mhurhangee/ep-ind-claims huggingface dataset:
A compressor comprising a compressor housing, a scroll compressor unit arranged in the compressor housing with a first, stationarily-arranged compressor body and a second compressor body moveable relative to the stationarily-arranged compressor body, of which first and second spiral ribs (34, 38) having the shape of a circle involute engage in each other to form compression chambers, when the second compressor body is moved relative to the first compressor body on an orbital path, an axial guide which supports the moveable compressor body against movements in the direction parallel to a central axis of the stationarily-arranged compressor body and guides it upon movements in the direction transverse to the central axis, an eccentric drive for the scroll compressor unit, which comprises a drive element which is driven by a drive motor and which rotates on the orbital path around the central axis of a drive shaft and which is rotatably mounted relative to the drive shaft about an eccentric drive axis, the drive element itself cooperating with a drive element receptacle of the compressor body, an orbital path balancing weight which counteracts an unbalance of the compressor body moving on the orbital path and which is also mounted rotatably about the eccentric axis, and a coupling which prevents a self-rotation of the second compressor body, characterised in that the drive element and the orbital path balancing element are couplable to each other by means of a coupling unit such that the coupling unit with a rotating drive shaft acts in a centrifugal force-coupling state such that the orbital path balancing weight counteracts a centrifugal force (FZ sos) of a unit comprising at least the drive element and the orbiting compressor body, in that the coupling unit with a rotating drive shaft acts in a centrifugal force-uncoupling state such that the orbital path balancing weight does not counteract the centrifugal force (FZ sos) of the unit comprising at least the drive element and the orbiting compressor body, and in that the coupling unit is transferable by a positioning device from the centrifugal-force-coupling state into the centrifugal-force-uncoupling state or vice versa.
A fragrance dispenser (50, 150), comprising: a housing (56, 156) having a modular decorative cover portion (54, 154) that releasably attaches over the front side of a base portion (52, 152), the base portion (52, 152) including a plurality of heating pans (64, 164) disposed in the housing, wherein each of the plurality of heating pans (64, 164) includes a corresponding heating element (66, 166) centrally disposed therein; a controller disposed in the housing (56, 156) to control the amount and temporal distribution of power distributed to each heating element independently; and prongs that extend from the housing (56, 156) to provide power to the controller; the fragrance dispenser also including a volatile material holder (58, 158) removably held within the housing (56, 156) on the base portion (52, 152) and including a plurality of reservoirs (60, 160) each entirely surrounded by a flange (94, 194), each reservoir (60, 160) containing a volatile material, the reservoirs (60, 160) being adapted to align with the corresponding plurality of heating pans (64, 164) when the volatile material holder (58, 158) is held on the base portion (52, 152), wherein modular decorative cover portion (54, 154) is separably attached to the base portion (52, 152) such that after separation of the cover portion (54, 154) from the base portion (52, 152) a user may replace an exhausted volatile material holder (58, 158) with a fresh volatile material holder (58,158) and reattach the cover portion (54, 154) to the base portion (52, 152). a housing (56, 156) having a modular decorative cover portion (54, 154) that releasably attaches over the front side of a base portion (52, 152), the base portion (52, 152) including a plurality of heating pans (64, 164) disposed in the housing, wherein each of the plurality of heating pans (64, 164) includes a corresponding heating element (66, 166) centrally disposed therein; a controller disposed in the housing (56, 156) to control the amount and temporal distribution of power distributed to each heating element independently; and prongs that extend from the housing (56, 156) to provide power to the controller; the fragrance dispenser also including a volatile material holder (58, 158) removably held within the housing (56, 156) on the base portion (52, 152) and including a plurality of reservoirs (60, 160) each entirely surrounded by a flange (94, 194), each reservoir (60, 160) containing a volatile material, the reservoirs (60, 160) being adapted to align with the corresponding plurality of heating pans (64, 164) when the volatile material holder (58, 158) is held on the base portion (52, 152), wherein modular decorative cover portion (54, 154) is separably attached to the base portion (52, 152) such that after separation of the cover portion (54, 154) from the base portion (52, 152) a user may replace an exhausted volatile material holder (58, 158) with a fresh volatile material holder (58,158) and reattach the cover portion (54, 154) to the base portion (52, 152).
