mhurhangee/ep-ind-claims huggingface dataset:
Medicine collection system, comprising: - a wall with at least one dispensing unit, said at least one dispensing unit comprising a reservoir for accommodating solid medicines such as pills or tablets, a dispensing opening, connected to the reservoir, the dispensing opening comprising dosing means for dosing a solid medicine from the reservoir to the dispensing opening; - a collection area, surrounded by the wall, the collection area comprising a number of collection columns, movable along the wall and said at least one dispensing opening, each collection column comprising at least one receiving opening, wherein said at least one receiving opening is aligned to the at least one dispensing opening in at least one position of said collection column; and - a data processing unit, for controlling the movement of the collection columns and the dosing means; - a transporting means with at least one receptacle, moveable by the transporting means, wherein the top of said at least one receptacle is adjacent to the bottom of one of the collection columns in at least one position of said one collection column and at least one position of said at least one receptacle in the transporting means; characterized in that - the wall is cylindrical, in which a carousel rotates; and - the carousel is arranged on the inside of the wall and said carousel has a central axis and a number of arms on which outer end the collection columns are arranged. - a wall with at least one dispensing unit, said at least one dispensing unit comprising a reservoir for accommodating solid medicines such as pills or tablets, a dispensing opening, connected to the reservoir, the dispensing opening comprising dosing means for dosing a solid medicine from the reservoir to the dispensing opening; - a collection area, surrounded by the wall, the collection area comprising a number of collection columns, movable along the wall and said at least one dispensing opening, each collection column comprising at least one receiving opening, wherein said at least one receiving opening is aligned to the at least one dispensing opening in at least one position of said collection column; and - a data processing unit, for controlling the movement of the collection columns and the dosing means; - a transporting means with at least one receptacle, moveable by the transporting means, wherein the top of said at least one receptacle is adjacent to the bottom of one of the collection columns in at least one position of said one collection column and at least one position of said at least one receptacle in the transporting means; - the wall is cylindrical, in which a carousel rotates; and - the carousel is arranged on the inside of the wall and said carousel has a central axis and a number of arms on which outer end the collection columns are arranged.
Tensioning device for extending a threaded bolt by tensile stress on its threaded end portion, with a cylindrical housing which is supported as an abutment against a fixed base and has at least one piston which is movable therein in a longitudinal direction and can be connected to a hydraulic supply, and with an interchangeable sleeve which passes centrally through the piston which has at its end an internal thread having an engagement length which can be screwed onto the threaded end portion, and with a radially expanded portion for axial entrainment by an entraining face formed on the piston, wherein the interchangeable sleeve is longitudinally movable relative to the piston, wherein the longitudinal travel of the interchangeable sleeve is delimited on the one hand by the entraining face as a first longitudinal stop and on the other hand by a second longitudinal stop, and the longitudinal travel is at least equal to and preferably greater than the engagement length of the internal thread of the interchangeable sleeve, characterised in that the interchangeable sleeve is supported by the force of a spring against the second longitudinal stop.
A water-soluble film comprising: a polyvinyl alcohol (PVOH) resin blend comprising: a first PVOH copolymer comprising a first anionic monomer unit, the first anionic monomer unit comprising maleic anhydride or an alkali metal salt of maleic anhydride, wherein the first anionic monomer unit is present in the first PVOH copolymer in an amount in a range of 1 mol% to 3 mol%; and a second PVOH copolymer comprising a second anionic monomer unit, the second anionic monomer unit comprising maleic anhydride or an alkali metal salt of maleic anhydride, wherein the second anionic monomer unit is present in the second PVOH copolymer in an amount in a range of 3 mol% to10 mol%; wherein the first PVOH copolymer is provided in the blend in an amount in a range of 10 wt.% to 70 wt.%, based on the total weight of the PVOH resin blend and the amount of first anionic monomer unit present in the first PVOH copolymer is different from the amount of second anionic monomer unit present in the second PVOH copolymer. a first PVOH copolymer comprising a first anionic monomer unit, the first anionic monomer unit comprising maleic anhydride or an alkali metal salt of maleic anhydride, wherein the first anionic monomer unit is present in the first PVOH copolymer in an amount in a range of 1 mol% to 3 mol%; and a second PVOH copolymer comprising a second anionic monomer unit, the second anionic monomer unit comprising maleic anhydride or an alkali metal salt of maleic anhydride, wherein the second anionic monomer unit is present in the second PVOH copolymer in an amount in a range of 3 mol% to10 mol%; wherein the first PVOH copolymer is provided in the blend in an amount in a range of 10 wt.% to 70 wt.%, based on the total weight of the PVOH resin blend and the amount of first anionic monomer unit present in the first PVOH copolymer is different from the amount of second anionic monomer unit present in the second PVOH copolymer.
