mhurhangee/ep-ind-claims huggingface dataset:
A solid state heat exchanger module comprising or consisting of (i) a closed housing to accommodate heat exchanger tubes; (ii) a plurality of heat exchanger tubes; (iii) at least one material inlet; (iv) at least one stock outlet; (v) tube connections between the heat exchanger tubes for the supply of heating or cooling media, where (a) the heat exchanger tubes are grouped in bundles and offset from each other; (b) each module contains 2 to 10 bundles; (c) each bundle contains 10 to 100 pipes; (d) each tube has a rectangular or rhombic cross-section with rounded edges with angles α, β, γ and δ, for which angles the selection conditions are α = 30° to 120° β = 60° to 150 γ = 30° to 120° δ = 60° to 150 with the proviso that the sum of all angles is 360°, (e) the tubes are arranged in the tube bundle in such a way that the angles β and δ each point up and down and the angles α and γ each point right and left, and (f) the distance d1 between each two adjacent heat exchanger tubes in a row and the distance d2 between each two adjacent heat exchanger tubes in two adjacent rows is independently between 10 and 100 mm, provided that the module has rollers so that it can be moved and extended when installed. (i) a closed housing to accommodate heat exchanger tubes; (ii) a plurality of heat exchanger tubes; (iii) at least one material inlet; (iv) at least one stock outlet; (v) tube connections between the heat exchanger tubes for the supply of heating or cooling media, where (a) the heat exchanger tubes are grouped in bundles and offset from each other; (b) each module contains 2 to 10 bundles; (c) each bundle contains 10 to 100 pipes; (d) each tube has a rectangular or rhombic cross-section with rounded edges with angles α, β, γ and δ, for which angles the selection conditions are α = 30° to 120° β = 60° to 150 γ = 30° to 120° δ = 60° to 150 with the proviso that the sum of all angles is 360°, (e) the tubes are arranged in the tube bundle in such a way that the angles β and δ each point up and down and the angles α and γ each point right and left, and (f) the distance d1 between each two adjacent heat exchanger tubes in a row and the distance d2 between each two adjacent heat exchanger tubes in two adjacent rows is independently between 10 and 100 mm, (a) the heat exchanger tubes are grouped in bundles and offset from each other; (b) each module contains 2 to 10 bundles; (c) each bundle contains 10 to 100 pipes; (d) each tube has a rectangular or rhombic cross-section with rounded edges with angles α, β, γ and δ, for which angles the selection conditions are α = 30° to 120° β = 60° to 150 γ = 30° to 120° δ = 60° to 150 with the proviso that the sum of all angles is 360°, α = 30° to 120° β = 60° to 150 γ = 30° to 120° δ = 60° to 150 (e) the tubes are arranged in the tube bundle in such a way that the angles β and δ each point up and down and the angles α and γ each point right and left, and (f) the distance d1 between each two adjacent heat exchanger tubes in a row and the distance d2 between each two adjacent heat exchanger tubes in two adjacent rows is independently between 10 and 100 mm,
A washer-dryer comprising a drum in which the laundry items are placed, a tub in which the drum rotates, a body to which the tub is fixed during transportation, a first hole provided on the rear wall of the body, a second hole on the same direction with the first hole, provided on the rear wall of the tub, and at least one fastening member enabling fixing the tub to the body during transportation, • a retainer provided on the fastening member, coupling the body and the tub to each other, • a shield at least partially surrounding the retainer, extending between the tub and the body, characterized by • a cover mounted to the first hole so as to be above the portion of the retainer out of the body, protecting the head portion of the retainer, and • at least two slits extending between the body and the tub up to the end of the retainer out of the body and at least two arms separated from each other by the slits, both provided on the shield. • a retainer provided on the fastening member, coupling the body and the tub to each other, • a shield at least partially surrounding the retainer, extending between the tub and the body, characterized by • a cover mounted to the first hole so as to be above the portion of the retainer out of the body, protecting the head portion of the retainer, and • at least two slits extending between the body and the tub up to the end of the retainer out of the body and at least two arms separated from each other by the slits, both provided on the shield.
