mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: communicating an indication to a first user equipment, UE, that a network supports a cellular vehicle-to-everything, C-V2X, network location service; obtaining, by a mobility element of the network, an attach request from the first LTE, wherein the attach request indicates an attach type associated with a network location service; communicating (304, 306), based on the attach type being associated with the network location service, an attach accept to the first UE to trigger a location request for the first UE, wherein the attach accept is communicated to the first UE without the mobility element authenticating the first UE; and communicating location information to the first LTE based on the location request to enable communications, between the first UE and one or more other UE, utilizing a C-V2X PC5 interface. communicating an indication to a first user equipment, UE, that a network supports a cellular vehicle-to-everything, C-V2X, network location service; obtaining, by a mobility element of the network, an attach request from the first LTE, wherein the attach request indicates an attach type associated with a network location service; communicating (304, 306), based on the attach type being associated with the network location service, an attach accept to the first UE to trigger a location request for the first UE, wherein the attach accept is communicated to the first UE without the mobility element authenticating the first UE; and communicating location information to the first LTE based on the location request to enable communications, between the first UE and one or more other UE, utilizing a C-V2X PC5 interface.
Process for making a conditioning gel phase comprising: - forming a 'comelt' in a first vessel comprising fatty alcohol and cationic component and 0-15% wt. comelt water - independently adding the 'comelt' and water to a mixing vessel - mixing, wherein the temperature of the mixture of the 'comelt' and the water is maintained at from 56-65°C, preferably from 58-62°C, more preferably 60°C when in the mixing vessel by adding water heated to a sufficient temperature to the mixture, wherein the fatty alcohol comprises from 8 to 22 carbons, wherein the cationic component comprises from 0-70% cationic surfactants have the formula N + R 1 R 2 R 3 R 4, more preferably from 30-60% wt. cationic surfactant component, and wherein R 1, R 2, R 3 and R 4 are independently (C 1 to C 30) alkyl or benzyl. - forming a 'comelt' in a first vessel comprising fatty alcohol and cationic component and 0-15% wt. comelt water - independently adding the 'comelt' and water to a mixing vessel - mixing,
A gas supply apparatus comprising: means for detecting a user's respiration; a product gas flow path on-off valve having a function to start and stop output of the product gas in synchronization with the user's respiration based on a result of detecting the user's respiratory phase; ultrasonic type gas concentration and flow rate measuring means having two ultrasonic transducers disposed in an opposed manner in the line through which the product gas flows; and a main controller configured to send a signal to the ultrasonic type gas concentration and flow rate measuring means to start measurement, to determine the product gas concentration, when the product gas output is stopped. means for detecting a user's respiration; a product gas flow path on-off valve having a function to start and stop output of the product gas in synchronization with the user's respiration based on a result of detecting the user's respiratory phase; ultrasonic type gas concentration and flow rate measuring means having two ultrasonic transducers disposed in an opposed manner in the line through which the product gas flows; and a main controller configured to send a signal to the ultrasonic type gas concentration and flow rate measuring means to start measurement, to determine the product gas concentration, when the product gas output is stopped.
A device assembly which includes at least one component which can benefit from protection, the assembly comprising: a housing for the device, a component on the housing, a sliding panel including a protective cover panel and an area positioned adjacent the cover panel, which is used to provide to a user of the device a view of at least one image, the sliding panel being slidably mounted with respect to the housing and moveable between first and second positions relative to the housing so as to selectively provide a protective cover over the component in the first position, or to provide access to the component in the second position, wherein when the cover panel is in the first position it is aligned with the component so as to form a protective cover over the component, wherein the sliding panel is designed such that as the cover panel is moved from the first position to the second position, the component is progressively more accessible to the user of the device assembly, and a substrate which is hidden in the first position behind the area is simultaneously moved so as to extend past the housing of the device assembly, and, thereby progressively reveals more of an image included on the substrate, wherein in the second position the cover panel is still connected to the device assembly and covers the area in the second position.
A quick connector assembly comprising: a connector body defining a fluid passage between a first end and a second end, the connector body including a collar proximate the first end; an assembly check that is partially received within the first end of the connector body, the assembly check including a pull tab and a shielding portion, the shielding portion extending over at least a portion of the collar of the connector body; and the quick connector being characterized in that it further comprises a verification indicia on an underside of the shielding portion or on an exterior surface of the collar beneath the shielding portion, wherein, upon insertion of a male connector within the first end of the connector body, the assembly check retracts from the connector body and can be manually removed via the pull tab, such that the verification indicia becomes viewable. a connector body defining a fluid passage between a first end and a second end, the connector body including a collar proximate the first end; an assembly check that is partially received within the first end of the connector body, the assembly check including a pull tab and a shielding portion, the shielding portion extending over at least a portion of the collar of the connector body; and the quick connector being characterized in that it further comprises a verification indicia on an underside of the shielding portion or on an exterior surface of the collar beneath the shielding portion, wherein, upon insertion of a male connector within the first end of the connector body, the assembly check retracts from the connector body and can be manually removed via the pull tab, such that the verification indicia becomes viewable.