A crystal or crystal complex of formula I, wherein R is sodium, wherein the crystal or crystal complex exhibits diffraction peaks at 6.9°±0.2°, 14.7°±0.2°, 15.5°±0.2°, 16.5°±0.2°, 20.2°±0.2°, 22.9°±0.2°, and 23.7°±0.2° 2 θ in its X-ray powder diffraction (XRPD) pattern.
An apparatus for controlling an inverter in an inverter system, the apparatus comprising: a voltage detecting unit configured to detect an input voltage to an electric motor in the inverter system; a transforming unit configured to transform the input voltage detected by the voltage detecting unit to d-axis and q-axis voltage components in a synchronous coordinate system and provide it to a first determining unit; the first determining unit configured to determine a magnitude (V mag), a phase, and a frequency of the input voltage based on information provided from the transforming unit; characterized in that the apparatus further comprises a second determining unit configured to determine a restart command voltage for generating an inverter driving voltage larger than a residual voltage in the electric motor based on the magnitude of the input voltage (V mag) determined by the first determining unit, when the inverter system is restarted, wherein a magnitude of the restart command voltage (V ref_fly) is determined according to the following equation: V ref _ fly = V mag + V offset + a ⋅ t wherein V ref_fly is the magnitude of the restart command voltage, V mag is the magnitude of the input voltage, V offset is a predetermined offset voltage, a is a magnitude of a voltage change versus time, and t is a magnitude of time. a voltage detecting unit configured to detect an input voltage to an electric motor in the inverter system; a transforming unit configured to transform the input voltage detected by the voltage detecting unit to d-axis and q-axis voltage components in a synchronous coordinate system and provide it to a first determining unit; the first determining unit configured to determine a magnitude (V mag), a phase, and a frequency of the input voltage based on information provided from the transforming unit; characterized in that the apparatus further comprises a second determining unit configured to determine a restart command voltage for generating an inverter driving voltage larger than a residual voltage in the electric motor based on the magnitude of the input voltage (V mag) determined by the first determining unit, when the inverter system is restarted, wherein a magnitude of the restart command voltage (V ref_fly) is determined according to the following equation: V ref _ fly = V mag + V offset + a ⋅ t wherein V ref_fly is the magnitude of the restart command voltage, V mag is the magnitude of the input voltage, V offset is a predetermined offset voltage, a is a magnitude of a voltage change versus time, and t is a magnitude of time.
A steering assist device comprising: an electric motor that supplies applies a steering drive force to a steering mechanism of a vehicle; characterized by further comprising an information acquisition unit that acquires a lateral deviation (y) of the vehicle from a target travel line (Ls) and a lateral deviation variation rate (dy/dt) which is a variation rate of the lateral deviation (y) per unit time; a basic target current value setting unit that sets a basic target current value (Io *) for the electric motor; a current compensation value computation unit that computes a current compensation value (Ir) for compensating the basic target current value (Io *) on the basis of the lateral deviation (y) and the lateral deviation variation rate (dy/dt) acquired by the information acquisition unit such that the lateral deviation (y) and the lateral deviation variation rate (dy/dt) get close to zero; a target current value computation unit that computes a target current value (I *) by compensating the basic target current value (Io *) set by the basic target current value setting unit with the current compensation value (Ir) computed by the current compensation value computation unit; and a control unit that controls drive of the electric motor on the basis of the target current value (I *) computed by the target current value computation unit. an electric motor that supplies applies a steering drive force to a steering mechanism of a vehicle; characterized by further comprising an information acquisition unit that acquires a lateral deviation (y) of the vehicle from a target travel line (Ls) and a lateral deviation variation rate (dy/dt) which is a variation rate of the lateral deviation (y) per unit time; a basic target current value setting unit that sets a basic target current value (Io *) for the electric motor; a current compensation value computation unit that computes a current compensation value (Ir) for compensating the basic target current value (Io *) on the basis of the lateral deviation (y) and the lateral deviation variation rate (dy/dt) acquired by the information acquisition unit such that the lateral deviation (y) and the lateral deviation variation rate (dy/dt) get close to zero; a target current value computation unit that computes a target current value (I *) by compensating the basic target current value (Io *) set by the basic target current value setting unit with the current compensation value (Ir) computed by the current compensation value computation unit; and a control unit that controls drive of the electric motor on the basis of the target current value (I *) computed by the target current value computation unit.
