mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for supplementing video material, the method comprising: controlling a display device to display a first video, associated with a first camera and retrieved from a storage device (124, 140a-c, 150); analyzing the first video to automatically detect at least one camera (270a-e), in particular located in an area of interest; and controlling the display device to display a second video associated with a second camera among the detected at least one camera in response to a user input; wherein controlling the display device to display the second video comprises: receiving, as the user input, a selection input for selecting the second camera, in particular in a displayed video frame of the first video, input by the user by means of an input device; identifying a video frame of the second video corresponding to the displayed video frame of the first video; and controlling the display device to display the second video starting from the identified video frame. controlling a display device to display a first video, associated with a first camera and retrieved from a storage device (124, 140a-c, 150); analyzing the first video to automatically detect at least one camera (270a-e), in particular located in an area of interest; and controlling the display device to display a second video associated with a second camera among the detected at least one camera in response to a user input; wherein controlling the display device to display the second video comprises: receiving, as the user input, a selection input for selecting the second camera, in particular in a displayed video frame of the first video, input by the user by means of an input device; identifying a video frame of the second video corresponding to the displayed video frame of the first video; and controlling the display device to display the second video starting from the identified video frame. receiving, as the user input, a selection input for selecting the second camera, in particular in a displayed video frame of the first video, input by the user by means of an input device; identifying a video frame of the second video corresponding to the displayed video frame of the first video; and controlling the display device to display the second video starting from the identified video frame.
An antibody which binds to human CSF-1R, for use in a) the treatment of cancer, wherein the anti-CSF-1R antibody is administered in a first treatment cycle in combination with an agonistic CD40 antibody, and wherein in the following treatment cycles the anti-CSF-1R antibody is administered only at every second cycle in combination with the agonistic CD40 antibody, while the agonistic CD40 antibody is administered at each treatment cycle, and wherein anti-CSF-1R antibody comprises a heavy chain variable domain VH of SEQ ID NO:5 and a light chain variable domain VL of SEQ ID NO:6, wherein the anti-CSF-1R antibody is administered at a dose of 600-1200 mg. a) the treatment of cancer, wherein the anti-CSF-1R antibody is administered in a first treatment cycle in combination with an agonistic CD40 antibody, and wherein in the following treatment cycles the anti-CSF-1R antibody is administered only at every second cycle in combination with the agonistic CD40 antibody, while the agonistic CD40 antibody is administered at each treatment cycle, and wherein anti-CSF-1R antibody comprises a heavy chain variable domain VH of SEQ ID NO:5 and a light chain variable domain VL of SEQ ID NO:6, wherein the anti-CSF-1R antibody is administered at a dose of 600-1200 mg.
A screw disposed within a heating cylinder such that the screw can rotate and can advance and retreat, a rear end of the screw being connected to a drive apparatus, the screw comprising: (a) a screw head; (b) a reverse-flow prevention apparatus; and (c) a plasticizing member disposed rearward of the reverse-flow prevention apparatus, wherein (d) the plasticizing member comprises a screw body, a flight projectingly formed on an outer circumferential surface of the screw body, and a pressure member formed to extend over a predetermined distance from a front end of the screw body and to be located adjacent to the reverse-flow prevention apparatus; and (e) the pressure member has a flat outer circumferential surface having a diameter equal to or greater than the diameter of the screw body; and (f) the flat outer circumferential surface is composed of an outer circumferential surface of an inclined portion (71, 171) formed to be integral with the screw body and an outer circumferential surface of a large diameter portion (72, 172) formed to be integral with the inclined portion (71, 171), characterized in that: (g) when the axial length of the large diameter portion (72, 172) is represented by L and the outer diameter of the flight is represented by D, the ratio L/D falls within the following range: 0.85 ≤ L / D ≤ 1.15. (a) a screw head; (b) a reverse-flow prevention apparatus; and (c) a plasticizing member disposed rearward of the reverse-flow prevention apparatus, wherein (d) the plasticizing member comprises a screw body, a flight projectingly formed on an outer circumferential surface of the screw body, and a pressure member formed to extend over a predetermined distance from a front end of the screw body and to be located adjacent to the reverse-flow prevention apparatus; and (e) the pressure member has a flat outer circumferential surface having a diameter equal to or greater than the diameter of the screw body; and (f) the flat outer circumferential surface is composed of an outer circumferential surface of an inclined portion (71, 171) formed to be integral with the screw body and an outer circumferential surface of a large diameter portion (72, 172) formed to be integral with the inclined portion (71, 171), characterized in that: (g) when the axial length of the large diameter portion (72, 172) is represented by L and the outer diameter of the flight is represented by D, the ratio L/D falls within the following range: 0.85 ≤ L / D ≤ 1.15.
