mhurhangee/patent-ind-claim-en huggingface dataset:
A payload coupling apparatus comprising: a housing; wherein the housing is adapted for attachment to a first end of a tether; a first slot extending downwardly from an outer surface of the housing towards a center of the housing, the housing comprising a lower lip positioned beneath the first slot; and wherein the lower lip is adapted to extend through a hole in a handle of a payload and the first slot is adapted to receive the handle of the payload, wherein the payload coupling apparatus comprises no moving parts. a housing; wherein the housing is adapted for attachment to a first end of a tether; a first slot extending downwardly from an outer surface of the housing towards a center of the housing, the housing comprising a lower lip positioned beneath the first slot; and wherein the lower lip is adapted to extend through a hole in a handle of a payload and the first slot is adapted to receive the handle of the payload, wherein the payload coupling apparatus comprises no moving parts.
A wheel , in particular for electric bicycles and cargo bikes, comprising a hub , at least three solid-body spokes arranged rotationally symmetric to the wheel axle, and a rim , wherein a body formed of the hub , the spokes and the rim is made in one piece by injection molding of a glass-fiber reinforced thermoplastic, characterized in that - the spokes have an S-shaped cross-section with an opening angle which increases in the direction of the rim , - the spokes taper from the rim towards the hub in a central cross-section of the wheel, and - the spokes taper from the hub towards the rim in a wheel cross-section running through the center of least one spoke . - the spokes have an S-shaped cross-section with an opening angle which increases in the direction of the rim , - the spokes taper from the rim towards the hub in a central cross-section of the wheel, and - the spokes taper from the hub towards the rim in a wheel cross-section running through the center of least one spoke .
A piezoelectric actuation platform including a piezoelectric substrate formed from a single crystal piezoelectric material, the piezoelectric substrate defining a platform surface , the platform further includes at least one electrode in contact with the piezoelectric substrate , wherein the at least one electrode is either in the form of a conductive material which is L-shaped, strip shaped, curved or circular shaped, or a point electrode in contact with a point of the surface of the piezoelectric substrate , characterized in that the electrode is configured to apply an electrical signal to the substrate such that bulk waves in form of lamb waves are generated within said substrate to thereby manipulate liquid droplets, fluids or particles in a fluid located on the platform surface .
Elastomer product comprising an electronic assembly embedded into an elastomeric material and enclosed by the latter, said electronic assembly comprising a chip module composed of a first carrier with a chip containing an integrated electronic circuit, and also an antenna conductor , characterized in that the electronic assembly furthermore comprises, as a further constituent of the chip module composed of the first carrier with the chip containing the integrated electronic circuit, an inductive coupling loop connected to the chip and an antenna module composed of a second carrier and the antenna conductor wherein the chip module is arranged in or on the antenna module and the coupling loop is inductively coupled to the antenna conductor, the second carrier is a flexible sheetlike structure composed of gauze , the gauze comprises textile, electrically non-conductive threads or fibres arranged in the manner of a grid and containing thread- or fibre-free interspaces , and in that said interspaces are pervaded by the elastomeric material and interconnect the surfaces of the elastomeric material that adjoin the flat sides of the second carrier through the gauze.
A method for quickly starting an application service, comprising: receiving (S401), by a terminal, a sensor startup event that is input by a user, wherein the terminal acquires the sensor startup event by sensing a gesture of the user in a screen locked state, and wherein the sensor startup event is that the user holds an earpiece near an ear of the user; acquiring (S402), by the terminal, event trigger information according to the sensor startup event; determining (S403), by the terminal, whether the event trigger information matches event information in a preset event information set of the terminal; starting (S403), by the terminal, application service software when the event trigger information matches the event information in the preset event information set of the terminal, wherein the application service software is a voice dial-up software; after the application service software is started, starting, by the terminal, recording and notifying, by the terminal, the user that a voice instruction to the application service software can now be input; acquiring (S404), by the terminal, the voice instruction input by the user, and running the application service software according to the voice instruction; displaying a call interface on a screen and reminding the user of call information, wherein the call information is a call party or a call number; and displaying a secure-lock unlocking interface on the screen after a voice service is complete. receiving (S401), by a terminal, a sensor startup event that is input by a user, wherein the terminal acquires the sensor startup event by sensing a gesture of the user in a screen locked state, and wherein the sensor startup event is that the user holds an earpiece near an ear of the user; acquiring (S402), by the terminal, event trigger information according to the sensor startup event; determining (S403), by the terminal, whether the event trigger information matches event information in a preset event information set of the terminal; starting (S403), by the terminal, application service software when the event trigger information matches the event information in the preset event information set of the terminal, wherein the application service software is a voice dial-up software; after the application service software is started, starting, by the terminal, recording and notifying, by the terminal, the user that a voice instruction to the application service software can now be input; acquiring (S404), by the terminal, the voice instruction input by the user, and running the application service software according to the voice instruction; displaying a call interface on a screen and reminding the user of call information, wherein the call information is a call party or a call number; and displaying a secure-lock unlocking interface on the screen after a voice service is complete.
