mhurhangee/ep-ind-claims huggingface dataset:
A swirler for mixing fuel with air in a combustion engine, wherein the swirler comprises a central axis, a swirler base comprising an upper surface, a central portion, a number of main swirler elements and a number of obstruction elements (66, 84); wherein each obstruction element (66, 84) has a leading edge and a trailing edge, the trailing edge is located radially inwardly of the leading edge; wherein the main swirler elements and the obstruction elements (66, 84) are located at the upper surface of the swirler base and are arranged around the central portion; wherein the main swirler elements form a number of swirler slots having a centre-line and configured for directing a fluid towards the central portion, each swirler slot comprises a slot inlet formed at a radius Ri and a slot outlet, wherein the slot outlet is located at a smaller radial distance from the central axis than the swirler inlet; wherein each obstruction element (66, 84) is located to intersect a slot inlet, characterized in that each obstruction element (66, 84) and immediately adjacent main swirler element form two flow channels (70, 71) which then feed the fluid into the swirler slot; wherein the trailing edge of the obstruction element (66, 84) is located or inserted into the swirler slot, from radially outwardly, a distance up to 0.2Ri and wherein at least one fuel injector is formed in the obstruction element (66, 84) and a distance up to 0.2Ri from the trailing edge. wherein each obstruction element (66, 84) has a leading edge and a trailing edge, the trailing edge is located radially inwardly of the leading edge; wherein the main swirler elements and the obstruction elements (66, 84) are located at the upper surface of the swirler base and are arranged around the central portion; wherein the main swirler elements form a number of swirler slots having a centre-line and configured for directing a fluid towards the central portion, each swirler slot comprises a slot inlet formed at a radius Ri and a slot outlet, wherein the slot outlet is located at a smaller radial distance from the central axis than the swirler inlet; wherein each obstruction element (66, 84) is located to intersect a slot inlet, characterized in that each obstruction element (66, 84) and immediately adjacent main swirler element form two flow channels (70, 71) which then feed the fluid into the swirler slot; wherein the trailing edge of the obstruction element (66, 84) is located or inserted into the swirler slot, from radially outwardly, a distance up to 0.2Ri and wherein at least one fuel injector is formed in the obstruction element (66, 84) and a distance up to 0.2Ri from the trailing edge.
A washing machine comprising: a first housing configured to include an opening formed therein; a barrier configured to seal the opening, coupled to the first housing and including a first through-hole disposed at the center of the barrier; a drum for accommodating a laundry inside and rotatably provided in a space provided by the first housing and the barrier; a second housing coupled to the first housing, one side of which is sealed by the barrier, wherein the first housing comprises an inlet pipe configured to supply carbon dioxide into the drum;a storage tank configured to store the carbon dioxide to be supplied to the drum; a circulation flow passage for guiding the carbon dioxide used in the drum to the storage tank or back to the drum, wherein the barrier is configured to block the carbon dioxide of a liquid state in the space provided by the first housing and the barrier from flowing into a space provided by the second housing and the barrier; a motor unit connected to the drum for rotation of the drum through the first through-hole and disposed in the space provided by the second housing and the barrier, characterized in that the barrier further comprises a second through-hole which allows carbon dioxide of a gas state to flow between the space provided by the first housing and the barrier and the space provided by the second housing and the barrier. a first housing configured to include an opening formed therein; a barrier configured to seal the opening, coupled to the first housing and including a first through-hole disposed at the center of the barrier; a drum for accommodating a laundry inside and rotatably provided in a space provided by the first housing and the barrier; a second housing coupled to the first housing, one side of which is sealed by the barrier, wherein the first housing comprises an inlet pipe configured to supply carbon dioxide into the drum;a storage tank configured to store the carbon dioxide to be supplied to the drum; a circulation flow passage for guiding the carbon dioxide used in the drum to the storage tank or back to the drum, wherein the barrier is configured to block the carbon dioxide of a liquid state in the space provided by the first housing and the barrier from flowing into a space provided by the second housing and the barrier; a motor unit connected to the drum for rotation of the drum through the first through-hole and disposed in the space provided by the second housing and the barrier, characterized in that the barrier further comprises a second through-hole which allows carbon dioxide of a gas state to flow between the space provided by the first housing and the barrier and the space provided by the second housing and the barrier.
