mhurhangee/ep-ind-claims huggingface dataset:
A sewing direction control apparatus for sewing machine, the sewing machine being provided with a needle, the sewing direction control apparatus comprising: a base plate; a transmission element being a circular ring-shaped structure mounted on the base plate and centrally provided with a circular cavity, a sewing product being fixed at a bottom of the cavity and located corresponding to the needle; a driving element including a servo motor connected to a driving shaft, and a disc-shaped driving unit connected to an end of the driving shaft, the end of the driving shaft being connected to a center of the driving unit, the driving unit is located at a periphery of and connected to the transmission element, the servo motor driving the driving unit to rotate and consequently rotating the transmission element and the sewing product, a sewing direction of the needle being tangent to a rotation direction of the sewing product, characterized in that the transmission element is provided with a slot around the bottom of the circular cavity, and a plurality of positioning pins disposed at the bottom of the cavity and located around the bottom of the slot, a sewing plate is received in the slot and provided with a plurality of ears around a periphery thereof, the positioning pins of the transmission element are inserted in the ears of the sewing plate, so as to fix the sewing plate. a base plate; a transmission element being a circular ring-shaped structure mounted on the base plate and centrally provided with a circular cavity, a sewing product being fixed at a bottom of the cavity and located corresponding to the needle; a driving element including a servo motor connected to a driving shaft, and a disc-shaped driving unit connected to an end of the driving shaft, the end of the driving shaft being connected to a center of the driving unit, the driving unit is located at a periphery of and connected to the transmission element, the servo motor driving the driving unit to rotate and consequently rotating the transmission element and the sewing product, a sewing direction of the needle being tangent to a rotation direction of the sewing product, characterized in that the transmission element is provided with a slot around the bottom of the circular cavity, and a plurality of positioning pins disposed at the bottom of the cavity and located around the bottom of the slot, a sewing plate is received in the slot and provided with a plurality of ears around a periphery thereof, the positioning pins of the transmission element are inserted in the ears of the sewing plate, so as to fix the sewing plate.
Electrical device for a vehicle, in particular for a rail vehicle, the electrical device comprising: - a high-voltage enclosure, the high-voltage enclosure including an electrical switch; - an actuator; and - a drive member connecting the switch to the actuator; the electrical device further comprises a screen arranged between the enclosure and the actuator, the screen having a recess through which the drive member extends, the distance between the screen and the drive member being less than 3 mm, preferably less than 2 mm, characterised in that the screen is flexible and capable of being deformed under the effect of a pressure greater than 0.2 MPa. - a high-voltage enclosure, the high-voltage enclosure including an electrical switch; - an actuator; and - a drive member connecting the switch to the actuator;
A terminal comprising: a transmitting section adapted to transmit capability information indicating whether the terminal supports physical downlink shared channels, PDSCHs, respectively scheduled by pieces of downlink control information, DCI, transmitted from each of a plurality of transmit/receive points, TRPs; and a receiving section adapted to receive the DCI transmitted from each of the plurality of TRPs in a same serving cell and to receive the PDSCH scheduled by each DCI; and a control section adapted to determine, based on a higher layer signaling, whether a counter downlink assignment indicator, DAI, and a total DAI, the counter DAI and the total DAI being included in each DCI, are separately counted between the plurality of TRPs or jointly counted between the plurality of TRPs, wherein, when the counter DAI is jointly counted between the plurality of TRPs, the counter DAI is counted first in an ascending order of an index indicating the plurality of TRPs, then in an ascending order of a serving cell index, and then in an ascending order of a physical downlink control channel, PDCCH, monitoring occasion index, and when the total DAI is jointly counted between the plurality of TRPs, the total DAI is a total number of pairs of a TRP, a serving cell, and a PDCCH monitoring occasion. a transmitting section adapted to transmit capability information indicating whether the terminal supports physical downlink shared channels, PDSCHs, respectively scheduled by pieces of downlink control information, DCI, transmitted from each of a plurality of transmit/receive points, TRPs; and a receiving section adapted to receive the DCI transmitted from each of the plurality of TRPs in a same serving cell and to receive the PDSCH scheduled by each DCI; and a control section adapted to determine, based on a higher layer signaling, whether a counter downlink assignment indicator, DAI, and a total DAI, the counter DAI and the total DAI being included in each DCI, are separately counted between the plurality of TRPs or jointly counted between the plurality of TRPs, wherein, when the counter DAI is jointly counted between the plurality of TRPs, the counter DAI is counted first in an ascending order of an index indicating the plurality of TRPs, then in an ascending order of a serving cell index, and then in an ascending order of a physical downlink control channel, PDCCH, monitoring occasion index, and when the total DAI is jointly counted between the plurality of TRPs, the total DAI is a total number of pairs of a TRP, a serving cell, and a PDCCH monitoring occasion.
