mhurhangee/ep-ind-claims huggingface dataset:
Temperature-adjustment-element assembly which has a support element, a frame element, a cover element, together with at least one temperature-adjustment-element (RR1, RR2,....RRn; EE) available for through-flow by an energy-conveying medium, with a feed pipe and a discharge outlet for the energy-conveying medium, wherein the support element and the frame element together form a housing (2, 3) which encompasses the temperature-adjustment-element or elements (RR1, RR2,....RRn; EE), wherein the cover element is mounted movably relative to the support element and the frame element, and is movable between a first position in which the cover element covers an opening of the housing (2, 3), and a second position in which the cover element does not cover an opening of the housing (2, 3), wherein it has inside the housing (2, 3) hanging means on which objects requiring intensive temperature adjustment, such as e.g. a hand towel, an item of clothing, footwear, etc. may be hung inside the housing, and wherein the temperature-adjustment-element or elements (RR1, RR2,....RRn; EE) available for through-flow by an energy-conveying medium include a temperature-adjustment-element (RR1, RR2,....RRn; EE) mounted on the cover element, characterised in that the temperature-adjustment-element or elements include a pipe register (RR1, RR2,....RRn) available for through-flow by a heat exchanger fluid, with a feed pipe and a return pipe for the heat exchanger fluid.
A controlled mechanical ventilation unit, comprising a polygonal prismatic casing that houses a centrifugal fan to move air from a plurality of air inlets (2, 3) to an air outlet arranged transversely on the sides (11, 12, 21, 22, 31, 32) of the casing and aligned parallel to the bases thereof, the air inlets (2, 3) and the air outlet being able to be connected to respective air ducts, and the air inlets (2, 3) being able to be selectively closed by means of at least one air inlet cover, characterised in that it comprises a plurality of air inlets of larger diameter and a plurality of air inlets of smaller diameter such that, between two air inlets of larger diameter and laterally to said two air inlets on one same side, a plurality of air inlets of smaller diameter are arranged.
Method for determining fresh grazed grass intake over a grazing time period for a cow population, said method comprising the steps of: a) providing a number of milk samples that are collected from the cow population over said grazing time period and over a reference time period without fresh grass grazing; b) analyzing said milk samples and determine the amount of one or more biomarkers present in each of the milk samples; c) comparing the amount of one or more biomarkers present in the milk during said grazing time period to the amount of one or more biomarkers present in the milk during the reference time period to obtain an indicator of fresh grazed grass intake for the cow population over the grazing time period. a) providing a number of milk samples that are collected from the cow population over said grazing time period and over a reference time period without fresh grass grazing; b) analyzing said milk samples and determine the amount of one or more biomarkers present in each of the milk samples; c) comparing the amount of one or more biomarkers present in the milk during said grazing time period to the amount of one or more biomarkers present in the milk during the reference time period to obtain an indicator of fresh grazed grass intake for the cow population over the grazing time period.
A proximity sensor for detecting a detection object within a detection area (11A to 14A) made of an electromagnetic wave radiation space of the proximity sensor, comprising: an electrically conductive member (11 to 14) which is an opening/closing body of a vehicle, and a microwave circuit for supplying a plurality of frequencies of microwaves to be radiated from said electrically conductive member (11 to 14), wherein said plurality of frequencies are resonant frequencies of a resonant circuit of the microwaves between the detection object in the detection area (11A to 14A) and said electrically conductive member (11 to 14), a propagation state of the resonant frequencies in the resonant circuit being a value decided by a relation between the detection area (11A to 14A) and the electrically conductive member (11 to 14) and the detection object, said microwave circuit comprises an Ultra Wide Band oscillator for supplying a wideband frequency of the microwaves to be radiated from said electrically conductive member (11 to 14), said microwave circuit is adapted to make said electrically conductive member act as an antenna and radiate the microwaves, and an electronic control circuit is adapted to detect an existence of said detection object residing in a space inside said detection area as a change of the said detection area when detecting a difference of the propagation state of the resonant frequencies supplied from a feeding point of the said Ultra Wide Band oscillator when compared with the propagation state of the resonant frequencies when said detection object does not exist inside said detection area. an electrically conductive member (11 to 14) which is an opening/closing body of a vehicle, and a microwave circuit for supplying a plurality of frequencies of microwaves to be radiated from said electrically conductive member (11 to 14), wherein
