mhurhangee/ep-ind-claims huggingface dataset:
A method for filtering and stabilizing an ultra-high gravity alcoholic beverage, comprising: receiving the UHG alcoholic beverage having 24% to 50% alcohol by volume from a forward osmosis system; introducing the UHG alcoholic beverage into a chilled holding tank set at a temperature within a range of -1°C to -7°C; holding the UHG alcoholic beverage in the chilled holding tank for a predetermined amount of time such that the temperature of the UHG alcoholic beverage is within the range of -1°C to -7°C, and wherein the temperature of the UHG alcoholic beverage is prevented from falling below a freezing point of the UHG alcoholic beverage; pumping the UHG alcoholic beverage from the chilled holding tank through a pre-filter of a filtration system, the pre-filter comprising at least one coarse particle size filter; pumping the UHG alcoholic beverage pre-filtered by the pre-filter of the filtration system through a fine-filter of the filtration system; and collecting the UHG alcoholic beverage filtered by the pre-filter and the fine-filter of the filtration system. receiving the UHG alcoholic beverage having 24% to 50% alcohol by volume from a forward osmosis system; introducing the UHG alcoholic beverage into a chilled holding tank set at a temperature within a range of -1°C to -7°C; holding the UHG alcoholic beverage in the chilled holding tank for a predetermined amount of time such that the temperature of the UHG alcoholic beverage is within the range of -1°C to -7°C, and wherein the temperature of the UHG alcoholic beverage is prevented from falling below a freezing point of the UHG alcoholic beverage; pumping the UHG alcoholic beverage from the chilled holding tank through a pre-filter of a filtration system, the pre-filter comprising at least one coarse particle size filter; pumping the UHG alcoholic beverage pre-filtered by the pre-filter of the filtration system through a fine-filter of the filtration system; and collecting the UHG alcoholic beverage filtered by the pre-filter and the fine-filter of the filtration system.
A coating apparatus for applying a coating on glass containers with a chemical compound comprising: • a housing with a coating tunnel • a conveyer belt moving the containers through the coating tunnel from the inlet to the outlet of the said coating tunnel • one primary loop that is a circuit that comprises a feed point of a coating compound and circulates a carrier gas or air loaded with the coating compound • a half open loop beginning from the outlet and ending to the inlet of the coating tunnel, that transports air enriched with the coating compound and carrier gas from the outlet to the inlet of the coating tunnel. • a housing with a coating tunnel • a conveyer belt moving the containers through the coating tunnel from the inlet to the outlet of the said coating tunnel • one primary loop that is a circuit that comprises a feed point of a coating compound and circulates a carrier gas or air loaded with the coating compound • a half open loop beginning from the outlet and ending to the inlet of the coating tunnel, that transports air enriched with the coating compound and carrier gas from the outlet to the inlet of the coating tunnel.
A crystalline form A of the sulfate salt of 4-methyl-N-[3-(4-methylimidazol-1-yl)-5-trifluoromethyl-phenyl]-3-(4-pyridin-3-yl-pyrimidin-2-ylamino)-benzamide, wherein said crystalline form is characterized by an x-ray-powder diffraction pattern having at least one maxima selected from 6.3°, 7.7°, 9.5°, 10.7°, 17.9° and 18.9° (2θ degrees).
