mhurhangee/patent-ind-claim-en huggingface dataset:
A method for sending second stage Sidelink Control Information, SCI, comprising: determining (S11) position information of a time-frequency resource used for sending the second stage SCI; configuring (S12) the second stage SCI based on the position information; and sending (S13) the second stage SCI; wherein the method is characterized in that : configuring the second stage SCI based on the position information includes configuring the second stage SCI sequentially on Resource Elements, REs, on a first Demodulation reference signal, DMRS, symbol of a Physical Sidelink Shared Channel, PSSCH, which are not used for transmitting a DMRS according to an ascending or descending order of subcarriers of the first DMRS symbol. determining (S11) position information of a time-frequency resource used for sending the second stage SCI; configuring (S12) the second stage SCI based on the position information; and sending (S13) the second stage SCI; wherein the method is characterized in that : configuring the second stage SCI based on the position information includes configuring the second stage SCI sequentially on Resource Elements, REs, on a first Demodulation reference signal, DMRS, symbol of a Physical Sidelink Shared Channel, PSSCH, which are not used for transmitting a DMRS according to an ascending or descending order of subcarriers of the first DMRS symbol.
A prosthetic mitral valve assembly for implantation in a heart having a native mitral valve positioned between a left atrium and left ventricle, comprising: a radially-expandable stent made of shape memory material formed in a lattice pattern, the stent having: an upper portion sized so as to be implantable in the left atrium above an annulus of the native mitral valve with a pressure or friction fit against the atrium walls, the upper portion of the stent having a domed-shaped end designed to contact an upper portion of the atrium; and a lower portion for extending into the native mitral valve, wherein the lower portion only partially engages the native mitral valve leaflets , but is sized so as not to extend into the left ventricle; and a valve portion coupled to the stent and designed to work in series with the native mitral valve, wherein the valve portion is mounted in the lower portion of the stent so that the portion of the stent for anchoring the valve portion is independent of the portion of the stent for anchoring the mitral valve assembly in the heart. a radially-expandable stent made of shape memory material formed in a lattice pattern, the stent having: an upper portion sized so as to be implantable in the left atrium above an annulus of the native mitral valve with a pressure or friction fit against the atrium walls, the upper portion of the stent having a domed-shaped end designed to contact an upper portion of the atrium; and a lower portion for extending into the native mitral valve, wherein the lower portion only partially engages the native mitral valve leaflets , but is sized so as not to extend into the left ventricle; and an upper portion sized so as to be implantable in the left atrium above an annulus of the native mitral valve with a pressure or friction fit against the atrium walls, the upper portion of the stent having a domed-shaped end designed to contact an upper portion of the atrium; and a lower portion for extending into the native mitral valve, wherein the lower portion only partially engages the native mitral valve leaflets , but is sized so as not to extend into the left ventricle; and a valve portion coupled to the stent and designed to work in series with the native mitral valve, wherein the valve portion is mounted in the lower portion of the stent so that the portion of the stent for anchoring the valve portion is independent of the portion of the stent for anchoring the mitral valve assembly in the heart.
