mhurhangee/ep-ind-claims huggingface dataset:
A delivery device comprising: an inner shaft having one or more delivery platforms for deployment of one or more intraluminal devices; an outer sheath surrounding the inner shaft and configured to cover the one or more delivery platforms pre-deployment and to be withdrawn from at least one of the one or more delivery platforms as part of a deployment of the one or more intraluminal devices; an outer sheath rack comprising a plurality of teeth (104, 110, 112), the outer sheath rack coupled to the outer sheath, wherein the plurality of teeth (104, 110, 112) comprise a first plurality of teeth (110, 112) on a top of the outer sheath rack and a second plurality of teeth on a bottom of the outer sheath rack; a handle housing, wherein the inner shaft and the outer sheath rack are at least partially positioned within the handle housing, the handle housing comprising at least one pawl configured to engage with the first plurality of teeth (110, 112) on the outer sheath rack to prevent re-sheathing of the outer sheath over the one or more delivery platforms after a deployment; a shuttle having a pair of deflection arms (100, 102) configured for selective engagement with the second plurality of teeth on the outer sheath rack; a trigger mechanically linked to the shuttle such that actuation of the trigger causes movement of the shuttle which withdraws the outer sheath from covering the one or more delivery platforms. an inner shaft having one or more delivery platforms for deployment of one or more intraluminal devices; an outer sheath surrounding the inner shaft and configured to cover the one or more delivery platforms pre-deployment and to be withdrawn from at least one of the one or more delivery platforms as part of a deployment of the one or more intraluminal devices; an outer sheath rack comprising a plurality of teeth (104, 110, 112), the outer sheath rack coupled to the outer sheath, wherein the plurality of teeth (104, 110, 112) comprise a first plurality of teeth (110, 112) on a top of the outer sheath rack and a second plurality of teeth on a bottom of the outer sheath rack; a handle housing, wherein the inner shaft and the outer sheath rack are at least partially positioned within the handle housing, the handle housing comprising at least one pawl configured to engage with the first plurality of teeth (110, 112) on the outer sheath rack to prevent re-sheathing of the outer sheath over the one or more delivery platforms after a deployment; a shuttle having a pair of deflection arms (100, 102) configured for selective engagement with the second plurality of teeth on the outer sheath rack; a trigger mechanically linked to the shuttle such that actuation of the trigger causes movement of the shuttle which withdraws the outer sheath from covering the one or more delivery platforms.
A method for paging a first group of devices, attached to at least one radio control entity (eNB) in a network, wherein a group paging target identity and a group paging resource indication are assigned to all devices of the first group, the method characterized by the steps of: transmitting from a paging entity in the network a first paging message to the at least one radio control entity, the first paging message comprising the group paging target identity and the group paging resource indication, wherein respective values of group paging resource indications associated with different groups of devices are such that devices of different groups do not wake up at essentially the same time, calculating by the at least one radio control entity transmission resources on a radio channel based on the received group paging resource indication, transmitting by the at least one radio control entity a second paging message comprising the group paging target identity at the calculated transmission resources of the radio channel, and receiving by the devices of the first group the second paging message at the calculated transmission resources of the radio channel. transmitting from a paging entity in the network a first paging message to the at least one radio control entity, the first paging message comprising the group paging target identity and the group paging resource indication, wherein respective values of group paging resource indications associated with different groups of devices are such that devices of different groups do not wake up at essentially the same time, calculating by the at least one radio control entity transmission resources on a radio channel based on the received group paging resource indication, transmitting by the at least one radio control entity a second paging message comprising the group paging target identity at the calculated transmission resources of the radio channel, and receiving by the devices of the first group the second paging message at the calculated transmission resources of the radio channel.