A method of manufacturing a three-dimensional transparent ophthalmic lens comprising the following steps: /1/ constituting at least a voxel of a liquid composition (A) in a state 1a; /2/ increasing, from 5 to 20 times through a process, viscosity of at least a said constituted voxel of a liquid composition (A) to reach it from a state 1a to a state 2a; /3/constituting at least a voxel of a liquid composition (B) in a state 1b; /4/ inter-diffusing spontaneously or through a physical and/or a chemical treatment, at least a voxel of a liquid composition (A) in state 2a with (i) a voxel of a liquid composition (A) in a state 1a or 2a, with (ii) a voxel of a liquid composition (B) in a state 1b or with (iii) a voxel of a liquid composition (B) whose viscosity is increased from the state 1b to a state 2b, to create an intermediate element (n); /5/ repeating, (X) times, at least one of the step selected from /1/, /2/, /3/ and /4/ to form an intermediate element (n+(X)) until a three-dimensional transparent ophthalmic lens is obtained, and when at least two steps from said steps are repeated, said at least two steps may be repeated in the same order as cited or in a different order according to chemical compound(s) involved to said liquid composition (A) and said liquid composition (B); and /6/ optionally applying at least a post-treatment after at least one step selected from step /3/,/4/ and /5/ to improve homogenization of at least one of the intermediate element from (n) to (n+(X)) and/or of the transparent ophthalmic lens . /1/ constituting at least a voxel of a liquid composition (A) in a state 1a; /2/ increasing, from 5 to 20 times through a process, viscosity of at least a said constituted voxel of a liquid composition (A) to reach it from a state 1a to a state 2a; /3/constituting at least a voxel of a liquid composition (B) in a state 1b; /4/ inter-diffusing spontaneously or through a physical and/or a chemical treatment, at least a voxel of a liquid composition (A) in state 2a with (i) a voxel of a liquid composition (A) in a state 1a or 2a, with (ii) a voxel of a liquid composition (B) in a state 1b or with (iii) a voxel of a liquid composition (B) whose viscosity is increased from the state 1b to a state 2b, to create an intermediate element (n); /5/ repeating, (X) times, at least one of the step selected from /1/, /2/, /3/ and /4/ to form an intermediate element (n+(X)) until a three-dimensional transparent ophthalmic lens is obtained, and when at least two steps from said steps are repeated, said at least two steps may be repeated in the same order as cited or in a different order according to chemical compound(s) involved to said liquid composition (A) and said liquid composition (B); and /6/ optionally applying at least a post-treatment after at least one step selected from step /3/,/4/ and /5/ to improve homogenization of at least one of the intermediate element from (n) to (n+(X)) and/or of the transparent ophthalmic lens .
A method of minimising distortion in a workpiece, including the steps of: in a computer system , carrying out finite element analysis on a finite element thermo-mechanical model of the workpiece during and after fabrication by additive manufacturing to predict shape distortion and residual stress development in the workpiece, wherein the fabrication includes the fabrication step of depositing successive layers of material on a substrate ; characterized in that : minimising heat loss from the substrate and the deposited material during one or more of the fabrication steps by not cooling the workpiece between deposition of successive layers of material to prevent the average temperature of the workpiece from falling by 10 % between deposition of successive layers of material; and determining alterations to be made to the workpiece prior to or during fabrication to compensate for the predicted distortion. in a computer system , carrying out finite element analysis on a finite element thermo-mechanical model of the workpiece during and after fabrication by additive manufacturing to predict shape distortion and residual stress development in the workpiece, wherein the fabrication includes the fabrication step of depositing successive layers of material on a substrate ; characterized in that : minimising heat loss from the substrate and the deposited material during one or more of the fabrication steps by not cooling the workpiece between deposition of successive layers of material to prevent the average temperature of the workpiece from falling by 10 % between deposition of successive layers of material; and determining alterations to be made to the workpiece prior to or during fabrication to compensate for the predicted distortion. minimising heat loss from the substrate and the deposited material during one or more of the fabrication steps by not cooling the workpiece between deposition of successive layers of material to prevent the average temperature of the workpiece from falling by 10 % between deposition of successive layers of material; and determining alterations to be made to the workpiece prior to or during fabrication to compensate for the predicted distortion.
