mhurhangee/patent-ind-claim-en huggingface dataset:
Planting apparatus including: a housing that defines: a primary guide ; and first and second opposed branch guides extending laterally from the primary guide ; a first runner slidably secured to, and movable along the primary guide ; a second runner securable to, and movable along the first branch guide ; a third runner securable to, and movable along the second branch guide ; the first, second and third runners being configured such that: the second runner is receivable from the first branch guide on to the first runner ; and the third runner is receivable from the second branch guide on to the first runner ; and drive means for moving: the second runner along the first branch guide and on to the first runner ; the third runner along the second branch guide and on to the first runner ; and the first runner , together with either of the second or third runners received thereon, along the primary guide . a housing that defines: a primary guide ; and first and second opposed branch guides extending laterally from the primary guide ; a primary guide ; and first and second opposed branch guides extending laterally from the primary guide ; a first runner slidably secured to, and movable along the primary guide ; a second runner securable to, and movable along the first branch guide ; a third runner securable to, and movable along the second branch guide ; the first, second and third runners being configured such that: the second runner is receivable from the first branch guide on to the first runner ; and the third runner is receivable from the second branch guide on to the first runner ; and drive means for moving: the second runner along the first branch guide and on to the first runner ; the third runner along the second branch guide and on to the first runner ; and the first runner , together with either of the second or third runners received thereon, along the primary guide . the second runner along the first branch guide and on to the first runner ; the third runner along the second branch guide and on to the first runner ; and the first runner , together with either of the second or third runners received thereon, along the primary guide .
A photosensitive microcapsule comprising a. a core material comprising a benefit agent; and b. a shell comprising a photosensitive polymer; wherein the photosensitive polymer comprises a photosensitive moiety comprising a structure selected from the group consisting of and combinations thereof; wherein R 5 is selected from alkyl, substituted alkyl, alkoxy, substituted alkoxy, carboxy, carboxyl, substituted carboxyl, aryl, substituted aryl, or a carbon atom of a polymer backbone; wherein R 6 and R 9 comprise a 1,3 dione moiety. wherein the photosensitive moiety is incorporated in a monomer that is polymerized to form the photosensitive polymer, wherein the monomer comprises at least one acrylate reactive group having the formula: and/or wherein R 14 is H or CH 3 ; R 15 is selected from the group consisting of wherein R z is selected from the group consisting of wherein R', R" and R′′′ are each independently selected from the group consisting of H and CH 3 ; wherein a, i, j and l are each integers independently selected from 0 to 3; and wherein c, d, e, f and h are each integers independently selected from 1 to 3. a. a core material comprising a benefit agent; and b. a shell comprising a photosensitive polymer; wherein the photosensitive polymer comprises a photosensitive moiety comprising a structure selected from the group consisting of and combinations thereof; wherein R 5 is selected from alkyl, substituted alkyl, alkoxy, substituted alkoxy, carboxy, carboxyl, substituted carboxyl, aryl, substituted aryl, or a carbon atom of a polymer backbone; wherein R 6 and R 9 comprise a 1,3 dione moiety. wherein the photosensitive moiety is incorporated in a monomer that is polymerized to form the photosensitive polymer, wherein the monomer comprises at least one acrylate reactive group having the formula: and/or wherein R 14 is H or CH 3 ; R 15 is selected from the group consisting of wherein R z is selected from the group consisting of wherein R', R" and R′′′ are each independently selected from the group consisting of H and CH 3 ; wherein a, i, j and l are each integers independently selected from 0 to 3; and wherein c, d, e, f and h are each integers independently selected from 1 to 3.
A wind turbine blade , comprising: a blade body portion ; and an anti-erosion layer disposed so as to cover a surface of the blade body portion partially, wherein a center point (M) of the anti-erosion layer in a circumferential length direction along a blade profile in a cross section orthogonal to a blade spanwise direction is shifted toward a pressure side from a leading edge of the blade body portion , at least in a part of an extension range of the anti-erosion layer in the blade spanwise direction, characterized in that a shift amount Δx, from the leading edge toward the pressure side, of the center point (M) in the circumferential length direction along the blade profile of the anti-erosion layer is greater at a first position in the blade spanwise direction than at a second position which is closer to a blade tip portion than the first position in the blade spanwise direction. a blade body portion ; and an anti-erosion layer disposed so as to cover a surface of the blade body portion partially, wherein a center point (M) of the anti-erosion layer in a circumferential length direction along a blade profile in a cross section orthogonal to a blade spanwise direction is shifted toward a pressure side from a leading edge of the blade body portion , at least in a part of an extension range of the anti-erosion layer in the blade spanwise direction, characterized in that a shift amount Δx, from the leading edge toward the pressure side, of the center point (M) in the circumferential length direction along the blade profile of the anti-erosion layer is greater at a first position in the blade spanwise direction than at a second position which is closer to a blade tip portion than the first position in the blade spanwise direction.
