mhurhangee/patent-ind-claim-en huggingface dataset:
A positive electrode active material for a lithium-sulfur battery, which comprises a sulfur/carbon composite; and metal sulfide nanoparticles, wherein the metal sulfide nanoparticles are compounds represented by M x S y , wherein x and y are integers that satisfy 0<x≤5 and 0<y≤5 respectively, and M is at least one metal selected from the group consisting of cobalt (Co), molybdenum (Mo), titanium (Ti), nickel (Ni), iron (Fe), cadmium (Cd), lead (Pb), manganese (Mn), antimony (Sb), arsenic (As), silver (Ag) and mercury (Hg).
A device for producing a trabecular fiber within a ventricle of a heart , the device comprising: a substrate formed of a non-rigid material; a first tissue anchor connected to the substrate ; and a second tissue anchor connected to the substrate opposite the first tissue anchor ; and wherein the device is configured to be contained entirely within the ventricle and wherein the first tissue anchor and the second tissue anchor are configured to be secured to an endocardium to anchor the device within the heart such that the substrate is spaced apart from the endocardium. a substrate formed of a non-rigid material; a first tissue anchor connected to the substrate ; and a second tissue anchor connected to the substrate opposite the first tissue anchor ; and wherein the device is configured to be contained entirely within the ventricle and wherein the first tissue anchor and the second tissue anchor are configured to be secured to an endocardium to anchor the device within the heart such that the substrate is spaced apart from the endocardium.
An information processing device comprising: an acquisition unit that acquires a feature-quantity vector directly or indirectly indicating variations in a time series in at least one of a position and orientation of a housing of each of a plurality of different devices that are previously associated; and a controller that cancels a predetermined restriction set in advance, on the basis of the acquired feature-quantity vector corresponding to each of the plurality of devices; wherein the controller determines similarity between the feature-quantity vectors corresponding to the plurality of devices on the basis of comparison between the feature-quantity vectors corresponding to the plurality of devices and cancels the predetermined restriction on the basis of a determination result; and characterized in that the controller determines the similarity based on an identification function generated by a learning algorithm. an acquisition unit that acquires a feature-quantity vector directly or indirectly indicating variations in a time series in at least one of a position and orientation of a housing of each of a plurality of different devices that are previously associated; and a controller that cancels a predetermined restriction set in advance, on the basis of the acquired feature-quantity vector corresponding to each of the plurality of devices; wherein the controller determines similarity between the feature-quantity vectors corresponding to the plurality of devices on the basis of comparison between the feature-quantity vectors corresponding to the plurality of devices and cancels the predetermined restriction on the basis of a determination result; and characterized in that the controller determines the similarity based on an identification function generated by a learning algorithm.
Two-wheeled motorcycle comprising a footrest arrangement , the footrest arrangement comprising at least two individually pivotable footrest devices with footrest surfaces placed relative to each other in a front-rear direction of the motorcycle and with an internal spacing between them such that a motorcycle rider is able to stand with one of his feet on the footrest surfaces simultaneously, characterized in that each of the footrest devices is connected to a respective footrest device bracket via a respective bolt that defines a respective slanted pivot axis that allows the corresponding footrest device to fold and that is oriented so that the corresponding footrest device can be simultaneously pushed upwards and backwards relative to the motorcycle when hit by anything.