Amplifier with non linear current mirror, comprising: - an amplification stage (P1, P2) having an input terminal for an input signal (V IN) - an output stage coupled to the amplification stage by a current mirror stage (D1, D2, 01, 02), wherein the current mirror stage comprises - at least one mirror transistor (D1, D2) coupled to the amplifier stage, - at least one output transistor (O1, O2) coupled to the output stage and - at least two variable resistive elements (R N1, R N3, R P2, R P4), one of the resistive elements (R N1, R N3) directly connected in series to the at least one mirror transistor (D1, D2) and another one of the resistive elements (R P2, R P4) directly connected in series to the at least one output transistor (O1, O2), - a tuning stage being adapted to tune the variable resistive elements (R N1, R N3, R P2, R P4) in response to the input signal (V IN). - an amplification stage (P1, P2) having an input terminal for an input signal (V IN) - an output stage coupled to the amplification stage by a current mirror stage (D1, D2, 01, 02), wherein the current mirror stage comprises - at least one mirror transistor (D1, D2) coupled to the amplifier stage, - at least one output transistor (O1, O2) coupled to the output stage and - at least two variable resistive elements (R N1, R N3, R P2, R P4), one of the resistive elements (R N1, R N3) directly connected in series to the at least one mirror transistor (D1, D2) and another one of the resistive elements (R P2, R P4) directly connected in series to the at least one output transistor (O1, O2), - at least one mirror transistor (D1, D2) coupled to the amplifier stage, - at least one output transistor (O1, O2) coupled to the output stage and - at least two variable resistive elements (R N1, R N3, R P2, R P4), one of the resistive elements (R N1, R N3) directly connected in series to the at least one mirror transistor (D1, D2) and another one of the resistive elements (R P2, R P4) directly connected in series to the at least one output transistor (O1, O2), - a tuning stage being adapted to tune the variable resistive elements (R N1, R N3, R P2, R P4) in response to the input signal (V IN).
An aggregate, in particular a hybrid engine, electrical power generator or compressor, comprising a housing (12; 12') in which are arranged a piston motor part (28; 28'; 228) and an electric motor part (26; 26'), wherein the piston motor part (28; 28'; 228) has a first piston (30; 30'; 230) having a first end face (38; 38'; 238) and a second piston (32; 32'; 232) having a second end face (40; 40'; 240), wherein the first piston (30; 30'; 230) and the second piston (32; 32'; 232) perform reciprocating motions, wherein between the first end face (38; 38'; 238) and the second end face (40; 40'; 240) is arranged a working chamber (42; 42'; 242) for a working medium, which working chamber is periodically reduced and enlarged in size because of the reciprocating motions of the pistons (30, 32; 30', 32'; 230, 232), and wherein the electric motor part (26; 26') has an annular rotor (88; 88') which can rotate in the housing (12; 12') about a rotation axis (64; 64'; 252) that is fixed relative to the housing, wherein in the housing is arranged a third piston (34; 34'; 234) having a third end face (44; 44'; 244) and a fourth piston (36; 36'; 236) having a fourth end face (46; 46'; 246), wherein the third piston (34; 34'; 234) and the fourth piston (36; 36'; 236) perform reciprocating motions, wherein between the third end face (44; 44'; 244) and the fourth end face (46; 46'; 246) is provided a further working chamber (48; 48'; 248) for a working medium, which further working chamber periodically reduces and enlarges in size because of the reciprocating motions of the third and fourth pistons (34, 36; 34', 36'; 234, 236), wherein the reciprocating motions of the pistons (30, 32, 34, 36; 30', 32', 34', 36'; 230, 232, 234, 236) are performed about a pivot axis (50; 50'; 250), which is perpendicular to the rotation axis (64; 64'; 252), characterized in that the rotor (88; 88') surrounds the piston motor part (28; 28'; 228), and that the first piston (30; 30'; 230) and the third piston (34; 34'; 234) are rigidly connected together, and in that the second piston (32; 32'; 232) and the fourth piston (36; 36'; 236) are rigidly connected together so that the working chamber (42; 42'; 242) and the further working chamber (48; 48'; 248) reduce and enlarge in size in opposition to each other, wherein the first piston (30; 30'; 230), the second piston (32; 32'; 232), the third piston (34; 34'; 234) and the fourth piston (36; 36'; 236) can revolve together about the rotation axis (64; 64'; 252), and the reciprocating motions of the pistons (30, 32, 34, 36; 30', 32'; 34', 36'; 230, 232, 234, 236) are derived from the revolving motions about the rotation axis (64; 64'; 252), wherein the pistons (30, 32, 34, 36; 30', 32'; 34', 36'; 230, 232, 234, 236) are arranged in a piston cage (80; 80'; 270) which revolves in common with the pistons (30, 32, 34, 36; 30', 32'; 34', 36'; 230, 232, 234, 236) about the rotation axis (64; 64'; 252), and wherein the rotor (88; 88') is connected or coupled rotationally fixed with the piston cage (80; 80'; 270).
