mhurhangee/ep-ind-claims huggingface dataset:
An oral cavity washing device comprising: a body unit including a pump configured to discharge washing liquid; a tube connected to the body unit and configured to allow the discharged washing liquid to flow through the tube; a washing unit connected to the tube and configured to discharge the washing liquid; a joint portion configured to detachably attach the washing unit to the body unit; a disposing portion provided at the body unit and configured to allow the tube to be disposed at the disposing portion in a state where the washing unit is attached to the body unit, characterized in that the disposing portion having a recess provided at the body unit; and an elastic member provided at the disposing portion, wherein the elastic member is provided at an edge of an opening of the recess, and/or the elastic member is provided at an inner peripheral surface of the recess. a body unit including a pump configured to discharge washing liquid; a tube connected to the body unit and configured to allow the discharged washing liquid to flow through the tube; a washing unit connected to the tube and configured to discharge the washing liquid; a joint portion configured to detachably attach the washing unit to the body unit; a disposing portion provided at the body unit and configured to allow the tube to be disposed at the disposing portion in a state where the washing unit is attached to the body unit, characterized in that the disposing portion having a recess provided at the body unit; and an elastic member provided at the disposing portion, wherein the elastic member is provided at an edge of an opening of the recess, and/or the elastic member is provided at an inner peripheral surface of the recess.
A method for starting a compression ignition gaseous fuelled internal combustion engine employing a pilot fuel comprising: determining one of a normal start condition and a cold start condition; during said normal start condition, introducing said pilot fuel into a combustion chamber of said internal combustion engine when said pilot fuel pressure rises above a first pressure; during said cold start condition, introducing said pilot fuel into said combustion chamber when said pilot fuel pressure rises above a second pressure that is higher than said first pressure; and selectively introducing said gaseous fuel into said combustion chamber as a fraction of total fuel. determining one of a normal start condition and a cold start condition; during said normal start condition, introducing said pilot fuel into a combustion chamber of said internal combustion engine when said pilot fuel pressure rises above a first pressure; during said cold start condition, introducing said pilot fuel into said combustion chamber when said pilot fuel pressure rises above a second pressure that is higher than said first pressure; and selectively introducing said gaseous fuel into said combustion chamber as a fraction of total fuel.
Plasma sterilisation apparatus comprising: a microwave cavity connectable to receive pulses of microwave frequency radiation from a microwave source; a plasma strike zone; a microwave coupler arranged to couple microwave energy out of the microwave cavity to the plasma strike zone, the plasma strike zone having a gas flow path therethrough; a gas feed (18, 28, 30) connectable to supply ionisable gas to the gas flow path; and characterised by a strike signal generation circuit arranged to deliver a pulse of radiofrequency energy to the plasma strike zone to generate a high electric field therein for striking a non-thermal plasma in ionisable gas present in the gas flow path, wherein the strike signal generation circuit includes control circuitry arranged to use a detectable characteristic of a pulse of microwave frequency radiation received in the microwave cavity to trigger generation of the pulse of RF energy. a microwave cavity connectable to receive pulses of microwave frequency radiation from a microwave source; a plasma strike zone; a microwave coupler arranged to couple microwave energy out of the microwave cavity to the plasma strike zone, the plasma strike zone having a gas flow path therethrough; a gas feed (18, 28, 30) connectable to supply ionisable gas to the gas flow path; and characterised by a strike signal generation circuit arranged to deliver a pulse of radiofrequency energy to the plasma strike zone to generate a high electric field therein for striking a non-thermal plasma in ionisable gas present in the gas flow path, wherein the strike signal generation circuit includes control circuitry arranged to use a detectable characteristic of a pulse of microwave frequency radiation received in the microwave cavity to trigger generation of the pulse of RF energy.