Assembly of a distribution box and electric installation material with electric wirings, wherein the distribution box comprises a top wall and a circumferential wall upright from the top wall, wherein the top wall and the circumferential wall together enclose an installation space for installation material, wherein the distribution box comprises a bottom plane, opposite to the top wall, in which an installation opening is provided, wherein the circumferential wall is provided with one or more wire openings for electric wirings to pass through the circumferential wall, wherein a separate airtight insert is provided, wherein the separate airtight insert is configured to be mounted in or at the installation opening for substantially closing off the installation opening air tight, wherein the distribution box comprises a bottom wall, opposite to the top wall, having the installation opening provided therein, wherein the airtight insert is configured to be received within the installation opening, wherein the bottom wall comprises a bottom body and an installation edge standing upright from the bottom wall, wherein the installation opening is delimited by the installation edge, wherein the airtight insert comprises an insert body, wherein the insert body comprises an insert edge standing upright from the insert body, and an engaging edge provided at the rim of the insert edge facing away from the insert body, wherein the engaging edge extends substantially radially outwards with respect to the insert edge in a plane parallel to the insert body, wherein the engaging edge is configured to be in engagement with the inner circumference of the installation edge when the airtight insert is received within the installation opening, wherein the insert body has one or more passages for electric wirings to pass through the insert body, wherein the one or more passages are target fractures, each of the one or more target fractures comprising a membrane to be penetrated by electric wirings to pass through the airtight insert.
A thermally conductive sheet comprising: a polymer matrix; and an anisotropic filler, the anisotropic filler oriented in a thickness direction, the anisotropic filler being exposed on a surface of the thermally conductive sheet, and the anisotropic filler which is exposed being disposed in such a way as to fall down in a proportion of 3.5 to 45%. a polymer matrix; and an anisotropic filler, the anisotropic filler oriented in a thickness direction, the anisotropic filler being exposed on a surface of the thermally conductive sheet, and the anisotropic filler which is exposed being disposed in such a way as to fall down in a proportion of 3.5 to 45%.
Household appliance having a liquid reservoir which comprises an inner volume for holding water, wherein said inner volume comprises floating members, characterised in that the floating members are suitable for removing a biofilm by moving on an inner surface of the inner volume of the liquid reservoir.
A process for producing (2 R,3 R)-2-(2,4-difluorophenyl)-3-(4-methylenepiperidin-1-yl)-1-(1 H -1,2,4-triazol-1-yl)butan-2-ol or an acid addition salt thereof, which comprises reacting (2 R,3 S)-2-(2,4-difluorophenyl)-3-methyl-2-[(1 H -1,2,4-triazol-1-yl)methyl]oxirane with an acid addition salt of 4-methylenepiperidine in a reaction solvent in the presence of a hydroxide of an alkali metal or an alkaline earth metal selected from the group consisting of lithium and calcium, or a hydrate thereof.
A compound represented by any one of formulas (1-a) to (1-f): in formulas, Z 1, Z 2, Z 3 and Z 4 are a single bond; s is 1; L 1 is a single bond; L 2 is a single bond, -COO-, -CH=CH-, - CH=CH-COO-, -C(CH 3)=CH-COO-, -CH=C(CH 3)-COO-, - C(CH 3)=C(CH 3)-COO-, -C≡C-, -COCH=CH-, -C(CH 3)=C(CH 3)-, - CH=CH-CH 2 O-, -CH=CH-OCH 2 - or -CO-; at least one of X 11, X 12, X 13, X 14, X 15, X 16, X 17, X 18, X 19, X 20, X 21, X 22, X 23 and X 24 is methyl, fluorine, -CF 2 H or -CF 3, the rest are hydrogen; and P 1, P 2, P 3 and P 4 are CH 2 =CH-COO- or CH 2 =C(CH 3)-COO-.
