mhurhangee/ep-ind-claims huggingface dataset:
A mist generating apparatus having a longitudinal axis and comprising: first and second opposing surfaces (140,292,1140,142,254,1142) which define a transport fluid nozzle (150,370,1150) therebetween; and a working fluid passage (132,306,1132) having an inlet (130,1130) connectable to a supply of working fluid, and an outlet (160,310,1160) on one of the first and second surfaces (140,292,1140,142,254,1142), the outlet (160,310,1160) communicating with the transport fluid nozzle (150,370,1150); wherein the transport fluid nozzle (150,370,1150) has a nozzle inlet (151,410) connectable to a supply of transport fluid, a nozzle outlet, and a throat portion intermediate the nozzle inlet (151,410) and nozzle outlet, wherein the nozzle throat has a cross sectional area which is less than that of either the nozzle inlet (151,410) or the nozzle outlet; and wherein the transport fluid nozzle (150,370,1150) projects radially from the longitudinal axis such that the nozzle (150,370,1150) defines a rotational angle about the longitudinal axis. first and second opposing surfaces (140,292,1140,142,254,1142) which define a transport fluid nozzle (150,370,1150) therebetween; and a working fluid passage (132,306,1132) having an inlet (130,1130) connectable to a supply of working fluid, and an outlet (160,310,1160) on one of the first and second surfaces (140,292,1140,142,254,1142), the outlet (160,310,1160) communicating with the transport fluid nozzle (150,370,1150); wherein the transport fluid nozzle (150,370,1150) has a nozzle inlet (151,410) connectable to a supply of transport fluid, a nozzle outlet, and a throat portion intermediate the nozzle inlet (151,410) and nozzle outlet, wherein the nozzle throat has a cross sectional area which is less than that of either the nozzle inlet (151,410) or the nozzle outlet; and wherein the transport fluid nozzle (150,370,1150) projects radially from the longitudinal axis such that the nozzle (150,370,1150) defines a rotational angle about the longitudinal axis.
Decorative piece comprising a support produced in a material which does not include plastic deformation and in which at least one hollow is provided, said hollow being filled with a first material being an at least partially amorphous alloy characterised in that said first material forms a substrate in which at least one housing is provided, said at least one housing being designed so that at least one aesthetic element can be housed therein, said substrate comprising in addition catching means which deform in order to retain said at least one aesthetic element in said at least one housing.
A remote control for a radiographic source, the remote control comprising: a forward cable section configured to: extend into and through a radiographic source housing, to expose a radiographic source to an exterior of the housing, and to retract into and through the radiographic source housing to retract the radiographic source into the radiographic housing; a drive cable section coupled to the forward cable section; a cable connector configured to mechanically couple the forward cable section to the drive cable section; and a drive gear configured to extend the forward cable section by driving the drive cable section in a first direction, and to retract the forward cable section by driving the drive cable section in a second direction, wherein the forward cable section has a smooth exterior surface to have a lower friction than the drive cable section while traversing the radiographic source housing. a forward cable section configured to: extend into and through a radiographic source housing, to expose a radiographic source to an exterior of the housing, and to retract into and through the radiographic source housing to retract the radiographic source into the radiographic housing; a drive cable section coupled to the forward cable section; a cable connector configured to mechanically couple the forward cable section to the drive cable section; and a drive gear configured to extend the forward cable section by driving the drive cable section in a first direction, and to retract the forward cable section by driving the drive cable section in a second direction, wherein the forward cable section has a smooth exterior surface to have a lower friction than the drive cable section while traversing the radiographic source housing.