Transfer film, in particular hot-stamping film, comprising a transfer ply detachably arranged on a carrier layer, wherein the transfer ply has at least one first colour layer, and wherein the at least one first colour layer comprises at least one binding agent and at least first pigments, whose coloured appearance changes depending on the angle of observation, wherein the at least one first colour layer is present in at least one first region of the transfer ply, and no colour layer is present in at least one second region of the transfer ply, wherein the transfer ply has a first compensation layer which covers the at least one first region of the transfer ply and the at least one second region of the transfer ply, and wherein the layer thickness of the first compensation layer ranges from 10% to 50% of the layer thickness of the at least one first colour layer.
A mop, comprising: - a first section having a first exterior side engageable with a surface, the first section including a first outer layer and a first middle layer, - a second section on a reverse side of the mop and having a second exterior side engageable with the surface, the second section including a second outer layer and a second middle layer, and - an embedded semi-permeable layer disposed between the first and second sections (50, 54) and configured to limit permeability of liquid flowing from the first exterior side to the second exterior side wherein: - the first middle layer is disposed between the first outer layer and the semi-permeable layer, - the second middle layer is disposed between the second outer layer and the semi-permeable layer, and - each of the first middle layer and the second middle layer defines a reservoir configured to receive, retain, and discharge liquid received by the mop. - a first section having a first exterior side engageable with a surface, the first section including a first outer layer and a first middle layer, - a second section on a reverse side of the mop and having a second exterior side engageable with the surface, the second section including a second outer layer and a second middle layer, and - an embedded semi-permeable layer disposed between the first and second sections (50, 54) and configured to limit permeability of liquid flowing from the first exterior side to the second exterior side - the first middle layer is disposed between the first outer layer and the semi-permeable layer, - the second middle layer is disposed between the second outer layer and the semi-permeable layer, and - each of the first middle layer and the second middle layer defines a reservoir configured to receive, retain, and discharge liquid received by the mop.
Aqueous adhesive composition comprising at least, on the one hand, A) a phenol/aldehyde resin and, on the other hand, B) an unsaturated elastomer latex, characterized in that the phenol/aldehyde resin is based on at least: A1) one aromatic polyaldehyde bearing at least two aldehyde functional groups, comprising at least one aromatic nucleus; A2) one polyphenol comprising one or more aromatic nucleus/nuclei, it being understood that: o in the case of just one aromatic nucleus, the latter bears two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, the remainder of the aromatic nucleus being unsubstituted; ∘ in the case of several aromatic nuclei, at least two of them each bear two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, it being understood that the two positions ortho to at least one of these hydroxyl functional groups are unsubstituted. A1) one aromatic polyaldehyde bearing at least two aldehyde functional groups, comprising at least one aromatic nucleus; A2) one polyphenol comprising one or more aromatic nucleus/nuclei, it being understood that: o in the case of just one aromatic nucleus, the latter bears two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, the remainder of the aromatic nucleus being unsubstituted; ∘ in the case of several aromatic nuclei, at least two of them each bear two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, it being understood that the two positions ortho to at least one of these hydroxyl functional groups are unsubstituted. o in the case of just one aromatic nucleus, the latter bears two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, the remainder of the aromatic nucleus being unsubstituted; ∘ in the case of several aromatic nuclei, at least two of them each bear two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, it being understood that the two positions ortho to at least one of these hydroxyl functional groups are unsubstituted.
Container management system with a number of containers, to which electrically readable codings characterising these are assigned, and with a number of emptying/filling stations constructed to empty a liquid from the container or feed a liquid thereto, characterised in that assigned to the emptying/filling stations are electronic reading units by means of which codings of containers are readable, data read by electronic reading units are fed to a cloud-based computer system configured for storage and evaluation of the data, and control commands for emptying and/or filling processes are generated by means of the cloud-based computer system in dependence on data transmitted by electronic reading units, wherein the control commands are issued by the cloud-based computer system to control units.
A device for the oxygen-free sintering of metal or ceramics, in particular for dental technology, wherein a sintering chamber that can be supplied with protective gas is formed from a base plate and a hood, the protective gas being able to be introduced by means of a protective gas inlet and being able to be discharged via a protective gas outlet, a flow channel and/or a flow gap being located between the protective gas inlet and the protective gas outlet, characterised in that the passages for the protective gas inlet and the protective gas outlet and of the flow gap or flow channel each have a clear internal width running transversely to the direction of flow, the internal widths of the protective gas inlet and/or protective gas outlet passages being wider than the internal widths of the flow gap or flow channel.