A system comprising: a beamforming-sensor (210, 610, 710) for transmitting and receiving directional beamforming signals, the beamforming-sensor configured to acquire sensor-data (212, 612) representative of swath in an agricultural field, wherein: the beamforming-sensor comprises a plurality of antennas/microphones in an antenna/microphone array; and the beamforming-sensor is configured to phase-shift signals received at the plurality of antennas/microphones with respect to each other such that overall they constructively combine in a particular direction; and a controller (214, 614) configured to determine foreign-object-indicator data representative of foreign objects within the swath based on the sensor-data (212, 612), when the sensor-data is not correlated with swath-profile-data or ground-profile-data. the beamforming-sensor comprises a plurality of antennas/microphones in an antenna/microphone array; and the beamforming-sensor is configured to phase-shift signals received at the plurality of antennas/microphones with respect to each other such that overall they constructively combine in a particular direction; and a controller (214, 614) configured to determine foreign-object-indicator data representative of foreign objects within the swath based on the sensor-data (212, 612), when the sensor-data is not correlated with swath-profile-data or ground-profile-data.
A handle, comprising: a neck; and a body portion extends from the neck, wherein the body portion comprises a corner portion (22,32) extending from the neck, an arm extending from the corner portion (22,32), and greater than or equal to two hold portions extending from the arm; characterized in that the neck further comprises a fillet near the corner portion (22,32), wherein the fillet comprises a greater diameter than the neck and/or wherein the neck further comprises alternating ribs extending radially inward from an inner wall of a first neck portion and indentations forming a portion of the inner wall. a neck; and a body portion extends from the neck, wherein the body portion comprises a corner portion (22,32) extending from the neck, an arm extending from the corner portion (22,32), and greater than or equal to two hold portions extending from the arm; characterized in that the neck further comprises a fillet near the corner portion (22,32), wherein the fillet comprises a greater diameter than the neck and/or wherein the neck further comprises alternating ribs extending radially inward from an inner wall of a first neck portion and indentations forming a portion of the inner wall.
A process for reducing the levels of 3-chloropropane-1,2-diol and esters thereof in a vegetable oil, which comprises treating the oil with a base, wherein the oil is bleached and deodorised, the bleaching and deodorising conditions are selected to reduce the content of 3-chloropropane-1,2-diol and esters thereof in the deodorised oil to less than 2 ppm, and deodorisation is carried out at a temperature of from 180 to 210 °C, and bleaching is carried out using a natural, non-activated bleaching agent.
A transportation system for performing assembly or maintenance operations in a tower structure, optionally a wind turbine tower, the transportation system comprising: a fixed guide to be attached to a tower structure for guiding a transportation unit; wherein the fixed guide is configured to be connected to a movable guide mounted in an elevator car of an elevator system and extends, when attached to said tower, from a first end to a second end less than 360° along an internal circular perimeter of a tower structure; and a transportation unit; characterised in that the transportation unit comprises an undercarriage for displacing the transportation unit along the fixed guide. a fixed guide to be attached to a tower structure for guiding a transportation unit; wherein the fixed guide is configured to be connected to a movable guide mounted in an elevator car of an elevator system and extends, when attached to said tower, from a first end to a second end less than 360° along an internal circular perimeter of a tower structure; and a transportation unit; characterised in that the transportation unit comprises an undercarriage for displacing the transportation unit along the fixed guide.
A method of diagnosing a first wireless module of a device, the method comprising: detecting an absence of communications with an input device on a first wireless channel; operating a second wireless module (206, 208) of the device to transmit data on a second wireless channel in response to the absence, at least a portion of the second wireless channel overlapping at least a portion of a first wireless channel; obtaining, from the first wireless module, a measured response associated with the first wireless channel concurrent to the data transmitted on the second wireless channel; and initiating a remedial action with respect to the first wireless module based at least in part on the measured response. detecting an absence of communications with an input device on a first wireless channel; operating a second wireless module (206, 208) of the device to transmit data on a second wireless channel in response to the absence, at least a portion of the second wireless channel overlapping at least a portion of a first wireless channel; obtaining, from the first wireless module, a measured response associated with the first wireless channel concurrent to the data transmitted on the second wireless channel; and initiating a remedial action with respect to the first wireless module based at least in part on the measured response.
