mhurhangee/ep-ind-claims huggingface dataset:
An imaging apparatus comprising: a plurality of pixels (10, 11) each having photoelectric conversion means configured to accumulate charges in accordance with incident light from a subject; drive means configured to drive the pixels so that the photoelectric conversion means performs accumulation of charges in each of a first exposure period and a second exposure period that is longer than the first exposure period, detection means configured to perform detection of blinking of the subject in accordance with a first pixel signal based on charges accumulated in the first exposure period and a second pixel signal based on charges accumulated in the second exposure period; and control means configured to change a start timing of either the first exposure period or the second exposure period when the detection means detects blinking of the subject, wherein the control means is configured to delay or advance the start timing when the detection means detects the blinking such that a period in which the subject is in a turned-on state is included in the first exposure period. a plurality of pixels (10, 11) each having photoelectric conversion means configured to accumulate charges in accordance with incident light from a subject; drive means configured to drive the pixels so that the photoelectric conversion means performs accumulation of charges in each of a first exposure period and a second exposure period that is longer than the first exposure period, detection means configured to perform detection of blinking of the subject in accordance with a first pixel signal based on charges accumulated in the first exposure period and a second pixel signal based on charges accumulated in the second exposure period; and control means configured to change a start timing of either the first exposure period or the second exposure period when the detection means detects blinking of the subject, wherein the control means is configured to delay or advance the start timing when the detection means detects the blinking such that a period in which the subject is in a turned-on state is included in the first exposure period.
A gas turbine stator blade structure comprising: a plurality of inner shroud portions each disposed at each end portion of a plurality of airfoil portions; a holder casing that can be moved by sliding relative to the plurality of inner shroud portions, that can also be attached thereto/detached therefrom, and that forms a space with the plurality of inner shroud portions therebetween; an elastic portion that is disposed in the space, and that biases the plurality of inner shroud portions in a direction that separates them from the holder casing; characterized in that the gas turbine stator blade structure further comprises a plurality of friction portions that are disposed between the elastic portion and the plurality of inner shroud portions, that can be moved closer to or away from the plurality of inner shroud portions, and that are disposed in a movable manner relative to the plurality of inner shroud portions, wherein the elastic portion extends parallel to the direction in which the plurality of inner shroud portions form a row and comprises a plurality of plate-like springs each formed in substantially a wave shape, peak portions of the plurality of springs are in contact with the friction portions or the holder casing, and the plurality of springs are disposed in substantially parallel rows and, relative to peak portions of one of the plurality of springs, peak portions of the other spring of the plurality of springs are disposed shifted therefrom. a plurality of inner shroud portions each disposed at each end portion of a plurality of airfoil portions; a holder casing that can be moved by sliding relative to the plurality of inner shroud portions, that can also be attached thereto/detached therefrom, and that forms a space with the plurality of inner shroud portions therebetween; an elastic portion that is disposed in the space, and that biases the plurality of inner shroud portions in a direction that separates them from the holder casing; characterized in that the gas turbine stator blade structure further comprises a plurality of friction portions that are disposed between the elastic portion and the plurality of inner shroud portions, that can be moved closer to or away from the plurality of inner shroud portions, and that are disposed in a movable manner relative to the plurality of inner shroud portions, wherein the elastic portion extends parallel to the direction in which the plurality of inner shroud portions form a row and comprises a plurality of plate-like springs each formed in substantially a wave shape, peak portions of the plurality of springs are in contact with the friction portions or the holder casing, and the plurality of springs are disposed in substantially parallel rows and, relative to peak portions of one of the plurality of springs, peak portions of the other spring of the plurality of springs are disposed shifted therefrom.
A method comprising: receiving from a base station of a serving public land mobile network, by a user equipment, an indication of an identity of a local server configured to provide, in the serving public land mobile network, information regarding a vehicle-based service, wherein the indication is received when the user equipment enters a region of the serving public land mobile network; and discovering, by the user equipment, the local server based on the received indication of the identity. receiving from a base station of a serving public land mobile network, by a user equipment, an indication of an identity of a local server configured to provide, in the serving public land mobile network, information regarding a vehicle-based service, wherein the indication is received when the user equipment enters a region of the serving public land mobile network; and discovering, by the user equipment, the local server based on the received indication of the identity.