A compound selected from cyclopentyl(2-(4-ethylpiperazin-1-yl)-4,5-dihydro-1H-imidazol-1-yl)methanone, 1 -(2-(4-methylpiperazin-1-yl)-4,5-dihydro-1H-imidazol-1yl)propan-1-one, and a compound characterized by the structure of Formula VI: wherein G1 is substituted or unsubstituted pyrrolidine, substituted or unsubstituted piperidine, unsubstituted piperazine, substituted or unsubstituted imidazolidine, or substituted or unsubstituted pyrazolidine; and G2 is substituted or unsubstituted alkyl, substituted or unsubstituted aryl, substituted or unsubstituted cyloalkyl or substituted or unsubstituted heterocycle; wherein the substituents of alkyl, pyrrolidine, piperidine, imidazolidine and pyrazolidine, aryl, heterocycle, or cycloalkyl are selected from a halogen, hydroxyl, C1 -C6 straight or branched chain alkyl, nitro, CN, nitrileamido, amidosulfide, amino, aldehyde, substituted ketone, -COOH, ester, trifluoromethyl, amide, alkoxy or haloalkyl group or any subcombination thereof, for therapeutic use in treating or preventing cellular or tissue necrosis in a subject in need thereof. wherein G1 is substituted or unsubstituted pyrrolidine, substituted or unsubstituted piperidine, unsubstituted piperazine, substituted or unsubstituted imidazolidine, or substituted or unsubstituted pyrazolidine; and G2 is substituted or unsubstituted alkyl, substituted or unsubstituted aryl, substituted or unsubstituted cyloalkyl or substituted or unsubstituted heterocycle; wherein the substituents of alkyl, pyrrolidine, piperidine, imidazolidine and pyrazolidine, aryl, heterocycle, or cycloalkyl are selected from a halogen, hydroxyl, C1 -C6 straight or branched chain alkyl, nitro, CN, nitrileamido, amidosulfide, amino, aldehyde, substituted ketone, -COOH, ester, trifluoromethyl, amide, alkoxy or haloalkyl group or any subcombination thereof, for therapeutic use in treating or preventing cellular or tissue necrosis in a subject in need thereof.
A method for reset of a dynamic allowed area, DAA, list for a user equipment, UE, performed by a network node of a 4G or 5G network, the method comprising: receiving a control plane message, the message indicating a request for a reset of the DAA list; and, in response to receiving the control plane message, determining to perform one of maintaining the DAA list or resetting the DAA list, characterized in that the determining comprises evaluating one or more of: whether a number of attempts by the UE to reset the DAA list has reached a threshold; a combination of subscription type and frequency of attempts by the UE to reset the DAA list; and a number of attempts by the UE to reset the DAA list in one or more geographical locations. receiving a control plane message, the message indicating a request for a reset of the DAA list; and, in response to receiving the control plane message, determining to perform one of maintaining the DAA list or resetting the DAA list, characterized in that the determining comprises evaluating one or more of: whether a number of attempts by the UE to reset the DAA list has reached a threshold; a combination of subscription type and frequency of attempts by the UE to reset the DAA list; and a number of attempts by the UE to reset the DAA list in one or more geographical locations. characterized in that the determining comprises evaluating one or more of: whether a number of attempts by the UE to reset the DAA list has reached a threshold; a combination of subscription type and frequency of attempts by the UE to reset the DAA list; and a number of attempts by the UE to reset the DAA list in one or more geographical locations.
Conveying bridge for bridging a conveying trench at an end portion of a drift conveyor , having a rotatably mounted drive shaft and conveying means , which are coupled thereto and are mounted in a rotatable or revolving manner, for conveying stock, and having a releasably fastened subassembly , which is a quantity of components preassembled to form a unit, and which can be mounted and can be removed as one part in a direction transversely with respect to a conveying plane or conveying surface, and which contains at least the conveying means , wherein the subassembly , for its fastening to the rest of the conveying bridge, has at least one fastening means and, for its alignment with the rest of the conveying bridge, has at least one alignment portion for the form-fitting connection to a mating portion of the rest of the conveying bridge, characterized in that the at least one fastening means and the at least one alignment portion are arranged only on one side of a plane extending in the conveying direction and normally to the conveying plane or conveying surface.
Latching device for a shifting device of a vehicle transmission with a latching plate , the locking device having a limb projecting substantially at right angles from the locking plate for stationary connection to a switching shaft , the limb having an opening and the opening serving for stationary reception of the switching shaft , characterized in that the limb contains a cam and the cam is designed as a stop for a spring-mounted slide of a resetting mechanism into a basic position, the limb forming the cam in a plane of the opening , and the cam being designed over an entire region of the limb , from one side edge of the limb to another side edge of the limb , only interrupted by the opening .