An autoinjector device comprising: a body portion; a syringe carrier, for supporting a syringe with a needle at its forward end, the syringe carrier being moveably mounted within the body portion such that forward movement relative to the body portion may extend the needle from a forward end of the body portion; a delivery mechanism arranged to forwardly displace the syringe carrier relative to the body portion and to deliver a dose of medicament from the syringe, the syringe carrier comprising a latch element arranged to cooperate with a corresponding retention feature of the body portion to releasably block forward displacement of the syringe carrier by the delivery mechanism and hold the syringe carrier in a rearward position within the body potion; and a shroud at a forward end of the device comprising a locking arrangement which blocks releasing movement of the latch element from the retention feature when the shroud is in a first, forward position and is unlocked when the shroud is in a second, rearward position to allow the syringe carrier to be forwardly displaced by the delivery mechanism; characterised in that the shroud comprises a stop surface that cooperates with a stop surface on the latch element of said syringe carrier to limit the extent of forward movement of said shroud relative to said syringe carrier. a body portion; a syringe carrier, for supporting a syringe with a needle at its forward end, the syringe carrier being moveably mounted within the body portion such that forward movement relative to the body portion may extend the needle from a forward end of the body portion; a delivery mechanism arranged to forwardly displace the syringe carrier relative to the body portion and to deliver a dose of medicament from the syringe, the syringe carrier comprising a latch element arranged to cooperate with a corresponding retention feature of the body portion to releasably block forward displacement of the syringe carrier by the delivery mechanism and hold the syringe carrier in a rearward position within the body potion; and a shroud at a forward end of the device comprising a locking arrangement which blocks releasing movement of the latch element from the retention feature when the shroud is in a first, forward position and is unlocked when the shroud is in a second, rearward position to allow the syringe carrier to be forwardly displaced by the delivery mechanism; characterised in that the shroud comprises a stop surface that cooperates with a stop surface on the latch element of said syringe carrier to limit the extent of forward movement of said shroud relative to said syringe carrier.
A high purity chromatographic material comprising a chromatographic surface wherein the chromatographic surface comprises an ion-paired bonded moiety, wherein the ion-paired bonded moiety is formed between a basic ion-pair forming surface group and an acidic counterion, wherein the basic ion-pair forming surface group is a nitrogen-containing surface group, and wherein the acidic counterion is a sulfonic acid counterion.
A method for collecting iron and phosphorus from steelmaking slag, comprising: a first step in which phosphorus-containing steelmaking slag produced in a steel refining process is reduced using a reducing agent containing at least one of carbon, silicon and aluminum to reduce iron oxide and phosphorus oxide in the steelmaking slag and to collect iron and phosphorus as phosphorus-containing molten iron having a phosphorus concentration of 0.5 to 7.5 % by mass from the phosphorus-containing steelmaking slag, a second step in which the steelmaking slag, from which the iron oxide and the phosphorus oxide have been removed, is recycled as a CaO source in a pig iron production step or a steel production step, a third step in which the phosphorus-containing molten iron collected by the reduction is dephosphorized using a fluorine-free CaO-containing flux to a phosphorus concentration in the phosphorus-containing molten iron of not more than 0.1% by mass, thereby phosphorus being concentrated to 20% or more as P 2 O 5 in the CaO-containing flux, and a fourth step in which the phosphorus-containing molten iron that has been dephosphorized to a phosphorus concentration of not more than 0.1% by mass is mixed as an iron source with a blast furnace hot metal tapped from a blast furnace. a first step in which phosphorus-containing steelmaking slag produced in a steel refining process is reduced using a reducing agent containing at least one of carbon, silicon and aluminum to reduce iron oxide and phosphorus oxide in the steelmaking slag and to collect iron and phosphorus as phosphorus-containing molten iron having a phosphorus concentration of 0.5 to 7.5 % by mass from the phosphorus-containing steelmaking slag, a second step in which the steelmaking slag, from which the iron oxide and the phosphorus oxide have been removed, is recycled as a CaO source in a pig iron production step or a steel production step, a third step in which the phosphorus-containing molten iron collected by the reduction is dephosphorized using a fluorine-free CaO-containing flux to a phosphorus concentration in the phosphorus-containing molten iron of not more than 0.1% by mass, thereby phosphorus being concentrated to 20% or more as P 2 O 5 in the CaO-containing flux, and a fourth step in which the phosphorus-containing molten iron that has been dephosphorized to a phosphorus concentration of not more than 0.1% by mass is mixed as an iron source with a blast furnace hot metal tapped from a blast furnace.