A method of microbiological sanitisation of the surface of whole eggs in shell, characterized in that it comprises the following sequence of treatment steps: - pre-thermization step, by heating the whole eggs in shell at a temperature comprised between 70 and 82°C for a period of time sufficient to allow the surface of the eggs to reach the above temperature, wherein said heating is carried out by IR radiation at a wavelength comprised between 5 and 18 micrometres (microns); - high-temperature heating step, by heating the whole eggs in shell at a temperature comprised between 85 and 105°C, which is maintained for a period of time comprised between 3 and 20 seconds, wherein said heating is carried out by IR radiation at a wavelength comprised between 18 and 30 micrometres (microns); and - cooling step, by cooling the whole eggs in shell to a temperature comprised between 15 and 25°C at the surface of the whole eggs in shell, wherein the pre-thermization step and the high-temperature heating step are carried out by carrying the whole eggs in shell through a tunnel in which the eggs are rotated 360° about their major axis for a predetermined number of rotations. - pre-thermization step, by heating the whole eggs in shell at a temperature comprised between 70 and 82°C for a period of time sufficient to allow the surface of the eggs to reach the above temperature, wherein said heating is carried out by IR radiation at a wavelength comprised between 5 and 18 micrometres (microns); - high-temperature heating step, by heating the whole eggs in shell at a temperature comprised between 85 and 105°C, which is maintained for a period of time comprised between 3 and 20 seconds, wherein said heating is carried out by IR radiation at a wavelength comprised between 18 and 30 micrometres (microns); and - cooling step, by cooling the whole eggs in shell to a temperature comprised between 15 and 25°C at the surface of the whole eggs in shell, wherein the pre-thermization step and the high-temperature heating step are carried out by carrying the whole eggs in shell through a tunnel in which the eggs are rotated 360° about their major axis for a predetermined number of rotations.
A redox flow battery comprising: a) a compartment comprising - a positive electrode and a negative electrode; wherein at least one electrode is a flow-through electrode; preferably a porous flow-through electrode; - a catholyte and an anolyte; wherein the catholyte and the anolyte are immiscible between them; and wherein the catholyte and the anolyte are in contact through a liquid-liquid interface between them; and wherein the liquid-liquid interface between the catholyte and the anolyte consist of the catholyte and the anolyte; b) at least one reservoir container (6, 7) connected in fluidic communication with the compartment through the at least one flow-through electrode (2, 3); wherein said at least one reservoir container comprises the catholyte and/or the anolyte; wherein the at least one flow-through electrode comprises a longitudinal axis X-X'; and wherein the redox flow battery comprises means for directing the catholyte or the anolyte through the at least one flow-through electrode in a direction perpendicular to the longitudinal axis X-X'. a) a compartment comprising - a positive electrode and a negative electrode; wherein at least one electrode is a flow-through electrode; preferably a porous flow-through electrode; - a catholyte and an anolyte; wherein the catholyte and the anolyte are immiscible between them; and wherein the catholyte and the anolyte are in contact through a liquid-liquid interface between them; and wherein the liquid-liquid interface between the catholyte and the anolyte consist of the catholyte and the anolyte; - a positive electrode and a negative electrode; wherein at least one electrode is a flow-through electrode; preferably a porous flow-through electrode; - a catholyte and an anolyte; wherein the catholyte and the anolyte are immiscible between them; and wherein the catholyte and the anolyte are in contact through a liquid-liquid interface between them; and wherein the liquid-liquid interface between the catholyte and the anolyte consist of the catholyte and the anolyte; b) at least one reservoir container (6, 7) connected in fluidic communication with the compartment through the at least one flow-through electrode (2, 3); wherein said at least one reservoir container comprises the catholyte and/or the anolyte; wherein the at least one flow-through electrode comprises a longitudinal axis X-X'; and wherein the redox flow battery comprises means for directing the catholyte or the anolyte through the at least one flow-through electrode in a direction perpendicular to the longitudinal axis X-X'. wherein said at least one reservoir container comprises the catholyte and/or the anolyte; wherein the at least one flow-through electrode comprises a longitudinal axis X-X'; and wherein the redox flow battery comprises means for directing the catholyte or the anolyte through the at least one flow-through electrode in a direction perpendicular to the longitudinal axis X-X'.
