mhurhangee/ep-ind-claims huggingface dataset:
An aerosol generation device, configured to heat an inhalable material to generate an aerosol, the device comprising: a cavity, configured to accommodate the inhalable material; a magnetic field generator, configured to generate a changing magnetic field; and a susceptor, configured to be penetrated by the changing magnetic field and generate heat, to heat the inhalable material accommodated in the cavity, wherein the susceptor is constructed in a blade shape extending in an axial direction of the cavity, and comprises: a first part, having a first size in a thickness direction of the susceptor; and a second part, having a second size in the thickness direction of the susceptor, the second size being greater than the first size, an accommodation cavity extending in the axial direction being arranged in the second part, and the accommodation cavity being configured to accommodate or encapsulate a temperature sensor that senses a temperature of the susceptor. a cavity, configured to accommodate the inhalable material; a magnetic field generator, configured to generate a changing magnetic field; and a susceptor, configured to be penetrated by the changing magnetic field and generate heat, to heat the inhalable material accommodated in the cavity, wherein the susceptor is constructed in a blade shape extending in an axial direction of the cavity, and comprises: a first part, having a first size in a thickness direction of the susceptor; and a second part, having a second size in the thickness direction of the susceptor, the second size being greater than the first size, an accommodation cavity extending in the axial direction being arranged in the second part, and the accommodation cavity being configured to accommodate or encapsulate a temperature sensor that senses a temperature of the susceptor. a first part, having a first size in a thickness direction of the susceptor; and a second part, having a second size in the thickness direction of the susceptor, the second size being greater than the first size, an accommodation cavity extending in the axial direction being arranged in the second part, and the accommodation cavity being configured to accommodate or encapsulate a temperature sensor that senses a temperature of the susceptor.
A computer implemented method for improving quality and accuracy of data for plurality of digital twins (106-1 to 106-N) interacting in a computer simulated collaborative environment over a distributed network, the method comprising: receiving, by a processing unit, input data from one or more data sources (102-1 to 102-N) corresponding to one or more entities (104-1 to 104-N), wherein each of the one or more entities (104-1 to 104-N) is assigned to a first unique identifier and each of the one or more data sources (102-1 to 102-N) is assigned to a second unique identifier; identifying, by the processing unit, if the one or more data sources (102-1 to 102-N) match the requirement of the digital twins (106-1 to 106-N) requesting the input data based on the second unique identifier and a set of requirements of the digital twin; verifying, by the processing unit, an authenticity of the one or more data sources (102-1 to 102-N) based on the first unique identifier and the second unique identifier using a self-sovereign identity network comprising identification information of one or more entities (104-1 to 104-N) in the distributed network, if the one or more data sources (102-1 to 102-N) match the requirement of the digital twins (106-1 to 106-N); providing, by the processing unit, the received input data to the corresponding digital twin if the authenticity of the one or more entities (104-1 to 104-N) is verified. receiving, by a processing unit, input data from one or more data sources (102-1 to 102-N) corresponding to one or more entities (104-1 to 104-N), wherein each of the one or more entities (104-1 to 104-N) is assigned to a first unique identifier and each of the one or more data sources (102-1 to 102-N) is assigned to a second unique identifier; identifying, by the processing unit, if the one or more data sources (102-1 to 102-N) match the requirement of the digital twins (106-1 to 106-N) requesting the input data based on the second unique identifier and a set of requirements of the digital twin; verifying, by the processing unit, an authenticity of the one or more data sources (102-1 to 102-N) based on the first unique identifier and the second unique identifier using a self-sovereign identity network comprising identification information of one or more entities (104-1 to 104-N) in the distributed network, if the one or more data sources (102-1 to 102-N) match the requirement of the digital twins (106-1 to 106-N); providing, by the processing unit, the received input data to the corresponding digital twin if the authenticity of the one or more entities (104-1 to 104-N) is verified.
A synthetic RNA for use in treating dystrophic epidermolysis bullosa, wherein the synthetic RNA encodes a gene-editing protein that targets a COL7 gene, wherein the synthetic RNA is suitable for in vivo delivering to a subject's keratinocytes, wherein the gene editing protein edits the COL7 gene, and wherein the gene-editing protein comprises a DNA-binding domain and a nuclease domain, the gene editing protein causing a single- or double-strand break in the COL7 gene of the patient's keratinocytes.