Sealing strip for vehicle doors, comprising a main body that can be assembled on at least one of the edges of a vehicle door, characterized in that it also comprises a light emitting element, and in that said main body is made of a translucent or transparent material, allowing the passage of said light out from said light emitting element, the light emitted by the light emitting element propagating through the main body.
A liquid discharge head angle adjuster for individually adjusting inclination angles of a plurality of liquid discharge heads, the liquid discharge head angle adjuster comprising: a plurality of array members configured to hold the liquid discharge heads; and a plurality of array supports configured to support the array members, with each array member located between two array supports; at least one of the plurality of array members including a V rail; at least one of the plurality array supports including a first support disposed on one side in a direction in which one of the liquid discharge heads is rotated when an inclination angle of the one of the liquid discharge heads is adjusted, and configured to support the V rail, with contact between the first support and the V rail functioning as a rotation fulcrum of the at least one of the plurality of array members; and a second support disposed on a side opposite the first support and configured to support another of the array members; and characterized in that the at least one of the plurality of array supports further includes a pressing member configured to press the V rail against the first support at the rotation fulcrum. a plurality of array members configured to hold the liquid discharge heads; and a plurality of array supports configured to support the array members, with each array member located between two array supports; at least one of the plurality of array members including a V rail; at least one of the plurality array supports including a first support disposed on one side in a direction in which one of the liquid discharge heads is rotated when an inclination angle of the one of the liquid discharge heads is adjusted, and configured to support the V rail, with contact between the first support and the V rail functioning as a rotation fulcrum of the at least one of the plurality of array members; and a second support disposed on a side opposite the first support and configured to support another of the array members; and characterized in that the at least one of the plurality of array supports further includes a pressing member configured to press the V rail against the first support at the rotation fulcrum. a first support disposed on one side in a direction in which one of the liquid discharge heads is rotated when an inclination angle of the one of the liquid discharge heads is adjusted, and configured to support the V rail, with contact between the first support and the V rail functioning as a rotation fulcrum of the at least one of the plurality of array members; and a second support disposed on a side opposite the first support and configured to support another of the array members; and characterized in that the at least one of the plurality of array supports further includes a pressing member configured to press the V rail against the first support at the rotation fulcrum.
A seat heater, comprising: a planar heating element that has a plurality of heating wires (201, 302) on its upper surface and that contains fibers (101b, 301b); a cushion member that locates over a lower surface of the planar heating element; and a skin that locates above the planar heating element, characterized in that the planar heating element has, in a part of a void portion of the fibers, a silica aerogel (101a, 301a) that is a silica porous body having pores with a mean pore diameter of 10 nm to 68 nm. a planar heating element that has a plurality of heating wires (201, 302) on its upper surface and that contains fibers (101b, 301b); a cushion member that locates over a lower surface of the planar heating element; and a skin that locates above the planar heating element, characterized in that the planar heating element has, in a part of a void portion of the fibers, a silica aerogel (101a, 301a) that is a silica porous body having pores with a mean pore diameter of 10 nm to 68 nm.
A compound of Formula I: or a pharmaceutically acceptable salt thereof; wherein: X, Y, and Z are each independently CH or N; R 1 is H, C 1-6 alkyl, or C 3-7 cycloalkyl; R 2 is H, C 1-6 alkyl, or C 3-7 cycloalkyl; each R 3 is independently halogen, hydroxy, C 1-4 alkoxy, cyano, amino, or -CF 3; n is 0, 1, or 2; and A moiety is: wherein: W is a 5-membered heteroaryl ring; and R 4 is H or C 1-6 alkyl. X, Y, and Z are each independently CH or N; R 1 is H, C 1-6 alkyl, or C 3-7 cycloalkyl; R 2 is H, C 1-6 alkyl, or C 3-7 cycloalkyl; each R 3 is independently halogen, hydroxy, C 1-4 alkoxy, cyano, amino, or -CF 3; n is 0, 1, or 2; and A moiety is: wherein: W is a 5-membered heteroaryl ring; and R 4 is H or C 1-6 alkyl. W is a 5-membered heteroaryl ring; and R 4 is H or C 1-6 alkyl.
