mhurhangee/ep-ind-claims huggingface dataset:
An applicator, comprising: a nozzle including an elongated nozzle main body to which gas and a plurality of kinds of liquids can be supplied and a nozzle head provided at a distal end side of the nozzle main body and configured to jet mixed solution of the gas and the plurality of kinds of liquids supplied to the nozzle main body; and a sheath in which the nozzle main body is fitted for relative movement along a longitudinal axial direction of the nozzle main body; the applicator being configured to be inserted into a living body to apply the mixed solution to a region in the living body; a gap (14d, 53) being provided between the nozzle main body and the sheath so as to function as an exhaust path for exhausting gas in the living body to the outside of the body when the pressure in the living body rises; characterized in that the sheath has a plurality of side holes (15a, 15b) formed on a circumference thereof at a plurality of positions spaced by an equal interval from each other along a longitudinal axial direction of the sheath and from a distal end portion of the sheath and from a proximal end portion of the sheath, each of the side holes (15a, 15b) communicating with the gap (14d, 53). a nozzle including an elongated nozzle main body to which gas and a plurality of kinds of liquids can be supplied and a nozzle head provided at a distal end side of the nozzle main body and configured to jet mixed solution of the gas and the plurality of kinds of liquids supplied to the nozzle main body; and a sheath in which the nozzle main body is fitted for relative movement along a longitudinal axial direction of the nozzle main body; the applicator being configured to be inserted into a living body to apply the mixed solution to a region in the living body; a gap (14d, 53) being provided between the nozzle main body and the sheath so as to function as an exhaust path for exhausting gas in the living body to the outside of the body when the pressure in the living body rises; characterized in that the sheath has a plurality of side holes (15a, 15b) formed on a circumference thereof at a plurality of positions spaced by an equal interval from each other along a longitudinal axial direction of the sheath and from a distal end portion of the sheath and from a proximal end portion of the sheath, each of the side holes (15a, 15b) communicating with the gap (14d, 53).
Drive for a rising spindle of a spindle valve, in a drinking water distributing system, comprising a motor and a drive shaft, which is able to be driven via the motor, and also a torque transmission device for transmitting a torque from the drive shaft to the spindle of the spindle valve, wherein the torque transmission device has an adaptor which interacts with the drive shaft, wherein a relative movement between the drive shaft and the spindle of the spindle valve in the direction of a drive shaft axis is able to be accommodated by the adaptor, and wherein a torque is able to be transmitted from the drive shaft to the spindle of the spindle valve by the adaptor, wherein the motor is able to be mechanically decoupled from the drive shaft by axial movement of a toothed wheel, wherein, in the coupled state, the motor interacts with the drive shaft via a toothed-wheel gearing (130, 123), and wherein, in the decoupled state, at least two toothed wheels (137, 123), which are in engagement in the coupled state, are not in engagement, characterized in that the adaptor is guided, so as to be longitudinally displaceable in the direction of the drive shaft axis, a. on the drive shaft; or b. on the spindle; or c. both on the spindle and on the drive shaft. a. on the drive shaft; or b. on the spindle; or c. both on the spindle and on the drive shaft.
A temporarily or permanently implantable medical device comprising at least one elongate electrical function conductor for transmitting therapeutic signals or diagnostic signals or both, wherein at least one additional conductor is provided, which, together with the function conductor, forms, at least in one or more portions, a double line which is separated from the function conductor by a dielectric and which is coupled to the function conductor via a coupling impedance, wherein the ends of the additional conductor are interconnected via an impedance, wherein the impedance of this connection is dimensioned such that the value of the line wave impedance of the function conductor for frequency ranges far above a frequency range of the therapeutic or diagnostic signals, i.e. in the range of HF fields, is much greater than the value of the line wave impedance of the function conductor in the frequency range of the therapeutic or diagnostic signals, so that currents in a frequency range above the frequency range of the therapeutic or diagnostic signals are damped at least 6 dB more intensely than currents in the 1 kHz range, wherein the one or more portions of the medical device forming a double line forms/form a sheath wave trap, and wherein the coupling impedance is formed by a capacitor or an inductor.