An external control type fan clutch device comprising: a sealed housing formed of a non-magnetic case and a cover attached to the case and supported via a bearing (13, 14) on a rotating shaft having a drive disk fixed thereto; a torque transmission chamber having the drive disk built therein and an oil reservoir chamber provided inside the sealed housing; at least one oil circulating flow passage communicating with a torque transmission gap and provided on a side wall surface of the oil reservoir chamber; a magnetic valve member which opens and closes the oil circulating flow passage, the valve member configured to have an armature attached to a plate spring whose one end is attached to the sealed housing; an electromagnet supporting the rotating shaft via a bearing (13, 14); and a ring-shaped magnetic member provided on an outer periphery of the rotating shaft, wherein the valve member is activated by the electromagnet to control opening and closing of the oil circulating flow passage, and an effective contact area of oil in the torque transmission gap formed between a drive side and a driven side is increased and decreased to control rotation torque transmission from the drive side to the driven side, characterized in that the valve member has a structure in which the armature attached to the plate spring of the valve member is divided into a plurality of pieces in a direction from a base end side toward an oscillating end side of the plate spring to provide a plurality of bend points of the plate spring. a sealed housing formed of a non-magnetic case and a cover attached to the case and supported via a bearing (13, 14) on a rotating shaft having a drive disk fixed thereto; a torque transmission chamber having the drive disk built therein and an oil reservoir chamber provided inside the sealed housing; at least one oil circulating flow passage communicating with a torque transmission gap and provided on a side wall surface of the oil reservoir chamber; a magnetic valve member which opens and closes the oil circulating flow passage, the valve member configured to have an armature attached to a plate spring whose one end is attached to the sealed housing; an electromagnet supporting the rotating shaft via a bearing (13, 14); and a ring-shaped magnetic member provided on an outer periphery of the rotating shaft, wherein the valve member is activated by the electromagnet to control opening and closing of the oil circulating flow passage, and an effective contact area of oil in the torque transmission gap formed between a drive side and a driven side is increased and decreased to control rotation torque transmission from the drive side to the driven side, characterized in that the valve member has a structure in which the armature attached to the plate spring of the valve member is divided into a plurality of pieces in a direction from a base end side toward an oscillating end side of the plate spring to provide a plurality of bend points of the plate spring.
A method for wireless communication by a User Equipment, UE (120, 702), comprising: detecting that a Physical Uplink Control Channel, PUCCH and a Sounding Reference Signal, SRS are to be transmitted simultaneously; deciding to spatially multiplex the PUCCH and the SRS for simultaneous transmission via different sets of one or more antennas; determining time and frequency resources for the PUCCH and the SRS to avoid collision of at least a portion of the PUCCH with the SRS; and transmitting the spatially multiplexed PUCCH and SRS using the determined time and frequency resources. detecting that a Physical Uplink Control Channel, PUCCH and a Sounding Reference Signal, SRS are to be transmitted simultaneously; deciding to spatially multiplex the PUCCH and the SRS for simultaneous transmission via different sets of one or more antennas; determining time and frequency resources for the PUCCH and the SRS to avoid collision of at least a portion of the PUCCH with the SRS; and transmitting the spatially multiplexed PUCCH and SRS using the determined time and frequency resources.
A litter apparatus, comprising: a frame assembly having a first side member coupled to a second side member by a spreader member, wherein said first side member includes a first pair of longitudinally extending poles, wherein said second side member includes a second pair of longitudinally extending poles, wherein said first pair of longitudinally extending poles are connected by a first plurality of cross beams, wherein said second pair of longitudinally extending poles are connected by a second plurality of cross beams, wherein said first and second plurality of cross beams and said first and second pairs of longitudinally extending poles (22, 24) define a plurality of cavities, respectively, and wherein said frame assembly includes a plurality of rotatable handles pivotally connected to the ends of said first side member and said second side member, wherein said first and second pairs of longitudinally extending poles (22, 24) each includes a top pole having a plurality of top pole arms that are pivotally connected, and wherein said first and second pairs of longitudinally extending poles (22, 24) each includes a bottom pole having a plurality of bottom pole arms that are pivotally connected. a frame assembly having a first side member coupled to a second side member by a spreader member, wherein said first side member includes a first pair of longitudinally extending poles, wherein said second side member includes a second pair of longitudinally extending poles, wherein said first pair of longitudinally extending poles are connected by a first plurality of cross beams, wherein said second pair of longitudinally extending poles are connected by a second plurality of cross beams, wherein said first and second plurality of cross beams and said first and second pairs of longitudinally extending poles (22, 24) define a plurality of cavities, respectively, and wherein said frame assembly includes a plurality of rotatable handles pivotally connected to the ends of said first side member and said second side member, wherein said first and second pairs of longitudinally extending poles (22, 24) each includes a top pole having a plurality of top pole arms that are pivotally connected, and wherein said first and second pairs of longitudinally extending poles (22, 24) each includes a bottom pole having a plurality of bottom pole arms that are pivotally connected.