A flame-retardant high-damping material comprising: 100 parts by mass of styrene elastomer; from 68 to 72 parts by mass of high-viscosity oil having a kinematic viscosity of 380 mm 2 /s or more at a temperature of 40°C; from 72 to 132 parts by mass of melamine polyphosphate flame retardant; from 121 to 173 parts by mass of organic phosphinic acid metal salt flame retardant, and from 90 to 186 parts by mass of tackifying resin. 100 parts by mass of styrene elastomer; from 68 to 72 parts by mass of high-viscosity oil having a kinematic viscosity of 380 mm 2 /s or more at a temperature of 40°C; from 72 to 132 parts by mass of melamine polyphosphate flame retardant; from 121 to 173 parts by mass of organic phosphinic acid metal salt flame retardant, and from 90 to 186 parts by mass of tackifying resin.
A refrigerator comprising: a main body forming a refrigerating chamber and a freezing chamber each including a temperature sensor; a cooling unit having a compressor and an evaporator accommodated inside the main body and driven to circulate a refrigerant in the compressor and the evaporator to generate cold air around the evaporator; a fan positioned inside the main body to supply the generated cold air to the freezing chamber; a damper positioned between the freezing chamber and the refrigerating chamber and configured to be opened and closed to allow the freezing chamber and the refrigerating chamber to selectively communicate with each other; and a controller, wherein the controller is configured to: start driving the cooling unit when a temperature of the freezing chamber is higher than a freezing dissatisfaction temperature; actuate the fan when a predetermined fan delay time has lapsed; open the damper when a predetermined damper delay time has passed after the actuation of the fan; and close the damper when a temperature of the refrigerating chamber reaches a refrigeration satisfaction temperature, and characterized in that the controller is further configured for controlling the damper to be opened for a predetermined damper opening time when a temperature of the freezing chamber reaches a freezing satisfaction temperature according to driving of the cooling unit, and actuating the fan for the damper opening time at a rotation speed lower than that before the temperature of the freezing chamber reaches the freezing satisfaction temperature. a main body forming a refrigerating chamber and a freezing chamber each including a temperature sensor; a cooling unit having a compressor and an evaporator accommodated inside the main body and driven to circulate a refrigerant in the compressor and the evaporator to generate cold air around the evaporator; a fan positioned inside the main body to supply the generated cold air to the freezing chamber; a damper positioned between the freezing chamber and the refrigerating chamber and configured to be opened and closed to allow the freezing chamber and the refrigerating chamber to selectively communicate with each other; and a controller, wherein the controller is configured to: start driving the cooling unit when a temperature of the freezing chamber is higher than a freezing dissatisfaction temperature; actuate the fan when a predetermined fan delay time has lapsed; open the damper when a predetermined damper delay time has passed after the actuation of the fan; and close the damper when a temperature of the refrigerating chamber reaches a refrigeration satisfaction temperature, and characterized in that the controller is further configured for controlling the damper to be opened for a predetermined damper opening time when a temperature of the freezing chamber reaches a freezing satisfaction temperature according to driving of the cooling unit, and actuating the fan for the damper opening time at a rotation speed lower than that before the temperature of the freezing chamber reaches the freezing satisfaction temperature.