A rotation mechanism for a foldable mobile terminal, comprising: a rotation assembly having a positioning member, a first rotation shaft rotatably coupled to the positioning member, and a second rotation shaft rotatably coupled to the positioning member and parallel to the first rotation shaft; wherein the rotation assembly comprises a sliding member disposed between the first rotation shaft and the second rotation shaft; and wherein the sliding member is moved along a direction parallel to an axis of the first rotation shaft by rotating the first rotation shaft and the second rotation shaft; a base assembly, having: a base body coupled to the rotation assembly, a first slide base, slidably coupled to the base body, and a second slide base slidably coupled to the base body; wherein the second slide base and the first slide base are located at two opposite sides of the base body; and a connection assembly, coupled to the base body and configured to be moved by the sliding member so as to make the first slide base and the second slide base to slide relative to the base body along a direction perpendicular to the first rotation shaft. a rotation assembly having a positioning member, a first rotation shaft rotatably coupled to the positioning member, and a second rotation shaft rotatably coupled to the positioning member and parallel to the first rotation shaft; wherein the rotation assembly comprises a sliding member disposed between the first rotation shaft and the second rotation shaft; and wherein the sliding member is moved along a direction parallel to an axis of the first rotation shaft by rotating the first rotation shaft and the second rotation shaft; a base assembly, having: a base body coupled to the rotation assembly, a first slide base, slidably coupled to the base body, and a second slide base slidably coupled to the base body; wherein the second slide base and the first slide base are located at two opposite sides of the base body; and a connection assembly, coupled to the base body and configured to be moved by the sliding member so as to make the first slide base and the second slide base to slide relative to the base body along a direction perpendicular to the first rotation shaft.
An apparatus for harvesting energy from motion of one or more human or other animal joints, the apparatus comprising: a generator coupleable to one or more human or animal joints for converting mechanical energy associated with motion of the one or more joints into corresponding electrical energy; one or more sensors for sensing one or more corresponding characteristics associated with motion of the one or more joints; and a controller connected to receive the one or more sensed characteristics and configured to assess, based at least in part on the one or more sensed characteristics, whether motion of the one or more joints is associated with negative mechanical power conditions or positive mechanical power conditions; wherein, the controller is configured to determine whether the motion of the one or more joints is associated with particular negative mechanical power conditions wherein energy harvesting will decrease metabolic cost, and in affirmative case, the controller is further configured to engage energy harvesting by completing a coupling of mechanical energy associated with the motion of the one or more joints to the generator and electrical output of the generator to a load; and wherein, the controller is configured to determine whether the motion of the one or more joints is associated with positive mechanical power conditions, and in affirmative case, the controller is further configured to disengage energy harvesting by decoupling at least one of: the mechanical energy associated with the motion of the one or more joints from the generator and the electrical output of the generator from the load. a generator coupleable to one or more human or animal joints for converting mechanical energy associated with motion of the one or more joints into corresponding electrical energy; one or more sensors for sensing one or more corresponding characteristics associated with motion of the one or more joints; and a controller connected to receive the one or more sensed characteristics and configured to assess, based at least in part on the one or more sensed characteristics, whether motion of the one or more joints is associated with negative mechanical power conditions or positive mechanical power conditions; wherein, the controller is configured to determine whether the motion of the one or more joints is associated with particular negative mechanical power conditions wherein energy harvesting will decrease metabolic cost, and in affirmative case, the controller is further configured to engage energy harvesting by completing a coupling of mechanical energy associated with the motion of the one or more joints to the generator and electrical output of the generator to a load; and wherein, the controller is configured to determine whether the motion of the one or more joints is associated with positive mechanical power conditions, and in affirmative case, the controller is further configured to disengage energy harvesting by decoupling at least one of: the mechanical energy associated with the motion of the one or more joints from the generator and the electrical output of the generator from the load.
A method comprising: storing, by an identity server: first network configuration data associated with encrypting communications of an interface device via a network; and second network configuration data which a first computing device uses to access the network via the interface device; receiving, from a second computing device, a request to authenticate the first computing device, wherein the request to authenticate comprises an identity token, and wherein the identity token comprises third network configuration data associated with the interface device and fourth network configuration data associated with the first computing device; authenticating the first computing device based on determining that: at least a portion of the third network configuration data corresponds to at least a portion of the stored first network configuration data; and at least a portion of the fourth network configuration data corresponds to at least a portion of the stored second network configuration data; and sending, based on authenticating the first computing device, an authentication message to the second computing device. storing, by an identity server: first network configuration data associated with encrypting communications of an interface device via a network; and second network configuration data which a first computing device uses to access the network via the interface device; first network configuration data associated with encrypting communications of an interface device via a network; and second network configuration data which a first computing device uses to access the network via the interface device; receiving, from a second computing device, a request to authenticate the first computing device, wherein the request to authenticate comprises an identity token, and wherein the identity token comprises third network configuration data associated with the interface device and fourth network configuration data associated with the first computing device; authenticating the first computing device based on determining that: at least a portion of the third network configuration data corresponds to at least a portion of the stored first network configuration data; and at least a portion of the fourth network configuration data corresponds to at least a portion of the stored second network configuration data; and at least a portion of the third network configuration data corresponds to at least a portion of the stored first network configuration data; and at least a portion of the fourth network configuration data corresponds to at least a portion of the stored second network configuration data; and sending, based on authenticating the first computing device, an authentication message to the second computing device.
