mhurhangee/ep-ind-claims huggingface dataset:
Device for treating the hair, comprising: - two arms (5, 6) that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, one of the arms comprising a base having a housing and an external flap that pivots on the base between an open position for access to the housing and a closed position preventing access to the housing, - a refill comprising a reservoir containing a product to be applied, said refill being disposed in a removable manner in the housing, the housing having an opening giving onto the other arm, this opening being configured for the application of the haircare product. - two arms (5, 6) that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, one of the arms comprising a base having a housing and an external flap that pivots on the base between an open position for access to the housing and a closed position preventing access to the housing, - a refill comprising a reservoir containing a product to be applied, said refill being disposed in a removable manner in the housing,
A septum, comprising a body having a first end comprising an opening and a second end forming a barrier, the barrier being capable of being deformed from a relaxed position to a stressed position, wherein the stressed position biases the barrier to provide a pathway through the septum, wherein the septum comprises a convex barrier surface, wherein the convex barrier surface extends distally from the second end of the septum; wherein the barrier further comprises a slit having a closed configuration and an opened configuration, wherein the slit comprises the closed configuration when the barrier is in the relaxed position, and the slit comprises the opened configuration when the barrier is in the stressed position.
A weighing apparatus (5,5', 25, 45), comprising: a plurality of load cells (15, W1, W2) adapted to provide a representation of a load thereon; and a load receiving element (10, 10', 35, 55) for receiving an object to be weighed (T, 40, 60), said load receiving element (10, 10', 35, 55) directly or indirectly associated with said plurality of load cells (15, W1, W2); wherein the weight of an object to be weighed (T, 40, 60) when residing on said load receiving element (10, 10', 35, 55) is unevenly distributed across said plurality of load cells (15, W1, W2); characterised in that said plurality of load cells (15, W1, W2) include load cells of different capacity; and wherein a capacity of a given load cell is selected based upon a proportion of the total load that will be borne by that load cells
An aqueous polymer dispersion, comprising a water insoluble polymer P in the form of dispersed polymer particles, which is obtainable by free radical aqueous emulsion polymerization of ethylenically unsaturated monomers M, which comprise a) at least one monomer M1 which has two ethylenically unsaturated moieties which are connected by a linker which comprises a disulfide moiety, and b) at least one monoethylenically unsaturated monomer M2, which has a solubility in deionized water at 25 °C and 1 bar of not more than 60 g/l. a) at least one monomer M1 which has two ethylenically unsaturated moieties which are connected by a linker which comprises a disulfide moiety, and b) at least one monoethylenically unsaturated monomer M2, which has a solubility in deionized water at 25 °C and 1 bar of not more than 60 g/l.
A method for controlling powdery mildew on ornamental and/or vegetable plants, comprising applying a composition comprising fenpropidin at a rate of between 100mg/L and 300mg/L and penconazole at a rate of between 20mg/L and 100mg/L to the plants, wherein the plants are growing in conditions having an average of at least 2000 W/m 2 total light radiation per day and/or an average light intensity of at least 10,000 lux.
A non-contact selection switch installed beside an elevator door of a building hallway to select upward movement, downward movement, or a destination floor of an elevator or installed beside an automatic door to open the automatic door which is automatically opened and closed, the switch comprising: a plurality of elongated sensor block sets disposed to face each other with a gap as thick as two to three human fingers; and a plurality of sensors installed in line on surfaces of the sensor blocks facing each other and at either side of the gap between the sensor blocks; said elongated sensor block sets being sufficiently long to be suitable to have installed in line said plurality of sensors; wherein when a human finger moves within the gap, the plurality of sensors sense a direction, a length, and a speed of the human finger that moves; wherein a plurality of buttons including a push button or an optical sensor button, which actuate the elevator or the automatic door when the buttons are actuated by the human finger, being disposed around, that is, beside, above, or below the sensor block sets; wherein said plurality of buttons is provided and the elongated sensor block sets are arranged beside the respective buttons one by one; characterized in that the plurality of elongated sensor block sets are arranged in two facing groups of elongated sensor block sets, each elongated sensor block set of each group being not parallel to the corresponding facing elongated sensor block set of the other group, and forming with them an angle of a V shape disposition. a plurality of elongated sensor block sets disposed to face each other with a gap as thick as two to three human fingers; and a plurality of sensors installed in line on surfaces of the sensor blocks facing each other and at either side of the gap between the sensor blocks; said elongated sensor block sets being sufficiently long to be suitable to have installed in line said plurality of sensors; wherein when a human finger moves within the gap, the plurality of sensors sense a direction, a length, and a speed of the human finger that moves; wherein a plurality of buttons including a push button or an optical sensor button, which actuate the elevator or the automatic door when the buttons are actuated by the human finger, being disposed around, that is, beside, above, or below the sensor block sets; wherein said plurality of buttons is provided and the elongated sensor block sets are arranged beside the respective buttons one by one; characterized in that the plurality of elongated sensor block sets are arranged in two facing groups of elongated sensor block sets, each elongated sensor block set of each group being not parallel to the corresponding facing elongated sensor block set of the other group, and forming with them an angle of a V shape disposition.