An optoelectronic sensor according to the triangulation principle for detecting an object in a monitoring area , comprising a light transmitter for transmitting light into the monitoring area , a light receiver having a plurality of light-receiving elements arranged in a line for generating a respective received signal from a received light spot , which the light remitted at the object generates on the light receiver , the light transmitter and light receiver forming a triangulation arrangement, as well as a control and evaluation unit configured to determine the point of impact of the received light spot on the light receiver and to determine distance information therefrom, the control and evaluation unit having at least three processing channels, in each of which reception signals from a group of light-receiving elements are combined in order to determine the point of impact on the basis of the levels measured in the processing channels, including a central channel on whose associated group of light-receiving elements the center of the received light spot impinges, characterized in that the processing channels comprise a right flank channel , on whose associated group of light-receiving elements a right part of the received light spot impinges, and a left flank channel , on whose associated group of light-receiving elements a left part of the received light spot impinges, and in that the light-receiving elements associated with the central channel and the flank channels completely and precisely cover the receiving light spot in the sense that each light-receiving element which registers a part of the receiving light spot is assigned to one of the three processing channels, and no light-receiving element which is assigned to one of the three processing channels receives only background light.
Device for transporting skis (S) on a bicycle , having: • a central body , intended to be disposed above a rear wheel of the bicycle , having on each lateral side a shoulder that is parallel to the direction of travel of the bicycle when mounted, serving as a bearing surface for a waist of the skis (S), • a removable attachment for attaching the central body to a frame of the bicycle , • legs , extending on each side of the central body , having attachments for skis at their ends, • means for holding against the shoulders , which fasten the waist of the skis (S) against the shoulders , characterized in that • the central body has lateral arms (L) extending perpendicular to the direction of travel of the bicycle when mounted, one on each side of the central body , and in that attachments for ski boots (C) are disposed at the lateral arms (L), and in that the legs extend downwards, with attachments at their lower ends for attaching the end of the ski (S). • a central body , intended to be disposed above a rear wheel of the bicycle , having on each lateral side a shoulder that is parallel to the direction of travel of the bicycle when mounted, serving as a bearing surface for a waist of the skis (S), • a removable attachment for attaching the central body to a frame of the bicycle , • legs , extending on each side of the central body , having attachments for skis at their ends, • means for holding against the shoulders , which fasten the waist of the skis (S) against the shoulders , characterized in that • the central body has lateral arms (L) extending perpendicular to the direction of travel of the bicycle when mounted, one on each side of the central body , and in that attachments for ski boots (C) are disposed at the lateral arms (L), and in that the legs extend downwards, with attachments at their lower ends for attaching the end of the ski (S).
A sealing member comprising: an elastic member having an annular abutment portion formed as an annular protrusion; and a base member to which the elastic member is to be fixed, wherein the elastic member has a held portion having a tubular shape extending from the annular abutment portion and is fixed to the base member when the held portion is held in an annular groove formed in the base member, and a holding length over which the annular groove holds the held portion along a depth direction of the base member is longer than a width of the annular groove, wherein the elastic member has a reinforcing portion extending from the annular abutment portion and the held portion to an outside of the annular abutment portion, and at least part of the reinforcing portion is held in a groove formed in the base member, and characterized in that the base member has a through hole that is formed in a bottom portion of the annular groove in such a manner as to pass through the base member. an elastic member having an annular abutment portion formed as an annular protrusion; and a base member to which the elastic member is to be fixed, wherein the elastic member has a held portion having a tubular shape extending from the annular abutment portion and is fixed to the base member when the held portion is held in an annular groove formed in the base member, and a holding length over which the annular groove holds the held portion along a depth direction of the base member is longer than a width of the annular groove, wherein the elastic member has a reinforcing portion extending from the annular abutment portion and the held portion to an outside of the annular abutment portion, and at least part of the reinforcing portion is held in a groove formed in the base member, and characterized in that the base member has a through hole that is formed in a bottom portion of the annular groove in such a manner as to pass through the base member.