A patient lift comprising a hoist, a hoist trolley and a track, the hoist comprising: an electrically-actuated lifting member movable between raised and lowered states, the track having opposing spaced track sides; each track side bearing a track conductor, wherein at least a portion of the hoist trolley rides between the track sides, the hoist trolley bearing the trolley contacts biased outwardly from the hoist trolley into contact with the track conductors, whereby electricity borne by the track conductors is communicated to the trolley contacts and in turn to the hoist characterised in that the hoist trolley further comprises a contact carrier, the contact carrier bearing the trolley contacts, and resting within a contact carrier channel extending between opposing sides of the hoist trolley whereby the contact carrier is arranged to be displaceable within the contact carrier channel. an electrically-actuated lifting member movable between raised and lowered states, the track having opposing spaced track sides; each track side bearing a track conductor, wherein at least a portion of the hoist trolley rides between the track sides, the hoist trolley bearing the trolley contacts biased outwardly from the hoist trolley into contact with the track conductors, whereby electricity borne by the track conductors is communicated to the trolley contacts and in turn to the hoist characterised in that the hoist trolley further comprises a contact carrier, the contact carrier bearing the trolley contacts, and resting within a contact carrier channel extending between opposing sides of the hoist trolley whereby the contact carrier is arranged to be displaceable within the contact carrier channel.
A baler, comprising: a housing that defines a baling chamber to receive crop material; a plunger movable along an axis within the baling chamber to compress the crop material; a first guide rail coupled to an exterior surface (27.1, 29.1) of the baling chamber that extends substantially parallel to the axis; a second guide rail coupled to the exterior surface (27.1, 29.1) of the baling chamber and spaced apart from the first guide rail; and at least one bearing coupled to the plunger to guide a movement of the plunger within the baling chamber, the at least one bearing having a first bearing surface, a second bearing surface and a third bearing surface, the first bearing surface engages the first guide rail, the second bearing surface engages the first guide rail and the third bearing surface engages the second guide rail to constrain a vertical movement and a lateral movement of the plunger relative to the baling chamber; wherein the at least one bearing further comprises an annular bearing body that defines the first bearing surface about a perimeter of the bearing body, the at least one bearing further comprises a disk coupled to the bearing body that defines the second bearing surface and the third bearing surface, the second bearing surface is defined on an inner surface of the disk near a perimeter of the disk characterized in that the third bearing surface is defined on the perimeter of the disk. a housing that defines a baling chamber to receive crop material; a plunger movable along an axis within the baling chamber to compress the crop material; a first guide rail coupled to an exterior surface (27.1, 29.1) of the baling chamber that extends substantially parallel to the axis; a second guide rail coupled to the exterior surface (27.1, 29.1) of the baling chamber and spaced apart from the first guide rail; and at least one bearing coupled to the plunger to guide a movement of the plunger within the baling chamber, the at least one bearing having a first bearing surface, a second bearing surface and a third bearing surface, the first bearing surface engages the first guide rail, the second bearing surface engages the first guide rail and the third bearing surface engages the second guide rail to constrain a vertical movement and a lateral movement of the plunger relative to the baling chamber; wherein the at least one bearing further comprises an annular bearing body that defines the first bearing surface about a perimeter of the bearing body, the at least one bearing further comprises a disk coupled to the bearing body that defines the second bearing surface and the third bearing surface, the second bearing surface is defined on an inner surface of the disk near a perimeter of the disk characterized in that the third bearing surface is defined on the perimeter of the disk.