Package, in particular sterile package, for a medical product (8, 21, 27), comprising a receiving space for the medical product (8, 21, 27), characterized in that a portion of the package facing the receiving space consists at least partially, preferably completely, of a resorbable material and the package has an outer packaging and a holding device (7, 26) arranged in the receiving space, in particular a holding device (7, 26) arranged in the receiving space in a position-determined manner, in which the product (8, 21, 27) is held, in particular is held in a position-determined manner.
A method for assessing the consumption of a medium in a supply system by means of at least one consumption meter (1, 7, 10), in which consumption power data values ( V̇) for the medium are determined from consumption measurements (V kum) of the consumption meter (1, 7, 10) recorded over time, wherein from the consumption power data values ( V̇) a frequency distribution (5, 13) is formed, in that the consumption power data values are classified into consumption flow classes (K 1) defined by means of boundary values that can be specified, and in each case the frequency of occurrence of consumption power data values ( V̇) are counted as entries in a consumption power class (K 1), and wherein the consumption is assessed by an evaluation of the frequency distribution (5, 13), characterised in that, for purposes of evaluating the frequency distribution (5, 13) so as to detect a leakage of the medium, the number of consumption power data values ( V̇) within consumption flow classes is compared with the number of consumption power data values ( V̇) within at least one other consumption power class.
A process for incinerating NH3 in an NH3 incinerator comprising: a. a first incineration step comprising: i. reacting a gas stream comprising NH3 and optionally a fuel stream under incineration conditions with a first oxygen containing stream, at a sub-stoichiometric amount of oxygen in the first oxygen-containing stream with respect to the NH3 in the gas stream, whereby a first product stream is produced; ii. analyzing the composition of the first product stream for content of residual NH3 and/or formed HCN and/or formed NO, and iii. adjusting one or more of the streams based on the analysis of the first product stream so as to produce a first product stream containing both residual NH3 and NO, but no more than 250 ppm HN3 and no more than 250 ppm NO; and b. a second incineration step comprising i. reacting the first product stream under incineration conditions with a second oxygen-containing stream at a greater than stoichiometric amount of oxygen, whereby a second product stream is produced. a. a first incineration step comprising: i. reacting a gas stream comprising NH3 and optionally a fuel stream under incineration conditions with a first oxygen containing stream, at a sub-stoichiometric amount of oxygen in the first oxygen-containing stream with respect to the NH3 in the gas stream, whereby a first product stream is produced; ii. analyzing the composition of the first product stream for content of residual NH3 and/or formed HCN and/or formed NO, and iii. adjusting one or more of the streams based on the analysis of the first product stream so as to produce a first product stream containing both residual NH3 and NO, but no more than 250 ppm HN3 and no more than 250 ppm NO; and i. reacting a gas stream comprising NH3 and optionally a fuel stream under incineration conditions with a first oxygen containing stream, at a sub-stoichiometric amount of oxygen in the first oxygen-containing stream with respect to the NH3 in the gas stream, whereby a first product stream is produced; ii. analyzing the composition of the first product stream for content of residual NH3 and/or formed HCN and/or formed NO, and iii. adjusting one or more of the streams based on the analysis of the first product stream so as to produce a first product stream containing both residual NH3 and NO, but no more than 250 ppm HN3 and no more than 250 ppm NO; and b. a second incineration step comprising i. reacting the first product stream under incineration conditions with a second oxygen-containing stream at a greater than stoichiometric amount of oxygen, whereby a second product stream is produced. i. reacting the first product stream under incineration conditions with a second oxygen-containing stream at a greater than stoichiometric amount of oxygen, whereby a second product stream is produced.