An apparatus for conducting waste plastic thermolysis, the apparatus consisting of a feeding system, an extruder, a reactor for thermolysis which height is at least 1.5 times longer than its diameter, an external circulation loop and a product collecting system, wherein the feeding system is followed by the extruder and said extruder being followed by said thermolysis reactor, said reactor being appointed an dual agitator, an outlet piece for reaction mixture at the bottom of the reactor, and an inlet piece at an upper part of the reactor's wall for feeding reaction mixture, the reactor being connected through said outlet and inlet pieces (14,15) to the external circulation loop, said external circulation loop comprises an electrical flux heater, a circulation pump, a three-way valve, a thermolysis residue collecting system connected to said three-way valve, said thermolysis residue collecting system comprising a residue cooling system and a residue tank, the inlet piece being positioned after the heater, the reactor further comprises an inlet piece squared to the reactor's wall, said inlet piece feeding plasticized feedstock from said extruder into the reactor, and wherein said inlet piece feeding reaction mixture from said circulation loop is tangential to reactor wall, inlet piece feeding plasticized feedstock from said extruder into said reactor being situated below inlet piece feeding reaction mixture from said circulation loop. wherein the feeding system is followed by the extruder and said extruder being followed by said thermolysis reactor, said reactor being appointed an dual agitator, an outlet piece for reaction mixture at the bottom of the reactor, and an inlet piece at an upper part of the reactor's wall for feeding reaction mixture, the reactor being connected through said outlet and inlet pieces (14,15) to the external circulation loop, said external circulation loop comprises an electrical flux heater, a circulation pump, a three-way valve, a thermolysis residue collecting system connected to said three-way valve, said thermolysis residue collecting system comprising a residue cooling system and a residue tank, the inlet piece being positioned after the heater, the reactor further comprises an inlet piece squared to the reactor's wall, said inlet piece feeding plasticized feedstock from said extruder into the reactor, and wherein said inlet piece feeding reaction mixture from said circulation loop is tangential to reactor wall, inlet piece feeding plasticized feedstock from said extruder into said reactor being situated below inlet piece feeding reaction mixture from said circulation loop. the inlet piece being positioned after the heater, the reactor further comprises an inlet piece squared to the reactor's wall, said inlet piece feeding plasticized feedstock from said extruder into the reactor, and wherein said inlet piece feeding reaction mixture from said circulation loop is tangential to reactor wall, inlet piece feeding plasticized feedstock from said extruder into said reactor being situated below inlet piece feeding reaction mixture from said circulation loop.
A device for moulding a shell for a swimming pool, the shell having side walls and a bottom and including an accessory accommodating compartment, such as for a roller shutter, inside one of its side walls, the moulding device including a hollow base mould having an upper surface and side walls (41, 42, 43, 44), the upper surface being intended to define the bottom of the shell to be moulded, the moulding device being characterised in that it further includes at least one side undercut mould (5; 5') with an interface face (50; 50') adapted to be arranged against one of the side walls of the base mould, at a predetermined distance from the upper surface and the end of said side wall of the base mould, and a moulding face (51; 51') having a profile in keeping with the interior of the accessory accommodating compartment to be moulded, the at least one undercut mould (5; 5') being adapted to be temporarily secured to the base mould, using removable connecting means (53; 6), with the interface face (50; 50') being arranged against said side wall of the base mould.
A sealant composition, comprising sealant and a light converting material uniformly distributed in the sealant, wherein the light converting material comprises a particulate quantum dot material and is capable of converting incident light entering into the sealant to light for curing the sealant.