Method for processing contaminated wastewater from the preparation of isophoronenitrile by A) treating the wastewater from the preparation of isophoronenitrile from the reaction of isophorone with hydrogen cyanide by alkaline hydrolysis of isophoronenitrile to isophorone, and the salts of hydrogen cyanide within a pH range of 12.5 to 13.7 and at temperatures of 60 to 200°C, and B) processing the wastewater from 1. by oxidation with an oxidizing agent selected from hydrogen peroxide activated hydrogen peroxide (activated by iron, UV or ozone), Caroat, sodium hypochlorite solution, hypochlorite produced in situ by chlorine injection, and chlorine dioxide. A) treating the wastewater from the preparation of isophoronenitrile from the reaction of isophorone with hydrogen cyanide by alkaline hydrolysis of isophoronenitrile to isophorone, and the salts of hydrogen cyanide within a pH range of 12.5 to 13.7 and at temperatures of 60 to 200°C, and B) processing the wastewater from 1. by oxidation with an oxidizing agent selected from hydrogen peroxide activated hydrogen peroxide (activated by iron, UV or ozone), Caroat, sodium hypochlorite solution, hypochlorite produced in situ by chlorine injection, and chlorine dioxide.
An immunoglobulin heavy chain constant region, wherein said heavy chain constant region comprises the sequence of SEQ ID NO:11 or SEQ ID NO:12 or SEQ ID NO:14.
A bicycle trainer comprising: a frame assembly and an axle, wherein the frame assembly is supporting the axle for connecting a pair of drop-outs from a bicycle to operably connect said bicycle to the bicycle trainer; a flywheel assembly comprising a magnetic brake assembly (92, 102, 105) and a flywheel member, the flywheel member rotatably supported on the frame assembly, the magnetic brake assembly rotationally fixed by a member coupled between the brake assembly and the frame assembly, and the flywheel member coupled with the axle such that the flywheel member spins relative to the rotationally fixed magnetic brake assembly when a rider is pedaling a bicycle connected with the axle; a strain gauge mounted on the member that detects torque imparted on the member when a rider is pedaling. a frame assembly and an axle, wherein the frame assembly is supporting the axle for connecting a pair of drop-outs from a bicycle to operably connect said bicycle to the bicycle trainer; a flywheel assembly comprising a magnetic brake assembly (92, 102, 105) and a flywheel member, the flywheel member rotatably supported on the frame assembly, the magnetic brake assembly rotationally fixed by a member coupled between the brake assembly and the frame assembly, and the flywheel member coupled with the axle such that the flywheel member spins relative to the rotationally fixed magnetic brake assembly when a rider is pedaling a bicycle connected with the axle; a strain gauge mounted on the member that detects torque imparted on the member when a rider is pedaling.
A compression therapy apparatus, comprising: a bandage comprising a trunk, a first end, a second end, and a compression line between the first end and the second end; and a plurality of compression control members disposed on the trunk along the compression line; wherein each compression control member defines a compression zone and is adapted to independently control a therapeutic compression associated with the compression zone; wherein the plurality of compression control members are configured to provide a substantially continuous compression profile along the compression line; and wherein each compression control member comprises an indicator guide member characterised in that each compression control member comprises a tension member and a tensioner; the tension member is laced over the compression line and coupled to the tensioner and the indicator guide member; and the tensioner is operable to change tension in the tension member to control the therapeutic compression. a bandage comprising a trunk, a first end, a second end, and a compression line between the first end and the second end; and a plurality of compression control members disposed on the trunk along the compression line; wherein each compression control member defines a compression zone and is adapted to independently control a therapeutic compression associated with the compression zone; wherein the plurality of compression control members are configured to provide a substantially continuous compression profile along the compression line; and wherein each compression control member comprises an indicator guide member characterised in that each compression control member comprises a tension member and a tensioner; the tension member is laced over the compression line and coupled to the tensioner and the indicator guide member; and the tensioner is operable to change tension in the tension member to control the therapeutic compression.
A method for reducing adsorption of bubbles onto a cell side surface in an immunoassay, the method comprising carrying out a reaction and/or measurement in a presence of a surfactant, wherein the immunoassay comprises carrying out an antigen-antibody reaction in a dry plastic cell using an immunoassay reagent which immunologically reacts with a substance to be measured in a sample and carrying out an optical measurement of a resultant reacted product in the presence of the surfactant, wherein the surfactant is a poly(oxyethylene)sorbitan fatty acid ester or a polyoxyethylene tribenzyl phenyl ether, wherein the concentration of the surfactant in the system of the reaction and/or measurement is 0.01 to 0.3%, and wherein the immunoassay is an immunoagglutination assay.