A system for renal neuromodulation, the system comprising: a catheter comprising an elongated shaft having a proximal portion and a distal portion, wherein the distal portion comprises an energy delivery element configured for placement within a renal blood vessel; an energy source coupled to the energy delivery element and configured to deliver energy via the energy delivery element to target neural fibers proximate to a wall of the renal blood vessel; and wherein the energy source comprises a component configured to obtain a set of treatment data corresponding to a completed treatment performed using the catheter, the energy source, and the energy delivery element; evaluate the set of treatment data in view of one or more criteria to determine if a valuation of the completed treatment was likely within a pre-determined range; provide an indication as to whether the valuation of the completed treatment was likely within the pre-determined range; and assess the treatment data based on a cascade or series of different categories or degrees of criteria; wherein favourable assessment of treatment data in view of one of the criteria results in the display of a message indicating the treatment was acceptable or successful, and wherein failure of the treatment data to be found acceptable in view of the criterion results in the treatment data dropping to the next evaluation criterion. a catheter comprising an elongated shaft having a proximal portion and a distal portion, wherein the distal portion comprises an energy delivery element configured for placement within a renal blood vessel; an energy source coupled to the energy delivery element and configured to deliver energy via the energy delivery element to target neural fibers proximate to a wall of the renal blood vessel; and wherein the energy source comprises a component configured to obtain a set of treatment data corresponding to a completed treatment performed using the catheter, the energy source, and the energy delivery element; evaluate the set of treatment data in view of one or more criteria to determine if a valuation of the completed treatment was likely within a pre-determined range; provide an indication as to whether the valuation of the completed treatment was likely within the pre-determined range; and assess the treatment data based on a cascade or series of different categories or degrees of criteria; wherein favourable assessment of treatment data in view of one of the criteria results in the display of a message indicating the treatment was acceptable or successful, and wherein failure of the treatment data to be found acceptable in view of the criterion results in the treatment data dropping to the next evaluation criterion.
Method for providing a user interface, in which - a set of objects (11A-11E, 11A'-11E', 11X) stored in the form of data is determined as search results, - the set of objects (11A-11E, 11A'-11E', 11X) is displayed in a sequential list, and - the objects (11A-11E, 11A'-11E', 11X) are displayed in a graphical presentation in addition to the sequential list, wherein the objects (11A-11E, 11A'-11E', 11X) are in each case allocated a position in the graphical presentation, in dependence of which position the objects (11A-11E, 11A'-11E', 11X) are displayed in the graphical presentation, wherein - after the objects (11A-11E, 11A'-11E', 11X) have been displayed in the sequential list and in the graphical presentation, a position in the graphical presentation is selected by a first operating action, and - in dependence on the selected position in the graphical presentation, a subset (11A'-11E') from the displayed set of the objects (11A-11E, 11A'-11E', 11X) is selected in the sequential list, characterized in that - a metric is allocated to the positions in the graphical presentation so that a measure of distance can be determined between two positions, and - an object (11A-11E, 11A'-11E', 11X) is included in the subset (11A'-11E') in dependence on the measure of distance between the position belonging to the respective object (11A-11E, 11A'-11E', 11X) and the selected position, wherein an object (11A-11E, 11A'-11E', 11X) is included in the subset (11A'-11E') when the measure of distance is smaller than a predetermined limit value, wherein the subset (11A'-11E') is restricted to an area around the selected position. - a set of objects (11A-11E, 11A'-11E', 11X) stored in the form of data is determined as search results, - the set of objects (11A-11E, 11A'-11E', 11X) is displayed in a sequential list, and - the objects (11A-11E, 11A'-11E', 11X) are displayed in a graphical presentation in addition to the sequential list, wherein the objects (11A-11E, 11A'-11E', 11X) are in each case allocated a position in the graphical presentation, in dependence of which position the objects (11A-11E, 11A'-11E', 11X) are displayed in the graphical presentation, wherein - after the objects (11A-11E, 11A'-11E', 11X) have been displayed in the sequential list and in the graphical presentation, a position in the graphical presentation is selected by a first operating action, and - in dependence on the selected position in the graphical presentation, a subset (11A'-11E') from the displayed set of the objects (11A-11E, 11A'-11E', 11X) is selected in the sequential list, - a metric is allocated to the positions in the graphical presentation so that a measure of distance can be determined between two positions, and - an object (11A-11E, 11A'-11E', 11X) is included in the subset (11A'-11E') in dependence on the measure of distance between the position belonging to the respective object (11A-11E, 11A'-11E', 11X) and the selected position, wherein an object (11A-11E, 11A'-11E', 11X) is included in the subset (11A'-11E') when the measure of distance is smaller than a predetermined limit value, wherein the subset (11A'-11E') is restricted to an area around the selected position.