An article for a humid environment, such as a bathroom, comprising or consisting of a glazing, said glazing comprising a glass substrate coated on at least one of its faces with a single layer based on a zirconium titanium oxide, the physical thickness of said single layer being between 3 and 14 nanometers, the layer being deposited directly on the glass substrate without prior texturing treatment of the latter targeted at increasing its roughness thereof, the glass substrate being a float glass.
A gas burner comprising a bowl-shaped base body, a burner crown arranged on the base body and an upper cap arranged on the burner crown, wherein a plurality of flame ports is provided to let out a gas-air mixture towards a recipient to be heated, wherein the burner crown is provided with a mixing zone for mixing the gas-air mixture fed into the burner crown, and wherein the mixing zone is formed as an annular chamber, whose cross section incrementally expands radially outwards towards the flame ports, characterized in that the flame ports are formed in such a manner that the gas-air mixture leaves the flame ports in an essentially vertical direction, and that the burner crown is provided with a steady zone being defined by the burner crown and the upper cap and having a constant cross section or perimeter section in the radial direction and being formed between the mixing zone and the flame ports, wherein within the steady zone the pressure and the velocity of the gas-air mixture are kept constant.
A method for predicting failure of a digital media drive, comprising: measuring a current draw profile (P 1 -P 4) associated with a digital media drive at at least two different operating times of the digital media drive; and automatically determining whether a difference between the measured current draw profiles (P 1 -P 4) indicates an impending failure of the digital media drive, wherein each current draw profile (P 1 -P 4) comprises a sequence of values of the current draw of the digital media drive with respect to time. measuring a current draw profile (P 1 -P 4) associated with a digital media drive at at least two different operating times of the digital media drive; and automatically determining whether a difference between the measured current draw profiles (P 1 -P 4) indicates an impending failure of the digital media drive, wherein each current draw profile (P 1 -P 4) comprises a sequence of values of the current draw of the digital media drive with respect to time.
An axisymmetric chiral auxetic structure assembled from a plurality of chiral unit cells, which are uniformly or non-uniformly axisymmetrically distributed in space to form a cylindrical or a spherical shape; characterised in that the chiral cells have curved struts, which connect in nodes, wherein the nodes define a cuboid or a cube and the struts are curved in any function or radius of curvature.
A portable system for automated orientation of a camera to point at a freely moving target, said system comprising: a positioner to orient the camera; a remote unit, collocated with the freely moving target, said remote unit configured to obtain location information regarding the location of the freely moving target; and a base station in communication with said remote unit and configured to command said positioner to orient the camera at the freely moving target and to regulate the velocity of the orienting; wherein location information communicated by said remote unit and received by said base station when said remote unit is placed in close proximity with the camera is stored and used as the location of the camera by said base station; said base station is configured to command said positioner to orient the camera at the freely moving target using the stored camera location and location information communicated by said remote unit when said remote unit is collocated with the freely moving target as the freely moving target is away from the camera and moving; and said positioner comprises a feedback device that provides feedback to the freely moving target about the orientation of the camera, wherein said feedback device comprises at least one collimated light beam, the orientation and edges of said at least one collimated light beam providing information regarding the orientation of the camera. a positioner to orient the camera; a remote unit, collocated with the freely moving target, said remote unit configured to obtain location information regarding the location of the freely moving target; and a base station in communication with said remote unit and configured to command said positioner to orient the camera at the freely moving target and to regulate the velocity of the orienting; wherein location information communicated by said remote unit and received by said base station when said remote unit is placed in close proximity with the camera is stored and used as the location of the camera by said base station; said base station is configured to command said positioner to orient the camera at the freely moving target using the stored camera location and location information communicated by said remote unit when said remote unit is collocated with the freely moving target as the freely moving target is away from the camera and moving; and said positioner comprises a feedback device that provides feedback to the freely moving target about the orientation of the camera, wherein said feedback device comprises at least one collimated light beam, the orientation and edges of said at least one collimated light beam providing information regarding the orientation of the camera.
