mhurhangee/patent-ind-claim-en huggingface dataset:
Paper cup (1; 1') designed to form a stack with at least one identical cup (1; 1'), the cup (1; 1') having a central axis (A), an inner surface delimiting a volume for receiving a drink and an outer surface opposite the inner surface , the cup (1; 1') comprising: - a base (10; 10') including a transverse wall which extends perpendicularly to the central axis (A), - a lateral wall extending around the central axis (A) flaring out from the base (10; 10') up to a free edge which delimits an upper opening , such that in a stack of first and second identical cups, the second cup can be received in the first cup by inserting the base of said second cup through the upper opening of said first cup , the lateral wall comprising a lower projection on the base side (10; 10') and an upper projection on the side of the upper opening , the upper projection extending radially from an inner surface of the lateral wall , the lower and upper projections being arranged such that in the stack of a second cup in a first identical cup , the lower projection of the second cup is arranged between the upper projection and the base of the first cup , characterised in that the lower projection extends radially from an outer surface of the lateral wall , the inner surface of the lateral wall on the upper projection having a radial dimension (Ds) which is smaller than a radial dimension (Di) of the outer surface of the lateral wall on the lower projection . - a base (10; 10') including a transverse wall which extends perpendicularly to the central axis (A), - a lateral wall extending around the central axis (A) flaring out from the base (10; 10') up to a free edge which delimits an upper opening , such that in a stack of first and second identical cups, the second cup can be received in the first cup by inserting the base of said second cup through the upper opening of said first cup ,
Method for operating an inverter , to whose semiconductor switch a switching frequency (fs) is applied for outputting an electrical voltage or current signal , - wherein the switching frequency (fs) is selected depending on an external parameter , - wherein a first switching frequency or a second switching frequency is selected, - wherein the first switching frequency is greater than the second switching frequency , - wherein, when an ambient temperature is exceeded or when a power demand on the inverter exceeds a certain predetermined power demand, the adjustment of the switching frequency (fs) to the external parameter is terminated, - wherein a rotational speed (n) of an electric machine driven by means of the inverter is used as an external parameter , wherein the first switching frequency is selected for a first rotational speed and the second switching frequency is selected for a second rotational speed , wherein the first rotational speed is smaller than the second rotational speed , - or wherein an amplitude (A) of a sound wave is used as an external parameter , wherein the first switching frequency is selected at a first amplitude (A 1 ) and the second switching frequency is selected at a second amplitude (A 2 ), wherein the first amplitude (A 1 ) is smaller than the second amplitude (A 2 ). - wherein the switching frequency (fs) is selected depending on an external parameter , - wherein a first switching frequency or a second switching frequency is selected, - wherein the first switching frequency is greater than the second switching frequency , - wherein, when an ambient temperature is exceeded or when a power demand on the inverter exceeds a certain predetermined power demand, the adjustment of the switching frequency (fs) to the external parameter is terminated, - wherein a rotational speed (n) of an electric machine driven by means of the inverter is used as an external parameter , wherein the first switching frequency is selected for a first rotational speed and the second switching frequency is selected for a second rotational speed , wherein the first rotational speed is smaller than the second rotational speed , - or wherein an amplitude (A) of a sound wave is used as an external parameter , wherein the first switching frequency is selected at a first amplitude (A 1 ) and the second switching frequency is selected at a second amplitude (A 2 ), wherein the first amplitude (A 1 ) is smaller than the second amplitude (A 2 ).