A cooling device comprising at least one compartment wherein the items to be cooled and/or frozen are loaded; a compressor which provides the performance of the cooling cycle; at least one evaporator which is disposed on the rear wall of the compartment and which provides the cooling of the compartment; at least one fan which provides the transfer of the air cooled down by the evaporator into the compartment; at least one first temperature sensor which detects the temperature in the compartment; and at least one second temperature sensor which is disposed on the evaporator and which detects the temperature of the evaporator; a control unit which enables the compressor to be operated depending on the information from the second temperature sensor and enables the fan to be operated depending on the information from the first temperature sensor; characterized in that a range is defined by the manufacturer for the operating time and speed of the fan, and if the speed of the fan stays above this range for the defined time, a set temperature value of the evaporator is reduced and if below, the same is increased.
An upholstery cover article adapted for attachment to a frame, said frame including a mating feature for receiving the upholstery cover article, said article comprising: a pad; a facing laminated to one side of the pad; a backing scrim laminated to the other side of the pad opposite the facing; and an edge attachment article secured to a perimeter of at least one of the pad, the facing, or the backing scrim, wherein the edge attachment article essentially consists of a ribbon of spring material, which is formed to provide a securement portion that is secured along the perimeter of a flexible panel which forms the upholstery cover article, and to define a catch portion that is not secured to the flexible panel and protrudes contiguous from and in the same plane as the securement portion partway across the flexible panel; wherein the catch portion of the edge attachment article is adapted to engage with the mating feature and wherein said securement portion is formed as open or closed or twisted loops from the catch portion. a pad; a facing laminated to one side of the pad; a backing scrim laminated to the other side of the pad opposite the facing; and an edge attachment article secured to a perimeter of at least one of the pad, the facing, or the backing scrim, wherein the edge attachment article essentially consists of a ribbon of spring material, which is formed to provide a securement portion that is secured along the perimeter of a flexible panel which forms the upholstery cover article, and to define a catch portion that is not secured to the flexible panel and protrudes contiguous from and in the same plane as the securement portion partway across the flexible panel; wherein the catch portion of the edge attachment article is adapted to engage with the mating feature and wherein said securement portion is formed as open or closed or twisted loops from the catch portion. wherein the catch portion of the edge attachment article is adapted to engage with the mating feature and wherein said securement portion is formed as open or closed or twisted loops from the catch portion.
Cooling and holding body for heating elements, in particular PTC heating elements, having a flat housing with at least one heating shaft, in which at least one heating element is arrangeable, wherein the heating shaft has opposing shaft walls (13a, 13b), between which the heating element is able to be clamped, and at least one side slot which separates the shaft walls (13a, 13b) in such a way that the gap between the shaft walls (13a, 13b) is modifiable for installation of the heating element, characterized in that at least one clamping section protruding outwards beyond the flat housing is formed on the flat housing, said clamping section spanning the side slot and being elastically deformable in order as a result to push the shaft walls (13a, 13b) apart to receive the heating element and, in the assembled condition of the heating element, to generate a contact force of the shaft walls (13a, 13b) acting on the heating element.
A woven geotextile having an apparent opening size of at least 40 as measured in accordance with American Society for Testing and Materials International (ASTM International) Standard D 4751, and a water flow rate of at least 1426,103 litres per minute/m 2, that is 35 gallons per minute/feet 2 as measured in accordance with ASTM International Standard D 4491, characterized in that the woven geotextile has a 12% strain at a tensile load of at least 52.5N/mm that is 300 lb/in as measured in accordance with ASTM International Standard D 4595 in the warp direction, and in that the woven geotextile comprises a plain six-pick weave fabric, with the plain six-pick weave comprising fill sets each extending in a fill direction and each having six fill yarns per fill set, said plain six-pick weave having a repeating pattern where a warp set of one or more warp yarns is woven over one fill set of six fill yarns and then woven under the next fill set.