Device for controlling a circulation of coolant in a circuit and capable of being exposed to a flow of outside air on the front face of a vehicle, comprising a means for controlling the circulation of coolant with at least one opening placed under the control of a thermostatic detection means, characterized in that the thermostatic detection means comprises a thermoconductive surface exposed to said flow of outside air.
A method of clock transmission between networks, comprising: converting a first information corresponding to a clock class of a first clock into a second information corresponding to the clock class of the first clock, wherein the first information is based on a first protocol, and the first clock is transferred by a first network equipment; performing, according to the second information corresponding to the clock class of the first clock and a second information corresponding to a clock class of a second clock, a source selection on the first clock and the second clock, wherein the second information is based on a second protocol, and the second clock is transferred by a second network equipment; and transmitting a second information indicating a clock class of a selected clock source; wherein the first information is a precision time protocol, PTP, clock class information, and the second information is a synchronous status message, SSM information. converting a first information corresponding to a clock class of a first clock into a second information corresponding to the clock class of the first clock, wherein the first information is based on a first protocol, and the first clock is transferred by a first network equipment; performing, according to the second information corresponding to the clock class of the first clock and a second information corresponding to a clock class of a second clock, a source selection on the first clock and the second clock, wherein the second information is based on a second protocol, and the second clock is transferred by a second network equipment; and transmitting a second information indicating a clock class of a selected clock source; wherein the first information is a precision time protocol, PTP, clock class information, and the second information is a synchronous status message, SSM information.
Process for the production of a starch betainate comprising the following steps: a) esterification of betaine hydrochloride by the addition of an equimolar amount of thionyl chloride to methanol followed by the addition of betaine hydrochloride until a solution of methyl betainate chloride is produced; b) reflux of the methyl betainate chloride solution obtained in step a) followed by evaporation of methanol, trituration with an ethyl ether, vacuum drying and washing with an ethyl ether until the yellow color disappears and storage under vacuum of the methyl betainate chloride solid obtained; c) transesterification of a starch with the betainate chloride obtained in step b) in solution with an aprotic solvent or in a dry medium; d) removal of unreacted methyl betainate by dissolving the product resulting from step c) in distilled water, with stirring and heating, and reprecipitating in ethanol. a) esterification of betaine hydrochloride by the addition of an equimolar amount of thionyl chloride to methanol followed by the addition of betaine hydrochloride until a solution of methyl betainate chloride is produced; b) reflux of the methyl betainate chloride solution obtained in step a) followed by evaporation of methanol, trituration with an ethyl ether, vacuum drying and washing with an ethyl ether until the yellow color disappears and storage under vacuum of the methyl betainate chloride solid obtained; c) transesterification of a starch with the betainate chloride obtained in step b) in solution with an aprotic solvent or in a dry medium; d) removal of unreacted methyl betainate by dissolving the product resulting from step c) in distilled water, with stirring and heating, and reprecipitating in ethanol.
A steering wheel input device for a steering wheel comprising: a first steering switch arranged to be disposed on a front face of the steering wheel; and a second steering switch arranged to be disposed on a rear face of the steering wheel, characterized in that only an icon corresponding to the second steering switch is displayed on the first steering switch when the second steering switch is operated, wherein the second steering switch includes a first pressing part and a second pressing part which can be independently operated, wherein the icon includes a first icon corresponding to the first pressing part and a second icon corresponding to the second pressing part, and wherein both the first icon and the second icon are displayed on the first steering switch when either the first pressing part or the second pressing part is operated. a first steering switch arranged to be disposed on a front face of the steering wheel; and a second steering switch arranged to be disposed on a rear face of the steering wheel, characterized in that only an icon corresponding to the second steering switch is displayed on the first steering switch when the second steering switch is operated, wherein the second steering switch includes a first pressing part and a second pressing part which can be independently operated, wherein the icon includes a first icon corresponding to the first pressing part and a second icon corresponding to the second pressing part, and wherein both the first icon and the second icon are displayed on the first steering switch when either the first pressing part or the second pressing part is operated.