An absorbent article comprising: a central lateral axis ; a central longitudinal axis extending perpendicular to the central lateral axis ; a liquid permeable apertured, nonwoven topsheet ; a liquid impermeable backsheet ; and an absorbent core disposed at least partially intermediate the topsheet and the backsheet ; the absorbent article having a total length along the central longitudinal axis , as measured according to the Repeat Unit Measurement Test; the absorbent article having a total width along the central lateral axis , as measured according to the Repeat Unit Measurement Test; wherein the apertured topsheet comprises a repeating pattern of apertures comprising a plurality of repeat units; wherein each of the repeat units is the same; wherein the repeat units repeat between 3 and 7 times along the total width, as measured by the Repeat Unit Measurement Test herein; and wherein at least a majority of the repeat units have a repeat unit area in the range of 700 mm 2 to 1500 mm 2 , wherein between 30 and 180 of the repeat units are present in the topsheet , as measured by the Repeat Unit Measurement Test herein; and wherein the effective open areas in the topsheet is in the range of 5% to 30%. a central lateral axis ; a central longitudinal axis extending perpendicular to the central lateral axis ; a liquid permeable apertured, nonwoven topsheet ; a liquid impermeable backsheet ; and an absorbent core disposed at least partially intermediate the topsheet and the backsheet ; the absorbent article having a total length along the central longitudinal axis , as measured according to the Repeat Unit Measurement Test; the absorbent article having a total width along the central lateral axis , as measured according to the Repeat Unit Measurement Test; wherein the apertured topsheet comprises a repeating pattern of apertures comprising a plurality of repeat units; wherein each of the repeat units is the same; wherein the repeat units repeat between 3 and 7 times along the total width, as measured by the Repeat Unit Measurement Test herein; and wherein at least a majority of the repeat units have a repeat unit area in the range of 700 mm 2 to 1500 mm 2 , wherein between 30 and 180 of the repeat units are present in the topsheet , as measured by the Repeat Unit Measurement Test herein; and wherein the effective open areas in the topsheet is in the range of 5% to 30%.
A method for multi-carrier data transmission performed by a user equipment, UE, comprising: detecting scheduling assignment signaling, SA, of another UE within a sensing window of each of a plurality of carriers; measuring a received power of a scheduled data channel based on the SA; detecting a received energy of each subchannel of each sub-frame in the sensing window; selecting a resource for data transmission on the plurality of carriers based on the SA, the received power, and the received energy; and using the selected resource for data transmission. detecting scheduling assignment signaling, SA, of another UE within a sensing window of each of a plurality of carriers; measuring a received power of a scheduled data channel based on the SA; detecting a received energy of each subchannel of each sub-frame in the sensing window; selecting a resource for data transmission on the plurality of carriers based on the SA, the received power, and the received energy; and using the selected resource for data transmission.
A valve sack for bulk material such as cement, gypsum, pellets, animal feed, or similar having a stand-up base , preferably a cross-base or a block base, and having a valve base that is disposed opposite the stand-up base and into which a valve hose is worked that forms a valve for filling the valve sack in the region of a first corner fold of the base fold, wherein the valve hose is formed from a thermal material and from a material different therefrom, with both materials being weldable or sealable with one another to close the valve , characterized in that the different material is paper on which a thermal material is applied and one or more cut-outs of the thermal material are provided over the hose periphery of the formed valve .
A method for producing a polysilane, comprising the step of regenerating (i) at least two silane monomers and (ii) at least one alkali metal, wherein the silane monomers contain the following structural units: at least one aryl group, at least one alkyl group, at least one alkenyl group as well as at least three halogen atoms, wherein at least three of the halogen atoms are bound to a silicon atom of one of the silane monomers. at least one aryl group, at least one alkyl group, at least one alkenyl group as well as at least three halogen atoms, wherein at least three of the halogen atoms are bound to a silicon atom of one of the silane monomers.