Method for switching on a multi-phase electrical machine in a motor vehicle, wherein the multi-phase electrical machine comprises a rotor having a rotor winding and a stator having a multi-phase stator winding , - wherein, in a PWM operating mode , a phase voltage having a phase voltage vector (Us) corresponding in magnitude and direction to a pole wheel voltage vector (U P ) of a pole wheel voltage is applied to the stator winding , and - the rotor winding is energised by an excitation current (I f ), characterized in that the PWM operating mode is deactivated and a block operating mode for applying the phase voltage is activated when at least one parameter influencing the pole wheel voltage reaches a threshold value, wherein the threshold value corresponds to a magnitude and a direction of the phase voltage vector (Us) of the phase voltage to be applied in the block operating mode . - wherein, in a PWM operating mode , a phase voltage having a phase voltage vector (Us) corresponding in magnitude and direction to a pole wheel voltage vector (U P ) of a pole wheel voltage is applied to the stator winding , and - the rotor winding is energised by an excitation current (I f ),
A method implemented in a crude oil refining facility, the method comprising: in a crude oil refining facility comprising a plurality of oil refining plants, each oil refining plant configured to perform at least one oil refining process, each oil refining plant comprising a plurality of interconnected oil refining sub-systems, wherein a plurality of streams at respective temperatures flow between the plurality of oil refining sub-systems: flowing a first plurality of streams from a first subset of the plurality of oil refining plants to a plurality of heat exchangers; flowing a second plurality of streams from a second subset of the plurality of oil refining plants to the plurality of heat exchangers, wherein the plurality of heat exchangers transfer heat from the first plurality of streams to the second plurality of streams; and utilizing the heated second plurality of streams in one or more oil refining processes at the second subset of the plurality of oil refining plants, characterised in that the first subset comprises a naphtha hydrotreating plant , a gas separation plant , an amine regeneration plant , a sulfur recovery plant , a sour water stripper plant , and an aromatics plant which comprises an aromatics plant xylene products separation unit and an aromatics column benzene extraction unit , and in that the second subset comprises a hydrogen plant , a diesel hydrotreating plant , and a hydrocracking plant . flowing a first plurality of streams from a first subset of the plurality of oil refining plants to a plurality of heat exchangers; flowing a second plurality of streams from a second subset of the plurality of oil refining plants to the plurality of heat exchangers, wherein the plurality of heat exchangers transfer heat from the first plurality of streams to the second plurality of streams; and utilizing the heated second plurality of streams in one or more oil refining processes at the second subset of the plurality of oil refining plants, characterised in that the first subset comprises a naphtha hydrotreating plant , a gas separation plant , an amine regeneration plant , a sulfur recovery plant , a sour water stripper plant , and an aromatics plant which comprises an aromatics plant xylene products separation unit and an aromatics column benzene extraction unit , and in that the second subset comprises a hydrogen plant , a diesel hydrotreating plant , and a hydrocracking plant . the first subset comprises a naphtha hydrotreating plant , a gas separation plant , an amine regeneration plant , a sulfur recovery plant , a sour water stripper plant , and an aromatics plant which comprises an aromatics plant xylene products separation unit and an aromatics column benzene extraction unit , and in that the second subset comprises a hydrogen plant , a diesel hydrotreating plant , and a hydrocracking plant .
Method for an assignment of at least one creator to a digital media file , with at least one method step in which the digital media file is recorded by means of a recording device of a recording apparatus , in particular a front-facing camera of the recording apparatus , and is provided with metadata , wherein the metadata comprises at least one creator information , wherein the creator information is realized as a user identifier , and wherein in the method step at least the user identifier , in particular at least a user identity, is determined and/or verified by a safety device , characterised in that the creator information is generated automatically, in particular by the recording apparatus , preferably by an application software of the recording apparatus , in the recording period of the digital media file , the safety device comprises a camera of the recording apparatus , in particular a rear-facing camera of the recording apparatus , by means of which in the recording period of the digital media file the determination and/or verification of the user identifier , in particular the user identity, of the user making the recording is carried out by the recording device , and wherein the metadata comprises at least one further creator information , which is realized as a blockchain timestamp or as a Distributed Ledger Technology (DLT) timestamp and which is generated automatically in the recording period of the digital media file . with at least one method step in which the digital media file is recorded by means of a recording device of a recording apparatus , in particular a front-facing camera of the recording apparatus , and is provided with metadata , wherein the metadata comprises at least one creator information , wherein the creator information is realized as a user identifier , and wherein in the method step at least the user identifier , in particular at least a user identity, is determined and/or verified by a safety device , characterised in that the creator information is generated automatically, in particular by the recording apparatus , preferably by an application software of the recording apparatus , in the recording period of the digital media file , the safety device comprises a camera of the recording apparatus , in particular a rear-facing camera of the recording apparatus , by means of which in the recording period of the digital media file the determination and/or verification of the user identifier , in particular the user identity, of the user making the recording is carried out by the recording device , and wherein the metadata comprises at least one further creator information , which is realized as a blockchain timestamp or as a Distributed Ledger Technology (DLT) timestamp and which is generated automatically in the recording period of the digital media file .