A razor apparatus , comprising: a handle ; and a head pivotably mounted on the handle; wherein the head comprises a rear side including an aperture for receiving a single blade and a front side through which a cutting edge of the single blade is exposed during use; and wherein the head further comprises a means for retaining the single blade , wherein the means for retaining the single blade is configured to retain the single blade during use while permitting the single blade to move in two or more dimensions relative to the head within the means for retaining the single blade during use, wherein the two or more dimensions include a dimension perpendicular to a face of the single blade. a handle ; and a head pivotably mounted on the handle; wherein the head comprises a rear side including an aperture for receiving a single blade and a front side through which a cutting edge of the single blade is exposed during use; and wherein the head further comprises a means for retaining the single blade , wherein the means for retaining the single blade is configured to retain the single blade during use while permitting the single blade to move in two or more dimensions relative to the head within the means for retaining the single blade during use, wherein the two or more dimensions include a dimension perpendicular to a face of the single blade.
A cooling control unit for controlling a cooling system of a laser processing device , wherein the cooling control unit comprises: a measurement module configured for detecting a parameter of an electric power input provided to a laser deflection unit of the laser processing device and for determining whether the parameter is varying, wherein the electric power input corresponds to an electric current or a control command provided to the laser deflection unit ; and a regulation module configured for generating a cooling control signal for controlling the cooling system based on the parameter to vary a cooling power of the cooling system if the measurement module determines that the parameter is varying. a measurement module configured for detecting a parameter of an electric power input provided to a laser deflection unit of the laser processing device and for determining whether the parameter is varying, wherein the electric power input corresponds to an electric current or a control command provided to the laser deflection unit ; and a regulation module configured for generating a cooling control signal for controlling the cooling system based on the parameter to vary a cooling power of the cooling system if the measurement module determines that the parameter is varying.
Device for water savings combinable with perlators with adjustable mechanism of flow regulation comprising a basket provided with peripheral opening for air suction, and on the inner circumference with a seating ribs with inclined chamfer, on which in the basket a support ring is arranged, on the internal inclined seating surface of which an upper disc of a distribution element is seated, and a neck with a convex collar is pushed through the opening in the support ring , wherein on top of the support ring a regulator is seated, having a tubular protrusion upwards in the middle to accommodate a pin of a sieve and around this tubular protrusion a circular groove with a perforated bottom is provided, characterized in that the basket is elongated, has a permeable bottom with an opening in the middle, which is located in a reinforced ring , wherein in the opening an adjustment regulator is seated by its bottom shank , which consists of an upper shank , and between the bottom shank and the upper shank an adjustment element in the form of a pair of ramp segments is provided which are arranged opposite each other, each of which occupies a circular sector of up to 90°, wherein an upper surfaces of ramp segments are shaped so, that at the beginning of their lead they have a starting edge and at the end of the lead they have a lifting end edge (47"), wherein the two starting edges and the end edges are on the ramp segments arranged mirror opposite each other and bottom surfaces of the segments are flat, wherein on segments two ramp segments abut from above provided on a lower face of a collar of the distribution element , which are arranged opposite each other and each of them occupies a circular sector of up to 180°, wherein ramp segments are shaped so, that at the beginning of their lead they have a starting edge and at the end of their lead they have a lifting end edge (36"), wherein the two starting edges and the ending edges are on the segments arranged mirror opposite each other, wherein the neck is extended to a length (H) of at least 2,5 mm and the upper disc is provided with a toothing with a lower chamfer , wherein two opposing elongated teeth are protruding from the circumference of the toothing , wherein the distribution element is pushed through the opening in the support ring , and then his convex collar protrudes out of the ring , and the convex collar is arranged in the assembly at the bottom of the basket , wherein along outer length of the also extended wall of the support ring an outer groove is provided for insertion into two ribs on the inner circumference of the basket and along the length of the inner wall there is an inner guide groove , for guiding the opposite elongated teeth a the toothing on the upper disc of the distribution element , wherein the internal inclined seating surface corresponds in shape and size to the lower chamfer .