A package (10;110;210;310;410) with a sterile pharmaceutical fluid, said package comprising: a) a container (20;120;220;320;420) including a container body, said container body including an annular container neck (22;122;222;322), said container body defining a fluid reservoir (24;124;224;324;424) and said container neck defining an open container mouth (26;126;226;326;426) in fluid communication with said reservoir, b) a plug (40;140;240;340;440) inserted into said mouth so as to span across said container neck and fluidically isolate said reservoir, said plug defining an elongate fluid passageway (45;145;245;345;445) therethrough, said fluid passageway comprising opposed first (47;147;247;347;447) and second (49;149;249;349;449) open ends in fluid communication with each other and with said reservoir, and c) a float (15;115;215;315;415) residing inside the container, said float sized and shaped to seal said second open end (49;149;249;349;449) of said passageway, such that the float will seat against the side of the plug facing the fluid in the container, when the fluid held within said reservoir falls to a level near depletion, when the passageway is positioned in underlying registry with said reservoir, wherein the plug is a connecting plug inserted into said mouth, said connecting plug comprising a centrally located cylindrical wall defining said passageway extending through the plug body, characterised in that the package further comprises a plug seal (30; 130; 430) removably inserted into the first open end (47; 147; 247; 347; 447) of the passageway of the connecting plug. a) a container (20;120;220;320;420) including a container body, said container body including an annular container neck (22;122;222;322), said container body defining a fluid reservoir (24;124;224;324;424) and said container neck defining an open container mouth (26;126;226;326;426) in fluid communication with said reservoir, b) a plug (40;140;240;340;440) inserted into said mouth so as to span across said container neck and fluidically isolate said reservoir, said plug defining an elongate fluid passageway (45;145;245;345;445) therethrough, said fluid passageway comprising opposed first (47;147;247;347;447) and second (49;149;249;349;449) open ends in fluid communication with each other and with said reservoir, and c) a float (15;115;215;315;415) residing inside the container, said float sized and shaped to seal said second open end (49;149;249;349;449) of said passageway, such that the float will seat against the side of the plug facing the fluid in the container, when the fluid held within said reservoir falls to a level near depletion, when the passageway is positioned in underlying registry with said reservoir,
A method for performing a measurement by a terminal, the method comprising: receiving, from a base station, a resource restriction pattern including first pattern information indicating specific subframes to be restricted in measurement of a serving cell and second pattern information indicating specific subframes to be restricted in measurement of a neighbor cell; measuring the neighbor cell at a first frequency band applying or without applying the second pattern information; measuring the serving cell applying the first pattern information, based on a predetermined condition being satisfied and measuring the serving cell without applying the first pattern information, based on the predetermined condition being not satisfied, wherein the predetermined condition is satisfied, based on measurement of the neighbor cell being an intra-frequency cell measurement, or based on a frequency band of the serving cell overlapping at least in part with the first frequency band, or based on a frequency band of the last radio resource control, RRC, configuration or reconfiguration corresponding to the first frequency band, or based on the second pattern information being applied to the neighbor cell measurement. receiving, from a base station, a resource restriction pattern including first pattern information indicating specific subframes to be restricted in measurement of a serving cell and second pattern information indicating specific subframes to be restricted in measurement of a neighbor cell; measuring the neighbor cell at a first frequency band applying or without applying the second pattern information; measuring the serving cell applying the first pattern information, based on a predetermined condition being satisfied and measuring the serving cell without applying the first pattern information, based on the predetermined condition being not satisfied, wherein the predetermined condition is satisfied, based on measurement of the neighbor cell being an intra-frequency cell measurement, or based on a frequency band of the serving cell overlapping at least in part with the first frequency band, or based on a frequency band of the last radio resource control, RRC, configuration or reconfiguration corresponding to the first frequency band, or based on the second pattern information being applied to the neighbor cell measurement.
A system for milking a group of milking animals, in particular cows, wherein the system comprises: - an accommodation space for the milking animals, - a plurality of milking stations which are each arranged at a fixed location and next to each other, wherein the milking stations are each connected to the accommodation space by means of a walkable connection, - an automatic milking system for automatic milking of milking animals present in the milking stations, and - expulsion means which are configured to give, in each of the milking stations, an expulsion stimulus to a milking animal present in said milking station to leave said milking station, and - a control system which is actively connected to the expulsion means, wherein the control system is configured to activate the expulsion means such that the expulsion stimulus is given to each milking animal present in one of the milking stations on condition that (i) said milking animal fulfils a predefined expulsion criterion, and (ii) all other milking stations are occupied by other milking animals. - an accommodation space for the milking animals, - a plurality of milking stations which are each arranged at a fixed location and next to each other, wherein the milking stations are each connected to the accommodation space by means of a walkable connection, - an automatic milking system for automatic milking of milking animals present in the milking stations, and - expulsion means which are configured to give, in each of the milking stations, an expulsion stimulus to a milking animal present in said milking station to leave said milking station, and - a control system which is actively connected to the expulsion means, wherein the control system is configured to activate the expulsion means such that the expulsion stimulus is given to each milking animal present in one of the milking stations on condition that (i) said milking animal fulfils a predefined expulsion criterion, and (ii) all other milking stations are occupied by other milking animals.
