mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry treatment apparatus comprising: a cabinet ; a drawer retractably provided in the cabinet; an accommodation unit disposed in the drawer and defining a space configured to receive water; a body provided at the cabinet and configured to be rotatable to a direction where the drawer moves to; and a water discharge channel configured to guide water in the accommodation unit to the outside of the cabinet, characterized in that the water discharge channel is formed as an internal channel inside the body or as an external water pipe supported by the body, and the body is configured to be rotatable over the upper surface of the drawer. a cabinet ; a drawer retractably provided in the cabinet; an accommodation unit disposed in the drawer and defining a space configured to receive water; a body provided at the cabinet and configured to be rotatable to a direction where the drawer moves to; and a water discharge channel configured to guide water in the accommodation unit to the outside of the cabinet, characterized in that the water discharge channel is formed as an internal channel inside the body or as an external water pipe supported by the body, and the body is configured to be rotatable over the upper surface of the drawer.
Engineered substrate comprising: a seed layer made of a first semiconductor material for growth of a solar cell; a first bonding layer on the seed layer ; a support substrate made of a second semiconductor material; a second bonding layer on a first side of the support substrate ; a bonding interface between the first and second bonding layers ; the first and second bonding layers each made of metallic material; wherein doping concentrations of the semiconductor materials and thicknesses of the layers of the engineered substrate , in particular of the seed layer, the support substrate, and both the first and second bonding layers, are selected such that the absorption of the seed layer is less than 20%, preferably less than 10%, as well as total area-normalized series resistance of the engineered substrate is less than 10 mOhm·cm 2 , preferably less than 5 mOhm·cm 2 . a seed layer made of a first semiconductor material for growth of a solar cell; a first bonding layer on the seed layer ; a support substrate made of a second semiconductor material; a second bonding layer on a first side of the support substrate ; a bonding interface between the first and second bonding layers ; the first and second bonding layers each made of metallic material; wherein doping concentrations of the semiconductor materials and thicknesses of the layers of the engineered substrate , in particular of the seed layer, the support substrate, and both the first and second bonding layers, are selected such that the absorption of the seed layer is less than 20%, preferably less than 10%, as well as total area-normalized series resistance of the engineered substrate is less than 10 mOhm·cm 2 , preferably less than 5 mOhm·cm 2 .
A scroll vacuum pump comprising a first spiral element that has a first wall which extends spirally about a first axis, which extends in an axial direction (Z) from a first support and which has a first free end face facing away from the first support , and a second spiral element that has a second wall which extends spirally about a second axis, which extends in the axial direction (Z) from a second support and which has a second free end face facing away from the second support , wherein the first spiral element and the second spiral element are movable relative to one another and are arranged such that the first wall and the second wall sealingly engage into one another while forming pumping spaces , wherein the free end face of at least one of the walls has a recess , in particular a groove, which extends in a longitudinal direction (L) of the wall and in which at least one seal is arranged, wherein the recess is laterally bounded by at least one inner wall which extends at least sectionally, preferably continuously, obliquely to the axial direction (Z) and which is configured to cooperate with a side wall of the seal extending at least sectionally, preferably continuously, obliquely to the axial direction (Z), and wherein the inner wall is inclined such that the inner wall converges in the direction of the free end face of the wall so that the recess narrows or becomes narrower in the direction of its opening , characterized in that the seal is movably arranged in the recess and has a trapezoidal cross-section. a first spiral element that has a first wall which extends spirally about a first axis, which extends in an axial direction (Z) from a first support and which has a first free end face facing away from the first support , and a second spiral element that has a second wall which extends spirally about a second axis, which extends in the axial direction (Z) from a second support and which has a second free end face facing away from the second support , wherein the first spiral element and the second spiral element are movable relative to one another and are arranged such that the first wall and the second wall sealingly engage into one another while forming pumping spaces , wherein the free end face of at least one of the walls has a recess , in particular a groove, which extends in a longitudinal direction (L) of the wall and in which at least one seal is arranged, wherein the recess is laterally bounded by at least one inner wall which extends at least sectionally, preferably continuously, obliquely to the axial direction (Z) and which is configured to cooperate with a side wall of the seal extending at least sectionally, preferably continuously, obliquely to the axial direction (Z), and wherein the inner wall is inclined such that the inner wall converges in the direction of the free end face of the wall so that the recess narrows or becomes narrower in the direction of its opening , characterized in that the seal is movably arranged in the recess and has a trapezoidal cross-section.
