mhurhangee/patent-ind-claim-en huggingface dataset:
Adhesive tape comprising an adhesive composition and a release material , where the release material comprises a peel tab region and an adhesive composition region , and the adhesive composition region bears the applied adhesive composition, and where the adhesive tape extends along a lengthwise direction of the adhesive tape , and the peel tab region extends perpendicularly to the lengthwise direction of the adhesive tape , characterized in that the adhesive tape is configured such that the extent of the peel tab region along the lengthwise direction varies continuously and the peel tab region overhangs the adhesive composition, where the adhesive tape is configured as a two-sidedly adhesively configured adhesive tape having an upper and a lower adhesive composition, and at least the upper or the lower adhesive composition is lined with the release material . where the release material comprises a peel tab region and an adhesive composition region , and the adhesive composition region bears the applied adhesive composition, and where the adhesive tape extends along a lengthwise direction of the adhesive tape , and the peel tab region extends perpendicularly to the lengthwise direction of the adhesive tape , characterized in that the adhesive tape is configured such that the extent of the peel tab region along the lengthwise direction varies continuously and the peel tab region overhangs the adhesive composition, where the adhesive tape is configured as a two-sidedly adhesively configured adhesive tape having an upper and a lower adhesive composition, and at least the upper or the lower adhesive composition is lined with the release material .
Light module system comprising a first light module and a second light module, wherein the first light module is controllable in dependence on the second light module, wherein - the first light module being designed as a non-high-resolution light module and being set up to generate a light distribution of a first type in an area in front of the light module system, the light distribution of the first type being a dimmable dipped beam light distribution which has a cut-off line - the second light module is designed as a high-resolution light module, wherein - a minimum brightness is assigned to a part of the light distribution of the first type, the part being a region of the light distribution of the first type which has its cut-off line, characterized in that - the second light module is arranged to, * in an operating mode, to generate at least one high-resolution ground projection light distribution , thereby causing the first light module to dim the entire light distribution of the first type, and * to illuminate the part of the light distribution of the first type in high resolution, so that the same brightness is present in the part as in an undimmed light distribution of the first type , wherein the at least one ground projection light distribution is an optical representation of information. - the first light module being designed as a non-high-resolution light module and being set up to generate a light distribution of a first type in an area in front of the light module system, the light distribution of the first type being a dimmable dipped beam light distribution which has a cut-off line - the second light module is designed as a high-resolution light module, wherein - a minimum brightness is assigned to a part of the light distribution of the first type, the part being a region of the light distribution of the first type which has its cut-off line, characterized in that - the second light module is arranged to, * in an operating mode, to generate at least one high-resolution ground projection light distribution , thereby causing the first light module to dim the entire light distribution of the first type, and * to illuminate the part of the light distribution of the first type in high resolution, so that the same brightness is present in the part as in an undimmed light distribution of the first type , wherein the at least one ground projection light distribution is an optical representation of information.
Method for forming a contactlessly readable identification unit in a tyre , wherein the identification unit has an identification section for storing a tyre identification (ID), wherein the tyre identification (ID) can be contactlessly read by means of an interaction between an input alternating field (W1) and the identification section , comprising at least the following steps: - providing conductive ink (St1); - providing a tyre ply having a rubberized surface (St2); - applying the conductive ink onto the rubberized surface of the tyre ply in such a way that the conductive ink adheres to the tyre ply and conductive structures (2a, 4, 4a; 2b) are formed on and/or in the tyre ply by the conductive ink , wherein the conductive structures (2a, 4, 4a; 2b) at least partly form the identification section and/or an antenna section of the identification unit , said antenna section interacting with the identification section (St3), characterized in that applying at least one further tyre ply onto the tyre ply provided with conductive structures (2a, 4, 4a; 2b) and completing the tyre in order to form a tyre with an integrated contactlessly readable identification unit (St4) are carried out. - providing conductive ink (St1); - providing a tyre ply having a rubberized surface (St2); - applying the conductive ink onto the rubberized surface of the tyre ply in such a way that the conductive ink adheres to the tyre ply and conductive structures (2a, 4, 4a; 2b) are formed on and/or in the tyre ply by the conductive ink , wherein the conductive structures (2a, 4, 4a; 2b) at least partly form the identification section and/or an antenna section of the identification unit , said antenna section interacting with the identification section (St3), characterized in that applying at least one further tyre ply onto the tyre ply provided with conductive structures (2a, 4, 4a; 2b) and completing the tyre in order to form a tyre with an integrated contactlessly readable identification unit (St4) are carried out.
