mhurhangee/ep-ind-claims huggingface dataset:
A method for sending control information, characterized by, comprising: setting, by a network side device a value of a validity indication bit in a downlink control information, DCI, format at a scheduling time to indicate whether transmission control exercised by the network side device on a transmission block, TB, is valid relative to a terminal side device at the scheduling time, wherein if the transmission control on the TB is valid relative to the terminal side device, respective bits occupied by transmission control bits of the TB, in the DCI format, are used to carry a transmission control indication of the TB, and if the transmission control exercised by the network side device on the TB is invalid relative to the terminal side device, a part or all of the bits occupied by the transmission control bits of the TB, in the DCI format, are used to carry control information other than the transmission control indication of the TB; setting, by the network side device, the control information by using the set DCI format; and sending, by the network side device, the set control information to the terminal side device. setting, by a network side device a value of a validity indication bit in a downlink control information, DCI, format at a scheduling time to indicate whether transmission control exercised by the network side device on a transmission block, TB, is valid relative to a terminal side device at the scheduling time, wherein if the transmission control on the TB is valid relative to the terminal side device, respective bits occupied by transmission control bits of the TB, in the DCI format, are used to carry a transmission control indication of the TB, and if the transmission control exercised by the network side device on the TB is invalid relative to the terminal side device, a part or all of the bits occupied by the transmission control bits of the TB, in the DCI format, are used to carry control information other than the transmission control indication of the TB; setting, by the network side device, the control information by using the set DCI format; and sending, by the network side device, the set control information to the terminal side device.
A photographing device comprising: a first photographing part configured to photograph a plurality of subjects; an autofocus part configured to focus a lens on any one of the subjects; a detector configured to detect the plurality of subjects from an image photographed by the first photographing part; a priority setting part configured to set a priority on each of the plurality of subjects detected by the detector using one or a plurality of pieces of photographing history information; a focused subject selector configured to select at least one subject on which the autofocus part focuses the lens from the plurality of subjects, in order of the priority set by the priority setting part; and a presenting part configured to present the subject selected by the focused subject selector; characterized in that the photographing history information including focused subject information, AF, indicating that the at least one subject was a focusing target in a history image, the focused subject information being related to the history image, the history image being photographed by the first photographing part in the past. a first photographing part configured to photograph a plurality of subjects; an autofocus part configured to focus a lens on any one of the subjects; a detector configured to detect the plurality of subjects from an image photographed by the first photographing part; a priority setting part configured to set a priority on each of the plurality of subjects detected by the detector using one or a plurality of pieces of photographing history information; a focused subject selector configured to select at least one subject on which the autofocus part focuses the lens from the plurality of subjects, in order of the priority set by the priority setting part; and a presenting part configured to present the subject selected by the focused subject selector; characterized in that the photographing history information including focused subject information, AF, indicating that the at least one subject was a focusing target in a history image, the focused subject information being related to the history image, the history image being photographed by the first photographing part in the past.
A barbeque gas burner assembly comprising inner and an outer gas burners and inner and outer heat directing shields, wherein the inner burner is located within a boundary defined by the outer burner and in a spaced-apart relationship thereto; the outer heat-directing shield comprises a collar with an outwardly extending rim at one end thereof that is angled away from the collar, with the collar and rim complementary shaped and sized to the outer burner for the rim to be supportable by the outer burner; the inner heat-directing shield comprises a collar that is complimentary shaped and sized to the inner burner to be supportable thereby, and the collar includes an outwardly extending rim at one end thereof that is angled away from the collar; operatively for the rim of the outer heat-directing shield to be supported by the outer burner with the collar extending upwards from the outer burner, the inner heat-directing shield to be located within the collar of the outer heat-directing shield with the collar of the inner heat-directing shield supported by the inner burner to define an annular heat directing channel between the inner and outer heat-directing shields and to at least party shield each of the inner and outer burners against falling food debris.