Method for phosphate recovery from a stream, the method comprising the steps of: - providing an incoming stream comprising an initial amount of phosphate, wherein the incoming stream is a waste water flow, sewage, manure or other sludge stream; - dosing and/or controlling iron salt to the stream such that precipitates are formed in the stream, wherein the precipitates comprise vivianite like structures comprising more than 60% of the initial amount of phosphate in the incoming stream; and - separating the vivianite like structures from the stream, wherein separating the vivianite like structures from the stream comprises magnetic separation of the structures with a magnetic and/or electromagnetic separator. - providing an incoming stream comprising an initial amount of phosphate, wherein the incoming stream is a waste water flow, sewage, manure or other sludge stream; - dosing and/or controlling iron salt to the stream such that precipitates are formed in the stream, wherein the precipitates comprise vivianite like structures comprising more than 60% of the initial amount of phosphate in the incoming stream; and - separating the vivianite like structures from the stream, wherein separating the vivianite like structures from the stream comprises magnetic separation of the structures with a magnetic and/or electromagnetic separator.
A paint roller with a holder having a handle , wherein the holder has a roller bearing on which an ink roller is rotatably mounted, wherein two roller bearings are provided which open out on opposite sides of the holder , wherein an ink roller is mounted on each roller bearing , wherein coverings of the paint rollers adjoin one another at least approximately without gaps, wherein the holder has an outlet region at its upper end, wherein the roller bearings open out at opposite outlet sides of the outlet region , wherein end faces of the tubular base body of the paint rollers are arranged opposite one another at the outlet region , characterised in that on the end faces of the tubular base body conically shaped, elastically deformable lining segments (13, a, 13b), which widen towards the opening region , are pressed against one another and that elastically deformable conical base body segments , to which lining segments are applied, open out at the end faces of the tubular base body , wherein, due to the conical shape of the base body segments, the coating segments project outwards beyond the outer circumferential surface of the respective tubular base body with the coating applied thereto, wherein, when paint is applied, the paint rollers of the paint roller are guided against a support and the coating segments are elastically deformed there and pressed together so that they adjoin one another there at least approximately without gaps, whereby a gapless application of paint is effected with the paint roller. the holder has a roller bearing on which an ink roller is rotatably mounted, wherein two roller bearings are provided which open out on opposite sides of the holder , wherein an ink roller is mounted on each roller bearing , wherein coverings of the paint rollers adjoin one another at least approximately without gaps, wherein the holder has an outlet region at its upper end, wherein the roller bearings open out at opposite outlet sides of the outlet region , wherein end faces of the tubular base body of the paint rollers are arranged opposite one another at the outlet region , characterised in that on the end faces of the tubular base body conically shaped, elastically deformable lining segments (13, a, 13b), which widen towards the opening region , are pressed against one another and that elastically deformable conical base body segments , to which lining segments are applied, open out at the end faces of the tubular base body , wherein, due to the conical shape of the base body segments, the coating segments project outwards beyond the outer circumferential surface of the respective tubular base body with the coating applied thereto, wherein, when paint is applied, the paint rollers of the paint roller are guided against a support and the coating segments are elastically deformed there and pressed together so that they adjoin one another there at least approximately without gaps, whereby a gapless application of paint is effected with the paint roller.
A memory array comprising vertically-alternating tiers of insulative material and memory cells , the memory cells individually comprising a transistor comprising first and second source/drain regions having a channel region there-between and a gate operatively proximate the channel region ; and a capacitor comprising first and second electrodes having a capacitor insulator there-between; the first electrode being electrically coupled to the first source/drain region; the memory array being characterised in that one of (a) a channel region of the transistor , or (b) the first and second electrodes of the capacitor , being directly above the other of (a) and (b); and in that the memory array further comprises a sense line electrically coupled to multiple of the second source/drain regions of individual of the transistors that are in different memory cell tiers; and a capacitor-electrode structure extending elevationally through the vertically-alternating tiers , individual of the second electrodes of individual of the capacitors that are in different memory cell tiers being electrically coupled to the elevationally-extending capacitor-electrode structure . Z
A cleaner comprising: a dust separation unit separating dust in the air from air; a suction flow path supplying outside air to the dust separation unit ; a fan module moving the air in the suction flow path; and a dust sensor measuring concentration of dust in the suction flow path, wherein the suction flow path includes: a first suction flow path (P11) extending in a first direction; and a second suction flow path (PI2) connecting the first suction flow path (P11) to the dust separation unit and extending in a second direction that forms an obtuse angle with the first direction, and the dust sensor is disposed in the second suction flow path (P12). a dust separation unit separating dust in the air from air; a suction flow path supplying outside air to the dust separation unit ; a fan module moving the air in the suction flow path; and a dust sensor measuring concentration of dust in the suction flow path, wherein the suction flow path includes: a first suction flow path (P11) extending in a first direction; and a second suction flow path (PI2) connecting the first suction flow path (P11) to the dust separation unit and extending in a second direction that forms an obtuse angle with the first direction, and the dust sensor is disposed in the second suction flow path (P12). a first suction flow path (P11) extending in a first direction; and a second suction flow path (PI2) connecting the first suction flow path (P11) to the dust separation unit and extending in a second direction that forms an obtuse angle with the first direction, and the dust sensor is disposed in the second suction flow path (P12).