Device for the detection of substances present in biological or chemical samples which, in reactions taking place in parallel with at least one reagent, produce a spectrum or signal which is optically detectable and distinguishable for the respective substance, comprising: - a sample carrier containing at least two containers for receiving samples, - a camera configured to control the volume of the samples in a first step and to detect in a step the spectra or signals obtained by the reactions with the respective substance in at least two containers each comprising at least one reagent in a second step, and - an evaluation device which evaluates the samples by analysing the spectra or signals of at least two containers each comprising at least one reagent, wherein the camera, for controlling the volume of the samples, is rotatable or pivotable away from the containers by substantially 90 degrees in the direction of a boundary line between the sample to be placed in the containers and a first fluid both placed in a pipette. - a sample carrier containing at least two containers for receiving samples, - a camera configured to control the volume of the samples in a first step and to detect in a step the spectra or signals obtained by the reactions with the respective substance in at least two containers each comprising at least one reagent in a second step, and - an evaluation device which evaluates the samples by analysing the spectra or signals of at least two containers each comprising at least one reagent, wherein the camera, for controlling the volume of the samples, is rotatable or pivotable away from the containers by substantially 90 degrees in the direction of a boundary line between the sample to be placed in the containers and a first fluid both placed in a pipette.
A system (100, 200), comprising: at least one Bluetooth low energy beacon (104, 104-6, 104-7, 104-8, 104-9, 402, 404) mounted on each side of a boundary in an area, each BLE beacon having a directional antenna so that a portion of the signal having a strong strength is directed away from the boundary and a portion of the signal having a weaker strength is directed towards the boundary; a BLE enabled object that senses a signal from each BLE beacon and gathers one or more characteristics of the signal for each BLE beacon; and a location engine that determines, in response to the one or more gathered characteristics of the signal for each BLE beacon, a crossing of the boundary by the BLE enabled object; wherein the location engine is remote from the BLE enabled object and the BLE enabled object communicates the one or more gathered characteristics of the signal for each BLE beacon to the remote location engine; and wherein the BLE enabled object is adapted to continuously sense a continuous and not a periodic signal from each BLE beacon (104, 104-6, 104-7, 104-8, 104-9, 402, 404). at least one Bluetooth low energy beacon (104, 104-6, 104-7, 104-8, 104-9, 402, 404) mounted on each side of a boundary in an area, each BLE beacon having a directional antenna so that a portion of the signal having a strong strength is directed away from the boundary and a portion of the signal having a weaker strength is directed towards the boundary; a BLE enabled object that senses a signal from each BLE beacon and gathers one or more characteristics of the signal for each BLE beacon; and a location engine that determines, in response to the one or more gathered characteristics of the signal for each BLE beacon, a crossing of the boundary by the BLE enabled object; wherein the location engine is remote from the BLE enabled object and the BLE enabled object communicates the one or more gathered characteristics of the signal for each BLE beacon to the remote location engine; and wherein the BLE enabled object is adapted to continuously sense a continuous and not a periodic signal from each BLE beacon (104, 104-6, 104-7, 104-8, 104-9, 402, 404).
A method for determining a network allocation vector, applied to a first device, the method comprising: generating a first data frame for a first link in a plurality of links, wherein the plurality of links includes the first link; obtaining a capability information value of a second device in the plurality of links; setting a network allocation vector of the first device for the first link according to a capability information value of the first device and the capability information value of the second device. generating a first data frame for a first link in a plurality of links, wherein the plurality of links includes the first link; obtaining a capability information value of a second device in the plurality of links; setting a network allocation vector of the first device for the first link according to a capability information value of the first device and the capability information value of the second device.