Rectifier (40; 40A, 400) for a welding transformer of a welding apparatus (2; 3) for welding at least one component part (5, 6), comprising a first side part for electrically conductive connection to the welding transformer, a second side part for electrically conductive connection to the welding transformer, a central part which is arranged between the first and second side parts (47, 48) and configured for a current output in the direction of a welding electrode of the welding apparatus, and at least two semiconductor modules which are configured to be switched between a welding tool of the welding apparatus (2; 3) and an output of the welding transformer, wherein at least one semiconductor module of the at least two semiconductor modules is arranged between the central part and the first side part, wherein at least one semiconductor module of the at least two semiconductor modules is arranged between the central part and the second side part, characterized in that the first side part and the second side part are configured asymmetrically in such a way that an exchange of the arrangement of the side parts (47, 48) relative to the central part alters the number of semiconductor modules which are able to be clamped in between one of the side parts (47, 48) and the central part. a first side part for electrically conductive connection to the welding transformer, a second side part for electrically conductive connection to the welding transformer, a central part which is arranged between the first and second side parts (47, 48) and configured for a current output in the direction of a welding electrode of the welding apparatus, and at least two semiconductor modules which are configured to be switched between a welding tool of the welding apparatus (2; 3) and an output of the welding transformer, wherein at least one semiconductor module of the at least two semiconductor modules is arranged between the central part and the first side part, wherein at least one semiconductor module of the at least two semiconductor modules is arranged between the central part and the second side part, characterized in that the first side part and the second side part are configured asymmetrically in such a way that an exchange of the arrangement of the side parts (47, 48) relative to the central part alters the number of semiconductor modules which are able to be clamped in between one of the side parts (47, 48) and the central part.
An apparatus for washing and grading sand and aggregate comprising a first vibratory screen having a plurality of vertically stacked decks (12,14,16) for producing a plurality of aggregate products therefrom and a sump for collecting undersize material comprising sand and water from said plurality of decks; a first set of hydrocyclones arranged to receive undersize material and water from the sump of the first vibratory screen, said first set of hydrocyclones comprising a plurality of cyclones arranged in parallel, each having an inlet receiving said undersize material and water from the sump of the first vibratory screen; a second vibratory screen having a deck for producing at least one sand product and a sump beneath said deck for receiving undersize material and water from said deck of the second vibratory screen, said deck of said second vibratory screen receiving an underflow from each cyclone of the first set of hydrocyclones; a second set of hydrocyclones arranged to receive undersize material and water from the sump of the second vibratory screen, characterized in that said second set of hydrocyclones comprising a plurality of cyclones arranged in parallel, each having an inlet receiving said undersize material and water from the sump of the second vibratory screen; the apparatus further comprising a third vibratory screen having a deck for producing at least one sand product and a sump beneath said deck for receiving undersize material and water from said deck of the third vibratory screen, said deck of said third vibratory screen receiving an underflow from each cyclone of the second set of hydrocyclones; and a further hydrocyclone receiving undersize material and water from the sump of the third vibratory screen, an underflow from the further hydrocyclone being delivered onto the deck of the third vibratory screen.
A cable comprising at least one layer which comprises a foamed composition obtainable by foaming a foamable polymer composition comprising a polyolefin polymer, and a blowing agent in an amount of 0.01 to 3 wt.% based on the total foamable polymer composition, wherein the blowing agent consists of expandable polymeric microspheres, and the composition does not comprise fluororesin, wherein preferably the layer is a jacketing layer. a polyolefin polymer, and a blowing agent in an amount of 0.01 to 3 wt.% based on the total foamable polymer composition, wherein the blowing agent consists of expandable polymeric microspheres,
A refrigeration system (102, 202, 302) primarily using CO2 as refrigerant, which refrigeration system comprises at least one first compressor (104, 204, 304), which compressor (104, 204, 304) comprises a pressure outlet tube (106, 206, 306) connected to at least one heat rejecting heat exchanger (108, 208, 308), which heat rejecting heat exchanger (108, 208, 308) is connected to one first pressure reduction device (109, 209, 309) and by tubing (110, 210, 310) further connected to at least one receiver (112, 212, 312), which receiver (112, 212, 312) comprises at least one first liquid outlet (114, 214, 314), which outlet (114, 214, 314) is connected by tubing (116, 216, 316) to one or more first pressure reduction devices (118, 218, 318), which first pressure reduction devices (118, 218, 318) are connected to at least one first group of evaporators (122, 222, 322), which evaporators (122, 222, 322) are connected by suction tubing (124, 224, 324) to a suction side (126, 226, 326) of the compressor (104, 204, 304), which receiver (112, 212, 312) comprises at least one second gas outlet (128, 228, 328), which second outlet (128, 228, 328) is connected by tubing (130, 230, 330) configured to direct gas refrigerant within the receiver (112, 212, 312) to a second pressure reduction device (132, 232, 332), characterized in that the second pressure reduction device (132, 232, 332) is configured to expand the gas refrigerant to a lower temperature state and is connected by tubing (134, 234, 324) configured to direct the expanded gas refrigerant from the second pressure reduction device (132, 232, 332) to a first heat exchanging device (136, 236, 336), which first heat exchanging device (136, 236, 336) is integrated in the receiver (112, 212, 312) and configured to transfer heat from the gas refrigerant within the receiver (112, 212, 312) to the expanded gas refrigerant in the first heat exchanging device (136, 236, 336), which heated refrigerant is connected to the suction tubing (124, 224, 324).