An impact absorbing structure, the structure including a first main part including a flexible planar first main part backing member and a plurality of projection members extending from the first main part backing member and a second main part including a flexible planar second main part backing member and a plurality of flexible hollow members extending from the second main part backing member with first openings being provided through the second main part backing member at positions corresponding to the hollow members, the structure being configured such that the backing members (16, 20) face each other and the hollow members each locate a projection member extending thereinto, and as the first and second main part backing members (16,20) are urged together for instance when the structure is impacted, the projection members locate within the hollow members cause the respective hollow members to deform, characterised by second openings being provided through the second main part backing member at the position other than corresponding to the flexible hollow members.
A line guide (100; 200; 300) for protectedly guiding at least one line like for example a cable, a hose or the like, between a fixed and a moveable connecting point, - wherein a longitudinal portion with a plurality of segments (110, 112; 210; 310) of the line guide is produced in one piece, - each of the plurality of segments includes a closable holder (123; 223; 323) for the at least one line, - the line can be inserted into a receiving space (130; 230; 330) when the holder is open and is held in the closed position of the holder in the receiving space transversely relative to the longitudinal direction, - wherein the segments are connected together by a flexible and flexurally elastic connection in the longitudinal direction for the purposes of forming a direction-changing arc (106; 206) with a predefined radius, - wherein the flexurally elastic connection between the segments includes a first flexible strand (120; 220; 320) and a second flexible strand (120; 220; 320), and - wherein at least one transverse connector (122; 222; 322) is provided which is produced in one piece with the strands and which in the closed position of the holders extends in an arcuate or loop form around the longitudinal direction so that the two strands (120; 220; 320) are disposed laterally of the receiving space and predetermine a neutral fibre crossing the receiving space (130; 230; 330). - wherein a longitudinal portion with a plurality of segments (110, 112; 210; 310) of the line guide is produced in one piece, - each of the plurality of segments includes a closable holder (123; 223; 323) for the at least one line, - the line can be inserted into a receiving space (130; 230; 330) when the holder is open and is held in the closed position of the holder in the receiving space transversely relative to the longitudinal direction, - wherein the segments are connected together by a flexible and flexurally elastic connection in the longitudinal direction for the purposes of forming a direction-changing arc (106; 206) with a predefined radius, - wherein the flexurally elastic connection between the segments includes a first flexible strand (120; 220; 320) and a second flexible strand (120; 220; 320), and - wherein at least one transverse connector (122; 222; 322) is provided which is produced in one piece with the strands and which in the closed position of the holders extends in an arcuate or loop form around the longitudinal direction so that the two strands (120; 220; 320) are disposed laterally of the receiving space and predetermine a neutral fibre crossing the receiving space (130; 230; 330).
A method for purifying N-(a-alkoxyethyl)formamide from a mixture containing the N-(a-alkoxyethyl)formamide by using a plurality of distillation columns, wherein the plurality of distillation columns are disposed in series, and the method comprises: introducing the column bottom liquid at a preceding stage into a distillation column at a subsequent stage; condensing an overhead efflux of a distillation column at a subsequent stage to obtain a condensate; and returning at least a part of the condensate to a distillation column at a preceding stage. the plurality of distillation columns are disposed in series, and the method comprises: introducing the column bottom liquid at a preceding stage into a distillation column at a subsequent stage; condensing an overhead efflux of a distillation column at a subsequent stage to obtain a condensate; and returning at least a part of the condensate to a distillation column at a preceding stage. introducing the column bottom liquid at a preceding stage into a distillation column at a subsequent stage; condensing an overhead efflux of a distillation column at a subsequent stage to obtain a condensate; and returning at least a part of the condensate to a distillation column at a preceding stage.
Arrangement for determining a temperature (T1, T2) of an electric machine, wherein the arrangement comprises a supply unit for operating the machine, characterised by a computing facility which can be assigned to the supply unit, wherein the supply unit and the computing facility are configured by means of a thermal model (TM1, TM2) of the electric machine to determine a temperature (T1, T2) of the electric machine, wherein the supply unit and the computing facility interact in such a way that the computing facility determines the temperature (T1, T2) of the electric machine at least when no current is supplied to the supply unit.
Hybrid cord consisting of at least two multifilament yarns twisted together, the first yarn being a viscose multifilament yarn and the further multifilament yarn being a non-metallic multifilament yarn consisting of a material that is not identical to the first multifilament yarn, characterized in that the viscose multifilament yarn was conditioned in the standard climate in accordance with DIN EN ISO 139-1:2005, then in accordance with DIN EN ISO 2062:2009 having a yarn linear density < 1100 dtex and a breaking tenacity in the range from ≥ 45 cN/tex to ≤ 60 cN/tex, and the hybrid cord having a cord linear density of ≤ 3000 dtex and wherin the viscose multifilament yarn is a rayon multifilament yarn or a lyocell multifilament yarn.
