mhurhangee/ep-ind-claims huggingface dataset:
A method for improving the availability of at least one active substance included in a plant raw material characterized in that it comprises at least the following steps, in this order: a) having at least one plant raw material; b) carrying out an impregnation step by bringing said plant raw material into contact with a polar impregnation solvent for a period ranging from 1 hour to 2 days at a temperature ranging from 5 ° C to the boiling point of the polar impregnation solvent; said polar impregnation solvent being selected from the group formed by water and the solvents comprising or consisting of water and at least one C1-C5 alcohol; c) proceed with partial evaporation of the polar impregnation solvent until a product is obtained comprising from 5 to 50%, by weight of impregnation solvent relative to the total weight of the product obtained; said method being such that step c) of evaporating the polar impregnation solvent is carried out directly on the entire mixture resulting from step b) of impregnating the plant raw material with the polar solvent; said plant raw material being selected from the group consisting of Theaceae, Rosaceae, Lamiaceae, Vitaceae, Fabaceae and Lauraceae and in particular Camellia sp., Quillaja sp, Rosmarinus sp., Melissa sp., Thymus sp., and Vitis sp., preferably said plant raw material being in ground form, more preferably in powder form; wherein the active substance being selected from the group consisting of saponins and phenolic compounds. a) having at least one plant raw material; b) carrying out an impregnation step by bringing said plant raw material into contact with a polar impregnation solvent for a period ranging from 1 hour to 2 days at a temperature ranging from 5 ° C to the boiling point of the polar impregnation solvent; said polar impregnation solvent being selected from the group formed by water and the solvents comprising or consisting of water and at least one C1-C5 alcohol; c) proceed with partial evaporation of the polar impregnation solvent until a product is obtained comprising from 5 to 50%, by weight of impregnation solvent relative to the total weight of the product obtained;
An illumination device having an illumination means, a heat distributor connected to the same, a housing connected to the heat exchanger, and a reflector, characterized in that the heat distributor has a trough with a shell and an end wall, wherein the illumination means lies against the end wall, the shell of the trough has two shell ends (2031, 2032) which face away from each other, and also lobes which protrude outward, there are channels which run between the lobes continuously from one shell end (2031, 2032) to the other, and the housing adjoins via contact surfaces the lobes of the heat distributor for the purpose of directing heat lost by the illumination means to the housing via the lobes, and then to air flowing through the channels.
A brake hydraulic device for a vehicle, comprising: a base body having a hydraulic pressure path for brake fluid formed therein; three electromagnetic valves (4a, 5a, 6a) which open and close the hydraulic pressure path; three electromagnetic coils (4b, 5b, 6b) which drive the electromagnetic valve; two pressure sensors (7, 8) which detect intensity of the hydraulic pressure of the brake fluid in the hydraulic pressure path; and a housing attached to an outer surface of the base body and having a housing chamber for accommodating the electromagnetic valves, the electromagnetic coils, and the pressure sensors, wherein the housing includes a peripheral wall part having openings formed on a front side and a rear side thereof, and an intermediate wall part partitioning a space inside the peripheral wall part into a front side and a rear side, wherein the housing chamber is provided on the rear side of the intermediate wall part, wherein a plurality of bus bars (51, 52, 53, 54) on the coil side to be electrically connected to the electromagnetic coils (4b, 5b, 6b), and a plurality of bus bars (61, 62, 63, 64, 65, 66) on the sensor side to be electrically connected to the pressure sensors (7, 8) are embedded in the intermediate wall part, and wherein a region (S1, S2, S3, S4) in which the bus bars (51, 52, 53, 54) on the coil side and the bus bars (61, 62, 63, 64, 65, 66) on the sensor side are positioned in a hierarchy state with each other in a front-rear direction, is provided, wherein an isosceles triangle is formed of line segments (L1, L2, L3) each of which connects the axis positions of the three electromagnetic valves (4a, 5a, 6a) on a wall surface of the intermediate wall part, and wherein one of the two pressure sensors is positioned inside a quadrangle formed of line segments (L1, L2, L5, L6) each of which connects the axis positions of the three electromagnetic valves (4a, 5a, 6a) and an axis position of the other of the two pressure sensors on the wall surface of the intermediate wall part. a base body having a hydraulic pressure path for brake fluid formed therein; three electromagnetic valves (4a, 5a, 6a) which open and close the hydraulic pressure path; three electromagnetic coils (4b, 5b, 6b) which drive the electromagnetic valve; two pressure sensors (7, 8) which detect intensity of the hydraulic pressure of the brake fluid in the hydraulic pressure path; and a housing attached to an outer surface of the base body and having a housing chamber for accommodating the electromagnetic valves, the electromagnetic coils, and the pressure sensors,