Refrigeration and/or freezing device comprising a compartment for storing products to be refrigerated or frozen, which compartment is closed by means of a door , wherein the door is a swing door which, in an unchanged configuration, can be pivotally opened selectively either to the right or to the left, wherein the door comprises push rods on the left and right, respectively, one end of which, preferably the upper end , is inserted into a receiver of the device in an initial position of the push rods , and which form axes for opening the swing door to the left or right, wherein the push rods are mounted so as to be vertically displaceable in the door , so that they can be guided out of the receiver in the vertical direction to adopt an activated position, wherein the push rods are biased against movement out of the respective receivers and out of the respective bearing blocks , preferably by means of a mechanical spring arranged on the door , wherein corresponding latching means are formed on the push rod and on the door , which, in the activated position of the push rod , come into latching connection and prevent a return of the push rod to its initial position, and wherein one structural element per push rod is respectively arranged on the device, preferably on the bearing blocks , said structural element being designed to release the latching connection when the door is being closed, wherein the latching means of the door are respectively arranged on a spring element with a first ramp and a second ramp opposite to the first ramp is respectively arranged on the bearing blocks , wherein the two opposing ramps are designed in such a way that, during the last phase of the closing movement of the door , the spring element is bent against the restoring force inherent therein in such a way that the latching means of the push rod is detached from the latching means of the door and the push rod is released for a vertical movement for returning to the initial position, wherein the other ends, preferably the lower ends of the push rods , are respectively plugged into a bearing block of the device, out of which they can be guided by vertical movement in the same direction.
A high temperature die casting system comprising: a die casting tool having dies adapted for forming a component and being operable to heat and maintain a temperature of the dies above 500°F (260°C), wherein at least a portion of the die casting tool that is exposed for contact with molten die casting material comprises a substrate and barrier coating on the substrate , wherein the barrier coating is a refractory metal carbide; characterised in that : the refractory metal carbide is rhenium carbide or molybdenum carbide. a die casting tool having dies adapted for forming a component and being operable to heat and maintain a temperature of the dies above 500°F (260°C), wherein at least a portion of the die casting tool that is exposed for contact with molten die casting material comprises a substrate and barrier coating on the substrate , wherein the barrier coating is a refractory metal carbide; characterised in that : the refractory metal carbide is rhenium carbide or molybdenum carbide.
A thermally conductive sheet comprising an anisotropic filler in a polymer matrix, wherein the anisotropic filler appears on at least one surface and the at least one surface has an arithmetic mean peak curvature (Spc) of 1000 (1/mm) or more and 18000 (1/mm) or less or the at least one surface has an arithmetic mean peak curvature (Spc) of 18000 (1/mm) or less, an arithmetical mean height (Sa) of 20 μm or less and a developed interfacial area ratio (Sdr) of 70 or less.
A flow control valve comprising: a central shaft having a fluid inlet and a fluid outlet ; a resilient tubular member extending through the central shaft , an internal diameter of the resilient tubular member defining a fluid flow path; a plurality of balls positioned in apertures provided in the central shaft , an inside edge of each one of the balls being in contact with an outside surface of the resilient tubular member; a bell housing engaged with the central shaft for longitudinal movement relative to the central shaft , the bell housing having an internal camming surface that is in contact with an outside edge of each one of the balls , the internal camming surface being angled outwardly from a first end of the internal camming surface to a second end of the internal camming surface; so that longitudinal movement of the bell housing relative to the central shaft in a direction towards the second end of the bell housing causes radially inward movement of each one of the plurality of balls to thereby decrease a cross-sectional area of the fluid flow path, characterized in that the central shaft comprises a seating ring on an internal surface of the central shaft , a first end of the resilient tubular member being in sealing engagement with the seating ring , a second end of the resilient tubular member comprising an integral washer , wherein the integral washer of the resilient tubular member comprises a stiffening ring . a central shaft having a fluid inlet and a fluid outlet ; a resilient tubular member extending through the central shaft , an internal diameter of the resilient tubular member defining a fluid flow path; a plurality of balls positioned in apertures provided in the central shaft , an inside edge of each one of the balls being in contact with an outside surface of the resilient tubular member; a bell housing engaged with the central shaft for longitudinal movement relative to the central shaft , the bell housing having an internal camming surface that is in contact with an outside edge of each one of the balls , the internal camming surface being angled outwardly from a first end of the internal camming surface to a second end of the internal camming surface; so that longitudinal movement of the bell housing relative to the central shaft in a direction towards the second end of the bell housing causes radially inward movement of each one of the plurality of balls to thereby decrease a cross-sectional area of the fluid flow path, characterized in that the central shaft comprises a seating ring on an internal surface of the central shaft , a first end of the resilient tubular member being in sealing engagement with the seating ring , a second end of the resilient tubular member comprising an integral washer , wherein the integral washer of the resilient tubular member comprises a stiffening ring .