A target for use in surveying applications, the target comprising: a plurality of light sources arranged around a longitudinal axis of a base element of said target and configured to emit light radially; a sensor unit; and a control unit configured to: obtain information regarding an orientation ( α) of said target relative to a surveying instrument aimed at said target, based on at least a measurement received from said sensor unit; identify, based on the obtained information regarding the orientation of the target relative to the surveying instrument, a first subset (106 c -106 e) of the plurality of light sources arranged to emit light towards the surveying instrument, and a second subset (106 a, 106 b, 106 f -106 h) of the plurality of light sources arranged to emit light away from the surveying instrument; and control the plurality of light sources such that the first subset of light sources emit light with a higher intensity than the second subset of light sources. a plurality of light sources arranged around a longitudinal axis of a base element of said target and configured to emit light radially; a sensor unit; and a control unit configured to: obtain information regarding an orientation ( α) of said target relative to a surveying instrument aimed at said target, based on at least a measurement received from said sensor unit; identify, based on the obtained information regarding the orientation of the target relative to the surveying instrument, a first subset (106 c -106 e) of the plurality of light sources arranged to emit light towards the surveying instrument, and a second subset (106 a, 106 b, 106 f -106 h) of the plurality of light sources arranged to emit light away from the surveying instrument; and control the plurality of light sources such that the first subset of light sources emit light with a higher intensity than the second subset of light sources. obtain information regarding an orientation ( α) of said target relative to a surveying instrument aimed at said target, based on at least a measurement received from said sensor unit; identify, based on the obtained information regarding the orientation of the target relative to the surveying instrument, a first subset (106 c -106 e) of the plurality of light sources arranged to emit light towards the surveying instrument, and a second subset (106 a, 106 b, 106 f -106 h) of the plurality of light sources arranged to emit light away from the surveying instrument; and control the plurality of light sources such that the first subset of light sources emit light with a higher intensity than the second subset of light sources.
A vessel sealing and cutting system comprising a surgical equipment comprising a lower jaw and an upper jaw, said jaws defining a holder tip that is adapted to grab the vessels inside a grabbing region in tissues having vessels, a lower body embodied at the continuation of said upper jaw, a laser source connected to said surgical equipment, a module housing extending inside said lower body and said upper jaw, and a laser module positioned in said module housing which is adapted to transmit a laser light to the grabbing region from said holder tip in a simultaneous manner with the closing of the jaws; wherein said laser module comprises an outer body placed in the lower body and a tip part embodied at the continuation of the outer body placed into the upper jaw, wherein an optical opening is embodied at the upper jaw in a manner providing transmission of the laser light directed from the upper jaw to the grabbing region through the tip part, a laser processing mechanism is provided in said outer body in a manner providing direction of the laser light, generated by the laser source, through the optical opening, said laser processing mechanism comprising an inner transmission line connected to the laser source, characterised in that the laser processing mechanism further comprises: a regulatory lens, a focusing lens and a prism positioned inside the outer body, respectively, and adapted to transmit the laser light, exiting said inner transmission line (20 41), to the tip part.
A cover and fastener arrangement, comprising: a base of the cover, the base comprising a first end and an opposing second end; a cap of the cover, the cap comprising an open end positioned at the second end of the base, the cap further comprising a closed end; an interior space of the cover positioned within the base and the cap and that is sized to extend over at least one fastener; and a plurality of holes that extend through the cap from the interior space to an exterior environment external to the cap, each of the holes comprises a hydraulic diameter of between 0.1mm - 2.0mm, wherein each of the holes includes a first end at an inner side of the cap and a second end at an outer side of the cap and wherein the cover is configured such that for each hole a straight line that extends through any point at the second end of the hole and any point at the first end of the hole does not intersect with the at least one fastener. a base of the cover, the base comprising a first end and an opposing second end; a cap of the cover, the cap comprising an open end positioned at the second end of the base, the cap further comprising a closed end; an interior space of the cover positioned within the base and the cap and that is sized to extend over at least one fastener; and a plurality of holes that extend through the cap from the interior space to an exterior environment external to the cap, each of the holes comprises a hydraulic diameter of between 0.1mm - 2.0mm, wherein each of the holes includes a first end at an inner side of the cap and a second end at an outer side of the cap and wherein the cover is configured such that for each hole a straight line that extends through any point at the second end of the hole and any point at the first end of the hole does not intersect with the at least one fastener.
Vacuum cleaner, comprising a suction inlet, a dirt collection container, a filter device, a suction conduit, a suction unit, wherein the dirt collection container is in flow communication with the suction unit via the filter device and the suction conduit and wherein the filter device has a negative pressure applied to it by the suction unit, and comprising an external air valve device, wherein the filter device is capable of having external air applied thereto on the clean side thereof via the external air valve device and wherein for cleaning the filter device the external air valve device is capable of being brought from a closed valve position to an open valve position and back again from the open valve position to a closed valve position, characterized by a battery device for supplying energy to the external air valve device and by a control device which controls the cleaning of the filter device by the external air valve device, wherein the filter cleaning is initiated manually or automatically, and which controls an electric motor device of the suction unit.