Bypass turbine engine , comprising a first annular flow duct of a primary stream (I) and a second coaxial annular flow duct of a secondary stream (II) extending around this first duct, the turbine engine further comprising a system for bleeding gas from the primary stream to the secondary stream, said system comprising at least one bleed duct of which one internal end opens onto an outer casing of the first duct and of which one outer end opens onto an inner casing of the second duct, said system further comprising at least one actuator of the movement of at least one moveable element between a first closed position of the duct and a second bleed and open position of the duct, characterised in that the system comprises two coaxial rings extending one around the other, a perforated internal first ring situated at the level of said outer casing and extending substantially in the extension of this outer casing, and a perforated external second ring mounted such that it slides circumferentially on the first ring, between said first position in which the perforations of the rings do not communicate with one another, and said second position in which the perforations of the rings communicate with one another, said actuator being located between said inner and outer casings outside of the bleed duct (D) defined by said duct.
A household appliance with a component part containing a polymer and at least one polyoxometalate, characterized in that the polyoxometalate is anchored to a silica containing substrate.
A method for applying a pattern on a mask layer, said method comprising: - obtaining an image file representing pixels with a first pixel size (p; p1) in a first direction parallel to an edge of the pixel, and a second pixel size (p; p2) in a second direction perpendicular to the first direction, wherein the first and second pixel size are the same (p) or different (p1, p2); - treating the mask layer such that a plurality of areas with altered physical properties are created in the mask layer, said plurality of areas (A) corresponding to a plurality of pixels of the image file, wherein the treatment is done such that a first and/or a second area size (h; h1, h2) of an area of said plurality of areas, seen in said first and/or said second direction, is smaller than the first and/or second pixel size (p; p1, p2), respectively; - wherein the method is performed without manipulating the image file for obtaining a surface screen pattern on the mask. - obtaining an image file representing pixels with a first pixel size (p; p1) in a first direction parallel to an edge of the pixel, and a second pixel size (p; p2) in a second direction perpendicular to the first direction, wherein the first and second pixel size are the same (p) or different (p1, p2); - treating the mask layer such that a plurality of areas with altered physical properties are created in the mask layer, said plurality of areas (A) corresponding to a plurality of pixels of the image file, wherein the treatment is done such that a first and/or a second area size (h; h1, h2) of an area of said plurality of areas, seen in said first and/or said second direction, is smaller than the first and/or second pixel size (p; p1, p2), respectively; - wherein the method is performed without manipulating the image file for obtaining a surface screen pattern on the mask.
A display unit with a display field for the visualisation of vehicle information for use in agricultural working vehicles , wherein the working vehicle comprises a pivotable adaptation device , wherein the display unit is designed to visualise a current pivot angle of the adaptation device in the display field , characterized in that the working vehicle is equipped with a crab steering system, wherein the display unit is designed to visualise a possible pivot range of the adaptation device in the display field as a function of the current crab steering angle of the crab steering system. wherein the working vehicle comprises a pivotable adaptation device , wherein the display unit is designed to visualise a current pivot angle of the adaptation device in the display field , characterized in that the working vehicle is equipped with a crab steering system, wherein the display unit is designed to visualise a possible pivot range of the adaptation device in the display field as a function of the current crab steering angle of the crab steering system.