An apparatus for cutting a sample piece, having a shape and an outer dimension, out of a porous substrate , comprising: a puncher having an outermost dimension at a punch head ; a stripping sleeve (14;60); a die having an innermost dimension that is larger than the outermost dimension of the punch head , characterized in that said apparatus further comprises: one or more guides and one or more channels corresponding to the guides; a fixture that holds the die in a fixed position relative to the puncher and stripping sleeve (14;60), and which comprises a pillar in which the puncher is seated and that comprises a seat for the guides , while the channels are located on the stripping sleeve , wherein the channels engage the guides and wherein the channels together with the guides allow the stripping sleeve to move in a vertical direction to an extent that is determined by the length of the channels ; and a ball bearing cage through which the pillar can move, and a roller sleeve , which is fixed to the fixture and which supports the cage, wherein the stripping sleeve (14;60) has a stripping head (36;64) that substantially corresponds to the shape and outer dimension of the punch head , although the stripping head is larger than both the punch head and the sample piece and is adapted to hold the porous substrate against a surface of the die , while the puncher punches a piece out of the substrate , through the die and into a receptacle and while the puncher is retracted from the subsequent hole in the substrate . a puncher having an outermost dimension at a punch head ; a stripping sleeve (14;60); a die having an innermost dimension that is larger than the outermost dimension of the punch head , one or more guides and one or more channels corresponding to the guides; a fixture that holds the die in a fixed position relative to the puncher and stripping sleeve (14;60), and which comprises a pillar in which the puncher is seated and that comprises a seat for the guides , while the channels are located on the stripping sleeve , wherein the channels engage the guides and wherein the channels together with the guides allow the stripping sleeve to move in a vertical direction to an extent that is determined by the length of the channels ; and a ball bearing cage through which the pillar can move, and a roller sleeve , which is fixed to the fixture and which supports the cage,
A combustor comprising at least one combustion unit , the combustion unit comprising: a combustor shell , wherein the combustor shell defines a first rich combustion cavity , a second rich combustion cavity and a lean combustion cavity therein, and the combustor shell is provided with a rich combustion injection port in communication with the first rich combustion cavity and the second rich combustion cavity , a lean combustion injection port in communication with the lean combustion cavity , a first rich combustion flame port in communication with the first rich combustion cavity , a second rich combustion flame port in communication with the second rich combustion cavity and a lean combustion opening in communication with the lean combustion cavity thereon; and a rectifying device , disposed in the lean combustion opening and provided with a plurality of lean combustion flame ports in communication with the lean combustion cavity , wherein the first rich combustion flame port and the second rich combustion flame port are located at two sides of the plurality of lean combustion flame ports respectively; characterized in that a sectional area S1 of the rich combustion injection port and a sectional area S2 of the lean combustion injection port satisfy: S1/S2=0.20∼0.40. a combustor shell , wherein the combustor shell defines a first rich combustion cavity , a second rich combustion cavity and a lean combustion cavity therein, and the combustor shell is provided with a rich combustion injection port in communication with the first rich combustion cavity and the second rich combustion cavity , a lean combustion injection port in communication with the lean combustion cavity , a first rich combustion flame port in communication with the first rich combustion cavity , a second rich combustion flame port in communication with the second rich combustion cavity and a lean combustion opening in communication with the lean combustion cavity thereon; and a rectifying device , disposed in the lean combustion opening and provided with a plurality of lean combustion flame ports in communication with the lean combustion cavity , wherein the first rich combustion flame port and the second rich combustion flame port are located at two sides of the plurality of lean combustion flame ports respectively; characterized in that a sectional area S1 of the rich combustion injection port and a sectional area S2 of the lean combustion injection port satisfy: S1/S2=0.20∼0.40.
A heatable railway car for the material transport constructed for traveling on a track, wherein the railway car has a receiving container for receiving material and at least one heating component, which is attached to the railway car and which is releasably fastened to the receiving container for heating, characterised in that the receiving container has a bottom, end and side walls, and the at least one heating component consists of several parts and forms a heater, in that it is formed by a plurality of heating modules , which are fastened to one another by means of fastening elements and which each abut on a surface portion of the bottom and/or of the end and/or side wall of the receiving container on the inner side or outer side and are releasably fastened thereto, so that a shape of the multi-part heating component corresponds to the shape of the surface portion, wherein one or several of the heating modules , which consist of one or several parts, has/have an electrical connector, wherein the heating component is exchangeable or wherein the several heating components are individually exchangeable, respectively, or the heating modules are exchangeable, respectively.
A hybrid drive device for a motor vehicle , preferably for a bus, comprising a) an axle housing with a first and second drive connection , b) an internal combustion engine connectable to the first drive connection , c) an electric machine connectable to the second drive connection , d) a differential arranged in the axle housing , connected to two axle shafts and characterised by a first torque transmission device arranged in the axle housing , comprising a first clutch , wherein the first torque transmission device is configured to transmit torque between the first and/or second drive connection and the differential in a first operating mode M 1 and to transmit torque between the first and second drive connection bypassing the differential in a second operating mode M 2 , wherein the electric motor is connectable to the second drive connection via a second drive connection , and wherein the second drive connection comprises a rigid shaft, a joint shaft, a cardan shaft and/or a fifth separating clutch. a) an axle housing with a first and second drive connection , b) an internal combustion engine connectable to the first drive connection , c) an electric machine connectable to the second drive connection , d) a differential arranged in the axle housing , connected to two axle shafts and characterised by a first torque transmission device arranged in the axle housing , comprising a first clutch , wherein the first torque transmission device is configured to transmit torque between the first and/or second drive connection and the differential in a first operating mode M 1 and to transmit torque between the first and second drive connection bypassing the differential in a second operating mode M 2 , wherein the electric motor is connectable to the second drive connection via a second drive connection , and wherein the second drive connection comprises a rigid shaft, a joint shaft, a cardan shaft and/or a fifth separating clutch.