Procedure for determining or monitoring at least one physical process variable of a medium with a unit capable of vibration, wherein a transmission/reception unit causes the unit capable of vibration to vibrate using transmission signals which are attenuated as soon as the unit capable of vibration vibrates in the medium, wherein the vibrations of the unit capable of vibration are received in the form of reception signals, and wherein the process variable is determined or monitored on the basis of the frequency or the amplitude of the reception signal or the phase shift between the transmission signal and the reception signal, wherein the behavior over time of the amplitude of the reception signal is examined and evaluated depending on a variation over time in the excitation of the unit capable of vibration, characterized in that by means of a frequency sweep within a predefined frequency range in the operating range of the unit capable of vibration the unit capable of vibration is gradually excited to vibrate by means of transmission signals with consecutive discrete excitation frequencies, wherein the unit capable of vibration has a resonance frequency (f RES), and wherein at least one of the excitation frequencies is located in a narrow interval around the resonance frequency (f RES), in that, in addition to a global maximum value, the reception signal has additional local maximum values, said local maximum values belonging to modulations which originate from the superimposition of various frequencies and which occur when the decaying vibration at the excitation frequency located in the narrow interval around the resonance frequency (f RES) is superimposed in a constructive manner with vibrations at consecutive frequencies in the sweep, in that the number and/or level of the local maximum values is detected and in that the number and/or level of the detected local maximum values is used to determine whether deposit buildup has formed on the unit capable of vibration.
A non-pneumatic tire, comprising a resilient wheel (4, 204, 504) configured to be positioned on a rim, the wheel comprising an inner ring (8, 208, 508), an outer ring (10, 210, 510) and a plurality of flexible webs interconnecting the inner and outer rings, the webs cooperating with each other to define a plurality of openings (12, 14, 16, 212, 214, 216, 512, 514, 516), characterized in that the resilient wheel having an inner face defined by an inner side of the webs and including the plurality of openings, and an outer face defined by an outer side (314, 514) of the webs and including the plurality of openings; and a tread layer (6, 56) positioned on the outer ring; the stiffness of the resilient wheel at a position adjacent to the inner face is different than the stiffness of the resilient wheel at a position adjacent to the outer face.
An underwater vehicle comprising: a plurality of releasable panel members (14a, 14b, 14c) that are initially in a storage state in which the plurality of releasable panel members form a closed housing and the underwater vehicle is neutrally buoyant; and an actuatable effector that is retained in the closed housing, the effector being a munition or an imaging device, the effector having an anchor and a positively buoyant upper unit opposite the anchor, wherein when the plurality of releasable panel members are released to open the closed housing, the effector is separable from the plurality of releasable panel members and maintained in a vertically downward direction by the anchor and the positively buoyant upper unit. a plurality of releasable panel members (14a, 14b, 14c) that are initially in a storage state in which the plurality of releasable panel members form a closed housing and the underwater vehicle is neutrally buoyant; and an actuatable effector that is retained in the closed housing, the effector being a munition or an imaging device, the effector having an anchor and a positively buoyant upper unit opposite the anchor, wherein when the plurality of releasable panel members are released to open the closed housing, the effector is separable from the plurality of releasable panel members and maintained in a vertically downward direction by the anchor and the positively buoyant upper unit.
System for holding railing panels on a building part, providing a panel take-up which is formed by a holding profile or is recessed or incorporated in a building part body and which receives the railing panel and within which the railing panel can be firmly clamped, and providing a rotary pole to the side of a flat side of the railing panel, around which the railing panel can be pivoted for the purpose of the adjustment of its vertical tilt during fixing of the same in the panel holder, and wherein one or more clamping parts (8', 8") are provided for clamping the railing panel, characterised in that the clamping parts (8', 8"), are to be driven or pushed into the panel take-up on the railing panel side facing away from the rotary pole, also called clamping side, for clamping the railing panel, wherein the vertical tilt of the railing panel is adjustable by varying the vertical clamping part position.
A road marking comprising a profile comprising a luminescent component, which profile is to be installed in a groove in a road surface, in which profile one or more light sources are present and the aforesaid luminescent component is located above said one or more light sources, said profile being made of an elastic material, wherein a part of said profile present at the surface of said road surface when installed is translucent, wherein said profile is further made up of two separate elements (2, 3) extending from said part of the profile, which elements (2,3) can be joined together by means of a snap connection, said one or more light sources extending along the length of said profile and being provided in said profile with a close fit so as to minimise the ingress of moisture, wherein said profile is provided with one or more protrusions on the outer side of said profile, said one or more protrusions function to help fix said profile in said groove of said road surface.