A method of manufacturing a power electronic module by additive manufacturing, comprising the steps of: - depositing in a single step, by electrodeposition, a layer of electrically conductive nanoporous material directly on a substrate comprising an electrically insulating layer and at least one layer of conductive metal material , called a metallized substrate - placing an element, for example an active component of the semiconductor power component type , on the layer of nanoporous material and sintering the layer of nanoporous material , so as to ensure a mechanical and electrical connection between said element and the metallized substrate , characterized in that it comprises the steps of: - making or fixing preforms of polymer material on at least one face of the metallized substrate , - depositing a first metal layer on the preform , - depositing a second metal layer on the first metal layer by electroforming. - depositing in a single step, by electrodeposition, a layer of electrically conductive nanoporous material directly on a substrate comprising an electrically insulating layer and at least one layer of conductive metal material , called a metallized substrate - placing an element, for example an active component of the semiconductor power component type , on the layer of nanoporous material and sintering the layer of nanoporous material , so as to ensure a mechanical and electrical connection between said element and the metallized substrate , - making or fixing preforms of polymer material on at least one face of the metallized substrate , - depositing a first metal layer on the preform , - depositing a second metal layer on the first metal layer by electroforming.
Oven frame for holding food containers for heating in a galley kitchen oven, having - a plurality of receptacles for receiving food containers ; - at least two connection assemblies , wherein the receptacles are disposed on top of one another; wherein the at least two connection assemblies are disposed on two mutually opposite lateral faces of the receptacles and are coupled to the receptacles ; wherein the connection assemblies are designed to keep the receptacles on top of one another and optionally to lock the latter for assuming a compact state with a first mutual spacing d 1 , or to lock the latter for assuming a retrieval state for retrieving the food containers with a second mutual spacing d 2 , wherein the second spacing d 2 is larger than the first spacing d 1 ; wherein the oven frame on an upper side has a handle by which the over frame can be held or lifted, and the at least two connection assemblies are designed to assume the second spacing d 2 when pulling the handle ; wherein the at least two connection assemblies are designed to assume the first spacing d 1 by pressing on an upper side of the oven frame . - a plurality of receptacles for receiving food containers ; - at least two connection assemblies , wherein the receptacles are disposed on top of one another; wherein the at least two connection assemblies are disposed on two mutually opposite lateral faces of the receptacles and are coupled to the receptacles ; wherein the connection assemblies are designed to keep the receptacles on top of one another and optionally to lock the latter for assuming a compact state with a first mutual spacing d 1 , or to lock the latter for assuming a retrieval state for retrieving the food containers with a second mutual spacing d 2 , wherein the second spacing d 2 is larger than the first spacing d 1 ; wherein the oven frame on an upper side has a handle by which the over frame can be held or lifted, and the at least two connection assemblies are designed to assume the second spacing d 2 when pulling the handle ; wherein the at least two connection assemblies are designed to assume the first spacing d 1 by pressing on an upper side of the oven frame .
An apparatus , comprising an array of electrically connected space separated solar cells encapsulated in a light transparent insulator that lays on heat sink which heat sink lays on a reversible water sorption component and whereby the reversible water sorption component for water vapour exchange at another side contacts a reaction unit whereby the reaction unit further comprises a reduction reaction gas unit in part or in total formed or occluded by a porous cathode and a water oxidation reaction gas unit in part or in total formed or occluded by a porous anode and whereby the porous cathode and the porous anode are separated by an ion exchange material.
Sanitary showering/washing arrangement, comprising - a water discharge unit , configured for discharging water at a showering/washing place, - a situation detection unit , configured for detecting current showering/washing situation data (Dsd) and comprising a user identification unit configured for identifying a user located at the showering/washing place, and a user condition detection unit which detects at least one user condition parameter indicative of a momentary condition of the user at the showering/washing place, wherein the showering/washing situation data include corresponding current user identification data (Bid) and user condition data (Bzd), and - a showering/washing operation control unit , configured for generating showering/washing program recommendation data (Dvd) variable in response to the showering/washing situation data currently detected by the situation detection unit, for storing showering/washing program data, for setting a current showering/washing program using the showering/washing program recommendation data, and for controlling a respectively activated showering/washing operation with the water discharged by the water discharge unit according to the set current showering/washing program. - a water discharge unit , configured for discharging water at a showering/washing place, - a situation detection unit , configured for detecting current showering/washing situation data (Dsd) and comprising a user identification unit configured for identifying a user located at the showering/washing place, and a user condition detection unit which detects at least one user condition parameter indicative of a momentary condition of the user at the showering/washing place, wherein the showering/washing situation data include corresponding current user identification data (Bid) and user condition data (Bzd), and - a showering/washing operation control unit , configured for generating showering/washing program recommendation data (Dvd) variable in response to the showering/washing situation data currently detected by the situation detection unit, for storing showering/washing program data, for setting a current showering/washing program using the showering/washing program recommendation data, and for controlling a respectively activated showering/washing operation with the water discharged by the water discharge unit according to the set current showering/washing program.