A system for treating water contained in a potable water tank, comprising: a potable water holding tank configured to be installed on board a vehicle, one or more UV LEDs positioned within the potable water holding tank, the one or more UV LEDs positioned to deliver in-tank water treatment, prior to water leaving the holding tank, the potable water holding tank comprising a drain outlet tube along a lower wall of the tank, with an opening that receives water held in the tank and an outlet at which water exits, wherein the one or more UV LEDs are positioned along an interior of the drain outlet tube between the opening and the outlet. a potable water holding tank configured to be installed on board a vehicle, one or more UV LEDs positioned within the potable water holding tank, the one or more UV LEDs positioned to deliver in-tank water treatment, prior to water leaving the holding tank, the potable water holding tank comprising a drain outlet tube along a lower wall of the tank, with an opening that receives water held in the tank and an outlet at which water exits, wherein the one or more UV LEDs are positioned along an interior of the drain outlet tube between the opening and the outlet.
A solid free flowing particulate laundry detergent composition comprising: (a) anionic detersive surfactant; (b) from 0wt% to 8wt% zeolite builder; (c) from 0wt% to 4wt% phosphate builder; (d) from 0wt% to 8wt% sodium carbonate; (e) from 0wt% to 8wt% sodium silicate; (f) from 4wt% to 20wt% organic acid, (g) from 1wt% to 20wt% sodium percarbonate; (h) from 0.5wt% to 5wt% bleach activator; and (i) from 0.5wt% to 5wt% sodium salt of methylglycine diacetic acid (MGDA) chelant, wherein the composition at 1wt% dilution in deionized water at 20°C, has an equilibrium pH in the range of from 6.5 to 9.0, wherein the composition comprises from 30wt% to 90wt% base detergent particle, wherein the base detergent particle comprising (by weight of the base detergent particle): (a) from 4wt% to 35wt% anionic detersive surfactant; (b) optionally, from 1wt% to 8wt% zeolite builder; (c) from 0wt% to 4wt% phosphate builder; (d) from 0wt% to 8wt% sodium carbonate; (e) from 0wt% to 8wt% sodium silicate; (f) from 1wt% to 16wt% organic acid; and (g) optionally, from 1wt% to 10wt% magnesium sulphate. (a) anionic detersive surfactant; (b) from 0wt% to 8wt% zeolite builder; (c) from 0wt% to 4wt% phosphate builder; (d) from 0wt% to 8wt% sodium carbonate; (e) from 0wt% to 8wt% sodium silicate; (f) from 4wt% to 20wt% organic acid, (g) from 1wt% to 20wt% sodium percarbonate; (h) from 0.5wt% to 5wt% bleach activator; and (i) from 0.5wt% to 5wt% sodium salt of methylglycine diacetic acid (MGDA) chelant, (a) from 4wt% to 35wt% anionic detersive surfactant; (b) optionally, from 1wt% to 8wt% zeolite builder; (c) from 0wt% to 4wt% phosphate builder; (d) from 0wt% to 8wt% sodium carbonate; (e) from 0wt% to 8wt% sodium silicate; (f) from 1wt% to 16wt% organic acid; and (g) optionally, from 1wt% to 10wt% magnesium sulphate.
Device for guiding and drying a running material web in a non-contacting manner, or for guiding and cooling a running material web in a non-contacting manner, respectively, in particular a fibrous web for a machine for manufacturing and/or finishing the fibrous web, in particular a coated paper or cardboard web, the device comprising two box-type hoods (2, 3), wherein a running path of the material web is provided between the two box-type hoods (2, 3), wherein a displacement movement of the hoods (2, 3) is executable by way of at least one displacement installation, wherein the at least one displacement installation is disposed on the operator side or the drive side, and wherein the at least one displacement installation disposes of at least the "open" position and the "closed" position, characterized in that the at least one displacement installation disposes of at least two mechanical couplings which connect the two hoods (2, 3), and in that the mechanical couplings each have one rocker.