A method of operating a wireless telecommunications network comprising: providing plural persistent resources for sending of units of user data to the base station from respective ones of the plural wireless stations; transmitting from a particular one of the plural wireless stations a unit of user data using the persistent resource; detecting non-receipt or erroneous receipt of the unit of user data from a particular one of the plural wireless stations; providing an indication of the non-receipt or the erroneous receipt to the particular wireless station; providing a semi-persistent resource for potentially shared use by plural wireless stations on an uplink to a base station; characterized by: the particular wireless station interpreting the indication of the non-receipt or the erroneous receipt as authorization to use a particular instance of the semi-persistent resource, in response to the indication of the non-receipt or the erroneous receipt, the particular wireless station transmitting to the base station using the particular instance of the semi-persistent resource. providing plural persistent resources for sending of units of user data to the base station from respective ones of the plural wireless stations; transmitting from a particular one of the plural wireless stations a unit of user data using the persistent resource; detecting non-receipt or erroneous receipt of the unit of user data from a particular one of the plural wireless stations; providing an indication of the non-receipt or the erroneous receipt to the particular wireless station; providing a semi-persistent resource for potentially shared use by plural wireless stations on an uplink to a base station; the particular wireless station interpreting the indication of the non-receipt or the erroneous receipt as authorization to use a particular instance of the semi-persistent resource, in response to the indication of the non-receipt or the erroneous receipt, the particular wireless station transmitting to the base station using the particular instance of the semi-persistent resource.
Light source module for motor vehicle headlamps, - with at least one laser light sources (12a, 12b) for the emission of laser light, - with a photo luminescence element, which is designed in such a manner that a mixed light distribution can be emitted from laser light under the influence of photo luminescence and which is arranged in such a manner that the laser light of at least one laser light source (12a, 12b) can hit the photo luminescence element, - with at least one light-emitting diode used to generate a supplemental light distribution, whereas at least one laser light source (12a, 12b), the photo luminescence element and at least one light-emitting diode is permanently arranged on one joint carrier component as a physical unit, wherein the joint carrier component has a front section in reference to the carrier's longitudinal direction and a base section located behind the former, wherein the at least one light-emitting diode is positioned at the front section and the laser light source (12a, 12b) is positioned at the base section, characterized in that the photo luminescence element is positioned at one portion of the carrier component and the at least one light-emitting diode is positioned at another portion of the carrier component distanced from the aforementioned portion by air gaps or by a thermally insulating separating section, and wherein the photo luminescence element is arranged on the front section and that at least one laser guidance optics unit (44, 52, 54) is provided to guide the laser light of at least one laser light source (12a, 12b) to the photo luminescence element. - with at least one laser light sources (12a, 12b) for the emission of laser light, - with a photo luminescence element, which is designed in such a manner that a mixed light distribution can be emitted from laser light under the influence of photo luminescence and which is arranged in such a manner that the laser light of at least one laser light source (12a, 12b) can hit the photo luminescence element, - with at least one light-emitting diode used to generate a supplemental light distribution, whereas at least one laser light source (12a, 12b), the photo luminescence element and at least one light-emitting diode is permanently arranged on one joint carrier component as a physical unit,
Bryostatin-1 for use as a medicament for the enhancement of cognitive ability, wherein the enhancement of the cognitive ability treats the cognitive impairment of a neurological disease or disorder.
Thermoelectric module comprising: - a thermoelectric layer of substantially constant thickness, t, comprising one p-type portion and one n-type portion, both portions (7p, 7n) presenting together an upper and a lower main surfaces (11,12) separated by said thickness t and extending over the whole thickness t of the thermoelectric layer; - first and second thermal resistor elements (1 r, 2r) in thermal contact with said lower main surface; - a first thermal bridge element in thermal contact with said lower main surface, between and adjacent to the first and second thermal resistor elements (1 r, 2r); such that said first and second thermal resistor elements (1 r, 2r) and said first thermal bridge element cover the whole lower main surface, and such that said first thermal bridge element is globally able to transfer heat between said thermoelectric layer and the surrounding environment at a substantially higher rate than the first and second thermal resistor elements (1 r, 2r); wherein: - said p-type and said n-type portions are adjacent and directly coupled by an interface; and in that - said first thermal bridge element spans at least over the orthogonal projection of said interface onto said lower main surface. - a thermoelectric layer of substantially constant thickness, t, comprising one p-type portion and one n-type portion, both portions (7p, 7n) presenting together an upper and a lower main surfaces (11,12) separated by said thickness t and extending over the whole thickness t of the thermoelectric layer; - first and second thermal resistor elements (1 r, 2r) in thermal contact with said lower main surface; - a first thermal bridge element in thermal contact with said lower main surface, between and adjacent to the first and second thermal resistor elements (1 r, 2r); - said p-type and said n-type portions are adjacent and directly coupled by an interface; and in that - said first thermal bridge element spans at least over the orthogonal projection of said interface onto said lower main surface.