A heating assembly for heating a cigarette, comprising a heating body and a cavity for containing at least a part of the cigarette, the heating body comprising a base, an infrared radiation layer and electrodes, the base comprising a surface, and the infrared radiation layer being arranged on the surface for generating infrared radiation to heat at least a part of the cigarette located in the cavity; characterized in that at least a part of the electrode being recessed from the surface and embedded in the base, so that the electrode and the base are formed into an integral structure, and the electrode is electrically connected with the infrared radiation layer.
Dishwasher, in particular a domestic dishwasher, comprising a washing container that provides a washing chamber and is intended to receive washware to be cleaned, a spray device for applying washing solution to the washware to be cleaned, a collection pot into which the washing container fluidically opens, and a circulating pump, which is fluidically connected to the collecting pot by means of a first suction line and which can be operated in a first running direction, in which washing solution is suctioned from the collecting pot, via the first suction line, by means of the circulating pump and flows from there via a supply line to the spray device and collects in the collection pot after passing through a sieve device inserted in the collection pot, characterised in that the circulating pump is an axial pump and that a second suction line is provided, by means of which the circulating pump is fluidically connected to the collection pot, the running direction of the circulating pump being reversible, it being possible in the reversed second running direction of the circulating pump for washing solution to be suctioned from the collecting pot, via the second suction line, by the circulating pump and to be discharged back into the collecting pot via the first suction line. and collects in the collection pot after passing through a sieve device inserted in the collection pot, characterised in that the circulating pump is an axial pump and that a second suction line is provided, by means of which the circulating pump is fluidically connected to the collection pot, the running direction of the circulating pump being reversible, it being possible in the reversed second running direction of the circulating pump for washing solution to be suctioned from the collecting pot, via the second suction line, by the circulating pump and to be discharged back into the collecting pot via the first suction line.
A method for manufacturing pouches containing cohesionless material, including the steps of: - feeding the cohesionless material, by way of conveying means, from a delivery station to a transfer station; - transferring predetermined portions of the material, through the agency of forcing means operating at the transfer station, from the conveyor means to at least one duct connecting with a wrapping station where the pouches are formed, filled and sealed, characterized in that the forcing means are applied in succession onto different areas of the portion in such a way that the selfsame portion is removed by degrees from the conveyor means and will be directed gradually into the duct. - feeding the cohesionless material, by way of conveying means, from a delivery station to a transfer station; - transferring predetermined portions of the material, through the agency of forcing means operating at the transfer station, from the conveyor means to at least one duct connecting with a wrapping station where the pouches are formed, filled and sealed,
A display device, comprising: a display panel; a module cover at a rear of the display panel; a rigid bar coupled with a coupling portion on a rear surface of the module cover, the rigid bar elongated along a side of the display panel; and a back cover at a rear of the module cover and covering the rigid bar, wherein the back cover includes: an outer surface facing a rear of the back cover; an inner surface facing the module cover; and at least one first latch protruding from the inner surface, characterized in that the rigid bar includes: a fastening plate spaced apart from the coupling portion of the module cover; a lateral plate bent toward the module cover from the fastening plate; and at least one first receiving portion formed on the lateral plate, wherein the at least one first latch is configured to be accommodated in the first receiving portion of the rigid bar. a display panel; a module cover at a rear of the display panel; a rigid bar coupled with a coupling portion on a rear surface of the module cover, the rigid bar elongated along a side of the display panel; and a back cover at a rear of the module cover and covering the rigid bar, wherein the back cover includes: an outer surface facing a rear of the back cover; an inner surface facing the module cover; and at least one first latch protruding from the inner surface, an outer surface facing a rear of the back cover; an inner surface facing the module cover; and at least one first latch protruding from the inner surface, characterized in that the rigid bar includes: a fastening plate spaced apart from the coupling portion of the module cover; a lateral plate bent toward the module cover from the fastening plate; and at least one first receiving portion formed on the lateral plate, a fastening plate spaced apart from the coupling portion of the module cover; a lateral plate bent toward the module cover from the fastening plate; and at least one first receiving portion formed on the lateral plate, wherein the at least one first latch is configured to be accommodated in the first receiving portion of the rigid bar.
