mhurhangee/ep-ind-claims huggingface dataset:
An interphase power controller device, comprising: a first side phase line connection point a, a first side phase line connection point b and a first side phase line connection point c; a second side phase line connection point a, a second side phase line connection point b and a second side phase line connection point c; a first inductor (L AB) connecting the first side phase line connection point a to the second side phase line connection point b, a second inductor (L BC) connecting the first side phase line connection point b to the second side phase line connection point c, a third inductor (L CA) connecting the first side phase line connection point c to the second side phase line connection point a, characterized by a first capacitor (Cac) connecting the first side phase line connection point a to the second side phase line connection point c; a second capacitor (Cba) connecting the first side phase line connection point b to the second side phase line connection point a; a third capacitor (Ccb) connecting the first side phase line connection point c to the second side phase line connection point b; a first varistor (Var A) connecting the first side phase line connection point a to the second side phase line connection point a; a second varistor (Var B) connecting the first side phase line connection point b to the second side phase line connection point b; and a third varistor (Var C) connecting the first side phase line connection point c to the second side phase line connection point c. a first side phase line connection point a, a first side phase line connection point b and a first side phase line connection point c; a second side phase line connection point a, a second side phase line connection point b and a second side phase line connection point c; a first inductor (L AB) connecting the first side phase line connection point a to the second side phase line connection point b, a second inductor (L BC) connecting the first side phase line connection point b to the second side phase line connection point c, a third inductor (L CA) connecting the first side phase line connection point c to the second side phase line connection point a, characterized by a first capacitor (Cac) connecting the first side phase line connection point a to the second side phase line connection point c; a second capacitor (Cba) connecting the first side phase line connection point b to the second side phase line connection point a; a third capacitor (Ccb) connecting the first side phase line connection point c to the second side phase line connection point b; a first varistor (Var A) connecting the first side phase line connection point a to the second side phase line connection point a; a second varistor (Var B) connecting the first side phase line connection point b to the second side phase line connection point b; and a third varistor (Var C) connecting the first side phase line connection point c to the second side phase line connection point c.
A stowable seat, comprising: a housing; a back rest coupled to the housing at a top of the back rest; a seat bottom coupled to a bottom of the back rest; a track coupled to the housing; characterized in that the seat bottom is configured to slide along the track; and further comprising a linkage coupled between the housing and the track, wherein the linkage is configured to translate the track away from the housing. a housing; a back rest coupled to the housing at a top of the back rest; a seat bottom coupled to a bottom of the back rest; a track coupled to the housing; characterized in that the seat bottom is configured to slide along the track; and further comprising a linkage coupled between the housing and the track, wherein the linkage is configured to translate the track away from the housing.
Apparatus to feed and pre-heat a metal charge to a melting furnace of a steelworks, comprising a feeding and pre-heating tower separate, outside and autonomous from the melting furnace, wherein said feeding and pre-heating tower comprises a feed chamber located in its top part or head, inside which the metal charge arriving from a feed device is introduced, an intermediate chamber, located below the feed chamber and separated from it by a first separation device, and at least one compartment, disposed below said intermediate chamber and separated from it by a second separation device, to temporarily contain said metal charge, the apparatus also comprising transfer means to transfer said metal charge to said melting furnace and conveying means to convey the fumes exiting from the melting furnace to said compartment, wherein said apparatus also comprises a post-combustion chamber, disposed at least partly below said compartment, wherein said fume conveying means are connected, with a first end, to an exit hole of the melting furnace and with a second end to said post-combustion chamber, said post-combustion chamber being configured to determine the expansion of the fumes introduced by the conveying means and to direct said expanded fumes toward said compartment along a path from the bottom upward such as to determine a desired residence time of said fumes suitable to obtain at least the substantial complete combustion of the unburned gases present in said fumes.
