mhurhangee/ep-ind-claims huggingface dataset:
A molten metal transfer pump comprising a case, in which a drive-connected shaft with a mounted impeller is installed on an upper bearing and a lower journal plain bearing; the lower journal plain bearing comprising rotor and stator parts; the rotor part is made in the form of two bushings, mounted on the shaft, and the stator part is made in the form of two bushings fixed in a cage in axial alignment with the shaft; bushings (17, 18) of the rotor and stator parts have mating sliding surfaces and are made of silicon carbide based ceramics, wherein above the lower journal plain bearing in the opposite areas of the surface of the shaft and the case multiple-thread oppositely directed helical grooves forming a labyrinth screw pump are milled; bushings (17, 18) of the rotor and stator parts are made in the form of split bushings fixed with flat rings (24, 33) and composed of cylinder segments (20, 28) equidistantly placed in a circumferential direction, located correspondingly in the cylindrical groove of the shaft and cylindrical groove of the cage and fixed with cone hold-down rings (22, 30) radially, and with spring rings (23, 31) axially, providing for axial pressing force. a case, in which a drive-connected shaft with a mounted impeller is installed on an upper bearing and a lower journal plain bearing; the lower journal plain bearing comprising rotor and stator parts; the rotor part is made in the form of two bushings, mounted on the shaft, and the stator part is made in the form of two bushings fixed in a cage in axial alignment with the shaft; bushings (17, 18) of the rotor and stator parts have mating sliding surfaces and are made of silicon carbide based ceramics, wherein above the lower journal plain bearing in the opposite areas of the surface of the shaft and the case multiple-thread oppositely directed helical grooves forming a labyrinth screw pump are milled; bushings (17, 18) of the rotor and stator parts are made in the form of split bushings fixed with flat rings (24, 33) and composed of cylinder segments (20, 28) equidistantly placed in a circumferential direction, located correspondingly in the cylindrical groove of the shaft and cylindrical groove of the cage and fixed with cone hold-down rings (22, 30) radially, and with spring rings (23, 31) axially, providing for axial pressing force.
A method performed by a user equipment, UE, comprising: ascertaining a lack of a valid dedicated uplink control channel resource configuration; determining a number of symbols for an uplink control channel in response to ascertaining the lack of the valid dedicated uplink control channel resource configuration; receiving a downlink message based on a UE identity of the UE; receiving downlink, DL, scheduling downlink control information, DCI, where the DL scheduling DCI includes information of a UE-specific physical resource block, PRB, offset and cyclic shift information of a base sequence for transmission of a hybrid automatic repeat request acknowledgement, HARQ-ACK, feedback; and transmitting, in response to the received downlink message, the HARQ-ACK, feedback on the uplink control channel using the determined number of symbols. ascertaining a lack of a valid dedicated uplink control channel resource configuration; determining a number of symbols for an uplink control channel in response to ascertaining the lack of the valid dedicated uplink control channel resource configuration; receiving a downlink message based on a UE identity of the UE; receiving downlink, DL, scheduling downlink control information, DCI, where the DL scheduling DCI includes information of a UE-specific physical resource block, PRB, offset and cyclic shift information of a base sequence for transmission of a hybrid automatic repeat request acknowledgement, HARQ-ACK, feedback; and transmitting, in response to the received downlink message, the HARQ-ACK, feedback on the uplink control channel using the determined number of symbols.
Method for assembling a first metallic part and a second part made of a composite material comprising at least one matrix and fibers arranged inside the matrix, said method comprising at least: - a step of forming the first part by producing a plurality of teeth projecting from a contact face of the first part, two adjacent teeth being separated from each other by an interstitial gap, the teeth having an extreme protrusion, and - a step of pressing the second part against the first part, so that the fibers of the composite material can penetrate inside the interstitial gaps between adjacent teeth, and the fibers are retained by the extreme protrusions of the teeth, characterized in that the teeth come from an edge of a through opening made in the first part. said method comprising at least: - a step of forming the first part by producing a plurality of teeth projecting from a contact face of the first part, two adjacent teeth being separated from each other by an interstitial gap, the teeth having an extreme protrusion, and - a step of pressing the second part against the first part, - a step of forming the first part by producing a plurality of teeth projecting from a contact face of the first part, two adjacent teeth being separated from each other by an interstitial gap, the teeth having an extreme protrusion, and - a step of pressing the second part against the first part, so that the fibers of the composite material can penetrate inside the interstitial gaps between adjacent teeth, and the fibers are retained by the extreme protrusions of the teeth, characterized in that the teeth come from an edge of a through opening made in the first part.
