mhurhangee/ep-ind-claims huggingface dataset:
Gaseous composition containing gaseous argon for use by inhalation to prevent or treat at least one neurological side-effect of septic shock in a patient.
A method of enabling multiple point-to-multipoint services in a radio communication network system, the method comprising the steps of: when joining sessions relating to multiple point-to-multipoint services is requested by a user equipment, creating a first context between the user equipment and network elements providing the multiple point-to-multipoint services, wherein the first context relates to signalling; and when activation of one session of the sessions for which the first context has been created is requested by the user equipment, creating a second context between the user equipment and network elements providing a point-to-multipoint service of the multiple point-to-multipoint services, to which point-to-multipoint service the one session relates, wherein the second context relates to user data of the point-to-multipoint service. when joining sessions relating to multiple point-to-multipoint services is requested by a user equipment, creating a first context between the user equipment and network elements providing the multiple point-to-multipoint services, wherein the first context relates to signalling; and when activation of one session of the sessions for which the first context has been created is requested by the user equipment, creating a second context between the user equipment and network elements providing a point-to-multipoint service of the multiple point-to-multipoint services, to which point-to-multipoint service the one session relates, wherein the second context relates to user data of the point-to-multipoint service.
A fitting plate (31; 52, 53) for lashing containers (11, 12) on board of ships, comprising a first accommodation and two further accommodations (37; 60, 61), wherein the two further accommodations (37; 56, 67) form a two-armed lever in relation to the first accommodation and are provided with one pocket (36; 64, 65) each for receiving a tensioning screw stud of a lashing rod, characterized in that the two further accommodations (37; 56, 67) are hingedly mounted between two fitting plate parts (38, 39; 52, 53).
A water-in-oil emulsified sunscreen cosmetic comprising (a) 0.1-10 wt% of dimethicodiethylbenzalmalonate, (b) 0.02-8 wt % of phenylbenzimidazole sulfonic acid, and (c) a neutralizing agent for said ingredient (b), said cosmetic having a water phase content of 40 wt% or less, wherein ingredient (c) is aminomethyl propanol.
A receiving device comprising: a receiving means receiving multicarrier signals in which a plurality of subcarriers are divided into a plurality of subcarrier blocks each containing at least one subcarrier, and in which signals to be transmitted to receiving devices are allocated on a subcarrier block basis; an estimating means estimating, for each of the plurality of subcarrier blocks, quality values indicative of reception states of the signals allocated to the plurality of subcarrier blocks; and characterized by a notifying means notifying a transmitting device of information indicative of a high-quality subcarrier block having a high quality value in the quality values, a quality value of the high-quality subcarrier block, and a continuous interval of the subcarrier blocks having the quality values of which a difference from the quality value of the high-quality subcarrier block falls within a predetermined threshold value. a receiving means receiving multicarrier signals in which a plurality of subcarriers are divided into a plurality of subcarrier blocks each containing at least one subcarrier, and in which signals to be transmitted to receiving devices are allocated on a subcarrier block basis; an estimating means estimating, for each of the plurality of subcarrier blocks, quality values indicative of reception states of the signals allocated to the plurality of subcarrier blocks; and characterized by a notifying means notifying a transmitting device of information indicative of a high-quality subcarrier block having a high quality value in the quality values, a quality value of the high-quality subcarrier block, and a continuous interval of the subcarrier blocks having the quality values of which a difference from the quality value of the high-quality subcarrier block falls within a predetermined threshold value.
An environmental control system, comprising: an airflow source (12,14); an air cycle machine in flow communication with the airflow source, and through which an airflow from the airflow source is directed, the air cycle machine including: a compressor to which the airflow from the airflow source is directed; and a turbine; a liquid load heat exchanger located in flow communication with the turbine such that airflow downstream of the turbine exchanges thermal energy with a liquid flow at the liquid load heat exchanger to cool the liquid flow; a liquid load reheater disposed upstream of the turbine and upstream of the liquid load heat exchanger, configured such that a thermal energy exchange between the airflow prior to the airflow entering the turbine and the liquid flow prior to the liquid flow entering the liquid load heat exchanger occurs at the liquid load reheater; and a condenser disposed between the turbine and the liquid load reheater, configured such that the airflow output from the turbine flows through the condenser prior to flowing through the liquid load heat exchanger; and a primary heat exchanger disposed between the airflow source and the air cycle machine, the airflow directed directly from the primary heat exchanger into the compressor. an airflow source (12,14); an air cycle machine in flow communication with the airflow source, and through which an airflow from the airflow source is directed, the air cycle machine including: a compressor to which the airflow from the airflow source is directed; and a turbine; a compressor to which the airflow from the airflow source is directed; and a turbine; a liquid load heat exchanger located in flow communication with the turbine such that airflow downstream of the turbine exchanges thermal energy with a liquid flow at the liquid load heat exchanger to cool the liquid flow; a liquid load reheater disposed upstream of the turbine and upstream of the liquid load heat exchanger, configured such that a thermal energy exchange between the airflow prior to the airflow entering the turbine and the liquid flow prior to the liquid flow entering the liquid load heat exchanger occurs at the liquid load reheater; and a condenser disposed between the turbine and the liquid load reheater, configured such that the airflow output from the turbine flows through the condenser prior to flowing through the liquid load heat exchanger; and a primary heat exchanger disposed between the airflow source and the air cycle machine, the airflow directed directly from the primary heat exchanger into the compressor.