A method of constructing an inflatable irrigated electrode assembly for an electrophysiology catheter, the method comprising: providing a flex circuit having a substrate with a pre-formed aperture within it and a surrounding portion that surrounds the pre-formed aperture, the substrate having a higher heat resistance; providing an inflated balloon member with a flexible membrane, the membrane having a lower heat resistance; affixing the substrate to the membrane with adhesive; and applying heat through the pre-formed aperture of the substrate, the heat creating a temperature sufficient to melt a portion of membrane and the adhesive without melting the substrate, the portion of the membrane and the adhesive melted forming an aperture in the membrane and adhesive. providing a flex circuit having a substrate with a pre-formed aperture within it and a surrounding portion that surrounds the pre-formed aperture, the substrate having a higher heat resistance; providing an inflated balloon member with a flexible membrane, the membrane having a lower heat resistance; affixing the substrate to the membrane with adhesive; and applying heat through the pre-formed aperture of the substrate, the heat creating a temperature sufficient to melt a portion of membrane and the adhesive without melting the substrate, the portion of the membrane and the adhesive melted forming an aperture in the membrane and adhesive.
A radio frequency power generator comprising: an outer enclosure having a system cavity, the outer enclosure separating the system cavity from an exterior of the radio frequency power generator; an RF amplification system disposed in the system cavity and emitting electromagnetic radiation while producing electric power for energizing a particle accelerator, the outer enclosure being configured to reduce leakage of the electromagnetic radiation into the exterior of the radio frequency power generator; and a feedthrough assembly comprising a coaxial line configured to receive the electric power generated by the RF amplification system, the coaxial line being positioned within the system cavity and having inner and outer conductors (218, 242), the feedthrough assembly including a connector shield that forms a passage to the exterior of the radio frequency power generator, the connector shield being electrically coupled to the outer conductor of the coaxial line and integrated with the outer enclosure to reduce leakage of the electromagnetic radiation into the exterior of the radio frequency power generator. an outer enclosure having a system cavity, the outer enclosure separating the system cavity from an exterior of the radio frequency power generator; an RF amplification system disposed in the system cavity and emitting electromagnetic radiation while producing electric power for energizing a particle accelerator, the outer enclosure being configured to reduce leakage of the electromagnetic radiation into the exterior of the radio frequency power generator; and a feedthrough assembly comprising a coaxial line configured to receive the electric power generated by the RF amplification system, the coaxial line being positioned within the system cavity and having inner and outer conductors (218, 242), the feedthrough assembly including a connector shield that forms a passage to the exterior of the radio frequency power generator, the connector shield being electrically coupled to the outer conductor of the coaxial line and integrated with the outer enclosure to reduce leakage of the electromagnetic radiation into the exterior of the radio frequency power generator.
A device arranged for being provided at an end of a tube having an axial direction, such as a water supply tube, wherein said device in a first condition of said device closes said end of said tube and in a second condition of said device allowing fluid to enter and/or exit said end of said tube, said device comprising: - a sealing element arranged for being in contact with an outer surface of said tube, said sealing element comprising a clamping portion for clamping, via said sealing element, said device onto said tube and a sealing portion provided with a first opening arranged for fluid to enter and/or exit said tube; - a clamping element arranged for, in a first state of said clamping element, transferring a clamping force onto said clamping portion of said sealing element for realising, via said sealing element, said clamping and arranged for, in a second state of said clamping element, allowing said device to be removed from said tube; - an actuation element arranged for moving said clamping element in said first state or said second state by rotation of said actuation element about an actuation axis; - a valve element arranged for in a first position of said valve element blocking said first opening such that said end of said tube is closed and in a second position unblocking said first opening such that said fluid is allowed to enter and/or exit said tube via said first opening. - a sealing element arranged for being in contact with an outer surface of said tube, said sealing element comprising a clamping portion for clamping, via said sealing element, said device onto said tube and a sealing portion provided with a first opening arranged for fluid to enter and/or exit said tube; - a clamping element arranged for, in a first state of said clamping element, transferring a clamping force onto said clamping portion of said sealing element for realising, via said sealing element, said clamping and arranged for, in a second state of said clamping element, allowing said device to be removed from said tube; - an actuation element arranged for moving said clamping element in said first state or said second state by rotation of said actuation element about an actuation axis; - a valve element arranged for in a first position of said valve element blocking said first opening such that said end of said tube is closed and in a second position unblocking said first opening such that said fluid is allowed to enter and/or exit said tube via said first opening.