Optically-pumped magnetometer intended to measure an ambient magnetic field, comprising: means for illuminating a cell filled with an atomic gas with: a pump beam tuned to an atomic transition line and and linearly polarised in a polarisation direction, and an alternative Stark effect beam offset from the atomic transition line and polarised circularly, a first modulator configured to modulate the pump beam with a first modulation frequency (f m1), a polarisation rotator configured to turn the polarisation direction of the pump beam, a second modulator configured to modulate the Stark effect beam with a second modulation frequency (f m2), a first servo circuit acting on the polarisation rotator in order to keep a constant angle (β) between the polarisation direction of the pump beam and the ambient magnetic field, a second servo circuit acting on the first and second modulator in order to keep the first and second modulation frequency at the Larmor frequency of the atomic gas or at one of the harmonics thereof. means for illuminating a cell filled with an atomic gas with: a pump beam tuned to an atomic transition line and and linearly polarised in a polarisation direction, and an alternative Stark effect beam offset from the atomic transition line and polarised circularly, a pump beam tuned to an atomic transition line and and linearly polarised in a polarisation direction, and an alternative Stark effect beam offset from the atomic transition line and polarised circularly, a first modulator configured to modulate the pump beam with a first modulation frequency (f m1), a polarisation rotator configured to turn the polarisation direction of the pump beam, a second modulator configured to modulate the Stark effect beam with a second modulation frequency (f m2), a first servo circuit acting on the polarisation rotator in order to keep a constant angle (β) between the polarisation direction of the pump beam and the ambient magnetic field, a second servo circuit acting on the first and second modulator in order to keep the first and second modulation frequency at the Larmor frequency of the atomic gas or at one of the harmonics thereof.
Flow meter for detecting a flow rate of a fluid, comprising a housing with a flow channel, through which flow channel the fluid can be guided from an inlet opening of the housing to an outlet opening of the housing, a measurement tube, which is inserted into the flow channel and narrows the flow cross section in one section of the flow channel, and a holding device, by way of which the measurement tube is mounted on the housing, wherein, between the inlet opening and the measurement tube and/or between the measurement tube and the outlet opening, there is arranged a respective flow straightener which has at least one aperture through which the fluid can flow, wherein the flow straightener is formed as a separate component which is fastened to the holding device by way of a form-fitting connection, characterized in that the holding device comprises a first and a second holding component (10, 11), which are connected to one another in a force-fitting and/or form-fitting manner, wherein the first holding component and the flow straightener are connected in a form-fitting manner, wherein the first holding component and the flow straightener are formed in such a way that their relative position and orientation are fixed solely by way of their form-fitting connection.
Powder coating composition comprising a binder composition, said binder composition comprising a branched, partially defunctionalized acid-functional polyester and a crosslinker that is reactive with acid-functional polyester, wherein: a. the crosslinker comprises ß-hydroxyalkylamide; and b. the branched, partially defunctionalized acid-functional polyester is based on: i) at least one multi-functional component that is either carboxyl-functional, hydroxyl-functional or carboxyl- and hydroxyl- functional and the multi-functional component does not contain a tertiary carboxylic functionality; and ii) at least one di-functional component that is reactive towards a functional group on the multi-functional component; and iii) at least one monofunctional component, said monofunctional component being a fatty acid; and at least 50 mol% of the acid-derived groups in the branched, partially defunctionalized acid-functional polyester originate from an aromatic acid. a. the crosslinker comprises ß-hydroxyalkylamide; and b. the branched, partially defunctionalized acid-functional polyester is based on: i) at least one multi-functional component that is either carboxyl-functional, hydroxyl-functional or carboxyl- and hydroxyl- functional and the multi-functional component does not contain a tertiary carboxylic functionality; and ii) at least one di-functional component that is reactive towards a functional group on the multi-functional component; and iii) at least one monofunctional component, said monofunctional component being a fatty acid; and at least 50 mol% of the acid-derived groups in the branched, partially defunctionalized acid-functional polyester originate from an aromatic acid. i) at least one multi-functional component that is either carboxyl-functional, hydroxyl-functional or carboxyl- and hydroxyl- functional and the multi-functional component does not contain a tertiary carboxylic functionality; and ii) at least one di-functional component that is reactive towards a functional group on the multi-functional component; and iii) at least one monofunctional component, said monofunctional component being a fatty acid; and at least 50 mol% of the acid-derived groups in the branched, partially defunctionalized acid-functional polyester originate from an aromatic acid.