymatic complex comprising (i) mycelial structures and (ii) spores and fruiting bodies; wherein the bank of fungal species is two or more of the following: Trichoderma longibrachiatum Trichoderma reesei (= Hypocrea jecorina) Trichoderma viride (= T. harzianum ó Hypocrea atroviridis) Trichoderma hirsuta Phanerochaete chrysosporium Chrysosporium lucknowense Agaricus bisporus Aspergillus terreus Aspergillus oryzae Aspergillus niger Aspergillus flavus Schizosaccharomyces pombe Pyricularia oryzae Pycnoporus cinnabarinus Pleurotus ostreatus Pleurotus eryngii Thanatephorus cucumeris Phlebia radiata Pycnoporus sanguineus Stropharia coronilla; (b) cultivating interspecies crosses (F1) of certain species of (a), to produce conidial remains, wherein the interspecies crosses (F1) are one or more of the following: Trichoderma longibrachiatum x T. reesei; Trichoderma longibrachiatum x T. viridae; or Trichoderma reseei x Trichoderma viridae; and (c) mixing the products of (a) and (b) with an excipient base to produce the active component. (a) multiplying a bank of fungal species to produce an enzymatic complex comprising (i) mycelial structures and (ii) spores and fruiting bodies; wherein the bank of fungal species is two or more of the following: Trichoderma longibrachiatum Trichoderma reesei (= Hypocrea jecorina) Trichoderma viride (= T. harzianum ó Hypocrea atroviridis) Trichoderma hirsuta Phanerochaete chrysosporium Chrysosporium lucknowense Agaricus bisporus Aspergillus terreus Aspergillus oryzae Aspergillus niger Aspergillus flavus Schizosaccharomyces pombe Pyricularia oryzae Pycnoporus cinnabarinus Pleurotus ostreatus Pleurotus eryngii Thanatephorus cucumeris Phlebia radiata Pycnoporus sanguineus Stropharia coronilla; Trichoderma longibrachiatum Trichoderma reesei (= Hypocrea jecorina) Trichoderma viride (= T. harzianum ó Hypocrea atroviridis) Trichoderma hirsuta Phanerochaete chrysosporium Chrysosporium lucknowense Agaricus bisporus Aspergillus terreus Aspergillus oryzae Aspergillus niger Aspergillus flavus Schizosaccharomyces pombe Pyricularia oryzae Pycnoporus cinnabarinus Pleurotus ostreatus Pleurotus eryngii Thanatephorus cucumeris Phlebia radiata Pycnoporus sanguineus Stropharia coronilla; (b) cultivating interspecies crosses (F1) of certain species of (a), to produce conidial remains, wherein the interspecies crosses (F1) are one or more of the following: Trichoderma longibrachiatum x T. reesei; Trichoderma longibrachiatum x T. viridae; or Trichoderma reseei x Trichoderma viridae; and Trichoderma longibrachiatum x T. reesei; Trichoderma longibrachiatum x T. viridae; or Trichoderma reseei x Trichoderma viridae; and (c) mixing the products of (a) and (b) with an excipient base to produce the active component.