Wall-mounted drain channel for a shower, - comprising a drain channel, - comprising a wall unit arranged above the drain channel for attaching a wall covering, in particular tiles, and - comprising a floor unit arranged next to the drain channel for laying a floor covering, in particular tiles, - the dimensions of the drain channel, the wall unit and the floor unit being selected such that a vertical gap is formed as a water drain in the corner edge between the wall covering and the floor covering, - the gap being in fluid communication with the drain channel, - the wall unit being attachable to a wall structure in pre-wall technology, and - a wall covering strip being provided which can be attached at different heights to a vertical flange portion of the wall unit and has a stop edge arranged at the bottom for attaching a wall cover, so that the height of the vertical gap can be adjusted before the wall cover and the floor covering are attached, characterised in that the wall covering strip has at least two rows of holes, each of which rows has a predetermined grid of distances from the stop edge, and in that at least one longitudinally extending groove is provided in the vertical flange portion of the wall unit, into which groove one or more screws, which can be inserted into the holes, can be screwed. - comprising a drain channel, - comprising a wall unit arranged above the drain channel for attaching a wall covering, in particular tiles, and - comprising a floor unit arranged next to the drain channel for laying a floor covering, in particular tiles, - the dimensions of the drain channel, the wall unit and the floor unit being selected such that a vertical gap is formed as a water drain in the corner edge between the wall covering and the floor covering, - the gap being in fluid communication with the drain channel, - the wall unit being attachable to a wall structure in pre-wall technology, and - a wall covering strip being provided which can be attached at different heights to a vertical flange portion of the wall unit and has a stop edge arranged at the bottom for attaching a wall cover, so that the height of the vertical gap can be adjusted before the wall cover and the floor covering are attached, characterised in that
An integumental dissolving needle for delivery of one or more pharmaceutical ingredients, or one or more cosmetic ingredients, wherein the needle houses multi-layer granules, wherein each of the multi-layer granules comprises: micronized pharmaceutical or cosmetic ingredients; a first layer of coating agent that is configured to be absorbed into an integument, the first coating layer coating the micronized pharmaceutical or cosmetic ingredients; a micronized pharmaceutical or cosmetic ingredient layer covering the first coating layer; and a second coating layer containing a coating agent that is configured to be absorbed into an integument, the second coating layer covering the micronized pharmaceutical or cosmetic ingredient layer. the needle houses multi-layer granules, wherein each of the multi-layer granules comprises: micronized pharmaceutical or cosmetic ingredients; a first layer of coating agent that is configured to be absorbed into an integument, the first coating layer coating the micronized pharmaceutical or cosmetic ingredients; a micronized pharmaceutical or cosmetic ingredient layer covering the first coating layer; and a second coating layer containing a coating agent that is configured to be absorbed into an integument, the second coating layer covering the micronized pharmaceutical or cosmetic ingredient layer. micronized pharmaceutical or cosmetic ingredients; a first layer of coating agent that is configured to be absorbed into an integument, the first coating layer coating the micronized pharmaceutical or cosmetic ingredients; a micronized pharmaceutical or cosmetic ingredient layer covering the first coating layer; and a second coating layer containing a coating agent that is configured to be absorbed into an integument, the second coating layer covering the micronized pharmaceutical or cosmetic ingredient layer.
A mobile crane comprising: a base vehicle; a slewing base slewably supported by the base vehicle; a boom derrickably supported by the slewing base; a derrick cylinder raising and lowering the boom; a jib support removably attached to a tip of the boom; a luffing jib derrickably supported by the jib support; a first mast rotatably supported by the jib support or the luffing jib; a second mast rotatably supported by the jib support; a first tension link connecting the luffing jib and the first mast to each other; a second tension link connecting the first mast and the second mast to each other; a winch hoisting down a rope connected to the second mast to rotate the second mast to a side of the luffing jib and hoisting up the rope to rotate the second mast to a side opposite to the luffing jib; an operating unit outputting a signal according to a user operation of derrick of the boom; and a control unit controlling an operation of the derrick cylinder and the winch, wherein the control unit causes the derrick cylinder to raise the boom in response to a signal output from the operating unit, characterized in that the control unit stops the derrick cylinder in response to a derrick angle (γ) of the boom reaching a maximum angle corresponding to a hoisted-down length (β) of the rope. a base vehicle; a slewing base slewably supported by the base vehicle; a boom derrickably supported by the slewing base; a derrick cylinder raising and lowering the boom; a jib support removably attached to a tip of the boom; a luffing jib derrickably supported by the jib support; a first mast rotatably supported by the jib support or the luffing jib; a second mast rotatably supported by the jib support; a first tension link connecting the luffing jib and the first mast to each other; a second tension link connecting the first mast and the second mast to each other; a winch hoisting down a rope connected to the second mast to rotate the second mast to a side of the luffing jib and hoisting up the rope to rotate the second mast to a side opposite to the luffing jib; an operating unit outputting a signal according to a user operation of derrick of the boom; and a control unit controlling an operation of the derrick cylinder and the winch, wherein the control unit causes the derrick cylinder to raise the boom in response to a signal output from the operating unit, characterized in that the control unit stops the derrick cylinder in response to a derrick angle (γ) of the boom reaching a maximum angle corresponding to a hoisted-down length (β) of the rope.
An apparatus, comprising: an electromagnetic sensor configured in a shape approximating a cylinder without top and bottom and comprising a plurality of circumferentially extended sectors, with a separation gap between each two adjacent sectors, a line of such separation extending parallel to the axis of the cylinder, wherein each sector comprises a magnetic core formed of a material having a high initial magnetic permeability, the material comprising at least one of a nano-magnetic material, a nano-magnetic ribbon material, a nano-crystalline material, an amorphous ribbon, or a non-ferrite material; wherein at least one of the plurality of sectors further comprises two coils (220, 240) wound, in respective directions orthogonal to one another, around portions of the magnetic core thereof and wherein a shield is disposed between the two coils.