A wind turbine axial flux generator for converting wind into electricity, the generator comprising: a generator rotor which is rotatable about an axis; and a stator ; wherein one of said generator rotor and said stator is provided with magnets and the other is provided with electrical windings in which electricity is induced by relative movement between the generator rotor and the stator ; and wherein said generator further comprises: an up-wind air gap on the up-wind side of said electrical windings, between said electrical windings and at least some of said magnets on the up-wind side of said electrical windings ; a down-wind air gap on the down-wind side of said electrical windings , between said electrical windings and at least some of said magnets on the down-wind side of said electrical windings ; and characterised in that the generator comprises at least one wind guide for directing said wind so that said wind flows through both said up-wind air gap and said down-wind air gap in order to cool said electrical windings from both said up-wind and down-wind sides of said electrical windings . a generator rotor which is rotatable about an axis; and a stator ; wherein one of said generator rotor and said stator is provided with magnets and the other is provided with electrical windings in which electricity is induced by relative movement between the generator rotor and the stator ; and wherein said generator further comprises: an up-wind air gap on the up-wind side of said electrical windings, between said electrical windings and at least some of said magnets on the up-wind side of said electrical windings ; a down-wind air gap on the down-wind side of said electrical windings , between said electrical windings and at least some of said magnets on the down-wind side of said electrical windings ; and characterised in that the generator comprises at least one wind guide for directing said wind so that said wind flows through both said up-wind air gap and said down-wind air gap in order to cool said electrical windings from both said up-wind and down-wind sides of said electrical windings . an up-wind air gap on the up-wind side of said electrical windings, between said electrical windings and at least some of said magnets on the up-wind side of said electrical windings ; a down-wind air gap on the down-wind side of said electrical windings , between said electrical windings and at least some of said magnets on the down-wind side of said electrical windings ; and characterised in that the generator comprises at least one wind guide for directing said wind so that said wind flows through both said up-wind air gap and said down-wind air gap in order to cool said electrical windings from both said up-wind and down-wind sides of said electrical windings .
Automated method for providing functionalities of at least one mobile unit for carrying out at least one required function of a request unit separate from the mobile unit , - wherein the required function is provided in the mobile unit , - wherein the function is carried out based on the context, - wherein a context rule system is provided in the mobile unit for carrying out the function, - wherein the function is carried out in the mobile unit if one or more rules of the context rule system are satisfied, and - wherein the mobile unit is an edge node of an edge cloud and the request unit is a part of the edge cloud . - wherein the required function is provided in the mobile unit , - wherein the function is carried out based on the context, - wherein a context rule system is provided in the mobile unit for carrying out the function, - wherein the function is carried out in the mobile unit if one or more rules of the context rule system are satisfied, and - wherein the mobile unit is an edge node of an edge cloud and the request unit is a part of the edge cloud .
An aqueous hair leave-on composition for hair frizz reduction comprising from 0.15% to 12.0% of a moisture control material or mixture of moisture control materials by weight of the aqueous hair leave-on composition, wherein the moisture control material comprises 2-Hexyl-1-decanol in combination with Salicylic acid; wherein the leave-on composition further comprises a gel matrix comprising: i.) from 0.1% to 20% of one or more high melting point fatty compounds, by weight of said aqueous hair leave-on composition, wherein the one or more high melting point fatty compounds have a melting point of 25°C or higher; ii.) from 0.1% to 10% a cationic surfactant system, by weight of said aqueous hair leave-on composition; and iii.) at least 20% of an aqueous carrier, by weight of said aqueous hair leave-on composition. i.) from 0.1% to 20% of one or more high melting point fatty compounds, by weight of said aqueous hair leave-on composition, wherein the one or more high melting point fatty compounds have a melting point of 25°C or higher; ii.) from 0.1% to 10% a cationic surfactant system, by weight of said aqueous hair leave-on composition; and iii.) at least 20% of an aqueous carrier, by weight of said aqueous hair leave-on composition.