Aircraft fairing comprising: - at least one fixed panel having at least one opening, - at least one movable panel that is configured to occupy a closed position in which the movable panel blocks the opening and an open position in which the movable panel at least partially frees the opening, - at least one joint connecting the fixed panel to the movable panel, said joint comprising at least one first flange that is connected to the fixed panel, at least one second flange that is connected to the movable panel, and a junction region connecting the first and second flanges (54, 56), each one of the first and second flanges (54, 56) comprising a first edge (54.1, 56.1) that is connected to the junction region and a second, free edge (54.2, 56.2) that is remote from the junction region; characterized in that the junction region is configured to deform elastically, in that the first and second flanges (54, 56) and the junction region form a single part, and in that at least one of the first and second flanges (54, 56) comprises at least two sectors (S1, S2) that are separated by a cut which extends from the free second edge (54.2, 56.2) to the first edge (54.1, 56.1). - at least one fixed panel having at least one opening, - at least one movable panel that is configured to occupy a closed position in which the movable panel blocks the opening and an open position in which the movable panel at least partially frees the opening, - at least one joint connecting the fixed panel to the movable panel, said joint comprising at least one first flange that is connected to the fixed panel, at least one second flange that is connected to the movable panel, and a junction region connecting the first and second flanges (54, 56), each one of the first and second flanges (54, 56) comprising a first edge (54.1, 56.1) that is connected to the junction region and a second, free edge (54.2, 56.2) that is remote from the junction region;
Mould for the production of moulded concrete blocks, comprising a plurality of mould cavities which are arranged next to one another and form a block field, which cavities are separated from one another by means of partition walls which are continuous between the upper side and the lower side of the mould cavities, wherein the partition walls are formed from partition wall panels (ZL, ZQ) which pass through the entire block field in one piece and intersect one another at intersection points, wherein two intersecting partition wall panels (ZL, ZQ) are plugged into one another by way of slots (SU, SO) oriented in opposite directions, wherein holding structures are formed at least on a first of the two partition wall panels intersecting at an intersection point, as an extension of the first slot formed in this first partition wall panel, which holding structures positively fix the edges of the second slot, which is formed in the second of the two partition wall panels, in a direction (y) parallel to the wall surface of the first partition wall panel and transversely to the direction (z) of the first and second slot (SU, SO), characterized in that the holding structures are formed as depressions with respect to the surrounding wall surfaces of the partition wall panels (ZL, ZQ), the depressions are configured as grooves and the inner surfaces of the second slot have, in a portion spaced apart from the slot opening, a greater spacing from the bottom of the grooves than at the slot opening.
Method for sorting items of clothing hanging on transport hangers with a device according to Claim 6, wherein the transport hangers are continuously transported past the reading device at such a transporting speed that the data from the data memories of up to 300 transport hangers per minute can be read out continuously by the reading device.
A hose, comprising a multiplicity of layers including: a rubber backing layer directly bonded to a polyamide layer, characterized in that: the rubber backing layer is prepared from a first composition comprising an ethylene propylene diene monomer (EPDM), a phenylenedimaleimide, and a maleated compound. a rubber backing layer directly bonded to a polyamide layer, characterized in that: the rubber backing layer is prepared from a first composition comprising an ethylene propylene diene monomer (EPDM), a phenylenedimaleimide, and a maleated compound.
A rinse-off hair conditioning composition comprising a cationic surfactant and an oil blend, said blend comprising: (i) from 10% to 95%, by weight based on total weight, of a first oily component which is selected from coconut oil, sunflower oil, almond oil and mixtures thereof, and (ii) from 5% to 90%, by weight based on total weight, of a second oily component which is one or more hydrocarbon oils of average carbon chain length less than 20 carbon atoms, wherein, the oil blend is present in the composition at from 0.1 to 2% wt. (i) from 10% to 95%, by weight based on total weight, of a first oily component which is selected from coconut oil, sunflower oil, almond oil and mixtures thereof, and (ii) from 5% to 90%, by weight based on total weight, of a second oily component which is one or more hydrocarbon oils of average carbon chain length less than 20 carbon atoms,
A polymer-based composite structural sheathing board for use in the formation of a building wall and/or ceiling system by overlaying and being secured to a structural building wall and/or ceiling frame, comprising: (i) a polymer material or predominantly polymer material foam insulation core layer; (ii) a first polymer material or predominately polymer material foam reinforcement layer having a higher density than the insulation core layer; (iii) the insulation core layer and the first reinforcement layer each having a length, a width, and a thickness; (iv) the insulation core layer and the first reinforcement layer each having a first major surface and a second major surface that are defined by the length and the width of the insulation core layer and the first reinforcement layer respectively; and (v) a reinforcement sheet located between the insulation core layer and the first reinforcement layer that reinforces, stabilizes, and strengthens the polymer-based composite structural sheathing board and is generally coextensive with and bonded to the major surfaces of the insulation core layer and the first reinforcement layer overlaid by the reinforcement sheet, characterised in that said reinforcement sheet is a nonwoven reinforcement mat. (i) a polymer material or predominantly polymer material foam insulation core layer; (ii) a first polymer material or predominately polymer material foam reinforcement layer having a higher density than the insulation core layer; (iii) the insulation core layer and the first reinforcement layer each having a length, a width, and a thickness; (iv) the insulation core layer and the first reinforcement layer each having a first major surface and a second major surface that are defined by the length and the width of the insulation core layer and the first reinforcement layer respectively; and (v) a reinforcement sheet located between the insulation core layer and the first reinforcement layer that reinforces, stabilizes, and strengthens the polymer-based composite structural sheathing board and is generally coextensive with and bonded to the major surfaces of the insulation core layer and the first reinforcement layer overlaid by the reinforcement sheet, characterised in that said reinforcement sheet is a nonwoven reinforcement mat.