A method for indexing video comprising: identifying one or more regions of interest (1203, 1205) around target content in a frame of the video, wherein the target content comprises an animated character in the video; identifying, in a portion of the frame outside the one or more regions of interest, potentially empty regions (1211, 1212, 1213, 1214) adjacent to the one or more regions of interest, wherein the one or more regions of interest comprises a bounding box around the animated character, wherein the potentially empty regions adjacent to the one or more regions of interest comprise rectangles, each with one side adjacent to the bounding box and wherein the rectangles comprise empty rectangles that do not overlap with any of the one or more regions of interest around the target content; identifying at least one empty region of the potentially empty regions that satisfies one or more criteria, said identifying comprising identifying a largest one of the empty rectangles, wherein the at least one empty region is devoid of the target content; and classifying at least the one empty region as a negative sample of the target content. identifying one or more regions of interest (1203, 1205) around target content in a frame of the video, wherein the target content comprises an animated character in the video; identifying, in a portion of the frame outside the one or more regions of interest, potentially empty regions (1211, 1212, 1213, 1214) adjacent to the one or more regions of interest, wherein the one or more regions of interest comprises a bounding box around the animated character, wherein the potentially empty regions adjacent to the one or more regions of interest comprise rectangles, each with one side adjacent to the bounding box and wherein the rectangles comprise empty rectangles that do not overlap with any of the one or more regions of interest around the target content; identifying at least one empty region of the potentially empty regions that satisfies one or more criteria, said identifying comprising identifying a largest one of the empty rectangles, wherein the at least one empty region is devoid of the target content; and classifying at least the one empty region as a negative sample of the target content.
A case comprising: a first panel which is rectangular in plan, having an inner face and an outer face, a second panel which is rectangular in plan, hinged to the first panel along respective long sides (2c, 3c) according to a first hinge axis and having an inner face and an outer face, the first and second panels (2, 3) being able to move relative to each other between a closed position at which the inner face of the first panel faces the inner face of the second panel and an open position at which the outer face of the first panel faces the outer face of the second panel, the case also comprising retaining means associated with the inner face of the second panel for retaining a portable computer, means (6, 7, 8) of supporting the portable computer associated with the first panel, the supporting means (7, 8) are associated with the inner face of the first panel and comprise a first wing rotatably connected to the first panel according to a second hinge axis and movable between a first position at which its first face faces the first panel and a second position at which its second face, opposite the first face, faces the panel, the case being characterised in that the second hinge axis is transversal to the first hinge axis. a first panel which is rectangular in plan, having an inner face and an outer face, a second panel which is rectangular in plan, hinged to the first panel along respective long sides (2c, 3c) according to a first hinge axis and having an inner face and an outer face, the first and second panels (2, 3) being able to move relative to each other between a closed position at which the inner face of the first panel faces the inner face of the second panel and an open position at which the outer face of the first panel faces the outer face of the second panel, the case also comprising retaining means associated with the inner face of the second panel for retaining a portable computer, means (6, 7, 8) of supporting the portable computer associated with the first panel, the supporting means (7, 8) are associated with the inner face of the first panel and comprise a first wing rotatably connected to the first panel according to a second hinge axis and movable between a first position at which its first face faces the first panel and a second position at which its second face, opposite the first face, faces the panel, the case being characterised in that the second hinge axis is transversal to the first hinge axis.
A micro-vaporizer having a micro-vaporizer body in which is disposed a vaporizable fluid reservoir for retaining a vaporizable fluid, a vaporization chamber with a heating element at least partially disposed therein, and a composite wick having a wick body having an upstream surface and a downstream surface, the wick body being positioned within the micro-vaporizer body so that the upstream surface is in fluid communication with the vaporizable fluid reservoir and the downstream surface is disposed within the vaporization chamber in opposition to a surface of the heating element, characterized in that: the wick body comprises at least one base wick structure having a plurality of tortuous passages that collectively provide a capillary effect to draw vaporizable fluid from the vaporizable fluid reservoir and transport it toward the downstream surface, and an active material positioned in conjunction with the at least one base wick structure so that vaporizable fluid drawn through the at least one base wick structure contacts and interacts with the active material, the active material being dissolved or suspended in the vaporizable fluid as the result of such contact and interaction. at least one base wick structure having a plurality of tortuous passages that collectively provide a capillary effect to draw vaporizable fluid from the vaporizable fluid reservoir and transport it toward the downstream surface, and an active material positioned in conjunction with the at least one base wick structure so that vaporizable fluid drawn through the at least one base wick structure contacts and interacts with the active material, the active material being dissolved or suspended in the vaporizable fluid as the result of such contact and interaction.
