mhurhangee/patent-ind-claim-en huggingface dataset:
A dishwasher comprising: a cabinet including a washing tub; a basket provided inside the washing tub , comprising: a plurality of horizontally arranged horizontal wires ; and a plurality of vertically arranged vertical wire; ; a shaft unit coupled to the basket and including a shaft ; a plurality of balls rotating along an outer circumferential surface of the shaft; and a roller rotatably coupled to the shaft and including a plurality of seating portions spaced apart from each other to seat the plurality of balls, characterized in that at least one of the plurality of seating portions receives two or more of the plurality of balls . a cabinet including a washing tub; a basket provided inside the washing tub , comprising: a plurality of horizontally arranged horizontal wires ; and a plurality of vertically arranged vertical wire; ; a shaft unit coupled to the basket and including a shaft ; a plurality of balls rotating along an outer circumferential surface of the shaft; and a roller rotatably coupled to the shaft and including a plurality of seating portions spaced apart from each other to seat the plurality of balls, characterized in that at least one of the plurality of seating portions receives two or more of the plurality of balls . a plurality of horizontally arranged horizontal wires ; and a plurality of vertically arranged vertical wire; ; a shaft unit coupled to the basket and including a shaft ; a plurality of balls rotating along an outer circumferential surface of the shaft; and a roller rotatably coupled to the shaft and including a plurality of seating portions spaced apart from each other to seat the plurality of balls, characterized in that at least one of the plurality of seating portions receives two or more of the plurality of balls .
An external personal care composition comprising tin (II) fluoride or tin (II) chloride and a tripolyphosphate salt, wherein the composition comprises tin (II) fluoride or tin (II) chloride and the tripolyphosphate salt in a molar ratio of 3P : 1Sn to 5P : 1Sn.
A crystalline molecular sieve having ESV framework topology and having a SiO 2 /Al 2 O 3 mole ratio of from 5 to 12, wherein the molecular sieve has, in its calcined form, an X-ray diffraction pattern substantially as shown in the following table: 2-Theta d -Spacing, nm Relative Intensity 7.60 ± 0.20 1.162 W 8.01 ± 0.20 1.103 M 9.74 ± 0.20 0.908 M 12.02 ± 0.20 0.736 M 13.44 ± 0.20 0.658 VS 13.70 ± 0.20 0.646 VS 14.11 ± 0.20 0.627 VS 14.56 ± 0.20 0.608 W 15.30 ± 0.20 0.579 W 15.87 ± 0.20 0.558 W 16.20 ± 0.20 0.547 W 17.16 ± 0.20 0.516 W 17.96 ± 0.20 0.493 W 18.38 ± 0.20 0.482 W 19.12 ± 0.20 0.464 VS 19.31 ± 0.20 0.459 VS 19.70 ± 0.20 0.450 S 20.39 ± 0.20 0.435 W 20.89 ± 0.20 0.425 W 21.16 ± 0.20 0.419 M 21.34 ± 0.20 0.416 M
A base station (5-2) for a communication network , the base station (5-2) comprising: a transceiver configured to receive, from a core network node , a signalling message indicating that a communication device changed its network attachment and requesting the base station (5-2) to fetch user equipment, 'UE', context for the communication device from another base station (5-1), the signalling message including a resume identifier associated with the device within a cell of the communication network operated by the base station (5-2); and a controller configured to retrieve, based on the received resume identifier, the UE context for the communication device , for use in resumption, in the base station (5-2), of a previously suspended communication connection by the communication device . a transceiver configured to receive, from a core network node , a signalling message indicating that a communication device changed its network attachment and requesting the base station (5-2) to fetch user equipment, 'UE', context for the communication device from another base station (5-1), the signalling message including a resume identifier associated with the device within a cell of the communication network operated by the base station (5-2); and a controller configured to retrieve, based on the received resume identifier, the UE context for the communication device , for use in resumption, in the base station (5-2), of a previously suspended communication connection by the communication device .