A connection device (100, 200, 300) for earthing an electrical apparatus and/or creating an equipotential link between two conductive elements, arranged to be inserted between a first part and a second part, said first part belonging to said electrical apparatus and being electrically conductive, and said second part belonging to a support structure on which said electrical apparatus is mounted and which may be at least partly electrically insulating, said connection device comprising a first automatic connection area (103, 104, 301) arranged to automatically create electrical contact between said connection device and said first part when said electrical apparatus is mounted on said support structure, characterized in that said connection device further comprises a second automatic connection area arranged to automatically create electrical contact between said connection device and an electrical conductor when said electrical apparatus is mounted on said support structure, such that an equipotential link is automatically created between at least said electrical apparatus and said electrical conductor when being mounted on said support structure via said connection device (100, 200, 300) and said electrical conductor, earthed or connected to a reference potential, and in that said second automatic connection area comprises a housing (107, 207) arranged to receive a segment of said electrical conductor, and a punching member arranged in line with said housing and arranged to be embedded at least partially in said electrical conductor, to create an electrical contact with said electrical conductor, and simultaneously to keep it in position in said housing (107, 207), when said electrical apparatus is mounted on said support structure, i.e., without any tools, screws or other additional fastening members.
Nonaqueous coating material composition for the production of a clearcoat film in automotive OEM finishing and automotive refinish, which comprises at least one polyhydroxyl group-containing component and at least one polyisocyanate group-containing component, characterized in that the coating material composition comprises at least one hydroxy-functional reaction product other than component, said product (i) possessing an acid number < 20 mg KOH/g and (ii) being preparable by reaction of at least one dimer fatty acid (a) with at least one aliphatic, araliphatic, or aromatic dihydroxy-functional compound (b), the dihydroxy-functional compound (b) having a number-average molecular weight of 120 to 6000 g/mol. at least one polyhydroxyl group-containing component and at least one polyisocyanate group-containing component, (i) possessing an acid number < 20 mg KOH/g and (ii) being preparable by reaction of at least one dimer fatty acid (a) with at least one aliphatic, araliphatic, or aromatic dihydroxy-functional compound (b), the dihydroxy-functional compound (b) having a number-average molecular weight of 120 to 6000 g/mol.
An arrangement of a micro power plant connected to a mains water supply pipeline, wherein supply of water from the mains water supply pipeline to the micro power plant is guided via a branched supply pipeline to a turbine, wherein streaming water in the branched supply pipeline drives the turbine, the turbine turns an electric generator, wherein the water after having passed the turbine is guided into the mains water supply pipeline via an outlet pipeline connected to an ejector (3.1) that brings back water from the turbine into the mains water supply pipeline, characterized in that the ejector (3.1) is arranged as a body located on the inside of the mains water supply pipeline, wherein an opening in the body is located on the upstream side such that water from the upstream side enters the body and is streaming towards a nozzle in fluid communication with the outlet pipeline, the body further comprises a conical shaped inner section located after the nozzle, wherein slanted openings in sidewalls bounding the conical section provide an additional suction effect that draws additional water from the mains water supply pipeline through the inner conical shaped suction of the ejector.
A pseudo H&E image producing method, including steps of: inputting a grayscale interference image of a pathological sample to a first memory block of an information processing apparatus, the grayscale interference image having a first image resolution, and inputting a grayscale fluorescence image of the pathological sample to a second memory block of the information processing apparatus, the grayscale fluorescence image having a second image resolution; using the information processing apparatus to perform a first color transform operation on the grayscale interference image to generate a first RGB image, and using the information processing apparatus to perform a second color transform operation on the grayscale fluorescence image to generate a second RGB image; using the information processing apparatus to perform an image fusion operation and an intensity reversal operation on the first RGB image and the second RGB image to generate a pseudo H&E image; and outputting the pseudo H&E image to a display unit, wherein the grayscale interference image is generated by an optical interference microscopy scheme, which uses interference between a light beam and a reflected light beam to generate an image of the pathological sample. inputting a grayscale interference image of a pathological sample to a first memory block of an information processing apparatus, the grayscale interference image having a first image resolution, and inputting a grayscale fluorescence image of the pathological sample to a second memory block of the information processing apparatus, the grayscale fluorescence image having a second image resolution; using the information processing apparatus to perform a first color transform operation on the grayscale interference image to generate a first RGB image, and using the information processing apparatus to perform a second color transform operation on the grayscale fluorescence image to generate a second RGB image; using the information processing apparatus to perform an image fusion operation and an intensity reversal operation on the first RGB image and the second RGB image to generate a pseudo H&E image; and outputting the pseudo H&E image to a display unit, wherein the grayscale interference image is generated by an optical interference microscopy scheme, which uses interference between a light beam and a reflected light beam to generate an image of the pathological sample.