A light-emitting device comprising: a transparent cover, a light-emitting diode enclosed in said translucent cover, and electrode means electrically connected to said LED, wherein said light-emitting device is in such a compact size as to be disposed in a dental handpiece, characterized in that said electrode means comprises: a cathode terminal generally in the form of a cylinder having an opening (311, 317) at each end, and an anode terminal generally in the form of a pin capable of being arranged concentrically in said cathode terminal, in that said cathode terminal and said anode terminal are arranged concentrically with said LED, and wherein said opening at one of the ends of said cathode terminal exposes the cathode terminal and the anode terminal for electrical connection, and in that said light-emitting device is capable of being inserted into a socket having corresponding terminals of a device to which the light-emitting device is installed for use. a transparent cover, a light-emitting diode enclosed in said translucent cover, and electrode means electrically connected to said LED, wherein said light-emitting device is in such a compact size as to be disposed in a dental handpiece, characterized in that said electrode means comprises: a cathode terminal generally in the form of a cylinder having an opening (311, 317) at each end, and an anode terminal generally in the form of a pin capable of being arranged concentrically in said cathode terminal, in that said cathode terminal and said anode terminal are arranged concentrically with said LED, and wherein said opening at one of the ends of said cathode terminal exposes the cathode terminal and the anode terminal for electrical connection, and in that said light-emitting device is capable of being inserted into a socket having corresponding terminals of a device to which the light-emitting device is installed for use. a cathode terminal generally in the form of a cylinder having an opening (311, 317) at each end, and an anode terminal generally in the form of a pin capable of being arranged concentrically in said cathode terminal, in that said cathode terminal and said anode terminal are arranged concentrically with said LED, and wherein said opening at one of the ends of said cathode terminal exposes the cathode terminal and the anode terminal for electrical connection, and in that said light-emitting device is capable of being inserted into a socket having corresponding terminals of a device to which the light-emitting device is installed for use.
An electrical motor comprising: a motor case inside which an inner space is formed; a bearing disposed so as to pass through a wall of the motor case; a rotor shaft rotatably supported by the bearing; and an earth conductor that is fixed and electrically-connected with the motor case, and includes a conductive frame and an electrical conductor provided on the frame, wherein the frame has an annular or curved inner circumferential surface along an outer circumference of the rotor shaft and is fixed with the motor case, the electrical conductor is disposed on the inner circumferential surface of the frame so that an end of the electrical conductor is slidably contacted with the rotor shaft, characterised in that a bypass flow passage is provided between the earth conductor and the motor case to bypass refrigerant gas therethrough, and in that the inner space and an outside of the motor case are communicated with each other via the bypass flow passage. a motor case inside which an inner space is formed; a bearing disposed so as to pass through a wall of the motor case; a rotor shaft rotatably supported by the bearing; and an earth conductor that is fixed and electrically-connected with the motor case, and includes a conductive frame and an electrical conductor provided on the frame, wherein the frame has an annular or curved inner circumferential surface along an outer circumference of the rotor shaft and is fixed with the motor case, the electrical conductor is disposed on the inner circumferential surface of the frame so that an end of the electrical conductor is slidably contacted with the rotor shaft, characterised in that a bypass flow passage is provided between the earth conductor and the motor case to bypass refrigerant gas therethrough, and in that the inner space and an outside of the motor case are communicated with each other via the bypass flow passage.
A method performed by a user equipment, UE, for configured-grant transmission, the method comprising: transmitting, by the UE, a configured-grant uplink control information, CG-UCI, to a base station during a channel occupancy time, COT, initiated by the UE in a shared spectrum, the CG-UCI comprising COT sharing information, the COT sharing information indicating, at least, an index value corresponding to a combination of: an indication of an offset to a beginning of a downlink transmission opportunity during the COT; and an indication of a duration of the downlink transmission opportunity during the COT; and receiving, by the UE, a downlink transmission from the base station within the downlink transmission opportunity and in accordance with the COT sharing information in the transmitted CG-UCI, wherein the index value corresponds to a row of a configured table of COT sharing combinations, one row corresponds to one COT sharing combination of the indication of the offset and the indication of the duration, and at least one row of the configured table of COT sharing combinations indicates that COT sharing is not available. transmitting, by the UE, a configured-grant uplink control information, CG-UCI, to a base station during a channel occupancy time, COT, initiated by the UE in a shared spectrum, the CG-UCI comprising COT sharing information, the COT sharing information indicating, at least, an index value corresponding to a combination of: an indication of an offset to a beginning of a downlink transmission opportunity during the COT; and an indication of a duration of the downlink transmission opportunity during the COT; and an indication of an offset to a beginning of a downlink transmission opportunity during the COT; and an indication of a duration of the downlink transmission opportunity during the COT; and receiving, by the UE, a downlink transmission from the base station within the downlink transmission opportunity and in accordance with the COT sharing information in the transmitted CG-UCI,
A method for the control and/or data acquisition of a crane (1, 2, 3, 4), wherein at least one measuring device at the crane supplies one or more measured values for determining the position of at least one load lifting means, in particular crane hook, wherein a calculation of the position of the load lifting means is effected on the basis of the one or more measured values of at least one measuring device and one or more data characterizing the stiffness of the crane, characterized in that a crane model considering the crane stiffness is created and taken into account for the calculation of the position of the load lifting means.