A spoke attachment structure comprising: a main body (50; 250; 350) including a tool engagement structure (54a; 254a; 354a) and an external thread (56a; 256a; 356a) and a cover member (52, 152) disposed on an outer surface (50; 250; 350) of the main body adjacent the external thread (56a; 256a; 356a), characterized in that the cover member (52, 152) is configured and arranged to engage spoke attachment tubes of a rim for preventing slack by increasing the friction between the spoke attachment structure and spoke attachment tubes, and in that the cover member (52; 152) includes a sleeve that is deformable, wherein the sleeve does not overlie the external thread. a main body (50; 250; 350) including a tool engagement structure (54a; 254a; 354a) and an external thread (56a; 256a; 356a) and a cover member (52, 152) disposed on an outer surface (50; 250; 350) of the main body adjacent the external thread (56a; 256a; 356a),
Soleplate for a steam iron comprising a number of holes for the emission of steam, which holes are concentrated in the area of the soleplate near to the tip, characterized in that: the number of holes is comprised between 5 and 23; being A the length of the soleplate measured from the tip to the rear end, and B the distance from the tip to the hole for the emission of steam which is further away from the tip, the ratio B/A is equal to or lower than 0.4; and the soleplate presents a pressing portion which is in contact with the ironing surface, and a raised portion, such that the ratio between the pressing portion and the total surface of the soleplate is comprised between 0.40 and 0.75 the number of holes is comprised between 5 and 23; being A the length of the soleplate measured from the tip to the rear end, and B the distance from the tip to the hole for the emission of steam which is further away from the tip, the ratio B/A is equal to or lower than 0.4; and the soleplate presents a pressing portion which is in contact with the ironing surface, and a raised portion, such that the ratio between the pressing portion and the total surface of the soleplate is comprised between 0.40 and 0.75
A dispersible tablet comprising a compound of formula (3Z,5S)-5-(hydroxymethyl)-1-[(2'-methyl-1,1'-biphenyl-4-yl)carbonyl]pyrrolidin-3-one-O-methyloxime in substantially pure form, and one or more pharmaceutically acceptable excipients, for use in a method of treating infertility, wherein the dispersible tablet is administered to a human patient undergoing an embryo transfer procedure.
Needle assembly comprising: - a needle having a textured portion and non-textured portion adjacent to the textured portion, - a hub arranged over at least a part of the textured portion of the needle, characterized in that the textured portion comprises laser etched grooves formed on an outer surface of the needle and oriented in a circumferential direction of the needle, wherein each of the laser etched grooves has two protruded portions and a dented portion interposed between the two protruded portions so as to form an anchorage with the hub arranged over at least a part of the textured portion, wherein each of the two protruded portions has a top surface located above an outer surface of non-textured portion and the dented portion has a bottom surface located below the outer surface of non-textured portion. - a needle having a textured portion and non-textured portion adjacent to the textured portion, - a hub arranged over at least a part of the textured portion of the needle,
Use of a combination of: (a) chlorine dioxide, and (b) at least one organic acid which is citric acid or its salt for controlling undesirable microorganism concentration in an aqueous system which is a biorefining system or industrial fermentation system, wherein the ratio of chlorine dioxide to organic acid is from 1:1 to 1:15'000; and wherein the chlorine dioxide is at a concentration of from 1 to 15 ppm in the aqueous system. (a) chlorine dioxide, and (b) at least one organic acid which is citric acid or its salt for controlling undesirable microorganism concentration in an aqueous system which is a biorefining system or industrial fermentation system, wherein the ratio of chlorine dioxide to organic acid is from 1:1 to 1:15'000;
A bearing and balance shaft for a watch movement, the bearing comprising a settingl enclosing a plurality of balls rotatable within a circular race, the axial movement of the balls being limited by a counter-pivot element and a drilled element with a hole allowing insertion of a pivot of the balance shaft into a space between said balls, the bearing being arranged to pivot said shaft between said balls, wherein said balls and/or said counter-pivot element are made of a non-metallic material, the balls, the drilled element and the counter-pivot being assembled inside the setting by crimping, the balls leaving between them an opening allowing the passage of the pivot of the balance wheel and not being able to come out through the hole of the drilled element in any case, characterised in that when said pivot is inserted into said space, the tip of said pivot is in abutment with said counter-pivot element. the balls, the drilled element and the counter-pivot being assembled inside the setting by crimping, the balls leaving between them an opening allowing the passage of the pivot of the balance wheel and not being able to come out through the hole of the drilled element in any case, characterised in that when said pivot is inserted into said space, the tip of said pivot is in abutment with said counter-pivot element.