A heat exchanger for industrial equipment, in particular for power stations, having a sandwich-like arrangement composed of at least one distributor for a fluid medium and at least one heat exchanger element made of a metal foam body and attached to the distributor, characterized in that it is composed at least in part of heat exchanger modules (5, 6, 7) made of one heat exchanger element (3, 4) each and of at least one half-pipe (2', 2") attached to it which are arranged in stacks in such a way that the distributor is formed of half pipes (2', 2") of two adjacent heat exchanger modules (5, 6, 7) and attached to each other.
An apparatus for controlling a base device, comprising: a memory; and at least one processor, coupled to the memory, operative to: permit a user to identify music accessible via the apparatus; characterised in that the processor is operative to: detect a gesture-based motion or orientation of said apparatus; interpret said gesture-based motion or orientation to identify a command; execute said command; and wherein the command controls transfer of data between said apparatus and said base device and in that said data comprises music for playback via at least one speaker associated with the base device. a memory; and at least one processor, coupled to the memory, operative to: permit a user to identify music accessible via the apparatus; characterised in that the processor is operative to: detect a gesture-based motion or orientation of said apparatus; interpret said gesture-based motion or orientation to identify a command; execute said command; and wherein the command controls transfer of data between said apparatus and said base device and in that said data comprises music for playback via at least one speaker associated with the base device. detect a gesture-based motion or orientation of said apparatus; interpret said gesture-based motion or orientation to identify a command; execute said command; and wherein the command controls transfer of data between said apparatus and said base device and in that said data comprises music for playback via at least one speaker associated with the base device.
An electrode comprising: an electrochemically active material and a binder, the electrochemically active material intermixed with the binder; the electrochemically active material coated onto a current collector substrate; i. wherein the electrochemically active material is a cathode active material coated at an areal density of 30 mg/cm 2 or greater or at an electrochemical loading of 4 mAh/cm 2 or greater, and the binder is distributed within the electrochemically active material such that the concentration ratio of binder at a surface of the cathode active material relative to the binder at a current collector substrate surface is 2.0 or lower; or ii. wherein the electrochemically active material is an anode active material coated at an areal density of 10 mg/cm 2 or greater or at an electrochemical loading of 4 mAh/cm 2 or greater, and the binder distributed within the electrochemically active material such that the concentration ratio of binder at a surface of the anode active material relative to the binder at a current collector substrate surface is 3.0 or lower. an electrochemically active material and a binder, the electrochemically active material intermixed with the binder; the electrochemically active material coated onto a current collector substrate; i. wherein the electrochemically active material is a cathode active material coated at an areal density of 30 mg/cm 2 or greater or at an electrochemical loading of 4 mAh/cm 2 or greater, and the binder is distributed within the electrochemically active material such that the concentration ratio of binder at a surface of the cathode active material relative to the binder at a current collector substrate surface is 2.0 or lower; or ii. wherein the electrochemically active material is an anode active material coated at an areal density of 10 mg/cm 2 or greater or at an electrochemical loading of 4 mAh/cm 2 or greater, and the binder distributed within the electrochemically active material such that the concentration ratio of binder at a surface of the anode active material relative to the binder at a current collector substrate surface is 3.0 or lower. i. wherein the electrochemically active material is a cathode active material coated at an areal density of 30 mg/cm 2 or greater or at an electrochemical loading of 4 mAh/cm 2 or greater, and the binder is distributed within the electrochemically active material such that the concentration ratio of binder at a surface of the cathode active material relative to the binder at a current collector substrate surface is 2.0 or lower; or ii. wherein the electrochemically active material is an anode active material coated at an areal density of 10 mg/cm 2 or greater or at an electrochemical loading of 4 mAh/cm 2 or greater, and the binder distributed within the electrochemically active material such that the concentration ratio of binder at a surface of the anode active material relative to the binder at a current collector substrate surface is 3.0 or lower.