Apparatus comprising: a blood-pump tube; a blood pump configured to be disposed within the blood-pump tube, and to pump blood through the blood-pump tube; at least one blood-pressure-measurement tube (210, 220, 222) that defines an opening at a distal end thereof, and that is configured to extend to at least an outer surface of the blood-pump tube, such that the opening at the distal end of the blood-pressure-measurement tube (210, 220, 222) is in direct fluid communication with a bloodstream of a subject outside the blood-pump tube; and at least one pressure sensor configured to measure pressure of the bloodstream of the subject outside the blood-pump tube (210, 220, 222), characterized in that: the at least one pressure sensor is configured to measure pressure of the bloodstream of the subject outside the blood-pump tube (210, 220, 222) by measuring pressure of blood within the blood-pressure-measurement tube (210, 220, 222); the blood-pressure-measurement tube (210, 220, 222) is configured to extend from outside a body of the subject to the opening at the distal end; and the at least one pressure sensor is configured to be disposed outside the subject's body. a blood-pump tube; a blood pump configured to be disposed within the blood-pump tube, and to pump blood through the blood-pump tube; at least one blood-pressure-measurement tube (210, 220, 222) that defines an opening at a distal end thereof, and that is configured to extend to at least an outer surface of the blood-pump tube, such that the opening at the distal end of the blood-pressure-measurement tube (210, 220, 222) is in direct fluid communication with a bloodstream of a subject outside the blood-pump tube; and at least one pressure sensor configured to measure pressure of the bloodstream of the subject outside the blood-pump tube (210, 220, 222), characterized in that: the at least one pressure sensor is configured to measure pressure of the bloodstream of the subject outside the blood-pump tube (210, 220, 222) by measuring pressure of blood within the blood-pressure-measurement tube (210, 220, 222); the blood-pressure-measurement tube (210, 220, 222) is configured to extend from outside a body of the subject to the opening at the distal end; and the at least one pressure sensor is configured to be disposed outside the subject's body. the at least one pressure sensor is configured to measure pressure of the bloodstream of the subject outside the blood-pump tube (210, 220, 222) by measuring pressure of blood within the blood-pressure-measurement tube (210, 220, 222); the blood-pressure-measurement tube (210, 220, 222) is configured to extend from outside a body of the subject to the opening at the distal end; and the at least one pressure sensor is configured to be disposed outside the subject's body.
Machine for dispersing sediments that have collected on a bed of a body of water, this machine comprising: - a floating vessel having a bow and a stern, - an underwater structure having at least one leg and a rotary agitator mounted on the leg, the leg being mounted in an articulated manner with respect to the vessel between a working position in which the leg is deployed so as to be anchored in the bed of the body of water, and an idle position in which the leg is retracted towards the vessel; this machine being characterised: - in that the underwater structure comprises at least one pair of bow legs mounted next to the bow of the vessel and at least one stern leg mounted next to the stern of the vessel; - in that the agitator is mounted between the bow legs; - in that each leg (8, 9) is articulated by a deformable parallelogram mechanism. - a floating vessel having a bow and a stern, - an underwater structure having at least one leg and a rotary agitator mounted on the leg, the leg being mounted in an articulated manner with respect to the vessel between a working position in which the leg is deployed so as to be anchored in the bed of the body of water, and an idle position in which the leg is retracted towards the vessel; - in that the underwater structure comprises at least one pair of bow legs mounted next to the bow of the vessel and at least one stern leg mounted next to the stern of the vessel; - in that the agitator is mounted between the bow legs; - in that each leg (8, 9) is articulated by a deformable parallelogram mechanism.