A key device for opening at least one door of a motor vehicle, wherein the key device comprises at least one housing, wherein at least one opening mechanism for opening the at least one door is arranged on the housing, and wherein a reservoir for storing a liquid is arranged on an outer side of the housing, wherein the reservoir is configured to store a disinfection fluid in an interior of the reservoir, wherein the reservoir comprises a push mechanism and the reservoir comprises a nozzle for spraying the disinfection fluid from the interior into surroundings of the key device after the push mechanism is pushed by a user of the key device, characterized in that the push mechanism comprises a pressing part for the user of the key device to compress the reservoir at a predetermined portion, wherein the pressing part comprises at least one flexible wall for pressing the pressing part, the pressing part is fluidically separated from the interior of the reservoir, the reservoir comprises a pipe, which is fluidically connected with the pressing part, the reservoir comprises a ball inside the pipe and/or the reservoir comprises a sealing element for sealing the pipe,the pipe comprises a spring for supporting a pressing operation performed by the user and for compressing the pipe.
A device for remote control of knob operated potentiometers, adapted to analog musical tube amplifiers of higher quality class, comprising at least one external controller of the potentiometer of the amplifier, the controller comprises a removable body adapted to be mounted on the potentiometer, a servo-drive and a control unit for controlling rotation of the servo-drive and for storing the set positions of the servo-drive, wherein the device further comprises at least one foot controller (20, 21, 22, 23) fixed or wirelessly connected to the control unit for switching the set positions of the servo-drive stored in the control unit, characterized in that the body comprises a clamping device that enables attachment to the outer surface of the amplifier, the body comprises a rotary head connected with the servo-drive, and the rotary head is adjusted for fitting on the knob of the potentiometer of the amplifier so as to form an inner shaped recess therein whose shape corresponds to the outer shape of the knob of the potentiometer of the amplifier.
A method for load monitoring of a tamping unit with a lifting- and lowering device of a track maintenance machine, wherein at least one sensor is arranged for recording a load on the tamping unit, wherein measuring data recorded by means of the sensor are stored over a time period in an evaluation device, characterized in that at least one load-time progression for cyclical penetration operations of the tamping unit into a ballast bed is derived from the stored measuring data and a hydraulic cylinder arranged in the lifting- and lowering device of the tamping unit is monitored, and that a piston travel (x) of the hydraulic cylinder and hydraulic pressures acting in the hydraulic cylinder are recorded as measuring data.
A compound of the formula where R 1 is chloro or methyl; R 2 is methyl, ethyl, isopropyl, chloro, bromo, trifluoromethyl, or methylthio; and R 3 is hydrogen or methoxy; or a pharmaceutically acceptable salt thereof. where R 1 is chloro or methyl; R 2 is methyl, ethyl, isopropyl, chloro, bromo, trifluoromethyl, or methylthio; and R 3 is hydrogen or methoxy;
Trailer coupling for a towing vehicle, comprising a coupling support (14; 114; 214), which includes a coupling arm in particular and at the free end of which a coupling element, in particular a coupling ball, for hitching a trailer is provided, and which is fixedly or movably mounted on a holder (11; 111) which is or can be secured on the towing vehicle, and further comprising at least one force sensor for detecting a force acting on the coupling element through the trailer in particular and for outputting a force signal representing the force, characterised in that an evaluation device (50; 150) is provided which determines at least one value, in particular a value of a tensile load acting on the trailer coupling and/or a trailer mass value of the trailer, from the force signal and from at least one angle value.
A method for transmitting Packet Switch domain service data, being applied in the service data transmission process between a service application side and a protocol side through serial port, and characterized by comprising: establishing a correlation between multiple services and a predetermined transmission channel, wherein the predetermined transmission channel comprises multiple links and multiple channels between a Point-to-Point Protocol client and a PPP server; and according to the correlation, transmitting the service data of the multiple services between the service application side and the protocol side via the predetermined transmission channel. establishing a correlation between multiple services and a predetermined transmission channel, wherein the predetermined transmission channel comprises multiple links and multiple channels between a Point-to-Point Protocol client and a PPP server; and according to the correlation, transmitting the service data of the multiple services between the service application side and the protocol side via the predetermined transmission channel.