An apparatus comprising: a rotor of a vehicle; a rotatable hub configured to support the rotor; and a rotor hook (206, 302, 330) disposed on the rotor, the rotor hook (206, 302, 330) having a groove (207, 308, 338) configured to receive a recovery line, the rotor is configured to contact the recovery line when the vehicle is flown toward the recovery line and the rotor is configured to draw the recovery line inward into the rotor hook (206, 302, 330) by moving the recovery line into the groove (207, 308, 338) of the rotor hook as the rotor spins after contacting the recovery line. a rotor of a vehicle; a rotatable hub configured to support the rotor; and a rotor hook (206, 302, 330) disposed on the rotor, the rotor hook (206, 302, 330) having a groove (207, 308, 338) configured to receive a recovery line, the rotor is configured to contact the recovery line when the vehicle is flown toward the recovery line and the rotor is configured to draw the recovery line inward into the rotor hook (206, 302, 330) by moving the recovery line into the groove (207, 308, 338) of the rotor hook as the rotor spins after contacting the recovery line.
Charging handle for an existing gas-powered carbine, in particular of the type AR15 or of the type M4 with a housing, the charging handle to be operated on both sides having an active handle, a passive handle and a shaft with a front portion, a center portion and an end portion, the front portion extending into the region of a gas opening of a bolt carrier of the carbine, and having a widening of the shaft on both sides in the transverse direction for receiving the active handle and the passive handle being provided at the end portion, which are each rotatably mounted on the widening by means of a pin, wherein the active handle is formed integrally, preferably in one piece, with a latch and designed such that it can be rotated between two positions, the latch in a first fixing position cooperating with a latch arrest of the housing of the carbine and fixing the charging handle with respect to the housing, and in a second release position not cooperating with the latch arrest and releasing the charging handle with respect to the housing, the passive handle being designed in such way that it is to be brought into operative connection with the active handle, both handles (3, 4) being forced into the position which corresponds to the fixing position by at least one spring (33, 43), wherein the release position of the first, active handle is defined by a support surface at the widening of the end portion, against which an internal stop surface of the active handle lies in the release position, whereby the support surface is at a greater distance from the central plane of the weapon than the pin and a shaft stop for a counter face of the active handle is provided at the end portion, which shaft stop is arranged closer to the center plane of the weapon than the pin, characterized in that in the release position of the active handle, the latter contacts both the support surface and the stop.
A gas turbine engine comprising; a main compressor section having a high pressure compressor with a downstream most end, and more upstream locations; a turbine section having a high pressure turbine; a first tap tapping air from at least one of said more upstream locations in said main compressor section, passing said tapped air through a first heat exchanger and then to a cooling compressor, said cooling compressor compressing air downstream of said first heat exchanger; a second heat exchanger downstream of said cooling compressor; a second tap tapping air from a location closer to said downstream most end than the location of said first tap; and a third tap downstream of said second heat exchanger, air being tapped from said third tap and delivered to a component on the gas turbine engine to be cooled; characterized in that: a mixer mixes air from said first and second taps (126, 140) at a location downstream of said second heat exchanger and in that the mixed air is delivered into said high pressure turbine.