A three-dimensional measurement device, comprising: an illumination system (I); and an imaging system (II), wherein the illumination system (I) comprises, along an illumination light path, an N-color light source , a light beam shaping apparatus , a pattern modulation apparatus , and a projection lens , wherein the pattern modulation apparatus is a N-spectrum pattern modulation apparatus and is configured to form a coded pattern comprising N spectral channels, the light beam shaping apparatus is configured to shape light emitted by the light source into near-parallel light, and the projection lens is configured to project the coded pattern onto a target object; and wherein the imaging system (II) comprises, along an imaging optical path, an imaging lens , a first beam-splitting system, and an image sensor group comprising N image sensors, wherein the first beam-splitting system is configured to transmit the coded pattern projected onto the target object and received by the imaging lens to the N image sensors of the image sensor group, to form N image signals, characterized in that , the illumination system (I) further comprises a texture image sensor and a second beam-splitting system, the second beam-splitting system is located on the illumination light path and configured to enable the texture image sensor to acquire a surface image signal of the target object . an illumination system (I); and an imaging system (II), wherein the illumination system (I) comprises, along an illumination light path, an N-color light source , a light beam shaping apparatus , a pattern modulation apparatus , and a projection lens , wherein the pattern modulation apparatus is a N-spectrum pattern modulation apparatus and is configured to form a coded pattern comprising N spectral channels, the light beam shaping apparatus is configured to shape light emitted by the light source into near-parallel light, and the projection lens is configured to project the coded pattern onto a target object; and wherein the imaging system (II) comprises, along an imaging optical path, an imaging lens , a first beam-splitting system, and an image sensor group comprising N image sensors, wherein the first beam-splitting system is configured to transmit the coded pattern projected onto the target object and received by the imaging lens to the N image sensors of the image sensor group, to form N image signals, characterized in that , the illumination system (I) further comprises a texture image sensor and a second beam-splitting system, the second beam-splitting system is located on the illumination light path and configured to enable the texture image sensor to acquire a surface image signal of the target object .
Motor vehicle component , comprising - an at least partially translucent windshield element , - first electronic connection means, which are arranged at least in sections in or on the window element , - a multilayer film element which comprises at least two layers which are arranged one above the other in a sandwich-like manner, the film element comprising - a first layer which contacts the disk element , preferably over the entire surface, and has a dielectric material , the first layer having optically transparent electrodes , the electrodes having second electronic connection means for supplying the electrodes with electrical energy, and - a second layer comprising a hydrophobic material, the first electronic connection means being connected to the second electronic connection means in order to establish an electrically conductive contact with the electrodes in the first layer of the foil element , characterized in that the first layer additionally comprises a heating element which has third electronic connection means which can be connected to the first and/or second electronic connection means. - an at least partially translucent windshield element , - first electronic connection means, which are arranged at least in sections in or on the window element , - a multilayer film element which comprises at least two layers which are arranged one above the other in a sandwich-like manner, the film element comprising - a first layer which contacts the disk element , preferably over the entire surface, and has a dielectric material , the first layer having optically transparent electrodes , the electrodes having second electronic connection means for supplying the electrodes with electrical energy, and - a second layer comprising a hydrophobic material, - a first layer which contacts the disk element , preferably over the entire surface, and has a dielectric material , the first layer having optically transparent electrodes , the electrodes having second electronic connection means for supplying the electrodes with electrical energy, and - a second layer comprising a hydrophobic material, the first electronic connection means being connected to the second electronic connection means in order to establish an electrically conductive contact with the electrodes in the first layer of the foil element , characterized in that the first layer additionally comprises a heating element which has third electronic connection means which can be connected to the first and/or second electronic connection means.
An audio device comprising: an instruction receiver configured to receive an instruction to set a volume of an input audio signal; a signal generator configured to generate a first audio signal obtained by adjusting a volume of the input signal in accordance with the instruction; filters configured to change frequency characteristics of the first audio signal; a first detector configured to detect a volume of the first audio signal, where the frequency characteristics of the first audio signal have been changed by the filters ; and a low-frequency component adjuster configured to generate a second audio signal in which a level of a low-frequency component of the first audio signal is adjusted based on the volume detected by the first detector ; wherein the low-frequency component adjuster adjusts the level of the low-frequency component of the first audio signal such that the level of the low-frequency component of the first audio signal is lowered more in a case where the volume is at a second volume compared to a case where the volume is at a first volume, and wherein the second volume is higher than the first volume. an instruction receiver configured to receive an instruction to set a volume of an input audio signal; a signal generator configured to generate a first audio signal obtained by adjusting a volume of the input signal in accordance with the instruction; filters configured to change frequency characteristics of the first audio signal; a first detector configured to detect a volume of the first audio signal, where the frequency characteristics of the first audio signal have been changed by the filters ; and a low-frequency component adjuster configured to generate a second audio signal in which a level of a low-frequency component of the first audio signal is adjusted based on the volume detected by the first detector ; wherein the low-frequency component adjuster adjusts the level of the low-frequency component of the first audio signal such that the level of the low-frequency component of the first audio signal is lowered more in a case where the volume is at a second volume compared to a case where the volume is at a first volume, and wherein the second volume is higher than the first volume.