A label for a bottle, the label comprising: a background layer; an upper layer; a movable material layer disposed between the background layer and the upper layer, wherein the movable material layer is a flowable gel that has a viscosity between 50 cP and 5000 cP and/or wherein the thickness of the label is between 1 and 20 microns, wherein movable material of the movable material layer moves from a first location relative to the background layer to a second location relative to the background layer in response to a force applied to the first layer; wherein the movable material remains in the second location after the force is removed from the first layer, and wherein the moveable material is flowable at the second location. a background layer; an upper layer; a movable material layer disposed between the background layer and the upper layer, wherein the movable material layer is a flowable gel that has a viscosity between 50 cP and 5000 cP and/or wherein the thickness of the label is between 1 and 20 microns, wherein movable material of the movable material layer moves from a first location relative to the background layer to a second location relative to the background layer in response to a force applied to the first layer; wherein the movable material remains in the second location after the force is removed from the first layer, and wherein the moveable material is flowable at the second location.
A striker plate for interlocking engagement with at least one locking pawl, said striker plate comprising: - a base having a main surface delimited by at least a first peripheral edge and a second peripheral edge, - a plurality of throughgoing openings (7a, 7b), each opening being configured to receive a fastener configured to attach said striker plate to a window sash or a window frame, - at least one abutment element protruding from said main surface in a first direction, said abutment element comprising a first face defining an abutment area configured to engage said locking pawl, and - a reinforcement arrangement comprising one of said throughgoing openings, said reinforcement arrangement being integrated with said abutment element and at least partially forming a second face of said abutment element. - a base having a main surface delimited by at least a first peripheral edge and a second peripheral edge, - a plurality of throughgoing openings (7a, 7b), each opening being configured to receive a fastener configured to attach said striker plate to a window sash or a window frame, - at least one abutment element protruding from said main surface in a first direction, said abutment element comprising a first face defining an abutment area configured to engage said locking pawl, and - a reinforcement arrangement comprising one of said throughgoing openings, said reinforcement arrangement being integrated with said abutment element and at least partially forming a second face of said abutment element.
A horizontal pipe extraction apparatus comprising: a housing, said housing having a first end and a second end opposite said first end, said second end fixable to a pipe to be extracted; a striker plate disposed on said first end of said housing a percussive hammer supported by said housing in alignment with said striker plate, said hammer longitudinally displaceable relative to said housing; a tension helmet disposed over said first end for slidable displacement relative to said housing; one or more tensile elements connecting said hammer to said tension helmet and a resilient shock absorber disposed between and connected to said tension helmet and said first end; wherein said tensile elements urge said hammer against said striker plate when said shock absorber is in a rest configuration. a housing, said housing having a first end and a second end opposite said first end, said second end fixable to a pipe to be extracted; a striker plate disposed on said first end of said housing a percussive hammer supported by said housing in alignment with said striker plate, said hammer longitudinally displaceable relative to said housing; a tension helmet disposed over said first end for slidable displacement relative to said housing; one or more tensile elements connecting said hammer to said tension helmet and a resilient shock absorber disposed between and connected to said tension helmet and said first end; wherein said tensile elements urge said hammer against said striker plate when said shock absorber is in a rest configuration.
An extrusion blow moulding process for manufacturing a buoyancy float of the type comprising an inflatable, elongate, hollow body of a thermoplastics material, carrying at each end a support connector, each support connector carrying at least a pair of spaced-apart anchorages characterised in that: a parison is formed having a pair of spaced apart thickened end portions joined by a connecting thinner neck portion, the amount of plastics material forming each end portion being greater than that required to fill all that portion of a mould used to form each support connector whereby on introduction of the parison into the mould, closing the mould compresses each thickened end portion and the plastics material is effectively compression moulded into that portion of the mould used to form each support connector. a parison is formed having a pair of spaced apart thickened end portions joined by a connecting thinner neck portion, the amount of plastics material forming each end portion being greater than that required to fill all that portion of a mould used to form each support connector whereby on introduction of the parison into the mould, closing the mould compresses each thickened end portion and the plastics material is effectively compression moulded into that portion of the mould used to form each support connector.
A kit-of-parts, comprising: - a VIG window unit for replacing a non-vacuum IG window unit or an existing VIG window unit in a window frame, wherein the VIG window unit comprises first and second glass substrates (2, 3) with a low pressure gap (6, 38) provided between the first and second glass substrates, the low pressure gap being at a pressure less than atmospheric pressure, and wherein the VIG window unit has a smaller thickness than the non-vacuum IG window unit or the existing VIG window unit in the window frame; - a first spacer (40, 50) that is placeable between a first major side of the VIG window unit and a first stop portion of the window frame, wherein the first spacer comprises first and second corners for directly contacting the first major side of the VIG window unit, and wherein the first spacer further comprises a recess located in between the first and second corners of the first spacer; - an adhesive for attaching the first major side of the VIG window unit to the first spacer, wherein the adhesive is disposable in the recess of the first spacer. - a VIG window unit for replacing a non-vacuum IG window unit or an existing VIG window unit in a window frame, wherein the VIG window unit comprises first and second glass substrates (2, 3) with a low pressure gap (6, 38) provided between the first and second glass substrates, the low pressure gap being at a pressure less than atmospheric pressure, and wherein the VIG window unit has a smaller thickness than the non-vacuum IG window unit or the existing VIG window unit in the window frame; - a first spacer (40, 50) that is placeable between a first major side of the VIG window unit and a first stop portion of the window frame, wherein the first spacer comprises first and second corners for directly contacting the first major side of the VIG window unit, and wherein the first spacer further comprises a recess located in between the first and second corners of the first spacer; - an adhesive for attaching the first major side of the VIG window unit to the first spacer, wherein the adhesive is disposable in the recess of the first spacer.