Assembly (1; 201; 301) comprising a flowerpot (3; 203; 303) and a liquid reservoir (5; 105; 205; 305), wherein the flowerpot is provided with a base part (7; 207; 307), with a side wall (13; 213; 313) whereof a rim, facing away from the base part, defines an opening leading into the interior of the flowerpot, as well as with a liquid opening which is provided in the base part and/or in a bottommost side wall section of the side wall, close to the base part, wherein the liquid reservoir is provided with a base part (27; 227; 327), as well as with a reservoir side wall (33; 133; 233; 333) whereof a rim, facing away from the base part, defines a liquid reservoir opening leading into the interior of the liquid reservoir, the assembly is further provided with at least one liquid drainage hole (25; 125; 225; 325) situated at a distance from the base part of the liquid reservoir, so that the assembly is able to be filled with liquid, for example water or an aqueous solution, with a maximum liquid volume, wherein the reservoir side wall comprises, at least in part, the same shape as a part of the side wall of the flowerpot, so that a part of an inner side of the reservoir side wall is able to be displaced over a bottommost part of the outer side of the side wall of the flowerpot in order to provide a connection (50; 250; 350) therebetween, which extends around the centre axis of the assembly, characterised in that the connection is established by constructing at least those parts of the side wall of the flowerpot and the reservoir side wall which are to be connected to one another in the shape of a side wall of a truncated cone, or in the shape of side wall parts of a frustum, wherein by sliding the side walls, or parts of the side walls, which, viewed from the base parts, extend conically, one over the other, at a certain point sufficient clamping is attained, with the result that the connection is established.
A method for estimating at least one cross-channel colour mapping model from a set of tuples of corresponding colours relative to at least two images represented in a m-dimensional colour space, characterized in that it comprises: - selecting at least one intermediate tuple of corresponding colours from the set of tuples of corresponding colours by using at least one channel-wise colour mapping model, and - estimating a function for each color channel of the m-dimensional colour space from said at least one intermediate selected tuple of corresponding colours said function being associated with a cross-channel colour mapping model and representing cross influence of at least one adjacent color channel on said color channel. - selecting at least one intermediate tuple of corresponding colours from the set of tuples of corresponding colours by using at least one channel-wise colour mapping model, and - estimating a function for each color channel of the m-dimensional colour space from said at least one intermediate selected tuple of corresponding colours said function being associated with a cross-channel colour mapping model and representing cross influence of at least one adjacent color channel on said color channel.
JNK inhibitor peptide comprising or consisting of the D-amino acid sequence of SEQ ID NO: 11 for use in treating cystitis, in particular interstitial cystitis.
Filter device, in particular an oil or fuel filter, - with a filter housing having a filter housing jar and a filter housing cover, in which filter housing a ring filter element is arranged which has an axially projecting pin on a lower end disc, by means of which pin it engages in a first channel when the filter device is mounted, - with a tubular dome, which engages in an inner space of the ring filter element when the filter device is mounted, - wherein a guide contour is provided at a free end of the tubular dome and cooperates with a guide element arranged on the ring filter element, - wherein the dome-side guide contour has an axial groove towards which the guide element can be guided during the assembly of the filter device, and which is arranged relative to the pin such that the latter can be inserted into the first channel, provided the guide element enters the axial groove, - with a clean channel, characterised in that - a valve with a valve seat and a valve body spring-biased against it in the closed position is arranged in the clean channel, - the guide element cooperates with the valve body such that the guide element transfers the valve body into an open position when pushed into the axial groove. - with a filter housing having a filter housing jar and a filter housing cover, in which filter housing a ring filter element is arranged which has an axially projecting pin on a lower end disc, by means of which pin it engages in a first channel when the filter device is mounted, - with a tubular dome, which engages in an inner space of the ring filter element when the filter device is mounted, - wherein a guide contour is provided at a free end of the tubular dome and cooperates with a guide element arranged on the ring filter element, - wherein the dome-side guide contour has an axial groove towards which the guide element can be guided during the assembly of the filter device, and which is arranged relative to the pin such that the latter can be inserted into the first channel, provided the guide element enters the axial groove, - with a clean channel, characterised in that - a valve with a valve seat and a valve body spring-biased against it in the closed position is arranged in the clean channel, - the guide element cooperates with the valve body such that the guide element transfers the valve body into an open position when pushed into the axial groove.