A fluid compensated downhole connection system comprising: a. at least one connector housing (216; 250; 412; 416) having an inside chamber (230; 270a,b,c; 278; 280; 282; 284; 424); b. one or more electrical conduits (210; 410) having an internal annular space surrounding an electrical wire/cable, a first conduit end and a second conduit end, the first conduit end being connected to the housing (216; 250; 412; 416), wherein the conduit annular space is in fluid communication with the housing inside chamber (230; 270a,b,c; 278; 280; 282; 284; 424), the conduit annular space and housing inside chamber (230; 270a,b,c; 278; 280; 282; 284; 424) defining a fluid flow path; c. a dielectric fluid port in fluid communication with the inside chamber (230; 270a,b,c; 278; 280; 282; 284; 424) for introducing a dielectric fluid into the fluid path, the dielectric fluid creating an internal fluid pressure greater than an ambient external pressure; and d. a bellows (208; 508) having first and second ends, and an interior chamber, the first bellows end being connected to the connector housing (216; 230; 412; 416) in fluid communication with the housing inside chamber (230; 270a,b,c; 278; 280; 282; 284; 424), the bellows second end being exposed to downhole wellbore fluid pressure and capable of reacting to the wellbore pressure to cause the bellows (208; 508) to provide a compensating adjustment to the internal fluid pressure, wherein the bellows (208; 508) is configured to maintain the internal fluid pressure greater than the ambient external pressure. a. at least one connector housing (216; 250; 412; 416) having an inside chamber (230; 270a,b,c; 278; 280; 282; 284; 424); b. one or more electrical conduits (210; 410) having an internal annular space surrounding an electrical wire/cable, a first conduit end and a second conduit end, the first conduit end being connected to the housing (216; 250; 412; 416), wherein the conduit annular space is in fluid communication with the housing inside chamber (230; 270a,b,c; 278; 280; 282; 284; 424), the conduit annular space and housing inside chamber (230; 270a,b,c; 278; 280; 282; 284; 424) defining a fluid flow path; c. a dielectric fluid port in fluid communication with the inside chamber (230; 270a,b,c; 278; 280; 282; 284; 424) for introducing a dielectric fluid into the fluid path, the dielectric fluid creating an internal fluid pressure greater than an ambient external pressure; and d. a bellows (208; 508) having first and second ends, and an interior chamber, the first bellows end being connected to the connector housing (216; 230; 412; 416) in fluid communication with the housing inside chamber (230; 270a,b,c; 278; 280; 282; 284; 424), the bellows second end being exposed to downhole wellbore fluid pressure and capable of reacting to the wellbore pressure to cause the bellows (208; 508) to provide a compensating adjustment to the internal fluid pressure, wherein the bellows (208; 508) is configured to maintain the internal fluid pressure greater than the ambient external pressure.
Vehicle tire - in particular a pneumatic vehicle tire - with a tread rubber, with a bead region formed radially inside the tread rubber and with a bead core for securing the vehicle tire on a correspondingly formed seat of a rim - in particular with a bead filler formed radially outside the bead core - and with a bead reinforcing ply, which is formed in the fastening region, the bead reinforcing ply being formed extending over the circumference of the vehicle tire, there being formed radially inside the bead core at least one further bead reinforcing strip - in particular made to extend over the entire circumference of the vehicle tire - which further strip extends in the axial direction A over the entire axial extent of the bead core and is respectively turned back radially outward on both axial outer sides of the bead core, the first turned-back portion extending to a height of radial extent H F1 from the vertex X of the rim and the second turned-back portion extending to a height of radial extent H F2 from the vertex X of the rim, characterized in that the reinforcing strip is formed with a first reinforcing strip and a second reinforcing strip and in that the bead reinforcing ply the bead reinforcing ply being formed between the first turned-back portion of a first reinforcing strip and the first turned-back portion of a second reinforcing strip.