Process for the production of a solid formulation comprising (i) 20 - 40, weight-% (wt-%), based on the total weight of the solid formulation, of least one therapeutically active or nutritious plant extract, wherein the therapeutically active or nutritious plant extract is an Acerola plant extract, and (ii) 60 - 80 wt-%, based on the total weight of the solid formulation, of at least one lipophilic material, wherein the lipophilic material are waxes and fats chosen from the group consisting of glycerine monostearate, carnauba wax, candelilla wax, palmitic acid, stearic acid hydrogenated cottonseed oil and hydrogenated rapeseed oil, characterized in that (a) the lipophilic material is added in its liquid state and (b) at least one therapeutically active or nutritious plant extract is suspended the molten lipophilic material, and (c) the suspension is atomized into a spray tower, where the air has such a temperature of -10° to 40°C. (i) 20 - 40, weight-% (wt-%), based on the total weight of the solid formulation, of least one therapeutically active or nutritious plant extract, wherein the therapeutically active or nutritious plant extract is an Acerola plant extract, and (ii) 60 - 80 wt-%, based on the total weight of the solid formulation, of at least one lipophilic material, wherein the lipophilic material are waxes and fats chosen from the group consisting of glycerine monostearate, carnauba wax, candelilla wax, palmitic acid, stearic acid hydrogenated cottonseed oil and hydrogenated rapeseed oil, characterized in that (a) the lipophilic material is added in its liquid state and (b) at least one therapeutically active or nutritious plant extract is suspended the molten lipophilic material, and (c) the suspension is atomized into a spray tower, where the air has such a temperature of -10° to 40°C. (a) the lipophilic material is added in its liquid state and (b) at least one therapeutically active or nutritious plant extract is suspended the molten lipophilic material, and (c) the suspension is atomized into a spray tower, where the air has such a temperature of -10° to 40°C.
A catalyst for preparation of an α,β-unsaturated carboxylic acid by gas phase oxidation of an α,β-unsaturated aldehyde, comprising a shaped support body with an active composition applied thereto, wherein the active composition coverage q q = Q 100 − Q S m is at most 0.22 mg/mm 2, where Q is the active composition content of the catalyst in % by weight and S m is the specific geometric surface area of the shaped support body in mm 2 /mg and the active composition comprises a catalytically active multielement oxide composition comprising the elements Mo and V, where the molar proportion of the element Mo in the total amount of all elements other than oxygen in the catalytically active multielement oxide composition is 20 mol% to 80 mol%, the molar ratio of Mo present in the catalytically active multielement oxide composition to V present in the catalytically active multielement oxide composition, Mo/V, is 15:1 to 1:1.
A method for utilizing spectrum resources of an Orthogonal Frequency Division Multiplexing, OFDM, system, the method comprising obtaining at least two frequency bands with standard frequency bandwidths by dividing a whole frequency band possessed by an operating company, wherein the at least two frequency bands comprise a first frequency band and a second frequency band which have standard frequency bandwidths supporting access of a universal terminal, and wherein the first frequency band is partially overlapped with the second frequency band such that a total frequency bandwidth of the first and second frequency bands matches with a width of the whole frequency band of the operating company, deploying a first cell and a second cell respectively based on the first frequency band and the second frequency band, wherein an frequency band, in which the first frequency band is overlapped with the second frequency band, forms an overlapped frequency band, wherein the overlapped frequency band is deployed by one cell deployment module of a base station; and allocating frequency-time domain resources to data of the first cell and the second cell, comprising: on the overlapped frequency band, allocating, by the one resource allocation module of the base station, the frequency-time domain resources to the data of the first cell and the second cell in a united manner, and on a frequency band of the first frequency band other than the overlapped frequency band and on a frequency band of the second frequency band other than the overlapped frequency band, allocating, by the resource allocation module of the base station, the data of the first cell and the data of the second cell in separate manners, and allocating a first frequency-time domain resource to the data of the first cell and a second frequency-time domain resource to the data of the second cell separately, wherein a center frequency point of a subcarrier of the first cell is aligned with a center frequency point of a corresponding subcarrier of the second cell on the overlapped frequency band.