A method for determining skin sodium content using bioimpedance spectroscopy, the method comprising: applying a current (I S ) at a predetermined frequency to skin of a subject; measuring a voltage (V Meas ) across the skin of the subject produced by the current; determining a resistance across the skin of the subject at the predetermined frequency using the measured voltage; and determining skin sodium content (SSC) using the measured voltage, wherein the skin sodium content is determined using a regression model, and wherein the regression model includes a formula, SSC = a ∗ ρ SR + b ∗ age + c, where ρ SR is calculated skin resistivity, and wherein a, b, and c are constant coefficients configured to correlate skin sodium content obtained by sodium-magnetic resonance imaging with skin resistivity obtained by bioimpedance spectroscopy. applying a current (I S ) at a predetermined frequency to skin of a subject; measuring a voltage (V Meas ) across the skin of the subject produced by the current; determining a resistance across the skin of the subject at the predetermined frequency using the measured voltage; and determining skin sodium content (SSC) using the measured voltage, wherein the skin sodium content is determined using a regression model, and wherein the regression model includes a formula, SSC = a ∗ ρ SR + b ∗ age + c, where ρ SR is calculated skin resistivity, and wherein a, b, and c are constant coefficients configured to correlate skin sodium content obtained by sodium-magnetic resonance imaging with skin resistivity obtained by bioimpedance spectroscopy.
Commercial vehicle trailer comprising a control unit which is designed independently of an electronic brake control means and is connected to a plurality of sensor units for recording data or actuator units for controlling by means of data, at least two different wired interfaces being provided on the control unit for coupling the sensor units or actuator units, which interfaces allow data to be transmitted using protocols of different complexity, the control unit being connected to the electronic brake control means and characterized in that sensor units which forward chassis data to the control unit are connected directly to the control unit independently of the electronic brake control means .
A device for producing purified, especially high-purity, magnesium , having - a reactor for vacuum distillation that is extended along a longitudinal axis (L), wherein the reactor forms a reactor inner chamber having a heating region for heating magnesium provided in the heating region , - a crucible that forms a crucible inner chamber for receiving purified magnesium that has been vaporized and then condensed by means of the device , characterized in that the reactor has on the heating region a projection that is radially circumferential relative to the longitudinal axis (L), wherein a contact surface of the projection , which contact surface extends essentially transverse to the longitudinal axis (L), is embodied such that, with an edge of the crucible adjacent to the crucible inner chamber , it forms an essentially sealing connection. - a reactor for vacuum distillation that is extended along a longitudinal axis (L), wherein the reactor forms a reactor inner chamber having a heating region for heating magnesium provided in the heating region , - a crucible that forms a crucible inner chamber for receiving purified magnesium that has been vaporized and then condensed by means of the device ,
A printer assembly comprising: a media guide positioned adjacent to a media path , wherein the media guide comprises: a Radio Frequency Identification, RFID, antenna , the RFID antenna communicatively coupled to an RFID control system and configured to transmit signals to encode an RFID inlay on a media along the media path ; and characterized by : at least one shield positioned to prevent, during an encoding of the RFID inlay , an encoding of a second RFID inlay on the media ; wherein the at least one shield is configured to be removable from the media guide , and wherein the at least one shield is configured to be attached to the media guide at more than one position. a media guide positioned adjacent to a media path , wherein the media guide comprises: a Radio Frequency Identification, RFID, antenna , the RFID antenna communicatively coupled to an RFID control system and configured to transmit signals to encode an RFID inlay on a media along the media path ; and characterized by : at least one shield positioned to prevent, during an encoding of the RFID inlay , an encoding of a second RFID inlay on the media ; wherein the at least one shield is configured to be removable from the media guide , and wherein the at least one shield is configured to be attached to the media guide at more than one position. at least one shield positioned to prevent, during an encoding of the RFID inlay , an encoding of a second RFID inlay on the media ; wherein the at least one shield is configured to be removable from the media guide , and wherein the at least one shield is configured to be attached to the media guide at more than one position.