A method for inhibiting a displacement of a wirelessly rechargeable device positioned on an underlying charging surface of a wireless charging device, the method comprising: detecting whether the wirelessly rechargeable device is being displaced, or is likely to be displaced, while the wirelessly rechargeable device is resting on the charging surface of the wireless charging device; characterized in further comprising: in response to detecting that the wirelessly rechargeable device is being displaced, or is likely to be displaced, controlling a magnetic field generated by one or both of the wirelessly rechargeable device and the charging device to inhibit an unintentional displacement of the wirelessly rechargeable device relative to the charging surface. detecting whether the wirelessly rechargeable device is being displaced, or is likely to be displaced, while the wirelessly rechargeable device is resting on the charging surface of the wireless charging device; characterized in further comprising: in response to detecting that the wirelessly rechargeable device is being displaced, or is likely to be displaced, controlling a magnetic field generated by one or both of the wirelessly rechargeable device and the charging device to inhibit an unintentional displacement of the wirelessly rechargeable device relative to the charging surface.
Actuator arrangement for an adjustable piece of furniture for sitting or lying on, in particular for an adjustable bed or an adjustable easy chair, - having a spindle, which can be actuated for axial rotation by means of a drive and is mounted at a fixed location; - having a sliding block, which is coupled mechanically to the spindle and, when the spindle is actuated, can be moved parallel in relation to a longitudinal axis of the spindle; and - having a coupling element, which is mounted in a displaceable manner in relation to the spindle and has a first guide track, in which the sliding block is guided at least partially, such that, when the spindle is actuated, the coupling element is displaced in order to move a segment of the adjustable piece of furniture, the segment being mechanically coupled to the coupling element. - having a spindle, which can be actuated for axial rotation by means of a drive and is mounted at a fixed location; - having a sliding block, which is coupled mechanically to the spindle and, when the spindle is actuated, can be moved parallel in relation to a longitudinal axis of the spindle; and - having a coupling element, which is mounted in a displaceable manner in relation to the spindle and has a first guide track, in which the sliding block is guided at least partially, such that, when the spindle is actuated, the coupling element is displaced in order to move a segment of the adjustable piece of furniture, the segment being mechanically coupled to the coupling element.
Cyclone for separating mixtures which have at least one non-gaseous component and a gaseous component, with a separating section (18, 20), which has a radially outer cyclone wall (40, 42) and a radially inner gas discharge device (38, 50), and with a collecting section, arranged under the separating section (18, 20), for deposited non-gaseous components, wherein a separating plate is arranged between the separating section (18, 20) and the collecting section, is at an axial distance from the gas discharge device (38, 50) and, when viewed axially, at least partially covers the gas discharge device (38, 50), and a calming plate protruding into the collecting section is arranged under the separating plate, in order to calm movements of the deposited liquid in the collecting section, characterized in that the calming plate is arranged at an angle of adjustment of 30 - 40 degrees to the horizontal.
A carrier substrate for electrical components, wherein the carrier substrate has a component side having conductor tracks and a cooling side opposite the component side having a cooling structure, wherein the carrier substrate comprises a primary layer facing the component side and made of ceramics for electrical insulation and a secondary layer facing the cooling side for stiffening the carrier substrate, wherein, for the heat transfer from the component side to the cooling side, a metal intermediate layer is arranged between the primary layer and the secondary layer, wherein the metal intermediate layer is thicker than the primary layer and the secondary layer, wherein the secondary layer is made of molybdenum, tungsten or a composite material based on WCu or MoCu.
A ship steering device configured to perform a movement control to move a ship to a target position based on a signal from a GPS device, comprising a forward/backward propeller, a propeller shaft, an engine, a side thruster, a joystick lever, the GPS device, a bearing sensor and an electronic control unit, wherein a movement control suspension zone including the target position, a buffer zone adjacent to the movement control suspension zone, and a movement control execution zone adjacent to the buffer zone are set based on a distance between a present position calculated from the signal from the GPS device and the target position, wherein generation of a thrust by a propulsion apparatus of the ship for a movement control is suspended in the movement control suspension zone, wherein the thrust by the propulsion apparatus of the ship for the movement control is generated in the movement control execution zone, characterised in that the thrust is generated by the propulsion apparatus of the ship for the movement control in the buffer zone only when the ship is in the buffer zone after having moved from the movement control execution zone to the buffer zone and the ship is moving away from the target position.