A power tool comprising: a power tool body; and a rotation knob (28, 42, 228, 328, 428) rotatably arranged on the power tool body and operated by a user, wherein the rotation knob (28, 42, 228, 328, 428) comprises: a knob body (66, 166, 466) attached rotatably on the power tool body; and a tab (50, 150, 450) attached on the knob body (66, 166, 466) and capable of swinging between an operating position projecting from the knob body (66, 166, 466) and a storing position stored in one of the knob body (66, 166, 466) and the power tool body; characterized in that the rotation knob (28, 42, 228, 328, 428) further comprises a tab spring (52, 152) biasing the tab (50, 150, 450) toward the operating position; and a lock mechanism (58, 64, 158, 164, 458, 464) holding the tab (50, 150, 450) at the storing position against the pressure of the tab spring (52, 152) in a case where the tab (50, 150, 450) moves to the storing position. a power tool body; and a rotation knob (28, 42, 228, 328, 428) rotatably arranged on the power tool body and operated by a user, wherein the rotation knob (28, 42, 228, 328, 428) comprises: a knob body (66, 166, 466) attached rotatably on the power tool body; and a tab (50, 150, 450) attached on the knob body (66, 166, 466) and capable of swinging between an operating position projecting from the knob body (66, 166, 466) and a storing position stored in one of the knob body (66, 166, 466) and the power tool body; characterized in that the rotation knob (28, 42, 228, 328, 428) further comprises a tab spring (52, 152) biasing the tab (50, 150, 450) toward the operating position; and a knob body (66, 166, 466) attached rotatably on the power tool body; and a tab (50, 150, 450) attached on the knob body (66, 166, 466) and capable of swinging between an operating position projecting from the knob body (66, 166, 466) and a storing position stored in one of the knob body (66, 166, 466) and the power tool body; characterized in that the rotation knob (28, 42, 228, 328, 428) further comprises a tab spring (52, 152) biasing the tab (50, 150, 450) toward the operating position; and a lock mechanism (58, 64, 158, 164, 458, 464) holding the tab (50, 150, 450) at the storing position against the pressure of the tab spring (52, 152) in a case where the tab (50, 150, 450) moves to the storing position.
A vaccine composition comprising: an antigen comprising a tumor antigen, viral antigen, or microbial antigen; a delivery system comprising a microorganism; and an adjuvant function conveyed by a protein comprised of latent membrane protein 1 or the multimerizing N-terminus fragment of LMP1 fused to a cytoplasmic signaling domain comprising a cytoplasmic fragment of a member of Tumor necrosis factor receptor superfamily (TNFRSF). an antigen comprising a tumor antigen, viral antigen, or microbial antigen; a delivery system comprising a microorganism; and an adjuvant function conveyed by a protein comprised of latent membrane protein 1 or the multimerizing N-terminus fragment of LMP1 fused to a cytoplasmic signaling domain comprising a cytoplasmic fragment of a member of Tumor necrosis factor receptor superfamily (TNFRSF).
A pump for producing and dispensing foam or atomized liquid, the pump comprising a piston-chamber forming body and a piston cooperating to define an outer compartment and an inner compartment therebetween, the outer compartment having an inlet opening and an outlet, the inner compartment having an inlet opening and an outlet opening, the inlet opening of the inner compartment being in flow communication with a fluid containing reservoir, a member (56,156) selected from a foam generating screen for generating turbulence in air and fluid passing therethrough to produce foam and a nozzle member to at least partially atomize liquid when liquid and air pass therethrough simultaneously, the member (56,156) positioned to receive fluid which has been discharged from the outlet opening of the inner compartment and air which has been discharged from the outlet of the outer compartment a discharge outlet open to the atmosphere for discharge of any air, fluid and foam discharged outwardly through the member (56,156), the piston being movable with respect to the piston-chamber forming body, characterized in that the piston-chamber forming body and the piston form a first pump member to displace a first volume and a second pump member to displace a second volume greater than the first volume, the two pump members being out of phase, whereby moving the piston inwardly relative to the body pressurizes the outer compartment thereby forcing liquid and air through the member (56,156) and simultaneously drawing fluid from the reservoir through the inlet opening of the inner compartment into the inner compartment, and whereby moving the piston outwardly relative to the body pressurizes the inner compartment thereby discharging fluid from the inner compartment out of the outlet opening of the outer compartment and simultaneously drawing air into the outer compartment.
A pressure sensitive adhesive composition which comprises the following components, and: a hydrolyzable silyl group-containing oxyalkylene polymer composition having a number average molecular weight of 15,000 to 100,000 obtained by introducing hydrolyzable silyl groups into an oxyalkylene precursor polymer composition containing oxyalkylene precursor polymers, the said precursor polymers having functional group(s) allowing the introduction of a hydrolyzable silyl group, wherein the hydrolyzable silyl group-containing oxyalkylene polymer composition has 0.3 to 0.7 equivalents of hydrolyzable silyl groups relative to the total amount of said functional groups allowing the introduction of a hydrolyzable silyl group, and wherein the hydrolyzable silyl group is a silicon-containing functional group capable of being crosslinked under siloxane bond formation; a tackifier resin; a curing catalyst. a hydrolyzable silyl group-containing oxyalkylene polymer composition having a number average molecular weight of 15,000 to 100,000 obtained by introducing hydrolyzable silyl groups into an oxyalkylene precursor polymer composition containing oxyalkylene precursor polymers, the said precursor polymers having functional group(s) allowing the introduction of a hydrolyzable silyl group, wherein the hydrolyzable silyl group-containing oxyalkylene polymer composition has 0.3 to 0.7 equivalents of hydrolyzable silyl groups relative to the total amount of said functional groups allowing the introduction of a hydrolyzable silyl group, and wherein the hydrolyzable silyl group is a silicon-containing functional group capable of being crosslinked under siloxane bond formation; a tackifier resin; a curing catalyst.