A method for managing an energy generation system , including a cluster of power generators (2.1, .... 2.i, .... 2.n) connected by a connectivity network , each power generator (2.1, .... 2.i, .... 2.n) including an inverter (4.1, ... 4.i, ... 4.n) having a respective controller (5.1, ... 5.i, ... 5.n), and at least a data set available to the controller (5.1, ... 5.i, ... 5.n) for controlling the respective power generator (2.1, .... 2.i, .... 2.n); wherein: each inverter (4.1, ... 4.i, ... 4.n) transmits through said connectivity network , to the other inverters of the cluster, information concerning said data set available to it, said information being sufficient to check whether the same data sets available to each inverter; wherein the data set includes data defining the configuration of the energy generation system ; each inverter (4.1, ... 4.i, ... 4.n) receives, through said connectivity network , information concerning the data set available to other inverters of the cluster; each inverter checks if the data sets are identical, and: - if the data sets are identical, the inverter remains in an state marked as aligned; - if the data sets are not identical, the inverter shifts in a state marked as misaligned and sends data through the connectivity network to re-align the data sets, and shifts back in the aligned state once the data sets are identical to one another. each inverter (4.1, ... 4.i, ... 4.n) transmits through said connectivity network , to the other inverters of the cluster, information concerning said data set available to it, said information being sufficient to check whether the same data sets available to each inverter; wherein the data set includes data defining the configuration of the energy generation system ; each inverter (4.1, ... 4.i, ... 4.n) receives, through said connectivity network , information concerning the data set available to other inverters of the cluster; each inverter checks if the data sets are identical, and: - if the data sets are identical, the inverter remains in an state marked as aligned; - if the data sets are not identical, the inverter shifts in a state marked as misaligned and sends data through the connectivity network to re-align the data sets, and shifts back in the aligned state once the data sets are identical to one another. - if the data sets are identical, the inverter remains in an state marked as aligned; - if the data sets are not identical, the inverter shifts in a state marked as misaligned and sends data through the connectivity network to re-align the data sets, and shifts back in the aligned state once the data sets are identical to one another.
Sunshade assembly for a vehicle of the type comprising: a flexible sunscreen having a central part and two opposed inwardly folded longitudinal edges (4") which are connected to the central part by means of folding lines and which extend above or below said central part; a winding shaft for winding and unwinding the flexible sunscreen; two opposed longitudinal guides for receiving therein and guiding corresponding ones of the inwardly folded longitudinal edges (4") of the flexible sunscreen , which guides are provided with locking members for engaging the inwardly folded longitudinal edges for preventing these edges from moving out of the longitudinal guides, wherein the locking members engage an outer end of the inwardly folded longitudinal edges (4") and wherein the central part of the flexible sunscreen mainly is manufactured from a first material with a first stiffness and wherein at least part of the inwardly folded longitudinal edges (4") and/or of the parts of the central part adjacent the edges (4") is/are made of a second material with a second higher stiffness and wherein the second material is embodied as a separate layer of said second material at least partly surrounding and attached to the edges (4"), characterized in that the inwardly folded longitudinal edges (4") each, in the folded position, define an inner surface and an outer surface and wherein said separate layer at the inner surface extends substantially up to the folding line . a flexible sunscreen having a central part and two opposed inwardly folded longitudinal edges (4") which are connected to the central part by means of folding lines and which extend above or below said central part; a winding shaft for winding and unwinding the flexible sunscreen; two opposed longitudinal guides for receiving therein and guiding corresponding ones of the inwardly folded longitudinal edges (4") of the flexible sunscreen , which guides are provided with locking members for engaging the inwardly folded longitudinal edges for preventing these edges from moving out of the longitudinal guides, wherein the locking members engage an outer end of the inwardly folded longitudinal edges (4") and wherein the central part of the flexible sunscreen mainly is manufactured from a first material with a first stiffness and wherein at least part of the inwardly folded longitudinal edges (4") and/or of the parts of the central part adjacent the edges (4") is/are made of a second material with a second higher stiffness and wherein the second material is embodied as a separate layer of said second material at least partly surrounding and attached to the edges (4"), characterized in that the inwardly folded longitudinal edges (4") each, in the folded position, define an inner surface and an outer surface and wherein said separate layer at the inner surface extends substantially up to the folding line .