A blade outer air seal, comprising: a base portion; a first wall and a second wall extending radially from the base portion, the first wall axially spaced from the second wall, the first and second walls (120, 122) extending in a circumferential direction; a first hook extending from the first wall, and a second hook extending from the second wall, the first and second hooks (121, 123) extending in an axial direction towards one another to form a passage that extends in the circumferential direction, the passage configured to receive a carrier; and a tab extending radially outward from the second hook, the tab configured to engage with the carrier, wherein the blade outer air seal is a ceramic material, characterised in that the first and second walls (120, 122), the first and second hooks (121, 123), and the base portion have the same thickness, wherein the blade outer air seal is formed from a plurality of laminate plies, and wherein the blade outer air seal is formed from twelve or fewer laminate plies. a base portion; a first wall and a second wall extending radially from the base portion, the first wall axially spaced from the second wall, the first and second walls (120, 122) extending in a circumferential direction; a first hook extending from the first wall, and a second hook extending from the second wall, the first and second hooks (121, 123) extending in an axial direction towards one another to form a passage that extends in the circumferential direction, the passage configured to receive a carrier; and a tab extending radially outward from the second hook, the tab configured to engage with the carrier, wherein the blade outer air seal is a ceramic material, characterised in that the first and second walls (120, 122), the first and second hooks (121, 123), and the base portion have the same thickness, wherein the blade outer air seal is formed from a plurality of laminate plies, and wherein the blade outer air seal is formed from twelve or fewer laminate plies.
A method of introducing an additive into a polymeric material comprising: selecting a liquid formulation comprising an additive, a vehicle and an active compound added to increase the melt viscosity of the polymeric material; and contacting the liquid formulation with said polymeric material in a melt-processing apparatus; wherein said polymeric material is a polyester, for example, poly(ethylene terephthalate); and wherein said active compound is selected from an anhydride, epoxy, melamine, oxazoline, oxazolinone, lactam, carbodiimide, polyepoxide, isocyanate, polyacyllactam and phophonate. selecting a liquid formulation comprising an additive, a vehicle and an active compound added to increase the melt viscosity of the polymeric material; and contacting the liquid formulation with said polymeric material in a melt-processing apparatus; wherein said polymeric material is a polyester, for example, poly(ethylene terephthalate); and wherein said active compound is selected from an anhydride, epoxy, melamine, oxazoline, oxazolinone, lactam, carbodiimide, polyepoxide, isocyanate, polyacyllactam and phophonate.
An apparatus comprising: a tray for receiving a mouldable element and for insertion into a user's mouth to allow the user to apply a biting force to the mouldable element to provide an impression of the user's teeth, the tray comprising: opposed sidewalls extending from a base, wherein at least one of the opposed sidewalls is moveable inwards for compressing the mouldable element against the user's teeth and further comprising a compression mechanism configured to be actuated by the user and configured to move the at least one opposed sidewall inwards, wherein the compression mechanism is operable on application of the biting force by the user, wherein the compression mechanism comprises a holder for receiving the tray, and configured for moving the at least one opposed sidewall, wherein the tray can be articulated for shaping the tray to fit an arch of the user's teeth, wherein the tray comprises a plurality of discrete articulated sections, wherein the holder can be articulated for shaping the holder to the arch of the user's teeth, and wherein the holder comprises a plurality of articulated sections, each corresponding to an articulated section of the tray. opposed sidewalls extending from a base, wherein at least one of the opposed sidewalls is moveable inwards for compressing the mouldable element against the user's teeth and further comprising a compression mechanism configured to be actuated by the user and configured to move the at least one opposed sidewall inwards, wherein the compression mechanism is operable on application of the biting force by the user, wherein the compression mechanism comprises a holder for receiving the tray, and configured for moving the at least one opposed sidewall, wherein the tray can be articulated for shaping the tray to fit an arch of the user's teeth, wherein the tray comprises a plurality of discrete articulated sections, wherein the holder can be articulated for shaping the holder to the arch of the user's teeth, and wherein the holder comprises a plurality of articulated sections, each corresponding to an articulated section of the tray.
A cleaning unit comprises a conveyor unit and at least one support wheel, wherein the support wheel is rotatably mounted about an axis of rotation wherein the conveyor unit comprises a motor and a pump unit, wherein the motor comprises a motor housing, characterised in that the at least one support wheel is supported on the motor, in particular on the motor housing.