A method for manufacturing a silicon nitride sintered body with high thermal conductivity, comprising the steps of: a) obtaining a slurry by mixing a silicon nitride powder and a non-oxide-based sintering aid; b) obtaining a mixed powder by drying the slurry; c) forming a compact by pressurizing the mixed powder; and d) sintering the compact, wherein the non-oxide-based sintering aid comprises a rare earth fluoride and a magnesium silicide-based compound. a) obtaining a slurry by mixing a silicon nitride powder and a non-oxide-based sintering aid; b) obtaining a mixed powder by drying the slurry; c) forming a compact by pressurizing the mixed powder; and d) sintering the compact,
An assembly for evacuating the roof air, comprising at least one flange tile comprising an air outlet orifice, and a connection device cooperating with said flange tile, said connection device comprising: - at least one connection sleeve comprising a first end configured to cooperate with the flange tile and a second end configured to cooperate with a building air outlet, - at least one insulating tube at least partially covering the connection sleeve, characterized in that the connection device further comprises a clamping element mounted at the second end of the connection sleeve, the clamping element being configured to, in the mounted state, exert a force on the insulating tube in the direction of the length of the insulating tube so as to compress said insulating tube at least partially inside the flange tile, facing the first end of the connection sleeve and in that the connection sleeve comprises a body and a flange positioned on the first end of the connection sleeve. - at least one connection sleeve comprising a first end configured to cooperate with the flange tile and a second end configured to cooperate with a building air outlet, - at least one insulating tube at least partially covering the connection sleeve, characterized in that the connection device further comprises a clamping element mounted at the second end of the connection sleeve, the clamping element being configured to, in the mounted state, exert a force on the insulating tube in the direction of the length of the insulating tube so as to compress said insulating tube at least partially inside the flange tile, facing the first end of the connection sleeve and in that the connection sleeve comprises a body and a flange positioned on the first end of the connection sleeve.
A conjugate comprising a target-binding moiety linked via a linker L to an amatoxin, wherein the linker L is connected to the amatoxin via (i) the γ C-atom of amatoxin amino acid 1, particularly via an amide linkage; (ii) an oxygen atom bound to the δ C-atom of amatoxin amino acid 3, particularly via an ester linkage, an ether linkage or a urethane linkage; or (iii) the 6' C-atom of amatoxin amino acid 4, particularly via an oxygen atom bound to the 6' C-atom of amatoxin amino acid 4; in each case wherein the linker L is connected to the target-binding moiety via a urea moiety. (i) the γ C-atom of amatoxin amino acid 1, particularly via an amide linkage; (ii) an oxygen atom bound to the δ C-atom of amatoxin amino acid 3, particularly via an ester linkage, an ether linkage or a urethane linkage; or (iii) the 6' C-atom of amatoxin amino acid 4, particularly via an oxygen atom bound to the 6' C-atom of amatoxin amino acid 4;
A tabletop apparatus for video conferencing (104, 105, 210, 220, 230), comprising: a camera (212, 222, 232) for capturing video frames of local participants situated around the tabletop apparatus in a video conference; a cylindrical display (214, 224, 234) for displaying video feeds on a surface around a center point of the cylindrical display, wherein the cylindrical display is physically coupled to the camera; and controls (216, 226, 236) that are configured to perform operations for video conferencing, wherein the controls are physically coupled to the camera and the cylindrical display, characterized in that the display physically rotates automatically at a predetermined rate or the video feeds are rotated around the cylindrical display programmatically such that a local participant eventually sees all 360 degrees of the display. a camera (212, 222, 232) for capturing video frames of local participants situated around the tabletop apparatus in a video conference; a cylindrical display (214, 224, 234) for displaying video feeds on a surface around a center point of the cylindrical display, wherein the cylindrical display is physically coupled to the camera; and controls (216, 226, 236) that are configured to perform operations for video conferencing, wherein the controls are physically coupled to the camera and the cylindrical display, characterized in that the display physically rotates automatically at a predetermined rate or the video feeds are rotated around the cylindrical display programmatically such that a local participant eventually sees all 360 degrees of the display.
A method for preparing NK cells, comprising the steps of expanding hematopoietic precursor cells under a single culturing condition using a medium supplemented with IL-15, SCF, IL-7 and Flt3L; and differentially inducing the cells obtained in the expanding step into NK cells for 5 to 9 days under a culturing condition using a medium supplemented with 2500 IU/ml to 2900 IU/ml of IL-2.