Method for operating a multi-touch-capable display that is controlled by a data processing unit, comprising the following steps: - visually representing content that can be manipulated on or within the multi-touch-capable display, the content comprising hierarchically structured interaction objects (04, 06) of at least one first hierarchy level and one second hierarchy level; - detecting a first touch of the multi-touch-capable display, the detection of the first touch resulting in information about the first touch which can be processed by the data processing unit and which can be used by the data processing unit to manipulate interaction objects of the first hierarchy level; and - detecting a second touch of the multi-touch-capable display, the detection of the second touch resulting in information about the second touch which can be processed by the data processing unit; characterized in that the information about the second touch is used by the data processing unit to manipulate interaction objects of the second hierarchy level if the second touch is detected more than a predetermined time period after the first touch and the first touch continues to be detected; and the information about the second touch is used by the data processing unit to manipulate interaction objects of the first hierarchy level if the second touch is detected not later than the predetermined time period after the first touch. - visually representing content that can be manipulated on or within the multi-touch-capable display, the content comprising hierarchically structured interaction objects (04, 06) of at least one first hierarchy level and one second hierarchy level; - detecting a first touch of the multi-touch-capable display, the detection of the first touch resulting in information about the first touch which can be processed by the data processing unit and which can be used by the data processing unit to manipulate interaction objects of the first hierarchy level; and - detecting a second touch of the multi-touch-capable display, the detection of the second touch resulting in information about the second touch which can be processed by the data processing unit;
A method for forming a PN superjunction, comprising: a deposition step for forming an N-type epitaxial layer on a substrate; a dielectric forming step for forming a first dielectric layer and a second dielectric layer in sequence on the epitaxial layer; a deep trench forming step for forming deep trenches in the epitaxial layer; a first filling step for completely filling the deep trenches to beyond the second dielectric layer with a P-type epitaxial material; a second filling step for forming a surface filling layer by filling the entire surface of the second dielectric layer and the epitaxial layer using a filling dielectric, wherein the surface filling layer extends up to a height at least higher than a highest point of the epitaxial material; an etching step for etching back the surface filling layer and the epitaxial material to the interface of the first dielectric layer and the epitaxial layer; and a removing step for removing the first dielectric layer and the second dielectric layer to planarize the epitaxial layer. a deposition step for forming an N-type epitaxial layer on a substrate; a dielectric forming step for forming a first dielectric layer and a second dielectric layer in sequence on the epitaxial layer; a deep trench forming step for forming deep trenches in the epitaxial layer; a first filling step for completely filling the deep trenches to beyond the second dielectric layer with a P-type epitaxial material; a second filling step for forming a surface filling layer by filling the entire surface of the second dielectric layer and the epitaxial layer using a filling dielectric, wherein the surface filling layer extends up to a height at least higher than a highest point of the epitaxial material; an etching step for etching back the surface filling layer and the epitaxial material to the interface of the first dielectric layer and the epitaxial layer; and a removing step for removing the first dielectric layer and the second dielectric layer to planarize the epitaxial layer.
An instrument product comprising: - a medical hand instrument (201, 301, 401, 501), and - a radio frequency identifier (202, 302, 402, 502) on a surface of the medical hand instrument, the radio frequency identifier being readable from a distance away from the radio frequency identifier, wherein the radio frequency identifier is at least partly covered with cover material (203, 303, 403, 504) attached with adhesive material (203, 303, 403, 503) to the surface of the medical hand instrument so that the adhesive material is in contact with both the cover material and the surface of the medical hand instrument, the adhesive material being dispensable in fluidic form prior to curing, characterized in that: - the radio frequency identifier has an elongated shape and an end-portion of the radio frequency identifier is capable of emitting stronger radiation than another end-portion of the radio frequency identifier, - the surface of the medical hand instrument is a surface of an elongated element of the medical hand instrument, and - the radio frequency identifier is located at an end-portion of the elongated element of the medical hand instrument so that i) longitudinal directions of the elongated element of the medical hand instrument and the radio frequency identifier are substantially parallel with each other and ii) the end-portion of the radio frequency identifier capable of emitting stronger radiation points towards a middle area of the medical hand instrument. - a medical hand instrument (201, 301, 401, 501), and - a radio frequency identifier (202, 302, 402, 502) on a surface of the medical hand instrument, the radio frequency identifier being readable from a distance away from the radio frequency identifier, - the radio frequency identifier has an elongated shape and an end-portion of the radio frequency identifier is capable of emitting stronger radiation than another end-portion of the radio frequency identifier, - the surface of the medical hand instrument is a surface of an elongated element of the medical hand instrument, and - the radio frequency identifier is located at an end-portion of the elongated element of the medical hand instrument so that i) longitudinal directions of the elongated element of the medical hand instrument and the radio frequency identifier are substantially parallel with each other and ii) the end-portion of the radio frequency identifier capable of emitting stronger radiation points towards a middle area of the medical hand instrument.
A peptide, characterized in that the peptide consists of an amino acid sequence with at least 80% sequence identity to SEQ ID NO: 1, wherein the peptide exhibits an enzymatic activity of a Dicer-like protein.