Method of applying liquid or pasty substances, particularly a wax or sealant, for example of polyurethane, onto or into bodywork components of a vehicle, comprising the steps of: - conveying the substance in the direction of a substance delivery device by way of conveying device; - delivering the substance from an outlet nozzle of the substance delivery device; and - monitoring a liquid jet issuing from the outlet nozzle of the substance delivery device ; characterised in that the liquid jet is recorded by at least one camera , wherein the said camera records the liquid jet with use of optical reflection and/or refraction devices from at least two different perspectives. - conveying the substance in the direction of a substance delivery device by way of conveying device; - delivering the substance from an outlet nozzle of the substance delivery device; and - monitoring a liquid jet issuing from the outlet nozzle of the substance delivery device ;
A method for configuring transmission, comprising: indicating, by a network device, a Transmission Configuration Indicator, TCI, state set to a terminal , wherein the TCI state set is configured for a Bandwidth Part, BWP, of the terminal, and the TCI state set is used for indicating a Quasi co-location, QCL, assumption set used by the terminal when the terminal performs transmission on the BWP, said method characterised in that the TCI state set comprises a plurality of TCI state sets, each TCI state set in the plurality of TCI state sets is configured for one BWP in multiple BWPs in one carrier of the terminal, and the TCI state sets configured for different BWPs are different. indicating, by a network device, a Transmission Configuration Indicator, TCI, state set to a terminal , wherein the TCI state set is configured for a Bandwidth Part, BWP, of the terminal, and the TCI state set is used for indicating a Quasi co-location, QCL, assumption set used by the terminal when the terminal performs transmission on the BWP, said method characterised in that the TCI state set comprises a plurality of TCI state sets, each TCI state set in the plurality of TCI state sets is configured for one BWP in multiple BWPs in one carrier of the terminal, and the TCI state sets configured for different BWPs are different.
A dishwasher rack having a support apparatus comprising - at least one lower connection means which is suitable for being connected to the dishwasher rack and which has at least one wire housing suitable for receiving a wire of said dishwasher rack therein and which is suitable for connecting a neck, - the lower connection means having at least one neck connection opening comprising at least one adjustment means for adjusting the orientation of said neck, - at least one neck having at least one connection protrusion connected to the adjustment means of the lower connection means , - characterized by - at least one upper connection means which is connected to the neck and which has at least one tab connection opening suitable for connecting a tab and comprising at least one tab adjustment means for adjusting the orientation of said tab; and - at least one tab having at least one tab connection protrusion connected to the tab connection opening of the upper connection means . - at least one lower connection means which is suitable for being connected to the dishwasher rack and which has at least one wire housing suitable for receiving a wire of said dishwasher rack therein and which is suitable for connecting a neck, - the lower connection means having at least one neck connection opening comprising at least one adjustment means for adjusting the orientation of said neck, - at least one neck having at least one connection protrusion connected to the adjustment means of the lower connection means , - characterized by - at least one upper connection means which is connected to the neck and which has at least one tab connection opening suitable for connecting a tab and comprising at least one tab adjustment means for adjusting the orientation of said tab; and - at least one tab having at least one tab connection protrusion connected to the tab connection opening of the upper connection means .
A vacuum pump , comprising: a casing ; a rotor that is supported rotatably in the casing and has a rotor cylinder portion ; a stator having a substantially cylindrical shape, disposed coaxially with the rotor between the casing and the rotor cylinder portion; a thread groove portion engraved on either an outer circumferential surface of the rotor cylinder portion or an inner circumferential surface of the stator; and a heat insulating spacer that is interposed between the casing and the stator, supports the stator in a rotor radial direction, with keeping a gap between the casing and the stator, and has lower thermal conductivity than at least either the casing or the stator, characterised in that the heat insulating spacer has an axial supporting portion having a substantially cylindrical shape, extended along a rotor axial direction, and the axial supporting portion bends in the rotor radial direction in response to thermal expansion of the stator. a casing ; a rotor that is supported rotatably in the casing and has a rotor cylinder portion ; a stator having a substantially cylindrical shape, disposed coaxially with the rotor between the casing and the rotor cylinder portion; a thread groove portion engraved on either an outer circumferential surface of the rotor cylinder portion or an inner circumferential surface of the stator; and a heat insulating spacer that is interposed between the casing and the stator, supports the stator in a rotor radial direction, with keeping a gap between the casing and the stator, and has lower thermal conductivity than at least either the casing or the stator, characterised in that the heat insulating spacer has an axial supporting portion having a substantially cylindrical shape, extended along a rotor axial direction, and the axial supporting portion bends in the rotor radial direction in response to thermal expansion of the stator.
