mhurhangee/patent-ind-claim-en huggingface dataset:
A method for receiving scheduling information by a terminal in a wireless communication system, the method comprising: receiving first scheduling information from a first base station through a first scheduling channel; and receiving second scheduling information from each of one or more second base stations cooperating with the first base station through one or more second scheduling channels by using one or more reception beams ; wherein the first scheduling channel is determined from resources on a control region of a downlink, DL, subframe, and each of the one or more second scheduling channels is determined from resources on a data region of the DL subframe, and wherein each of the one or more second scheduling channels has a different position in at least one of a time domain and a frequency domain of the data region based on reception performance of the one or more reception beams . receiving first scheduling information from a first base station through a first scheduling channel; and receiving second scheduling information from each of one or more second base stations cooperating with the first base station through one or more second scheduling channels by using one or more reception beams ; wherein the first scheduling channel is determined from resources on a control region of a downlink, DL, subframe, and each of the one or more second scheduling channels is determined from resources on a data region of the DL subframe, and wherein each of the one or more second scheduling channels has a different position in at least one of a time domain and a frequency domain of the data region based on reception performance of the one or more reception beams .
A cooling assembly for at least one semiconductor module having a baseplate with an integrated cooling structure, the cooling assembly comprising: - a first cooler part having at least one opening and at least one attachment point arranged on a first side of the first cooler part , wherein the at least one opening is configured to receive an integrated cooling structure of a corresponding semiconductor module , whose baseplate is attached to the at least one attachment point on a first side of the first cooler part ; and - a second cooler part arranged on an opposite, second side of the first cooler part ; wherein - the first cooler part and the second cooler part are made from a fiber reinforced polymer material, are formed by molding or laminating and are joined by a watertight joint , so as to form a cavity for a coolant between the second side of the first cooler part and the second cooler part . - a first cooler part having at least one opening and at least one attachment point arranged on a first side of the first cooler part , wherein the at least one opening is configured to receive an integrated cooling structure of a corresponding semiconductor module , whose baseplate is attached to the at least one attachment point on a first side of the first cooler part ; and - a second cooler part arranged on an opposite, second side of the first cooler part ; - the first cooler part and the second cooler part are made from a fiber reinforced polymer material, are formed by molding or laminating and are joined by a watertight joint , so as to form a cavity for a coolant between the second side of the first cooler part and the second cooler part .
An apparatus comprising: a housing including a mandrel and a sleeve movably coupled to an external surface of the mandrel ; a slider movably disposed in the mandrel ; a resilient member having a first end connected to the mandrel and a second end connected to the slider , wherein the sleeve has an entrance formed at one end thereof and wherein upon receiving an external force applied to the slider by engagement of the plunger of a syringe attached to the sleeve, the slider moves relative to the housing , from a first position adjacent to the entrance toward a second position away from the entrance , to elastically deform the resilient member from a coiled state toward an uncoiled state, and wherein, upon release of the external force, the resilient member is allowed to resume to the coiled state, to move the slider toward the first position for urging the slider against a fluid container attached to the housing to deliver fluid from the fluid container , characterized in that the sleeve is threadedly coupled to the mandrel such that rotation of the mandrel relative to the sleeve about a longitudinal axis moves the mandrel along the longitudinal axis relative to the sleeve . a housing including a mandrel and a sleeve movably coupled to an external surface of the mandrel ; a slider movably disposed in the mandrel ; a resilient member having a first end connected to the mandrel and a second end connected to the slider , wherein the sleeve has an entrance formed at one end thereof and wherein upon receiving an external force applied to the slider by engagement of the plunger of a syringe attached to the sleeve, the slider moves relative to the housing , from a first position adjacent to the entrance toward a second position away from the entrance , to elastically deform the resilient member from a coiled state toward an uncoiled state, and wherein, upon release of the external force, the resilient member is allowed to resume to the coiled state, to move the slider toward the first position for urging the slider against a fluid container attached to the housing to deliver fluid from the fluid container ,