An electrochemical cell comprising: a membrane electrode assembly comprising a first electrode, a second electrode, and an electrolyte membrane disposed therebetween; a first bipolar plate on one side of the membrane electrode assembly; a first flow structure between the first bipolar plate and the first electrode; a second bipolar plate on the other side of the membrane electrode assembly; and a second flow structure between the second electrode and the second bipolar plate (31; and the bipolar plates (30, 31) have non-circular base geometries; and the first flow structure has a smaller surface area than the second flow structure at the flow structure-membrane electrode assembly interface, and the boundary of the first flow structure at the flow structure-membrane electrode assembly interface is completely encompassed by the boundary of the second flow structure; characterized in that the thickness of the first bipolar plate is equal to or greater than the thickness of the first flow structure multiplied by the ratio of the maximum intended fluid pressure in the first flow structure to the yield strength of the bipolar plate material. a membrane electrode assembly comprising a first electrode, a second electrode, and an electrolyte membrane disposed therebetween; a first bipolar plate on one side of the membrane electrode assembly; a first flow structure between the first bipolar plate and the first electrode; a second bipolar plate on the other side of the membrane electrode assembly; and a second flow structure between the second electrode and the second bipolar plate (31; and the bipolar plates (30, 31) have non-circular base geometries; and the first flow structure has a smaller surface area than the second flow structure at the flow structure-membrane electrode assembly interface, and the boundary of the first flow structure at the flow structure-membrane electrode assembly interface is completely encompassed by the boundary of the second flow structure; characterized in that the thickness of the first bipolar plate is equal to or greater than the thickness of the first flow structure multiplied by the ratio of the maximum intended fluid pressure in the first flow structure to the yield strength of the bipolar plate material.
Use of carrageenan in cosmetic preparations comprising 2,4-bis-{[4-(2-ethylhexyloxy)-2-hydroxy]phenyl}-6-(4-methoxyphenyl)-1,3,5-triazine (INCI: Bis-Ethylhexyloxyphenol Methoxyphenyl Triazine) for reducing soiling and/or discolouration of textiles caused by UV filters in the preparation.
Household refrigeration appliance having a heat-insulated carcass which has an inner container with a coolable interior space for storing food, a refrigeration device provided for cooling the coolable interior space and an electromechanical opening assisting device, as well as a door leaf mounted pivotable relative to the heat-insulated carcass for opening and closing the coolable interior space, or a drawer which in the closed state is pushed into the coolable interior space in order to close it, and in the open state is at least partially withdrawn from the coolable interior space, wherein the electromechanical opening assisting device comprises an electromechanical actuator which is configured, on activation thereof, to open the closed door leaf or the closed drawer automatically at least partially by displacement of a control body of the electromechanical opening assisting device, characterised in that the electromechanical actuator has an automatically displaceable base body, a plunger mounted in the base body as the control body and an overload protection device which arrests the plunger in the base body and is configured to fix the plunger rigidly in the base body, for as long as an impact force acting on the plunger remains smaller than a pre-determined trigger force and to release the plunger from the base body as soon as an impact force acting on the plunger exceeds the trigger force.