A manipulator for components , in particular for sheet metal parts, wherein the manipulator is configured to pick up, transport, hold and set down a component , comprising - a base body , which can be mounted in a stationary manner or moved along a guide arrangement , - a first pivot arm pivotally coupled to the base body via a horizontal first pivot axis , - a second pivot arm pivotally coupled to the first pivot arm via a horizontal second pivot axis , - a third pivot arm pivotally coupled to the second pivot arm via a horizontal third pivot axis , - wherein a first axis of rotation extending radially to the third pivot axis is formed on the third pivot arm , characterized in that a gripper support arm rotatably coupled to the third pivot arm via the first axis of rotation is formed, wherein the gripper support arm extends radially with respect to the first axis of rotation , and wherein a gripping arrangement is rotatably coupled to the gripper support arm via a second axis of rotation , which is spaced apart from the first axis of rotation . - a base body , which can be mounted in a stationary manner or moved along a guide arrangement , - a first pivot arm pivotally coupled to the base body via a horizontal first pivot axis , - a second pivot arm pivotally coupled to the first pivot arm via a horizontal second pivot axis , - a third pivot arm pivotally coupled to the second pivot arm via a horizontal third pivot axis , - wherein a first axis of rotation extending radially to the third pivot axis is formed on the third pivot arm ,
Roller tool for a machine tool for the linear forming of a metal sheet, having - a housing , - a tool head for reversibly interacting with a ram of the machine tool which is mounted so as to be rotatable relative to the housing about a tool longitudinal axis , having -- an impact face for transmitting a contact pressure force (F) that is oriented so as to be parallel to the tool longitudinal axis from the ram to the tool head and -- a rotary engagement for transmitting a rotating movement about the tool longitudinal axis from the ram to the tool head , - a roller installation for interacting with the metal sheet , having -- at least one roller body that is capable of being rotatably driven by way of the tool head ; characterized in that - a safety clutch for limiting a maximum torque transmittable between the tool head and the at least one roller body , and - the rotary engagement is configured as a form-fit profile for transmitting the rotating movement in a form-fitting manner from the ram to the roller tool . - a housing , - a tool head for reversibly interacting with a ram of the machine tool which is mounted so as to be rotatable relative to the housing about a tool longitudinal axis , having -- an impact face for transmitting a contact pressure force (F) that is oriented so as to be parallel to the tool longitudinal axis from the ram to the tool head and -- a rotary engagement for transmitting a rotating movement about the tool longitudinal axis from the ram to the tool head , -- an impact face for transmitting a contact pressure force (F) that is oriented so as to be parallel to the tool longitudinal axis from the ram to the tool head and -- a rotary engagement for transmitting a rotating movement about the tool longitudinal axis from the ram to the tool head , - a roller installation for interacting with the metal sheet , having -- at least one roller body that is capable of being rotatably driven by way of the tool head ; characterized in that -- at least one roller body that is capable of being rotatably driven by way of the tool head ; - a safety clutch for limiting a maximum torque transmittable between the tool head and the at least one roller body , and - the rotary engagement is configured as a form-fit profile for transmitting the rotating movement in a form-fitting manner from the ram to the roller tool .