A paging system configured to perform a paging processing for simultaneously calling a mobile station in response to a paging message (14', 15') from a core network (400 or 500) using a paging procedure of a Radio Access Network Application Part, RANAP, protocol, the system comprising: a core network (400 or 500) configured to transmit a paging message (14', 15') to a radio network controller; and the radio network controller configured to transmit the paging message via a paging control channel, PCCH, or a dedicated control channel, DCCH, to a mobile station, wherein said paging message (14', 15') includes a search-not-required flag indicating whether a search for a common ID for identifying said mobile station is required or not required in said radio network controller, wherein the radio network controller comprises: means for transmitting said paging message using said paging control channel, PCCH, if the connection status between said core network and said radio network controller is connectionless; and means for transmitting said paging message using said dedicated control channel, DCCH, if the connection status between said core network and said radio network controller is connection oriented. a core network (400 or 500) configured to transmit a paging message (14', 15') to a radio network controller; and means for transmitting said paging message using said paging control channel, PCCH, if the connection status between said core network and said radio network controller is connectionless; and means for transmitting said paging message using said dedicated control channel, DCCH, if the connection status between said core network and said radio network controller is connection oriented.
A solid-state image sensing device comprising: a plurality of sets of a unit pixel for outputting a pixel signal and a conversion unit (31, 32, 41, 51) for converting the pixel signal into a digital signal; a plurality of signal lines; and a reference signal generator configured to generate a plurality of reference signals, and to supply each of the plurality of reference signals through a corresponding one of the plurality of signal lines, wherein the conversion unit of each set comprises: a comparator, including an input for one of the plurality of reference signals, configured to compare a level of the reference signal inputted by the input with a level of the pixel signal; a counter configured to count a clock based on the comparison; and a selector configured to select a signal line among the plurality of signal lines as a selected signal line to be connected to the input of the comparator, characterized in that the selector comprises: a connecting unit configured to connect the selected signal line to the input of the comparator, and to connect another signal line of the plurality of signal lines to a load element (102; M2, 124), wherein a load of the load element corresponds to a load of the input of the comparator, such that the load element is connected to the another signal line of the plurality of signal lines. a plurality of sets of a unit pixel for outputting a pixel signal and a conversion unit (31, 32, 41, 51) for converting the pixel signal into a digital signal; a plurality of signal lines; and a reference signal generator configured to generate a plurality of reference signals, and to supply each of the plurality of reference signals through a corresponding one of the plurality of signal lines, wherein the conversion unit of each set comprises: a comparator, including an input for one of the plurality of reference signals, configured to compare a level of the reference signal inputted by the input with a level of the pixel signal; a counter configured to count a clock based on the comparison; and a selector configured to select a signal line among the plurality of signal lines as a selected signal line to be connected to the input of the comparator, a comparator, including an input for one of the plurality of reference signals, configured to compare a level of the reference signal inputted by the input with a level of the pixel signal; a counter configured to count a clock based on the comparison; and a selector configured to select a signal line among the plurality of signal lines as a selected signal line to be connected to the input of the comparator, characterized in that the selector comprises: a connecting unit configured to connect the selected signal line to the input of the comparator, and to connect another signal line of the plurality of signal lines to a load element (102; M2, 124), wherein a load of the load element corresponds to a load of the input of the comparator, such that the load element is connected to the another signal line of the plurality of signal lines.
Fin deployment mechanism (10, 20) for a rotationally stabilized projectile, said mechanism comprising at least one fin (2, 15) and at least one actuator, wherein the fin (2, 15) is arranged in a deployable and retractable manner on the projectile, and wherein the fin (2, 15) and at least one balance weight (3, 17) are mechanically arranged so that, when the fin (2, 15) is deployed by the actuator, then the balance weight (3, 17) is displaced in towards the centre of the projectile and, when the fin (2, 15) is retracted by the actuator, then the balance weight (3, 17) is displaced out from the centre of the projectile characterized in that the displacement of the fin (2, 15) is a displacement in the radial direction of the projectile, and the opposite displacement of the at least one balance weight (3, 17) is a displacement in the radial direction of the projectile and a radial deployment force (F 1) acting on the fin is compensated with an equally large and equidirectional radial force (F 2) acting on the balance weight.