An expandable device including: a first substantially planar member ; a second substantially planar member ; at least one display panel attached to and extending between the periphery of the first member and the periphery of the second member, the first and second members movable between an open position, in which at least a part of the first member is spaced from the second member, and a closed position, in which said at least a part of the first member is adjacent the second member; a spacer sized to be located between the first and second members when in the open position, and to maintain the first and second members in the open position, and when in the open position, the at least one display panel is held drum-tight taut between the first and second members, and, the spacer is located within a space at least partly defined by the first member, the second member and the at least one taut display panel, wherein the spacer engages the first and second substantially planar members and holds them spaced apart, characterised in that the spacer comprises two or more rods joined together so as to move axially relative to each other in a manner to enable the length of the spacer to be adjusted, wherein the first rod and the second rod have complementary screw threads adapted to expand the length of the spacer against tension of the at least one display panel and to retain the spacer in the expanded length against the tension of the at least one display panel. a first substantially planar member ; a second substantially planar member ; at least one display panel attached to and extending between the periphery of the first member and the periphery of the second member, the first and second members movable between an open position, in which at least a part of the first member is spaced from the second member, and a closed position, in which said at least a part of the first member is adjacent the second member; a spacer sized to be located between the first and second members when in the open position, and to maintain the first and second members in the open position, and when in the open position, the at least one display panel is held drum-tight taut between the first and second members, and, the spacer is located within a space at least partly defined by the first member, the second member and the at least one taut display panel, wherein the spacer engages the first and second substantially planar members and holds them spaced apart, characterised in that the spacer comprises two or more rods joined together so as to move axially relative to each other in a manner to enable the length of the spacer to be adjusted, wherein the first rod and the second rod have complementary screw threads adapted to expand the length of the spacer against tension of the at least one display panel and to retain the spacer in the expanded length against the tension of the at least one display panel.
A micro-needle array unit comprising: a micro-needle array which has a sheet and a plurality of needles arranged inside an outer peripheral surface of one surface of the sheet ; a container which accommodates the micro-needle array and includes an accommodating portion having an opening and a protrusion that supports the outer peripheral surface of the micro-needle array , a deformable portion disposed on a side opposite to the opening and integrated with the accommodating portion , and a flange portion that is integrated with the accommodating portion and brought into contact with a skin ; a lid which seals the opening of the container ; and a three-dimensional puncture instrument which has two vertically different areas, characterized in that wherein in a case where an external force applied in a direction of the opening by a smaller area between two vertically different areas of the puncture instrument is received, the deformable portion is deformed, and the other surface of the micro-needle array is pressed, the micro-needle array passes through the protrusion and is pushed out of the accommodating portion due to the pressing of the other surface , and the deformable portion presses the micro-needle array while maintaining a deformed state thereof. a micro-needle array which has a sheet and a plurality of needles arranged inside an outer peripheral surface of one surface of the sheet ; a container which accommodates the micro-needle array and includes an accommodating portion having an opening and a protrusion that supports the outer peripheral surface of the micro-needle array , a deformable portion disposed on a side opposite to the opening and integrated with the accommodating portion , and a flange portion that is integrated with the accommodating portion and brought into contact with a skin ; a lid which seals the opening of the container ; and a three-dimensional puncture instrument which has two vertically different areas, characterized in that wherein in a case where an external force applied in a direction of the opening by a smaller area between two vertically different areas of the puncture instrument is received, the deformable portion is deformed, and the other surface of the micro-needle array is pressed, the micro-needle array passes through the protrusion and is pushed out of the accommodating portion due to the pressing of the other surface , and the deformable portion presses the micro-needle array while maintaining a deformed state thereof.