A constant-velocity universal joint comprising: an outer joint member having a plurality of outer ball grooves ; an inner joint member having a plurality of inner ball grooves respectively corresponding to the plurality of the outer ball grooves ; a plurality of torque transmitting balls which are respectively guided by a pair of the outer ball groove and the inner ball groove ; and a ball cage containing the plurality of the torque transmitting balls , wherein the outer ball groove and the inner ball groove respectively have a double shape which is formed by a connection of different shapes (S1, S2), characterized in that a ratio (O/H) of an offset value (O) which is a distance between an inflection point (C) of the outer ball groove and a line connecting centers (BC) of the torque transmitting balls in a state that the outer joint member and the inner joint member form 0 angle and a distance (H) between a center line of the inner joint member and a center (BC) of the torque transmitting ball in a state that the outer joint member and the inner joint member form 0 angle is within a range of 0.07 to 0.11, wherein the inflection point (C) is offset toward an open side of the outer joint member from a line connecting centers (BC) of the torque transmitting balls . an outer joint member having a plurality of outer ball grooves ; an inner joint member having a plurality of inner ball grooves respectively corresponding to the plurality of the outer ball grooves ; a plurality of torque transmitting balls which are respectively guided by a pair of the outer ball groove and the inner ball groove ; and a ball cage containing the plurality of the torque transmitting balls , wherein the outer ball groove and the inner ball groove respectively have a double shape which is formed by a connection of different shapes (S1, S2), characterized in that a ratio (O/H) of an offset value (O) which is a distance between an inflection point (C) of the outer ball groove and a line connecting centers (BC) of the torque transmitting balls in a state that the outer joint member and the inner joint member form 0 angle and a distance (H) between a center line of the inner joint member and a center (BC) of the torque transmitting ball in a state that the outer joint member and the inner joint member form 0 angle is within a range of 0.07 to 0.11, wherein the inflection point (C) is offset toward an open side of the outer joint member from a line connecting centers (BC) of the torque transmitting balls .
An apparatus for extracting an analyte from a liquid sample, the apparatus comprising: - a container having an entrance , an exit , and a passage therebetween for the passage of the liquid sample containing the analyte therethrough , the container having a full diameter bed region nearest the entrance and a reduced diameter bed region between the full diameter bed region and the exit , and a tip region nearest the exit , a first shelf defined by a step in diameter between the full diameter bed region and the reduced diameter bed region , and a second shelf defined by a step in diameter between the reduced diameter bed region and the tip region ; - a middle mesh flow distributor arranged within the full diameter bed region and positioned atop the first shelf ; - an upper compression layer arranged within the full diameter bed region and positioned atop the middle mesh flow distributor ; - an upper mesh flow distributor arranged within the full diameter bed region and positioned atop the upper compression layer ; - a lower compression layer arranged within the reduced diameter bed region and positioned atop the second shelf ; - a thin extraction layer of microparticulate extraction medium arranged within the reduced diameter bed region and positioned atop the lower compression layer ; - a middle compression layer arranged within the reduced diameter bed region and positioned atop the thin extraction layer ; and - an air gap layer arranged in the reduced-diameter bed region and positioned atop the middle compression layer ; wherein all compression layers are flexible and comprise a hydrophobic polypropylene frit material. - a container having an entrance , an exit , and a passage therebetween for the passage of the liquid sample containing the analyte therethrough , the container having a full diameter bed region nearest the entrance and a reduced diameter bed region between the full diameter bed region and the exit , and a tip region nearest the exit , a first shelf defined by a step in diameter between the full diameter bed region and the reduced diameter bed region , and a second shelf defined by a step in diameter between the reduced diameter bed region and the tip region ; - a middle mesh flow distributor arranged within the full diameter bed region and positioned atop the first shelf ; - an upper compression layer arranged within the full diameter bed region and positioned atop the middle mesh flow distributor ; - an upper mesh flow distributor arranged within the full diameter bed region and positioned atop the upper compression layer ; - a lower compression layer arranged within the reduced diameter bed region and positioned atop the second shelf ; - a thin extraction layer of microparticulate extraction medium arranged within the reduced diameter bed region and positioned atop the lower compression layer ; - a middle compression layer arranged within the reduced diameter bed region and positioned atop the thin extraction layer ; and - an air gap layer arranged in the reduced-diameter bed region and positioned atop the middle compression layer ;