A method of manufacturing a part layer by layer by additive manufacturing, comprising: providing magnetic particles ; introducing the magnetic particles into a layer of a matrix material ; orienting the particles in the matrix material by coupling the particles with an electromagnetic field ; and curing the matrix material while the particles are oriented, wherein orienting the particles includes repositioning the particles within the matrix material , wherein the electromagnetic field is applied to the mixture of the matrix material and the particles in a manner that causes the particles to unidirectionally align and move to outer boundaries of the layer . providing magnetic particles ; introducing the magnetic particles into a layer of a matrix material ; orienting the particles in the matrix material by coupling the particles with an electromagnetic field ; and curing the matrix material while the particles are oriented, wherein orienting the particles includes repositioning the particles within the matrix material , wherein the electromagnetic field is applied to the mixture of the matrix material and the particles in a manner that causes the particles to unidirectionally align and move to outer boundaries of the layer .
Method for the manufacture of a cushioning element for sports apparel, comprising: a. loading a mold (no) with a first material which comprises particles of an expanded material; and b. fusing the surfaces of the particles by supplying energy to the particles , the method being characterized in that , c. the energy is supplied to the particles in the form of at least one electromagnetic field (130; 135; 140), and d. wherein the particles comprise one or more of the following materials: expanded thermoplastic polyurethane, eTPU; expanded polyamide, ePA; expanded polyetherblockamide; ePEBA. a. loading a mold (no) with a first material which comprises particles of an expanded material; and b. fusing the surfaces of the particles by supplying energy to the particles , c. the energy is supplied to the particles in the form of at least one electromagnetic field (130; 135; 140), and d. wherein the particles comprise one or more of the following materials: expanded thermoplastic polyurethane, eTPU; expanded polyamide, ePA; expanded polyetherblockamide; ePEBA.
An active material comprising a silicon clathrate II type crystal phase, and having a composition represented by Na x Si 136 , wherein 2.30 ≤ x < 2.54.
A display apparatus for being mounted on a moving body and for displaying a virtual image of a projection image to a driver (V) of the moving body , comprising: an image processing apparatus configured to execute image processing on an image of a forward view from the moving body and to output position information; an identification unit configured to obtain a traffic sign icon image based on a sign image received from the image processing apparatus ; an image generation unit configured to generate the projection image including a predetermined image obtained based on a traffic sign; characterized in that the display apparatus further comprises a direction indication unit configured to output either an indication direction ( θ ) in which a target path, to which the traffic sign is applied, is present or an indication direction ( θ ) in which the traffic sign is present, based on a position of the traffic sign and a position of a path in front of the moving body , and to cause the image generation unit to generate the projection image including the indication direction ( θ ), the indication direction ( θ ) indicating a direction in which the target path or the traffic sign is present with respect to a reference position (Vc), wherein the image generation unit is configured to generate the projection image of a predetermined image size with the reference position (Vc) being adjusted with respect to a forward image such that a traffic sign icon image is arranged in the direction of the indication direction (θ) with respect to the reference position (Vc). an image processing apparatus configured to execute image processing on an image of a forward view from the moving body and to output position information; an identification unit configured to obtain a traffic sign icon image based on a sign image received from the image processing apparatus ; an image generation unit configured to generate the projection image including a predetermined image obtained based on a traffic sign; characterized in that the display apparatus further comprises a direction indication unit configured to output either an indication direction ( θ ) in which a target path, to which the traffic sign is applied, is present or an indication direction ( θ ) in which the traffic sign is present, based on a position of the traffic sign and a position of a path in front of the moving body , and to cause the image generation unit to generate the projection image including the indication direction ( θ ), the indication direction ( θ ) indicating a direction in which the target path or the traffic sign is present with respect to a reference position (Vc), wherein