An electric grill device comprising a reflector tray , the grill device including an upper side formed by a grill grate with an electric grill unit or only an electric grill unit , and a trough-like reflector tray that is positioned underneath the grill unit , the reflector tray including an interior space open toward the grill unit as a water receiving portion and a multiply angled bottom surface as reflectors, wherein the multiply angled bottom surface is formed from roof-like surfaces projecting from the bottom and the roof-like surfaces represent water passage sections , so that they communicate with each other at least close to the bottom or also close to a circumferential wall of the reflector tray , such that for a reflector tray filled with water, the bottom surface thereof is covered nearly everywhere by water, except for the sections of the roof-like surfaces raising beyond the filled-in amount of water and projecting beyond the water level and forming the actual reflection zones.
A drainage element for use in a modular drainage system , the drainage element including a body , wherein the length of the drainage element is 150mm to 300mm, preferred 250mm, having a top and a bottom and which defines an upwardly open inlet and a grid seat whereby a foraminous grid is mountable to the body to extend across at least part of the inlet, the body defining an upwardly open elongate open-ended channel, at least one drain pipe connecting formation whereby a drain pipe is connectable to the body , the drain pipe connecting formation being at a level below the top of the channel, at least one lateral connecting formation provided on a side of the body intermediate the ends, approximately midway between the ends, of the channel whereby another drainage element is connectable to the drainage element in flow communication with the channel. having a top and a bottom and which defines an upwardly open inlet and a grid seat whereby a foraminous grid is mountable to the body to extend across at least part of the inlet, the body defining an upwardly open elongate open-ended channel, at least one drain pipe connecting formation whereby a drain pipe is connectable to the body , the drain pipe connecting formation being at a level below the top of the channel, at least one lateral connecting formation provided on a side of the body intermediate the ends, approximately midway between the ends, of the channel whereby another drainage element is connectable to the drainage element in flow communication with the channel.
Pneumatic vehicle tire, which is a commercial vehicle tire or an off-the-road tire, having a tread with transverse grooves , which are continuous over the tread width and which, at least in sections, are formed to the profile depth and are the main grooves of the tread, wherein circumferential grooves that run adjacent to one another in pairs and parallel to one another, at an angle (α) with respect to the circumferential direction of 10° to 30° divide the tread into profile blocks , wherein pairs of circumferential grooves following one another in the circumferential direction are offset with respect to one another in the axial direction, such that the circumferential grooves of the pairs of circumferential grooves begin and end at substantially the same axial positions, wherein each circumferential groove reaches, with a section running beyond a transverse groove , into a middle profile block present between the circumferential grooves , characterized in that the circumferential grooves have a smaller depth than the profile depth and divide the tread, with two sections in each case between three transverse grooves following one another in the circumferential direction, into profile blocks , wherein each circumferential groove is formed shallower in at least one section than in its other sections or its other section. wherein circumferential grooves that run adjacent to one another in pairs and parallel to one another, at an angle (α) with respect to the circumferential direction of 10° to 30° divide the tread into profile blocks , wherein pairs of circumferential grooves following one another in the circumferential direction are offset with respect to one another in the axial direction, such that the circumferential grooves of the pairs of circumferential grooves begin and end at substantially the same axial positions, wherein each circumferential groove reaches, with a section running beyond a transverse groove , into a middle profile block present between the circumferential grooves , characterized in that the circumferential grooves have a smaller depth than the profile depth and divide the tread, with two sections in each case between three transverse grooves following one another in the circumferential direction, into profile blocks , wherein each circumferential groove is formed shallower in at least one section than in its other sections or its other section.