A reflective coating of means of reflection of a light beam (F) emitted by a light source of an optical encoder, the reflection of the light beam (F) being directed towards a photo receptor characterized in that the coating comprises at least one flat glass blade , incorporating the coating, the face of which forms a means of a connection on one part of the means of reflection of said optical encoder, said blade being coated, on the face opposite the face forming a means of connection, of at least one layer of gold or gold alloy having a coefficient of reflection greater than 96% for the wavelengths of the light beam (F) comprised between 800 nm and 900 nm, the blade having a nominal thickness comprised between 0.15 mm and 0.25 mm, and in that the coating comprises a layer of protective material of the gold layer , the protective material being transparent, optically neutral and not affecting the nominal thickness of the gold coated blade .
A method of identifying cancer stem cell markers in a human primary tumor comprising: (a) in vivo passaging the primary tumor in an immunodeficient non-human animal, wherein cells of the primary tumor and passaged cells of the primary tumor are not subjected to iummunoisolation; and (b) comparing a level of at least one antigen in a first population of passaged tumor cells of the primary tumor with a second population of tumor cells of the primary tumor wherein said first population of passaged tumor cells are passaged in vivo for at least 10 passages, wherein said second population of tumor cells are: (i) non-passaged cells of the human primary tumor; or (ii) in vivo passaged cells of the human primary tumor, wherein said second population of tumor cells has been in vivo passaged for at least one less number of passages than said first population of passaged tumor cells, wherein an increase in the amount of said antigen in said first population of tumor cells as compared to the amount of said antigen in said second population of tumor cells is indicative of a cancer stem cell marker in the human primary tumor. (a) in vivo passaging the primary tumor in an immunodeficient non-human animal, wherein cells of the primary tumor and passaged cells of the primary tumor are not subjected to iummunoisolation; and (b) comparing a level of at least one antigen in a first population of passaged tumor cells of the primary tumor with a second population of tumor cells of the primary tumor wherein said first population of passaged tumor cells are passaged in vivo for at least 10 passages, wherein said second population of tumor cells are: (i) non-passaged cells of the human primary tumor; or (ii) in vivo passaged cells of the human primary tumor, wherein said second population of tumor cells has been in vivo passaged for at least one less number of passages than said first population of passaged tumor cells, wherein an increase in the amount of said antigen in said first population of tumor cells as compared to the amount of said antigen in said second population of tumor cells is indicative of a cancer stem cell marker in the human primary tumor. (i) non-passaged cells of the human primary tumor; or (ii) in vivo passaged cells of the human primary tumor, wherein said second population of tumor cells has been in vivo passaged for at least one less number of passages than said first population of passaged tumor cells,
Use of a vacuum circuit breaker tube for a short-circuiting device for shorting a circuit and thus for protecting a grid influencing system from a surge, the vacuum circuit breaker tube comprising a vacuum housing in which there is arranged a contact system that has two contacts arranged so as to move relative to one another, wherein there is provision for an electrical pre-arcing unit having an ignition electrode, arranged in the vacuum housing, for igniting an arc along an arc current path , characterized in that the two contacts have two geometrically separated current paths , wherein a first current path is the arc current path and a second current path is a continuous current path and the two contacts have fingerlike extensions along a switching axis , wherein the extensions of the two contacts engage with one another and flanks of the fingerlike extensions comprise contact surfaces of the arc current path, the contacts with the fingerlike extensions are oriented along a switching axis and contact is made between contact surfaces of the continuous current path in the closed state, and contact surfaces of the arc current path in a closed state of the circuit breaker are arranged with no contact with respect to one another.
Multilayer aluminum capsule for covering bottle necks, comprising at least two aluminum layers, where each of the layers has a thickness comprised between 4 microns and 50 microns, the capsule being characterized in that all its layers are made only of aluminum.
Waste packing system comprising a container for storing a plurality of waste drums , wherein the container comprises a loading space for accommodating said waste drums , and a loading opening for receiving said waste drums , the system further comprises at least one waste drum carrying device removably arranged in said loading space for holding said waste drums , wherein said waste drum carrying device is laterally accessible for loading said waste drums onto said waste drum carrying device , and wherein said waste drum carrying device comprises means for fixating said waste drums to said waste drum carrying device , characterized in that said waste drum carrying device comprises a platform and a support structure attached to said platform , wherein said support structure comprises a plurality of interconnected walls , said interconnected walls and platform defining laterally accessible pockets , wherein each pocket is adapted for accommodating one of said drums , and in that said waste drum carrying device is laterally immovably placeable inside said loading space .