A network quality monitoring method, comprising: Obtaining, by a network quality monitoring apparatus, network running data, wherein the network running data comprises static data and dynamic data that are of an access point, AP, and the dynamic data comprises a plurality of groups of dynamic data corresponding to a plurality of sampling periods, wherein the static data does not change with time and the dynamic data changes with time; Determining, by the network quality monitoring apparatus, one channel efficiency value of the AP based on each of the plurality of groups of dynamic data of the AP; obtaining a plurality of channel efficiency values of the AP, wherein one channel efficiency value of the AP is a volume of data transmitted per unit time in a valid data transmission time period in one sampling period; Determining, by the network quality monitoring apparatus, a channel efficiency baseline of the AP based on the static data of the AP, wherein the channel efficiency baseline of the AP is used to indicate a variation relationship between a reference value of a channel efficiency value of the AP and a first dynamic parameter, and the first dynamic parameter is one of the dynamic data; and Determining, by the network quality monitoring apparatus based on the plurality of channel efficiency values of the AP and the channel efficiency baseline of the AP, network quality of a wireless local area network in which the AP is located. Obtaining, by a network quality monitoring apparatus, network running data, wherein the network running data comprises static data and dynamic data that are of an access point, AP, and the dynamic data comprises a plurality of groups of dynamic data corresponding to a plurality of sampling periods, wherein the static data does not change with time and the dynamic data changes with time; Determining, by the network quality monitoring apparatus, one channel efficiency value of the AP based on each of the plurality of groups of dynamic data of the AP; obtaining a plurality of channel efficiency values of the AP, wherein one channel efficiency value of the AP is a volume of data transmitted per unit time in a valid data transmission time period in one sampling period; Determining, by the network quality monitoring apparatus, a channel efficiency baseline of the AP based on the static data of the AP, wherein the channel efficiency baseline of the AP is used to indicate a variation relationship between a reference value of a channel efficiency value of the AP and a first dynamic parameter, and the first dynamic parameter is one of the dynamic data; and Determining, by the network quality monitoring apparatus based on the plurality of channel efficiency values of the AP and the channel efficiency baseline of the AP, network quality of a wireless local area network in which the AP is located.
Device for the cold transfer of the transmission layer of a transfer film to a substrate which is at least partially coated with an adhesive, wherein the device has a transfer mechanism comprising a film transfer cylinder and a counterpressure cylinder, which form a transfer gap for transmitting the transmission layer of the transfer film to the regions of the substrate that are coated with the adhesive, and the device has a film winder for winding the transfer film onto a film collecting roll, wherein the device has a first and a second film guide apparatus (31, 32), which are arranged on both sides of the transfer gap in the film web of the transfer film, wherein the first film guide apparatus is arranged in the film web between a film supply roll and the transfer gap and the second film guide apparatus is arranged in the film web between the transfer gap and the film winder, characterised in that the first and the second film guide apparatus (31, 32) each have at least one roller (35, 38) driven by provision of a drive torque thereof, via which roller (35, 38) the transfer film is guided.
A membrane for the preservation of agricultural produce comprising: - first and second outer polymeric layers; and - an inner layer dispersed in between the outer layers, the inner layer comprising a polymer and a carrier for incorporation of an antimicrobial volatile into the inner layer; characterised in that - the outer polymeric layers are impregnated with a hydrophilic agent for the formation of hydrophilic pockets in the outer polymeric layers to increase the permeability of the outer polymeric layers impregnated with the hydrophilic agent to moisture; and - the inner layer consists of a polymer impregnated with a carrier incorporating an antimicrobial volatile in the form of an essential oil into the inner layer, the inner layer further including zeolite as an absorptive agent, the arrangement being such that upon release of moisture from the produce in the vicinity of the membrane due to natural respiration, the moisture passes through the hydrophilic pockets in the first and second outer layers toward the inner layer, upon which the moisture is absorbed by the absorptive agent, which causes the temperature of the absorptive agent to increase and in turn activates release of the antimicrobial volatile, thereby facilitating preservation of the produce by elimination of surrounding microbial elements. - first and second outer polymeric layers; and - an inner layer dispersed in between the outer layers, the inner layer comprising a polymer and a carrier for incorporation of an antimicrobial volatile into the inner layer; characterised in that - the outer polymeric layers are impregnated with a hydrophilic agent for the formation of hydrophilic pockets in the outer polymeric layers to increase the permeability of the outer polymeric layers impregnated with the hydrophilic agent to moisture; and - the inner layer consists of a polymer impregnated with a carrier incorporating an antimicrobial volatile in the form of an essential oil into the inner layer, the inner layer further including zeolite as an absorptive agent, the arrangement being such that upon release of moisture from the produce in the vicinity of the membrane due to natural respiration, the moisture passes through the hydrophilic pockets in the first and second outer layers toward the inner layer, upon which the moisture is absorbed by the absorptive agent, which causes the temperature of the absorptive agent to increase and in turn activates release of the antimicrobial volatile, thereby facilitating preservation of the produce by elimination of surrounding microbial elements.