A method of forming a plurality of precursor abrasive particles , the method comprising: providing a mold having a plurality of cavities ; filling the plurality of cavities with an abrasive dispersion, the abrasive dispersion comprising particles in a liquid that can be converted into alpha alumina, the liquid comprising a volatile component; removing at least a portion of the volatile component from the abrasive dispersion while the abrasive dispersion resides in the plurality of cavities thereby forming a plurality of precursor abrasive particles having a predetermined size, the method being characterised by fracturing at least a majority of the plurality of precursor abrasive particles into at least two pieces while the plurality of precursor abrasive particles reside within the plurality of cavities thereby forming a fractured plurality of precursor abrasive particles . providing a mold having a plurality of cavities ; filling the plurality of cavities with an abrasive dispersion, the abrasive dispersion comprising particles in a liquid that can be converted into alpha alumina, the liquid comprising a volatile component; removing at least a portion of the volatile component from the abrasive dispersion while the abrasive dispersion resides in the plurality of cavities thereby forming a plurality of precursor abrasive particles having a predetermined size, the method being characterised by fracturing at least a majority of the plurality of precursor abrasive particles into at least two pieces while the plurality of precursor abrasive particles reside within the plurality of cavities thereby forming a fractured plurality of precursor abrasive particles .
A support structure for providing livestock with a product, in particular a solid nutritional supplement to be licked, said support structure comprising a base tray delimited by a tray perimeter comprising a rear edge , two side edges and a front edge , said base tray extending in a tray plane (P) and comprising a housing suitable for receiving said product, in particular in the form of a solid nutritional supplement to be licked or a container of said solid nutritional supplement to be licked, said housing is consisted of a housing opening formed in said base tray , said housing opening is delimited by an opening contour from which extends downward a housing wall that is ended by a housing bottom , said rear edge of said base tray is extended, on either side of said tray plane (P), by a rear wall , said side edges of said base tray are each extended, on either side of said tray plane (P), by a side wall , and said front edge of said base tray is extended, below said tray plane (P), by a front wall , said rear wall , side walls and front wall extending in planes perpendicular or substantially perpendicular to the tray plane (P), said rear wall and said side walls comprising fixing holes suitable for fixing said support structure by means of screws (V) and/or brackets (E) to a support element such as a wall (M) or a horizontal beam (L) of a barrier (B). said housing is consisted of a housing opening formed in said base tray , said housing opening is delimited by an opening contour from which extends downward a housing wall that is ended by a housing bottom , said rear edge of said base tray is extended, on either side of said tray plane (P), by a rear wall , said side edges of said base tray are each extended, on either side of said tray plane (P), by a side wall , and said front edge of said base tray is extended, below said tray plane (P), by a front wall , said rear wall , side walls and front wall extending in planes perpendicular or substantially perpendicular to the tray plane (P), said rear wall and said side walls comprising fixing holes suitable for fixing said support structure by means of screws (V) and/or brackets (E) to a support element such as a wall (M) or a horizontal beam (L) of a barrier (B).
A U-joint tool (120; 520) comprising: a drive system (130; 530) configured to allow a first portion (150; 550) to be displaced relative to a second portion (154; 542), wherein the U-joint tool (120; 520) further comprises: a first base member (162; 572) that is detachably attached to the first portion (150; 550), wherein the first base member (162; 572) comprises a first connecting portion (176; 590) for attachment to and detachment from a first socket drive receiving member (160; 570); and a second base member (182; 566) that is detachably attached to the second portion (154; 542), wherein the second base member (182; 566) comprises a second connecting portion (192; 568) for attachment to and detachment from a second socket drive member (180; 560), characterised in that : the first connecting portion (176; 590) comprises a male square drive; and the second connecting portion (192; 568) comprises a male square drive. a drive system (130; 530) configured to allow a first portion (150; 550) to be displaced relative to a second portion (154; 542), wherein the U-joint tool (120; 520) further comprises: a first base member (162; 572) that is detachably attached to the first portion (150; 550), wherein the first base member (162; 572) comprises a first connecting portion (176; 590) for attachment to and detachment from a first socket drive receiving member (160; 570); and a second base member (182; 566) that is detachably attached to the second portion (154; 542), wherein the second base member (182; 566) comprises a second connecting portion (192; 568) for attachment to and detachment from a second socket drive member (180; 560), a first base member (162; 572) that is detachably attached to the first portion (150; 550), wherein the first base member (162; 572) comprises a first connecting portion (176; 590) for attachment to and detachment from a first socket drive receiving member (160; 570); and a second base member (182; 566) that is detachably attached to the second portion (154; 542), wherein the second base member (182; 566) comprises a second connecting portion (192; 568) for attachment to and detachment from a second socket drive member (180; 560), the first connecting portion (176; 590) comprises a male square drive; and the second connecting portion (192; 568) comprises a male square drive.