A shutoff fitting for installation in a conduit system for a medium, in particular in a building installation, comprising: a housing with an inlet for inflowing medium and an outlet for outflowing medium; a motor-operated shutoff element; means (18, 20, 22) for measuring the flow rate of the medium between the inlet and the outlet, which means comprise a flow measurement chamber accommodated in the housing; and a control and evaluation unit, to which signals are supplied from at least one of the flow-measuring means (18, 20, 22) and which is configured to close the shutoff element and/or to generate a leak warning signal at predefined values of the flow rate, flow volume and/or flow duration of the medium, wherein the means (18, 20, 22) for measuring the flow rate of the medium further comprise at least a first ultrasonic probe and an at least second ultrasonic probe, which are accommodated in or on the housing, and wherein the shutoff element is arranged in the flow measurement chamber between the first ultrasonic probe and the second ultrasonic probe, characterised in that the first ultrasonic probe and the second ultrasonic probe are arranged opposite one another along the longitudinal axis of the flow measurement chamber at the ends of the flow measurement chamber. a housing with an inlet for inflowing medium and an outlet for outflowing medium; a motor-operated shutoff element; means (18, 20, 22) for measuring the flow rate of the medium between the inlet and the outlet, which means comprise a flow measurement chamber accommodated in the housing; and a control and evaluation unit, to which signals are supplied from at least one of the flow-measuring means (18, 20, 22) and which is configured to close the shutoff element and/or to generate a leak warning signal at predefined values of the flow rate, flow volume and/or flow duration of the medium, wherein the means (18, 20, 22) for measuring the flow rate of the medium further comprise at least a first ultrasonic probe and an at least second ultrasonic probe, which are accommodated in or on the housing, and wherein the shutoff element is arranged in the flow measurement chamber between the first ultrasonic probe and the second ultrasonic probe, characterised in that the first ultrasonic probe and the second ultrasonic probe are arranged opposite one another along the longitudinal axis of the flow measurement chamber at the ends of the flow measurement chamber.
A carbon-fiber preform for a carbon-fiber-reinforced plastic having a layered structure in which a plurality of carbon-fiber preforms are layered, the carbon-fiber preform being formed from mutually intersecting warp and weft each of which including a carbon-fiber multifilament yarn, characterized in that at least one of layer surfaces (5, 6) of the carbon-fiber preform has fluff formed by cutting some of filaments of the carbon-fiber multifilament yarn of the warp and/or the weft, each of the layer surfaces (5, 6) being a surface that faces another carbon-fiber preform when the plurality of carbon-fiber preforms are layered, and, in the at least one of the layer surfaces (5, 6) having the fluff, the fluff is formed in such a way that_a total fluff length of the warp and a total fluff length of the weft are not equal, the total fluff length being a total length of fluff present per unit area, which is obtained by multiplying the fluff density by the average fluff length.
A lithium-doped Pernigraniline-based material (PN-Li), comprising: - at least one polymer chain formed by the succession of C 6 H 4 rings and nitrogen atoms, each nitrogen atom being linked in para position relative to each C 6 H 4 ring; - n repeating units; - a total amount X of lithium cations (Li +); - an average amount x of lithium cations (Li +) per repeating unit, with x = X/n; - a total amount Y of anions (A m-); - an average amount y of charge provided by anions (A m-) per repeating unit, with y = mY/n; - a charge q of each repeating unit, - a total charge Q of the polymer chain, with Q = ∑ n q i, and Q = mY-X since Q is compensated by the charges of Li + and A m-; - Q/n represents the formal oxidation state and Q/n = y-x; and wherein said PN-Li responds to the following formula: in which: * 4 ≤ n ≤ 500,000, * q is equal to -1, 0 or +1, * the atomic ratio hydrogen/nitrogen (H/N) is such that 4 ≤ H/N <4.5, * -1 ≤ Q/n < 0, * 0.5 ≤ x ≤ 1, * 0 ≤ y ≤ 0.5. - at least one polymer chain formed by the succession of C 6 H 4 rings and nitrogen atoms, each nitrogen atom being linked in para position relative to each C 6 H 4 ring; - n repeating units; - a total amount X of lithium cations (Li +); - an average amount x of lithium cations (Li +) per repeating unit, with x = X/n; - a total amount Y of anions (A m-); - an average amount y of charge provided by anions (A m-) per repeating unit, with y = mY/n; - a charge q of each repeating unit, - a total charge Q of the polymer chain, with Q = ∑ n q i, and Q = mY-X since Q is compensated by the charges of Li + and A m-; - Q/n represents the formal oxidation state and Q/n = y-x; and * 4 ≤ n ≤ 500,000, * q is equal to -1, 0 or +1, * the atomic ratio hydrogen/nitrogen (H/N) is such that 4 ≤ H/N <4.5, * -1 ≤ Q/n < 0, * 0.5 ≤ x ≤ 1, * 0 ≤ y ≤ 0.5.