Cooling device for an electronic module of a domestic appliance, which cooling device has a base body, on which a heat-dissipating graphite material is embodied at least in regions, wherein the base body forms a housing wall of a housing which accommodates or encases the electronic module, characterised in that the graphite material is applied to a base body made of plastic as a powder coating.
An exercise machine comprising: a frame comprising a base configured to support the exercise machine on a support surface and a mast extending upwardly from the base, and including a first upright support extending from a front end of the base, a second upright support extending from the base, and a third upright support connecting an intermediate location of the second upright support to the first upright support; a crankshaft rotatably coupled to the frame to rotate about a first rotation axis; a reciprocating member supporting a pedal such that the pedal is constrained to move in a closed loop path, and wherein the reciprocating member is operatively coupled to the crankshaft such that movement of the pedal in the closed loop path causes rotation of the crankshaft about the first rotation axis; a rail pivotally coupled to the frame and movably supporting the reciprocating member, wherein the reciprocating member is configured to translate along the rail when the pedal moves in the closed loop path; and a lift mechanism suspended from the mast from a location above the first rotation axis and operatively coupled to the rail for adjusting an incline of the rail. a frame comprising a base configured to support the exercise machine on a support surface and a mast extending upwardly from the base, and including a first upright support extending from a front end of the base, a second upright support extending from the base, and a third upright support connecting an intermediate location of the second a first upright support extending from a front end of the base, a second upright support extending from the base, and a third upright support connecting an intermediate location of the second upright support to the first upright support; a crankshaft rotatably coupled to the frame to rotate about a first rotation axis; a reciprocating member supporting a pedal such that the pedal is constrained to move in a closed loop path, and wherein the reciprocating member is operatively coupled to the crankshaft such that movement of the pedal in the closed loop path causes rotation of the crankshaft about the first rotation axis; a rail pivotally coupled to the frame and movably supporting the reciprocating member, wherein the reciprocating member is configured to translate along the rail when the pedal moves in the closed loop path; and a lift mechanism suspended from the mast from a location above the first rotation axis and operatively coupled to the rail for adjusting an incline of the rail.
A pre-distortion processing device, comprising a pre-distortion unit, characterized in that the pre-distortion processing device further comprises a transmission unit, a coupling unit, a generation unit and a combiner unit; the pre-distortion unit, the transmission unit, and the coupling unit are sequentially connected, and a feedback path of the coupling unit is connected to the pre-distortion unit, the generation unit is configured to generate a wideband signal having a bandwidth greater than that of a system input signal, and the wideband signal is a non-hopping signal; the combiner unit comprises a first input terminal, a second input terminal and an output terminal, wherein the first input terminal of the combiner unit is connected to an output terminal of the generation unit, the second input terminal of the combiner unit is configured to receive the system input signal, the output terminal of the combiner unit is connected to an input terminal of the pre-distortion unit, the combiner unit is configured to combine the wideband signal and the system input signal into a combined signal and output the combined signal to the pre-distortion unit; the transmission unit is configured to power-amplify a baseband signal output by the pre-distortion unit; and the coupling unit is configured to couple a part of an output signal of the transmission unit as a feedback signal and provide the feedback signal to the pre-distortion unit for pre-distortion processing of the baseband signal. the generation unit is configured to generate a wideband signal having a bandwidth greater than that of a system input signal, and the wideband signal is a non-hopping signal; the combiner unit comprises a first input terminal, a second input terminal and an output terminal, wherein the first input terminal of the combiner unit is connected to an output terminal of the generation unit, the second input terminal of the combiner unit is configured to receive the system input signal, the output terminal of the combiner unit is connected to an input terminal of the pre-distortion unit, the combiner unit is configured to combine the wideband signal and the system input signal into a combined signal and output the combined signal to the pre-distortion unit; the transmission unit is configured to power-amplify a baseband signal output by the pre-distortion unit; and the coupling unit is configured to couple a part of an output signal of the transmission unit as a feedback signal and provide the feedback signal to the pre-distortion unit for pre-distortion processing of the baseband signal.