A system providing text-to-speech functionality, comprising: a forced alignment data store having stored thereon forced alignment data for a plurality of tracks; and a combining engine configured to: obtain input text ; portion the input text into a first text set and a second text set ; identify a first track of the tracks, having first track lyrics that include the first text set ; identify , using the forced alignment data , a first audio location of first track audio data of the first track corresponding to the first text set ; create a first audio snippet containing the first audio location ; using a speech synthesizer , create a synthesized utterance based on the second text set ; combine the first audio snippet and the synthesized utterance to form combined audio ; and provide an audio output that includes the combined audio ; wherein the creating includes determining a suitability of the first audio snippet , including determining how clearly the lyrics of the first audio snippet can be heard and including processing the first audio snippet to enhance the clarity of the speech. a forced alignment data store having stored thereon forced alignment data for a plurality of tracks; and a combining engine configured to: obtain input text ; portion the input text into a first text set and a second text set ; identify a first track of the tracks, having first track lyrics that include the first text set ; identify , using the forced alignment data , a first audio location of first track audio data of the first track corresponding to the first text set ; create a first audio snippet containing the first audio location ; using a speech synthesizer , create a synthesized utterance based on the second text set ; combine the first audio snippet and the synthesized utterance to form combined audio ; and provide an audio output that includes the combined audio ; wherein the creating includes determining a suitability of the first audio snippet , including determining how clearly the lyrics of the first audio snippet can be heard and including processing the first audio snippet to enhance the clarity of the speech. obtain input text ; portion the input text into a first text set and a second text set ; identify a first track of the tracks, having first track lyrics that include the first text set ; identify , using the forced alignment data , a first audio location of first track audio data of the first track corresponding to the first text set ; create a first audio snippet containing the first audio location ; using a speech synthesizer , create a synthesized utterance based on the second text set ; combine the first audio snippet and the synthesized utterance to form combined audio ; and provide an audio output that includes the combined audio ; wherein the creating includes determining a suitability of the first audio snippet , including determining how clearly the lyrics of the first audio snippet can be heard and including processing the first audio snippet to enhance the clarity of the speech.
A management method for managing an auxiliary power supply incorporated in a meter of the electrical energy meter type, the auxiliary power supply being for powering a communication module optionally connected to the meter , the management method comprising the steps of: • measuring an electrical parameter (Ia) of the auxiliary power supply at regular intervals of predetermined duration and during a measurement period of predetermined duration; • as a function of a measurement of the electrical parameter, determining whether the communication module is or is not connected to the meter ; and • if the communication module is connected to the meter, putting the auxiliary power supply into a nominal mode of operation; • or else putting the auxiliary power supply into a low-consumption mode of operation until the next measurement period. • measuring an electrical parameter (Ia) of the auxiliary power supply at regular intervals of predetermined duration and during a measurement period of predetermined duration; • as a function of a measurement of the electrical parameter, determining whether the communication module is or is not connected to the meter ; and • if the communication module is connected to the meter, putting the auxiliary power supply into a nominal mode of operation; • or else putting the auxiliary power supply into a low-consumption mode of operation until the next measurement period.
Dairy animal treatment system with a controllable robot arm which is connected to a control device and is configured for moving an animal treatment device to a part of a dairy animal, and with an object recognition device which is connected to the control device and which comprises a controllable light source, a first 3D-sensor with a two-dimensional arrangement of optical sensors and having a first image field with a first angle of view, and a signal processing device for processing signals supplied by the optical sensors, characterized in that the object recognition device comprises a second 3D-sensor with a two-dimensional arrangement of optical sensors and having a second image field with a second angle of view, and which is positioned at a distance from the first 3D-sensor, in particular at a horizontal distance, wherein a first central line of said first image field and a second central line of said second image field enclose an angle unequal to 0°, wherein the first and second central lines approach each other, in particular substantially intersect, and said angle is at least equal to a largest of said first angle of view and said second angle of view, in particular in the horizontal plane.