A method for transmitting acknowledgement/negative acknowledgement, ACK/NACK, signals by an apparatus in a wireless communication system, the method comprising: spreading ACK/NACKs using spreading codes of a spreading factor, the spreading factor being one of a first spreading factor equal to 2 and a second spreading factor equal to 4; transmitting one or more physical hybrid ARQ indicator channel, PHICH, groups allocated in units of four resource elements, each PHICH group carrying up to four ACK/NACK signals for the first spreading factor, and up to eight ACK/NACK signals for the second spreading factor, wherein a total number of allocated PHICH groups for the first spreading factor is determined as twice a total number of allocated PHICH groups for the second spreading factor; and allocating a PHICH group index and a spreading code index based on an index of an ACK/NACK signal in the following manner: as an index of each ACK/NACK signal is increased, increasing the PHICH group index while keeping the spreading code index fixed; if a maximum value of the PHICH group indices has been reached, increasing the spreading code index; and thereafter repeating the allocation of PHICH group indices. spreading ACK/NACKs using spreading codes of a spreading factor, the spreading factor being one of a first spreading factor equal to 2 and a second spreading factor equal to 4; transmitting one or more physical hybrid ARQ indicator channel, PHICH, groups allocated in units of four resource elements, each PHICH group carrying up to four ACK/NACK signals for the first spreading factor, and up to eight ACK/NACK signals for the second spreading factor, wherein a total number of allocated PHICH groups for the first spreading factor is determined as twice a total number of allocated PHICH groups for the second spreading factor; and allocating a PHICH group index and a spreading code index based on an index of an ACK/NACK signal in the following manner: as an index of each ACK/NACK signal is increased, increasing the PHICH group index while keeping the spreading code index fixed; if a maximum value of the PHICH group indices has been reached, increasing the spreading code index; and thereafter repeating the allocation of PHICH group indices. as an index of each ACK/NACK signal is increased, increasing the PHICH group index while keeping the spreading code index fixed; if a maximum value of the PHICH group indices has been reached, increasing the spreading code index; and thereafter repeating the allocation of PHICH group indices.
An apparatus mounted to a substantially upwardly-facing trailer or truck bed for loading and unloading a container onto and off of the bed, the container having a floor with first and second opening holes that face substantially downwardly when the container is in an operable orientation, the first and second opening holes formed in at least respective first and second corners on a front of the container, the apparatus comprising: a. a first flexible member (12, 14) movably mounted adjacent a first lateral edge of the bed and a second flexible member (12, 14) movably mounted adjacent a second lateral edge of the bed substantially parallel to the first flexible member (12, 14); b. a first lift spike (38, 40) extending from the first flexible member (12, 14) and a second lift spike (38, 40) extending from the second flexible member (12, 14); c. a first drive mechanism operatively coupled to the first and second flexible members (12, 14) for driving the lift spikes (38, 40) between an unloaded position, wherein the first and second lift spikes (38, 40) are adjacent a rear of the bed, and a container-loaded position, wherein the first and second lift spikes (38, 40) are located adjacent a front of the bed; d. at least one lift wedge (16, 18) pivotably mounted to a rear edge of the bed; and e. a second drive mechanism (54, 56) operatively coupled to said at least one lift wedge (16, 18) for rotating said at least one lift wedge between a stowed position and a deployed position in which said at least one lift wedge (16, 18) raises the front of the container and the first and second lift spikes (38, 40) extend substantially upwardly from the bed into the first and second, substantially downwardly-facing, opening holes. a. a first flexible member (12, 14) movably mounted adjacent a first lateral edge of the bed and a second flexible member (12, 14) movably mounted adjacent a second lateral edge of the bed substantially parallel to the first flexible member (12, 14); b. a first lift spike (38, 40) extending from the first flexible member (12, 14) and a second lift spike (38, 40) extending from the second flexible member (12, 14); c. a first drive mechanism operatively coupled to the first and second flexible members (12, 14) for driving the lift spikes (38, 40) between an unloaded position, wherein the first and second lift spikes (38, 40) are adjacent a rear of the bed, and a container-loaded position, wherein the first and second lift spikes (38, 40) are located adjacent a front of the bed; d. at least one lift wedge (16, 18) pivotably mounted to a rear edge of the bed; and e. a second drive mechanism (54, 56) operatively coupled to said at least one lift wedge (16, 18) for rotating said at least one lift wedge between a stowed position and a deployed position in which said at least one lift wedge (16, 18) raises the front of the container and the first and second lift spikes (38, 40) extend substantially upwardly from the bed into the first and second, substantially downwardly-facing, opening holes.