A wind turbine blade having a profiled contour including a pressure side and a suction side, and a leading edge and a trailing edge with a chord having a chord length extending therebetween, the wind turbine blade extending in a spanwise direction between a root end and a tip end, wherein the wind turbine blade comprises an elongate reinforcing structure, the reinforcing structure comprising a plurality of strips (63, 64, 65) of fibre-reinforced polymer arranged into adjacent stacks of strips, and at least one alignment member characterised in that the at least one alignment member comprises: at least one alternating horizontal segment and at least one vertical segment, wherein a vertical segment of the alignment member is arranged between adjacent stacks of strips, and wherein a horizontal segment of the alignment member is arranged on top of or below each stack of strips, wherein at least one of the vertical segments comprises one or more apertures for allowing resin to flow from one side of the vertical segment to the other side of the vertical segment. a plurality of strips (63, 64, 65) of fibre-reinforced polymer arranged into adjacent stacks of strips, and at least one alignment member characterised in that the at least one alignment member comprises: at least one alternating horizontal segment and at least one vertical segment, wherein a vertical segment of the alignment member is arranged between adjacent stacks of strips, and wherein a horizontal segment of the alignment member is arranged on top of or below each stack of strips, wherein at least one of the vertical segments comprises one or more apertures for allowing resin to flow from one side of the vertical segment to the other side of the vertical segment. at least one alternating horizontal segment and at least one vertical segment, wherein a vertical segment of the alignment member is arranged between adjacent stacks of strips, and wherein a horizontal segment of the alignment member is arranged on top of or below each stack of strips, wherein at least one of the vertical segments comprises one or more apertures for allowing resin to flow from one side of the vertical segment to the other side of the vertical segment.
A communication method applied to an integrated access and backhaul, IAB, system, wherein the method comprises: receiving, by a first node, a first radio resource control, RRC, reconfiguration message from a first donor node through a source parent node and a second node; receiving, by the first node, first indication information from the second node, wherein the first indication information is used to determine that the first RRC reconfiguration message becomes effective; and when the first node determines, based on the first indication information, that the first RRC reconfiguration message becomes effective, establishing, by the first node, an RRC connection to a second donor node based on the first RRC reconfiguration message, wherein the first node and the second node are nodes in a group that performs group handover, the group handover comprises handover of a head node in the group from the source parent node to a target parent node, the source parent node is connected to the first donor node, the target parent node is connected to the second donor node, the second node is the head node or the second node is connected to the head node, the second node is a parent node of the first node, the second node is an IAB node, and the first node is a terminal, wherein the first node receives the first indication information after the first node receives the first RRC reconfiguration message or wherein the first RRC reconfiguration message comprises the first indication information. receiving, by a first node, a first radio resource control, RRC, reconfiguration message from a first donor node through a source parent node and a second node; receiving, by the first node, first indication information from the second node, wherein the first indication information is used to determine that the first RRC reconfiguration message becomes effective; and when the first node determines, based on the first indication information, that the first RRC reconfiguration message becomes effective, establishing, by the first node, an RRC connection to a second donor node based on the first RRC reconfiguration message, wherein the first node and the second node are nodes in a group that performs group handover, the group handover comprises handover of a head node in the group from the source parent node to a target parent node, the source parent node is connected to the first donor node, the target parent node is connected to the second donor node, the second node is the head node or the second node is connected to the head node, the second node is a parent node of the first node, the second node is an IAB node, and the first node is a terminal, wherein the first node receives the first indication information after the first node receives the first RRC reconfiguration message or wherein the first RRC reconfiguration message comprises the first indication information.
An X-ray medical imaging device for providing an image representation supporting positioning of an intervention device (3, 4) in a region of interest during an intervention procedure, the medical imaging device being adapted for performing the following steps: (i) acquiring a sequence of pre-live anatomy images including the region of interest; (ii) acquiring a live anatomy image including the region of interest using a live image acquisition device comprising an adjustable collimator device with the collimator device being in previously set settings; (iii) identifying a location of the intervention device within the live anatomy image; (iv) adjusting settings of the collimator device based on the identified location of the intervention device for subsequently acquiring a further live anatomy image including the region of interest using the live image acquisition device with the collimator device being in the adjusted settings; (v) providing the image representation by merging information from the live anatomy image into one of the pre-live anatomy images, wherein a spatio-temporal transformation linking a selected one of the pre-live anatomy images and the live anatomy image is performed before the merging, wherein the live anatomy image and the selected one of the pre-live anatomy images are merged such that in the provided image representation a region adjacent to the location of the identified intervention device is represented mainly based on the live anatomy image and a