Phenanthroline based pincer complexes selected from HCl(CO)Ru(Phen-(tBu)PNN) , H(CO)Ru-(Phen-(tBu)PNN and H(CO)Ru(η1BH4)(Phen-(tBu)PNN) .
A footwear item with a device for storing information or an object, comprising a sole , the sole including a front part and a rear part , wherein the sole includes a hole that opens onto the front part or the rear part of the footwear item , and in that the footwear item comprises a casing inserted into the hole of the sole , the casing comprising a duct suitable for insertion into the hole in the sole , the duct including an opening and being fixed in the hole in the sole so as to secure the duct to the sole permanently, and the duct being equipped with a cover , the cover including a tube suitable for insertion into the duct via the opening and allowing the storage of information or an object, characterised in that the cover hermetically closes the opening of the duct in order to make the casing leak-tight, and in that the duct also comprises an anchoring means integrated in the duct , the anchoring means being suitable for fixing the duct in the hole in the sole and for securing the duct to the sole permanently, and in that a) either the opening of the tube is open and the tube is obstructed at the opening by a removable cap making it possible to close and block the information or object disposed in the tube , the cap including a cap head having a diameter slightly larger than the body of the cap suitable for insertion in said tube , b) or the opening of the tube is closed by an end face so as to obtain a closed tube making it possible to close off and block the information or object disposed in the tube . a) either the opening of the tube is open and the tube is obstructed at the opening by a removable cap making it possible to close and block the information or object disposed in the tube , the cap including a cap head having a diameter slightly larger than the body of the cap suitable for insertion in said tube , b) or the opening of the tube is closed by an end face so as to obtain a closed tube making it possible to close off and block the information or object disposed in the tube .
Device for clamping flat samples , in particular pouch battery cells, for x-ray diffractometry, wherein the device comprises a housing having a sample holder , which comprises holding elements for checking the sample , wherein recesses for the feedthrough of the x-ray beam are provided on each of the holding elements , at least two x-ray windows for letting in and out x-ray beams, and at least one first temperature control unit for the temperature control of the sample , wherein the first temperature control unit is thermally coupled to the housing, and wherein the device comprises at least one second temperature control unit , which is configured to dissipate heat, which is discharged from the first temperature control unit to the housing , outwards out of the housing and/or to introduce heat from the outside into the housing , characterized in that the holding elements are designed as plate-shaped and comprise contact surfaces facing towards one another for clamping the sample , wherein at least one temperature control unit is attached in each case to the side of the holding elements facing away from the respective contact surface, and wherein a spring mechanism is provided for the mutual tensioning of the holding element . comprises a housing having a sample holder , which comprises holding elements for checking the sample , wherein recesses for the feedthrough of the x-ray beam are provided on each of the holding elements , at least two x-ray windows for letting in and out x-ray beams, and at least one first temperature control unit for the temperature control of the sample , wherein the first temperature control unit is thermally coupled to the housing, and wherein the device comprises at least one second temperature control unit , which is configured to dissipate heat, which is discharged from the first temperature control unit to the housing , outwards out of the housing and/or to introduce heat from the outside into the housing , characterized in that the holding elements are designed as plate-shaped and comprise contact surfaces facing towards one another for clamping the sample , wherein at least one temperature control unit is attached in each case to the side of the holding elements facing away from the respective contact surface, and wherein a spring mechanism is provided for the mutual tensioning of the holding element .
Heating device for coated batches of products, comprising at least: - an oven with an internal enclosure; - at least one conveyor passing through said enclosure; - a heating means for said enclosure, said heating means comprising at least one input and at least one output ; - said heating means comprising at least one heating module ; - each heating module comprising a heating block , at least one circuit linking, at the output , said heating block and opening inside said enclosure, and at least one means for circulating an air stream heated by said heating block to said circuit , said circulating means comprising at least one air intake , said air intake being situated at the input and being linked to the inside of the enclosure; characterized in that it comprises at least one recycling circuit linking at least said output to said one input of said heating means , said recycling circuit being distinct from the at least one circuit . - an oven with an internal enclosure; - at least one conveyor passing through said enclosure; - a heating means for said enclosure, said heating means comprising at least one input and at least one output ; - said heating means comprising at least one heating module ; - each heating module comprising a heating block , at least one circuit linking, at the output , said heating block and opening inside said enclosure, and at least one means for circulating an air stream heated by said heating block to said circuit , said circulating means comprising at least one air intake , said air intake being situated at the input and being linked to the inside of the enclosure;