A production device with a bending press for the manufacture of workpieces shaped by bending between bending tools of a stationary bench beam and a press beam that can be adjusted relative to the latter, and with a tool magazine and a handling device with a gripping device for the bending tools, and a stop device having at least one adjustable stop finger, and with a control and monitoring device, characterised in that, the stop device has a measuring sensor system connected with a comparator circuit of the control and monitoring device, and at least one measuring means for determining reference position data of the bending tool.
Method for the determination of values of a speed of a moving vehicle, comprising the following steps: - determining values of an acceleration and values of a deceleration of the vehicle at a particular point in time by means of acceleration sensors, - determining values of the speed of the vehicle at a particular point in time from the values of the acceleration and the values of the deceleration, - recording the values of the speed of the vehicle in a data storage medium, - receiving satellite-aided information from the Global Positioning System for navigation devices in the vehicle, - receiving an image by means of a video camera, characterised by the following steps: - determining values of the speed of the vehicle at the same particular point in time from the recorded information of the GPS, - determining a deviation of the values of the speed determined from the data of the GPS and the values of the speed determined from the values of the acceleration, and - receiving the image of a region in front of the vehicle by means of a video camera and recording it in a storage medium, - in the event that the deviation of the values of the speed determined from the data of the GPS and the values of the speed determined from the values of the acceleration at the same particular point in time does not exceed a predetermined, possibly also variable, tolerance threshold, associating the values of this determined speed with the image recording made at the same particular point in time, otherwise rejecting or suitably identifying the determined values and images. - determining values of an acceleration and values of a deceleration of the vehicle at a particular point in time by means of acceleration sensors, - determining values of the speed of the vehicle at a particular point in time from the values of the acceleration and the values of the deceleration, - recording the values of the speed of the vehicle in a data storage medium, - receiving satellite-aided information from the Global Positioning System for navigation devices in the vehicle, - receiving an image by means of a video camera, - determining values of the speed of the vehicle at the same particular point in time from the recorded information of the GPS, - determining a deviation of the values of the speed determined from the data of the GPS and the values of the speed determined from the values of the acceleration, and - receiving the image of a region in front of the vehicle by means of a video camera and recording it in a storage medium, - in the event that the deviation of the values of the speed determined from the data of the GPS and the values of the speed determined from the values of the acceleration at the same particular point in time does not exceed a predetermined, possibly also variable, tolerance threshold, associating the values of this determined speed with the image recording made at the same particular point in time, otherwise rejecting or suitably identifying the determined values and images.
A fixed roof aerated foam fire fighting system, comprising: an aeration chamber structured to produce aerated foam with an expansion of between 2-to-1 and 8-to-1; a fluid conduit attached between the aeration chamber and a nozzle tip, the nozzle structured to forcefully project between 0.01262 m 3 s -1 (200 gpm) and 0.06309 m 3 s -1 (1000 gpm), at 689476 Pa (100 psi), of aerated foam with an expansion of between 2-to-1 and 8-to-1, in a substantially focused stream; and the conduit having a pair of substantially opposing discharge ports upstream of a discharge orifice of the nozzle tip, with interior deflector surfaces, the surfaces structured to deflect a portion of fire fighting fluid passing through the conduit toward the discharge ports. an aeration chamber structured to produce aerated foam with an expansion of between 2-to-1 and 8-to-1; a fluid conduit attached between the aeration chamber and a nozzle tip, the nozzle structured to forcefully project between 0.01262 m 3 s -1 (200 gpm) and 0.06309 m 3 s -1 (1000 gpm), at 689476 Pa (100 psi), of aerated foam with an expansion of between 2-to-1 and 8-to-1, in a substantially focused stream; and the conduit having a pair of substantially opposing discharge ports upstream of a discharge orifice of the nozzle tip, with interior deflector surfaces, the surfaces structured to deflect a portion of fire fighting fluid passing through the conduit toward the discharge ports.