region distant to the location of the identified intervention device is represented mainly based on the selected one of the pre-live anatomy images. (i) acquiring a sequence of pre-live anatomy images including the region of interest; (ii) acquiring a live anatomy image including the region of interest using a live image acquisition device comprising an adjustable collimator device with the collimator device being in previously set settings; (iii) identifying a location of the intervention device within the live anatomy image; (iv) adjusting settings of the collimator device based on the identified location of the intervention device for subsequently acquiring a further live anatomy image including the region of interest using the live image acquisition device with the collimator device being in the adjusted settings; (v) providing the image representation by merging information from the live anatomy image into one of the pre-live anatomy images, wherein a spatio-temporal transformation linking a selected one of the pre-live anatomy images and the live anatomy image is performed before the merging,
A digital broadcast receiver capable of receiving a television program broadcast by a service from among broadcast electric waves to which several physical channels are assigned in a region, said digital broadcast receiver comprising: a selection command input device, a display output device, a reception demodulating unit for converting a signal in an RF band which said digital broadcast receiver has received into a transport stream signal; and a control unit for determining whether or not there are identical services in services which said digital broadcast receiver has received in each of a plurality of regions, and further for making a region identification on the basis of identification information included in said transport stream signal, generating a service list for each of said regions in such manner that, when there are identical services in the services received for a particular region, said identical services are merged into a single service entry within the service list of said region, said service entry being linked to the physical channels assigned to the respective identical services, and displaying said service list generated thereby on said display device to urge a viewer to perform a selection input; characterised in that upon having received the selection input of an entry of the service list by the viewer, said control unit is arranged to select a physical channel among the linked physical channels according to priorities which are assigned according to histories of reception periods of said physical channels. a selection command input device, a display output device, a reception demodulating unit for converting a signal in an RF band which said digital broadcast receiver has received into a transport stream signal; and a control unit for determining whether or not there are identical services in services which said digital broadcast receiver has received in each of a plurality of regions, and further for making a region identification on the basis of identification information included in said transport stream signal, generating a service list for each of said regions in such manner that, when there are identical services in the services received for a particular region, said identical services are merged into a single service entry within the service list of said region, said service entry being linked to the physical channels assigned to the respective identical services, and displaying said service list generated thereby on said display device to urge a viewer to perform a selection input; upon having received the selection input of an entry of the service list by the viewer, said control unit is arranged to select a physical channel among the linked physical channels according to priorities which are assigned according to histories of reception periods of said physical channels.
Disc brake for commercial vehicles with a brake calliper, a brake disc, an actuating lever which is arranged axially with respect to a disc brake axis of the brake disc, an adjusting device comprising an adjusting spindle, a thrust collar and an adjusting spindle head, the adjusting device being arranged at least partially within an interior space of the brake calliper, a primary seal for sealing the interior space of the brake calliper, an annular space which is delimited by an inner wall of a through opening of the brake calliper and the adjusting device, and a secondary seal for at least partially sealing the interior space of the brake calliper, the primary seal and the secondary seal being configured as a piston protective cap, characterized in that the piston protective cap has an undercut radially in the direction of the closure cover of the brake calliper, as an additional captive securing means against a release of the piston protective cap from the closure cover of the brake calliper, and the piston protective cap being a component that comprises the primary seal and the secondary seal.
A package (10, 110) comprising a container formed to include a product-storage region and a brim bordering an opening into the product-storage region and a lid adapted to mate with the brim of the container to close the opening into the product-storage region formed in the container, the lid including a sheet-support ring and a membrane sheet and wherein the sheet-support ring is configured to mate with the brim of the container when the lid is mounted on the container to extend around the opening into the product-storage region and to include an inwardly facing wall arranged to face toward the brim of the container and the membrane sheet has an outer surface bonded permanently to the sheet-support ring to form the lid and an inner surface configured to provide means for mating temporarily and repeatedly with the brim of the container to close the opening into the product-storage region and establish a sealed connection between the membrane sheet and the brim of the container lid each time the sheet-support ring of the lid is mated with the brim of the container so that any product stored in the product-storage chamber is retained in a sealed region defined by the container and the lid, wherein the membrane sheet includes a perimeter edge arranged to extend between the outer and inner surfaces and to mate with an annular edge-support surface included in the sheet-support ring, characterized in that the annular edge-support surface has a frustoconical shape and/or wherein the inwardly facing wall has a concave shape.