A load cell to measure displacements transferred by a fifth wheel to the load cell, comprising: an elongated mounting base portion configured to attach to a support structure of a tractor; a coupling portion configured to pivotally support a fifth wheel ; a middle portion disposed above the elongated mounting base portion and below the coupling portion , characterized in that the middle portion including a hollow interior section with an opening into the hollow interior section , wherein the mounting base portion , the coupling portion and the middle portion are integral with one another; a post extending from the elongated mounting base portion and protruding into the hollow interior section of the middle portion ; and a first optical array sensor attached to the post within the hollow interior section . an elongated mounting base portion configured to attach to a support structure of a tractor; a coupling portion configured to pivotally support a fifth wheel ; a middle portion disposed above the elongated mounting base portion and below the coupling portion , characterized in that the middle portion including a hollow interior section with an opening into the hollow interior section , wherein the mounting base portion , the coupling portion and the middle portion are integral with one another; a post extending from the elongated mounting base portion and protruding into the hollow interior section of the middle portion ; and a first optical array sensor attached to the post within the hollow interior section .
A control device configured to control motion of a vehicle , the control device comprising: a controller configured: to execute braking control that generates a braking force for decelerating the vehicle in response to a braking request; and to release the braking force by the braking control when a predetermined condition for continuing the braking control is not satisfied, and to maintain the braking force by the braking control when the predetermined condition is satisfied, in a case where an accelerator pedal is operated during execution of the braking control, characterized in that the predetermined condition is a condition in which a clutch pedal is operated or a condition in which a shift lever is positioned in a neutral position. to execute braking control that generates a braking force for decelerating the vehicle in response to a braking request; and to release the braking force by the braking control when a predetermined condition for continuing the braking control is not satisfied, and to maintain the braking force by the braking control when the predetermined condition is satisfied, in a case where an accelerator pedal is operated during execution of the braking control,
Pharmaceutical preparation comprising a fraction that is enriched for human platelet lysate derived extracellular vesicles for use in medicine.
Intravaginal DHEA for use in a method for the treatment of at least one condition selected from the group consisting of female hypoactive sexual desire disorder, female sexual arousal disorder, female orgasm disorder and female sexual interest arousal disorder in a woman who is not suffering from symptoms of vulvo-vaginal atrophy; wherein the symptoms of vulvo-vaginal atrophy are selected from the group consisting of vaginal dryness, burning and itching, and dyspareunia.
A method for improving a fatigue strength of a lap-welded joint in which a portion of a first steel material having a predetermined thickness and a portion of a second steel material having a predetermined thickness overlap with each other as overlapping portions , and an edge portion of the first steel material is welded to a front face of the second steel material with a weld zone extending along the edge portion, characterised in that : when a direction perpendicular to an extending direction (X) of the weld zone and parallel to the front face of the second steel material is defined as a reference direction (Y), and while the lap-welded joint is restrained from moving in the reference direction (Y), the first steel material is restrained from moving in a thickness direction of the first steel material , and the second steel material is restrained from moving in a thickness direction of the second steel material , a sub-portion of the overlapping portion of the second steel material is heated such that a melted portion is formed in the sub-portion of the overlapping portion of the second steel material , when forming the melted portion the first steel material is restrained from moving in the reference direction (Y) at an end face of the first steel material opposite to the second steel material and the second steel material is restrained from moving in the reference direction (Y) at an end face of the second steel material opposite to the first steel material . when a direction perpendicular to an extending direction (X) of the weld zone and parallel to the front face of the second steel material is defined as a reference direction (Y), and while the lap-welded joint is restrained from moving in the reference direction (Y), the first steel material is restrained from moving in a thickness direction of the first steel material , and the second steel material is restrained from moving in a thickness direction of the second steel material , a sub-portion of the overlapping portion of the second steel material is heated such that a melted portion is formed in the sub-portion of the overlapping portion of the second steel material , when forming the melted portion the first steel material is restrained from moving in the reference direction (Y) at an end face of the first steel material opposite to the second steel material and the second steel material is restrained from moving in the reference direction (Y) at an end face of the second steel material opposite to the first steel material .