Container , in particular a vial intended for holding a cosmetic product, comprising a wiper defining a wiping orifice , the wiping orifice being the transversal circular cross-section of the wiper having the smallest inner diameter, said wiper being mounted inside a portion of said container , called body of the container , said container further comprising a rod removable with respect to said body , said container further comprising an intermediate part in slide connection with said rod , between two positions, said intermediate part being designed to be retained in and by the wiping orifice , said intermediate part being in annular contact in said wiping orifice , said intermediate part being configured to wipe said rod between said two positions, the wiper being made of an elastic material so as to be deformed to the passage of the intermediate part , said rod extending along a main longitudinal extension direction, called main direction (X), between a proximal end and an opposite end, called distal end , said container further comprising a first abutment for the intermediate part located at the level of said proximal end and a second abutment located at the level of said distal end , said second abutment being configured to disengage the intermediate part from the wiping orifice during the removal of the rod of the body .
An electrical cable for vertical applications, comprising: - a core having a first length (L); - a sheath surrounding the core and extending substantially through the whole core first length (L); and - a reinforcing jacket surrounding and in direct contact with the sheath , said reinforcing jacket being made of concentric layers comprising: - a first layer (3 ) longitudinally extending from a first end (E1) of the cable towards a second end (E2) of the cable and having a second length (L1) substantially equal to the first length (L); and - at least one further layer (3 , 3 ) longitudinally extending from the first end (E1) of the cable towards the second end (E2) of the cable for a third length (L2, L3) shorter than the first length (L), wherein at least the first layer (3 ) is made of a corrosion resistant metal alloy, characterized in that at least the first layer (3 ) is a circumferentially closed metal tube and in that the first layer (3 ) is the outermost element of the reinforcing jacket and said at least one further layer (3 , 3 ) is a inner layer of the reinforcing jacket , being interposed between the sheath and the first layer (3 ), and in that the reinforcing jacket is the outermost element of the electrical cable . - a core having a first length (L); - a sheath surrounding the core and extending substantially through the whole core first length (L); and - a reinforcing jacket surrounding and in direct contact with the sheath , said reinforcing jacket being made of concentric layers comprising: - a first layer (3 ) longitudinally extending from a first end (E1) of the cable towards a second end (E2) of the cable and having a second length (L1) substantially equal to the first length (L); and - at least one further layer (3 , 3 ) longitudinally extending from the first end (E1) of the cable towards the second end (E2) of the cable for a third length (L2, L3) shorter than the first length (L), - a first layer (3 ) longitudinally extending from a first end (E1) of the cable towards a second end (E2) of the cable and having a second length (L1) substantially equal to the first length (L); and - at least one further layer (3 , 3 ) longitudinally extending from the first end (E1) of the cable towards the second end (E2) of the cable for a third length (L2, L3) shorter than the first length (L), wherein at least the first layer (3 ) is made of a corrosion resistant metal alloy, characterized in that at least the first layer (3 ) is a circumferentially closed metal tube and in that the first layer (3 ) is the outermost element of the reinforcing jacket and said at least one further layer (3 , 3 ) is a inner layer of the reinforcing jacket , being interposed between the sheath and the first layer (3 ), and in that the reinforcing jacket is the outermost element of the electrical cable .
A pot spinning machine comprising: a pot that has a downward-facing opening and rotates; a yarn guide that is inserted into the interior of the pot through an attachment hole formed in an upper portion of the pot in order to guide yarn into the interior of the pot ; and a yarn guide rail that holds the yarn guide and is capable of moving in an elevation direction (D), wherein the yarn guide is held by the yarn guide rail via a yarn guide holder , and a holding force (P1) of the yarn guide holder is smaller than a resistance force (P2) that acts, during ascending of the yarn guide rail and the yarn guide in the elevation direction (D), on the yarn guide when a wound-up part (Y) of yarn formed as a result of the yarn being wound around the yarn guide contacts a non-elevating member , the pot spinning machine being characterized by further comprising a yarn guide sensor that detects that the yarn guide is held on the yarn guide rail . a pot that has a downward-facing opening and rotates; a yarn guide that is inserted into the interior of the pot through an attachment hole formed in an upper portion of the pot in order to guide yarn into the interior of the pot ; and a yarn guide rail that holds the yarn guide and is capable of moving in an elevation direction (D), wherein the yarn guide is held by the yarn guide rail via a yarn guide holder , and a holding force (P1) of the yarn guide holder is smaller than a resistance force (P2) that acts, during ascending of the yarn guide rail and the yarn guide in the elevation direction (D), on the yarn guide when a wound-up part (Y) of yarn formed as a result of the yarn being wound around the yarn guide contacts a non-elevating member , the pot spinning machine being characterized by further comprising a yarn guide sensor that detects that the yarn guide is held on the yarn guide rail .