An arrangement for the detection of the presence of a cavity in a borehole intended for the reception of a reinforcement means comprising a measurement tube with a passage whereby the measurement tube comprises at least one means for the supply of a measurement medium to the borehole, wherein the means is characterised by comprising a cut arranged through a wall of the tube, said cut having two cut surfaces (15a, 15b) that make contact with each other, where the means functions as a valve that is activated by the application of pressure when measurement medium is supplied to the passage, and wherein the means is opened only when the pressure in the supplied medium exceeds a threshold value.
A method comprising: receiving a service specification object that comprises a user-specified location and a message to be generated when a mobile terminal arrives at the location, wherein the service specification object further comprises an identification of an entity (14E; 24) that is responsible for tracking the location of the mobile terminal; storing the service specification object for later use; receiving, from the identified entity (14E; 24) that is responsible for tracking the location of the mobile terminal, the location of the mobile terminal; and when the location of the mobile terminal matches the location in the stored service specification object, generating the message for activating a user-specified action. receiving a service specification object that comprises a user-specified location and a message to be generated when a mobile terminal arrives at the location, wherein the service specification object further comprises an identification of an entity (14E; 24) that is responsible for tracking the location of the mobile terminal; storing the service specification object for later use; receiving, from the identified entity (14E; 24) that is responsible for tracking the location of the mobile terminal, the location of the mobile terminal; and when the location of the mobile terminal matches the location in the stored service specification object, generating the message for activating a user-specified action.
A valve, in particular a proportional pressure regulating valve, that has a valve piston guided so as to be able to be displaced longitudinally within a valve housing and that can be controlled by means of an actuator device in the form of an actuating magnet, the valve housing having a number of fluid ports (P, A, T), and in a movement position of the valve piston, a fluid-conveying connection being established between a pressure supply port and a utility port, and in another movement position, another fluid-conveying connection being established between the utility port and a tank port, the respective differential pressure that arises during the flow through the further fluid-conveying connection between the utility port and the tank port acting on the valve piston by means of a control device in such a way that this valve piston acts against a stop position, from which the further fluid-conveying connection is visibly blocked, into a fully opened opening position in which, compared to the stop position, an enlarged opening cross-section from the utility port to the tank port is achieved, characterised in that the stop position is formed by a disc-shaped stop element that is pressurised by means of an energy accumulator, which stop element is supported on fixed parts of the actuating magnet in the form of the pole core.
A recessed lighting fixture comprising a lamp holder and a housing, wherein the housing is provided with a central opening, wherein the central opening is surrounded by a first circumferential wall portion defming on the outside of the housing a recess for receiving the lamp holder, wherein the lamp holder is provided with an opposite second circumferential wall portion, wherein the lamp holder is movably connected to the housing by means of a gimbal mechanism comprising a gimbal frame rotatably connected to the housing by one or more first connection means such that the gimbal frame is rotatable about a first rotational axis, wherein the lamp holder is rotatably connected to the gimbal frame by one or more second connection means such that the lamp holder is rotatable about a second rotational axis substantially perpendicular to the first rotational axis, characterized in that the gimbal frame is connected to the housing by the first connection means inside the housing, wherein the gimbal frame extends from said first connection means, over the first and second wall portions (5, 12), and into the inside of the lamp holder through one or more recesses or openings in the lamp holder, and wherein the lamp holder is rotatably connected to the gimbal frame by said second connecting means inside the lamp holder.
A sensor interface, comprising: a sensor circuit; a drive circuit connected to the sensor circuit with active and inactive states; and a back-bias circuit connected between the drive circuit and the sensor circuit, wherein the back-bias circuit is arranged to allow current to flow from the drive circuit to the sensor circuit when the drive circuit is in the active state, and wherein the back-bias circuit is arranged to limit current flow from the drive circuit to the sensor circuit when the drive circuit is in the inactive state. a sensor circuit; a drive circuit connected to the sensor circuit with active and inactive states; and a back-bias circuit connected between the drive circuit and the sensor circuit, wherein the back-bias circuit is arranged to allow current to flow from the drive circuit to the sensor circuit when the drive circuit is in the active state, and wherein the back-bias circuit is arranged to limit current flow from the drive circuit to the sensor circuit when the drive circuit is in the inactive state.