A method of manufacturing a surface treated steel member characterized by treating a steel member with a surface conditioning solution having a pH in the range of 7.8-9.8 which contains potassium tetraborate or sodium tetraborate and does not contain phosphate ions followed by carrying out phosphate chemical conversion treatment.
A fluid pump and delivery system for heating and dispensing a viscous fluid which includes substantial non-volatile constituent parts, comprising: a main fluid reservoir which is substantially unheated; a predelivery chamber; a pumping assembly for dispensing the viscous fluid from the main fluid reservoir into the predelivery chamber; a heating assembly having a heating element coupled to the predelivery chamber; a dispensing spout which dispenses the viscous fluid; and a power button coupled to the heating assembly which activates the heating assembly upon demand, wherein the viscous fluid stored in the main fluid reservoir is transferred to the dispensing spout upon receiving heat energy within the predelivery chamber. a main fluid reservoir which is substantially unheated; a predelivery chamber; a pumping assembly for dispensing the viscous fluid from the main fluid reservoir into the predelivery chamber; a heating assembly having a heating element coupled to the predelivery chamber; a dispensing spout which dispenses the viscous fluid; and a power button coupled to the heating assembly which activates the heating assembly upon demand, wherein the viscous fluid stored in the main fluid reservoir is transferred to the dispensing spout upon receiving heat energy within the predelivery chamber.
A laminated, sound-attenuating structure which comprises: a first gypsum board (101; 201) having two surfaces, the first of said two surfaces comprising an outer, paper-clad surface and the second of said two surfaces comprising an inner surface (104; 206), where the inner surface (104; 206) of the first gypsum board is unclad; a layer (102; 202) of viscoelastic glue on the second of said two surfaces; and a second gypsum board (103; 203) over said viscoelastic glue, said second layer (103; 203) having two surfaces, the first of said two surfaces of said second layer comprising an outer, paper-clad surface and the second of said two surfaces of said second gypsum board comprising an inner surface (105; 207), wherein the inner surface of the second gypsum board is unclad; wherein: the scored flexural strength of the laminated structure is about 97.86 Newtons (about 22 lbf (pounds force)) per 13 mm (1/2 inch) thickness of the structure; the scored flexural strength, according to ASTM test method C473, being the flexural strength of a 304.8 mm by 406.4 mm (12 inch by 16 inch) sample of the laminated structure after the outer, paper-clad surface of one of the first and second gypsum boards has been scored. a first gypsum board (101; 201) having two surfaces, the first of said two surfaces comprising an outer, paper-clad surface and the second of said two surfaces comprising an inner surface (104; 206), where the inner surface (104; 206) of the first gypsum board is unclad; a layer (102; 202) of viscoelastic glue on the second of said two surfaces; and a second gypsum board (103; 203) over said viscoelastic glue, said second layer (103; 203) having two surfaces, the first of said two surfaces of said second layer comprising an outer, paper-clad surface and the second of said two surfaces of said second gypsum board comprising an inner surface (105; 207), wherein the inner surface of the second gypsum board is unclad; wherein: the scored flexural strength of the laminated structure is about 97.86 Newtons (about 22 lbf (pounds force)) per 13 mm (1/2 inch) thickness of the structure; the scored flexural strength, according to ASTM test method C473, being the flexural strength of a 304.8 mm by 406.4 mm (12 inch by 16 inch) sample of the laminated structure after the outer, paper-clad surface of one of the first and second gypsum boards has been scored. the scored flexural strength of the laminated structure is about 97.86 Newtons (about 22 lbf (pounds force)) per 13 mm (1/2 inch) thickness of the structure; the scored flexural strength, according to ASTM test method C473, being the flexural strength of a 304.8 mm by 406.4 mm (12 inch by 16 inch) sample of the laminated structure after the outer, paper-clad surface of one of the first and second gypsum boards has been scored.