A method for providing a cell population that is enriched for human neural cells, comprising: a) culturing a population of human pluripotent stem cells in adherent culture prior to aggregate formation in a chemically-defined serum-free culture medium free of externally added transforming growth factor β (TGFβ) and basic fibroblast growth factor (bFGF); b) forming aggregates from the cells in step a) in a suspension culture, wherein the aggregates are formed in an aggregate formation medium free of externally added TGFβ and bFGF; and c) further differentiating the aggregates to provide a cell population that comprises human neural cells. a) culturing a population of human pluripotent stem cells in adherent culture prior to aggregate formation in a chemically-defined serum-free culture medium free of externally added transforming growth factor β (TGFβ) and basic fibroblast growth factor (bFGF); b) forming aggregates from the cells in step a) in a suspension culture, wherein the aggregates are formed in an aggregate formation medium free of externally added TGFβ and bFGF; and c) further differentiating the aggregates to provide a cell population that comprises human neural cells.
An elevator control device comprising: pause operation selecting means for stopping a car at a predetermined pause floor, closing a door after door opening motion after the car has been run to the predetermined pause floor, and pausing an elevator by transferring the elevator to pause operation if predetermined pause conditions are met; and car call cutoff means for prohibiting a car call from being registered from a car call button in the car by cutting off the car call, wherein when the car call to the pause floor has been cut off by the car call cutoff means, even if the predetermined pause conditions are met, the pause operation selecting means does not transfer the elevator to pause operation. pause operation selecting means for stopping a car at a predetermined pause floor, closing a door after door opening motion after the car has been run to the predetermined pause floor, and pausing an elevator by transferring the elevator to pause operation if predetermined pause conditions are met; and car call cutoff means for prohibiting a car call from being registered from a car call button in the car by cutting off the car call, wherein when the car call to the pause floor has been cut off by the car call cutoff means, even if the predetermined pause conditions are met, the pause operation selecting means does not transfer the elevator to pause operation.
A method for wireless communication, the method being performed by a user equipment, UE, and comprising: receiving (1005, 1105, 1210) an uplink grant for an uplink data transmission, the uplink grant comprising an aperiodic channel state information, CSI, report trigger for an aperiodic CSI report and an index corresponding to one timing offset in a set of indexed timing offsets, wherein a first set of indexed timing offsets are associated with timing offsets between reception of uplink grants and corresponding uplink data transmissions, and wherein a second set of indexed timing offsets are associated with timing offsets between reception of aperiodic CSI report triggers and corresponding aperiodic CSI report transmissions; determining (1010, 1115, 1220) a timing offset between reception of the uplink grant and the aperiodic CSI report trigger and joint transmission of both the uplink data transmission and the aperiodic CSI report based at least in part on the first set of indexed timing offsets and the index; and jointly transmitting (1015, 1120, 1225) the uplink data transmission and the aperiodic CSI report according to the timing offset. receiving (1005, 1105, 1210) an uplink grant for an uplink data transmission, the uplink grant comprising an aperiodic channel state information, CSI, report trigger for an aperiodic CSI report and an index corresponding to one timing offset in a set of indexed timing offsets, wherein a first set of indexed timing offsets are associated with timing offsets between reception of uplink grants and corresponding uplink data transmissions, and wherein a second set of indexed timing offsets are associated with timing offsets between reception of aperiodic CSI report triggers and corresponding aperiodic CSI report transmissions; determining (1010, 1115, 1220) a timing offset between reception of the uplink grant and the aperiodic CSI report trigger and joint transmission of both the uplink data transmission and the aperiodic CSI report based at least in part on the first set of indexed timing offsets and the index; and jointly transmitting (1015, 1120, 1225) the uplink data transmission and the aperiodic CSI report according to the timing offset.