A method for bulk transporting a monomer susceptible to oxidative discoloration, comprising: (a) loading the monomer to a bulk shipping container equipped with a pressure monitoring device; (b) sealing the bulk shipping container loaded with the monomer under a positive pressure of the non-oxidative gas; (c) providing a positive pressure of a non-oxidative gas to the interior of the bulk shipping container; (d) adjusting the temperature of the bulk shipping container to maintain the flowability of the monomer; and (e) transferring the monomer to a receiving container under a positive pressure of the non-oxidative gas, wherein the monomer comprises 2,6-xylenol. (a) loading the monomer to a bulk shipping container equipped with a pressure monitoring device; (b) sealing the bulk shipping container loaded with the monomer under a positive pressure of the non-oxidative gas; (c) providing a positive pressure of a non-oxidative gas to the interior of the bulk shipping container; (d) adjusting the temperature of the bulk shipping container to maintain the flowability of the monomer; and (e) transferring the monomer to a receiving container under a positive pressure of the non-oxidative gas,
A method of operating a hydrogen generator comprising the steps of: removing sulfur compounds from a raw material by a hydro-desulfurizer; generating hydrogen-containing gas by a reformer, using the raw material that has passed through the hydro-desulfurizer; supplying a portion of the hydrogen-containing gas which has been discharged from the reformer, through a recycle flow passage, to the raw material before the raw material flows into the hydro-desulfurizer; characterized by detecting, by a pressure detector, a pressure in a portion of the recycle flow passage which is located upstream of an on-off valve provided in the recycle flow passage; and detecting an abnormal clogging in the recycle flow passage when the pressure detected by the pressure detector is lower than a first threshold, in a state in which the raw material is being supplied to the reformer with the on-off valve closed, wherein the abnormal clogging is a state where a flow of the hydrogen-containing gas within the recycle flow passage is completely shut out or is a state where at least a portion of the recycle flow passage is clogged so that a flow volume of the hydrogen-containing gas decreases compared to a state where the recycle flow passage is not clogged, and wherein the first threshold is higher than a pressure value in a downstream end of the recycle flow passage and is equal to or lower than a pressure value in an upstream end of the recycle flow passage. removing sulfur compounds from a raw material by a hydro-desulfurizer; generating hydrogen-containing gas by a reformer, using the raw material that has passed through the hydro-desulfurizer; supplying a portion of the hydrogen-containing gas which has been discharged from the reformer, through a recycle flow passage, to the raw material before the raw material flows into the hydro-desulfurizer; characterized by detecting, by a pressure detector, a pressure in a portion of the recycle flow passage which is located upstream of an on-off valve provided in the recycle flow passage; and detecting an abnormal clogging in the recycle flow passage when the pressure detected by the pressure detector is lower than a first threshold, in a state in which the raw material is being supplied to the reformer with the on-off valve closed, wherein the abnormal clogging is a state where a flow of the hydrogen-containing gas within the recycle flow passage is completely shut out or is a state where at least a portion of the recycle flow passage is clogged so that a flow volume of the hydrogen-containing gas decreases compared to a state where the recycle flow passage is not clogged, and wherein the first threshold is higher than a pressure value in a downstream end of the recycle flow passage and is equal to or lower than a pressure value in an upstream end of the recycle flow passage.
A receiving apparatus for receiving OFDM pilot signals, comprising: a receiving unit for receiving an OFDM signal including pattern information indicating which pilot pattern among at least two pilot patterns is respectively assigned to each time slot of a plurality of time slots and assignment information indicative of which time slot is assigned transmission data to which receiving apparatus, each of the pilot patterns representing an mutually different arrangement densities of OFDM pilot signals in at least one of a frequency domain and a time domain, at least two of the time slots being assigned different ones of the pilot patterns; and a decoding unit for decoding the OFDM signal; wherein the receiving unit is adapted to receive OFDM pilot signals according to the pilot patterns respectively assigned to the time slots based on the pattern information extracted from the decoded OFDM signal, and the pilot pattern that is set on a beginning time slot of the time slots is used as a pilot pattern of the pattern information and the assignment information. a receiving unit for receiving an OFDM signal including pattern information indicating which pilot pattern among at least two pilot patterns is respectively assigned to each time slot of a plurality of time slots and assignment information indicative of which time slot is assigned transmission data to which receiving apparatus, each of the pilot patterns representing an mutually different arrangement densities of OFDM pilot signals in at least one of a frequency domain and a time domain, at least two of the time slots being assigned different ones of the pilot patterns; and a decoding unit for decoding the OFDM signal; wherein the receiving unit is adapted to receive OFDM pilot signals according to the pilot patterns respectively assigned to the time slots based on the pattern information extracted from the decoded OFDM signal, and the pilot pattern that is set on a beginning time slot of the time slots is used as a pilot pattern of the pattern information and the assignment information.