A kit of parts for preparing a glass ionomer composition for dental use, the kit of parts comprising a Powder Part P and a Liquid Part L, Powder Part P comprising: acid-reactive inorganic filler, Liquid Part L comprising: water, complexing or chelating agent, polyacid, either the Powder Part P or the Liquid Part L or the Powder Part P and the Liquid Part L comprising non-aggregated non silane surface treated nano-sized particles based on silica or alumina, the composition obtained by combining the components of Powder Part P and Liquid Part L before hardening comprising the components in the following amounts: non-aggregated non silane surface treated nano-sized particles: from 0.1 to 15 wt.-%, acid-reactive filler in an amount from 50 to 75 wt.-%, polyacid: 7 to 20 wt.-%, complexing agent: 0.5 to 3 wt.-%, water: 5 to 18 wt.-%, wt.-% with respect to the weight of the whole composition, wherein "nano-sized particles" are particles having a mean particle size in the range of 5 to 500 nm and the mean particle size is measured according to the description. the kit of parts comprising a Powder Part P and a Liquid Part L, Powder Part P comprising: acid-reactive inorganic filler, Liquid Part L comprising: water, complexing or chelating agent, polyacid, water, complexing or chelating agent, polyacid, either the Powder Part P or the Liquid Part L or the Powder Part P and the Liquid Part L comprising non-aggregated non silane surface treated nano-sized particles based on silica or alumina, the composition obtained by combining the components of Powder Part P and Liquid Part L before hardening comprising the components in the following amounts: non-aggregated non silane surface treated nano-sized particles: from 0.1 to 15 wt.-%, acid-reactive filler in an amount from 50 to 75 wt.-%, polyacid: 7 to 20 wt.-%, complexing agent: 0.5 to 3 wt.-%, water: 5 to 18 wt.-%, non-aggregated non silane surface treated nano-sized particles: from 0.1 to 15 wt.-%, acid-reactive filler in an amount from 50 to 75 wt.-%, polyacid: 7 to 20 wt.-%, complexing agent: 0.5 to 3 wt.-%, water: 5 to 18 wt.-%, wt.-% with respect to the weight of the whole composition, wherein "nano-sized particles" are particles having a mean particle size in the range of 5 to 500 nm and the mean particle size is measured according to the description.
A method for manufacturing a multi-ply tissue paper, comprising the steps of: (a) providing a first tissue comprising at least one tissue ply; (b) applying an aqueous, repulpable adhesive composition comprising an alkali soluble acrylic copolymer to the surface area of one face of the first tissue; (c) providing a second tissue comprising at least one tissue ply; (d) laminating the first tissue to the second tissue together by contacting the face of the first tissue provided with the adhesive composition with one face of the second tissue, thereby forming a multi-ply tissue paper, wherein the plies are adhesively bonded to one another; (e) optionally providing the multi-ply tissue paper of step (d) as a first tissue comprising at least one tissue ply and repeating steps (b) to (d), characterised in that the acrylic copolymer is a fully or partially saponified acrylic copolymer. (a) providing a first tissue comprising at least one tissue ply; (b) applying an aqueous, repulpable adhesive composition comprising an alkali soluble acrylic copolymer to the surface area of one face of the first tissue; (c) providing a second tissue comprising at least one tissue ply; (d) laminating the first tissue to the second tissue together by contacting the face of the first tissue provided with the adhesive composition with one face of the second tissue, thereby forming a multi-ply tissue paper, wherein the plies are adhesively bonded to one another; (e) optionally providing the multi-ply tissue paper of step (d) as a first tissue comprising at least one tissue ply and repeating steps (b) to (d),