Use of a white pigment for cosmetics, the white pigment comprising: a titanium phosphate powder, the titanium phosphate powder including plate-like crystal particles of titanium phosphate, wherein the titanium phosphate powder has an average friction coefficient of less than 1.45, and wherein the plate-like crystal particles have an average thickness of 0.01 μm or more and 4 μm or less, and the plate-like crystal particles have an aspect ratio of 5 or more, where the aspect ratio is a value calculated by dividing an average primary particle diameter of the plate-like crystal particles by the average thickness. a titanium phosphate powder, the titanium phosphate powder including plate-like crystal particles of titanium phosphate, wherein the titanium phosphate powder has an average friction coefficient of less than 1.45, and wherein the plate-like crystal particles have an average thickness of 0.01 μm or more and 4 μm or less, and the plate-like crystal particles have an aspect ratio of 5 or more, where the aspect ratio is a value calculated by dividing an average primary particle diameter of the plate-like crystal particles by the average thickness.
A dashboard for automobiles, the dashboard including at least one display zone, - the display zone including a first part (1.1), - the display zone including a second part (1.2), the first part (1.1) of the display zone being located in a first plane of principal extent, the second part (1.2) of the display zone being located in a second plane of principal extent, the second plane of principal extent being located parallel to the first plane of principal extent, the second plane of principal extent being translated towards a user of the dashboard with respect to the first plane of principal extent in such a manner that the second part (1.2) of the display zone forms a diaphragm opening (1.3) at least partially around the first part of the display zone and that the first part (1.1) of the display zone is located in a central zone of the dashboard, the dashboard including a light source (1.1.2), and the display zone including a frame element (2.1) for defining the first part (1.1) of the display zone, the light source (1.1.2) including a first part for back-lighting the first part (1.1) of the display zone, and the light source (1.1.2) including a second part in which the light source (1.1.2) extends beyond the first part (1.1) of the display zone, the dashboard including a needle rotated about an axis of rotation, the axis of rotation being provided positioned in the first part (1.1) of the display zone, characterized in that the needle is visible to a user only in the second part (1.2) of the display zone. - the display zone including a first part (1.1), - the display zone including a second part (1.2),
Sensor unit for contactlessly actuating an actuating element, in particular a flap or the like of a vehicle, having at least one capacitive sensor element (11, 12), the sensor element (11, 12) having a wire which is arranged on a carrier element, the carrier element having at least one electrically conductive core, characterized in that the wire is arranged essentially in a plane (14.2) on the carrier element.
A method of determining time-frequency resource preemption, comprising: receiving and reading, by User Equipment, UE, first service data sent by a base station; upon determining that there is first service data failing to be received, determining, by the UE, a time-frequency resource region corresponding to the first service data failing to be received, and decoding, by the UE, part or all of service data in the time-frequency resource region and a relevant time-frequency resource region related thereto, wherein a resource region in a time domain of the relevant time-frequency resource region related thereto is the same as a resource region in the time domain of the time-frequency resource region corresponding to the first service data failing to be received and a resource region in a frequency domain of the relevant time-frequency resource region related thereto is adjacent to a resource region in the frequency domain of the time-frequency resource region corresponding to the first service data failing to be received; and if the decoding is successful, determining, by the UE, that the service data belongs to second service data, and determining, by the UE, that the second service data preempts time-frequency resources of the first service data, wherein a scheduling type of the second service data belongs to a grant free type. receiving and reading, by User Equipment, UE, first service data sent by a base station; upon determining that there is first service data failing to be received, determining, by the UE, a time-frequency resource region corresponding to the first service data failing to be received, and decoding, by the UE, part or all of service data in the time-frequency resource region and a relevant time-frequency resource region related thereto, wherein a resource region in a time domain of the relevant time-frequency resource region related thereto is the same as a resource region in the time domain of the time-frequency resource region corresponding to the first service data failing to be received and a resource region in a frequency domain of the relevant time-frequency resource region related thereto is adjacent to a resource region in the frequency domain of the time-frequency resource region corresponding to the first service data failing to be received; and if the decoding is successful, determining, by the UE, that the service data belongs to second service data, and determining, by the UE, that the second service data preempts time-frequency resources of the first service data, wherein a scheduling type of the second service data belongs to a grant free type.