Otological formulations for use in the treatment for cleaning the auricular duct by dissolving, disaggregating and removing ear wax characterised in that said otological formulations comprise Lapacho extract.
A method comprising: selecting a hydrocarbon well (100A-100H) for a workover operation, the selecting by calculating, by a computer system (200,500), a plurality of present-performance index values for a respectively plurality of wells (100A-100H), each present-performance index value based on a well's (100A-100H) performance with respect to the plurality of wells (100A-100H), and each present-performance index value dimensionless; calculating, by the computer system (200,500), a plurality of future-performance index values for the respective plurality of wells (100A-100H), each future-performance index value based on a well's (100A-100H) expected future performance with respect to the plurality of wells (100A-100H), and each future-performance index value dimensionless; combining a present-performance index value and a future-performance index value for a first well (100A-100H) to create a first combination index; combining a present-performance index value and a future-performance index value for a second well (100A-100H) to create a second combination index; selecting the hydrocarbon well (100A-100H) based on the first and second combination indices; and then performing a workover operation on the hydrocarbon well (100A-100H). selecting a hydrocarbon well (100A-100H) for a workover operation, the selecting by calculating, by a computer system (200,500), a plurality of present-performance index values for a respectively plurality of wells (100A-100H), each present-performance index value based on a well's (100A-100H) performance with respect to the plurality of wells (100A-100H), and each present-performance index value dimensionless; calculating, by the computer system (200,500), a plurality of future-performance index values for the respective plurality of wells (100A-100H), each future-performance index value based on a well's (100A-100H) expected future performance with respect to the plurality of wells (100A-100H), and each future-performance index value dimensionless; combining a present-performance index value and a future-performance index value for a first well (100A-100H) to create a first combination index; combining a present-performance index value and a future-performance index value for a second well (100A-100H) to create a second combination index; selecting the hydrocarbon well (100A-100H) based on the first and second combination indices; and then performing a workover operation on the hydrocarbon well (100A-100H).
A reconfigurable machining center (1, 100), comprising: - a base structure which extends longitudinally in a first direction, - a first movable crossmember which is supported so that it can move with respect to the base structure in the first direction and is provided with an equipped machining head, - supporting elements for supporting the movable crossmember on the base structure so that it can move along the first direction, - a first leadscrew rack, integral with the base structure, which comprises a first helical circular toothed sector, the leadscrew rack extending along the base structure in a longitudinal direction parallel to the first direction for the entire extension of the base structure in the first direction, - a first screw rotationally coupled to the movable crossmember by way of a moving assembly, said screw engaging with the corresponding first leadscrew rack, the screw having its rotation axis parallel to the first direction, wherein the longitudinal extension of the base structure in the first direction is an integer multiple of the pitch of the teeth of the leadscrew rack, and wherein the base structure further comprises elements for coupling that are adapted to couple the base structure to a following and/or preceding adjacent base structure, along the first direction. - a base structure which extends longitudinally in a first direction, - a first movable crossmember which is supported so that it can move with respect to the base structure in the first direction and is provided with an equipped machining head, - supporting elements for supporting the movable crossmember on the base structure so that it can move along the first direction, - a first leadscrew rack, integral with the base structure, which comprises a first helical circular toothed sector, the leadscrew rack extending along the base structure in a longitudinal direction parallel to the first direction for the entire extension of the base structure in the first direction, - a first screw rotationally coupled to the movable crossmember by way of a moving assembly, said screw engaging with the corresponding first leadscrew rack, the screw having its rotation axis parallel to the first direction, wherein the longitudinal extension of the base structure in the first direction is an integer multiple of the pitch of the teeth of the leadscrew rack,