Induction cooker hob comprising a cooking plate configured for placing cookware to be heated on an upper side thereof, and at least one induction heating element attached to an averted lower side of the cooking plate, wherein the cooking plate can be switched between two defined support positions (A, B), and is adapted to be securely positioned in either of the two support positions such that in a working position the cooking plate is oriented essentially horizontally and in a rest position the cooking plate is oriented essentially vertically, wherein the induction cooker hob further comprises a self-contained electronics housing having an elongate shape and accommodating therein essentially all electronic components (5, 6, 7) required for operating and powering the at least one induction heating element, and an air cir-culating fan configured to pass cooling air through the electronics housing for cooling the electronic components (5, 6), characterized in that the air circulating fan is arranged to generate a cooling air-flow in parallel to the axial direction through the electronics housing acting as an air-flow channel, and wherein the electronics housing comprises a branch-off section arranged to branch-off transversely to the ax-ial cooling air flow direction a portion of the cooling air-flow generated by the air circulating fan towards the at least one induction heating element.
Pressure test assembly comprising a plug and a tubular component, the plug being adapted to the tubular component, the tubular component having a male threaded element at a free end, such that the male threaded element has a male screw thread and a sealing surface, the plug having a compatible screw thread compatible with the male screw thread, an inner annular groove and a sealing ring held in said groove such that the sealing ring is compressed radially between an outer periphery of the male threaded element and a bottom of said inner annular groove, said plug being characterized in that the bottom of the groove has an inclination identical to that of a lip of the tubular component that is situated between a frustoconical portion bearing the sealing surface and the free end, this lip having an inclination less than that of the frustoconical portion.
A method of creating a model of a patient-specific structure of a cutting block, the cutting block used for assisting an operator in cutting at least one plane in a bone of a patient, the method comprising: obtaining geometrical data of a bone and of an intramedullary canal of the bone; determining a penetration of a fixing rod to be inserted in and extending partially out from an intramedullary canal of the bone, the penetration based on the geometrical data of the intramedullary canal of the bone and on a geometry of the fixing rod; determining an orientation of a portion of the fixing rod projecting out of the bone relative to the bone based on the geometrical data of the bone, on the geometry of the fixing rod and on the penetration; and creating the model of the patient-specific structure of the cutting block using the geometrical data of the bone, a desired position and orientation of the at least one cut plane on the bone, and the orientation of the portion of the fixing rod projecting out of the bone, the model of the patient-specific structure having a unique coupling orientation in which the cutting block is installed on the portion of the fixing rod projecting from the bone and is rotatable about the fixing rod until blocked in a desired position against the bone by abutments placed on the cutting block according to the pre-operatively planned orientation of the cutting block; a cut slot of the cutting block being aligned with the at least one cut plane on the bone at said unique coupling orientation. obtaining geometrical data of a bone and of an intramedullary canal of the bone; determining a penetration of a fixing rod to be inserted in and extending partially out from an intramedullary canal of the bone, the penetration based on the geometrical data of the intramedullary canal of the bone and on a geometry of the fixing rod; determining an orientation of a portion of the fixing rod projecting out of the bone relative to the bone based on the geometrical data of the bone, on the geometry of the fixing rod and on the penetration; and creating the model of the patient-specific structure of the cutting block using the geometrical data of the bone, a desired position and orientation of the at least one cut plane on the bone, and the orientation of the portion of the fixing rod projecting out of the bone, the model of the patient-specific structure having a unique coupling orientation in which the cutting block is installed on the portion of the fixing rod projecting from the bone and is rotatable about the fixing rod until blocked in a desired position against the bone by abutments placed on the cutting block according to the pre-operatively planned orientation of the cutting block; a cut slot of the cutting block being aligned with the at least one cut plane on the bone at said unique coupling orientation.
An extrusion method of a honeycomb formed body wherein a pillar, clayey honeycomb formed body is consecutively extruded from a die installed to an extruder and is sequentially passed to a plurality of conveyance receivers disposed without interval on a conveyance path with the central axis of the honeycomb formed body set horizontally, and wherein the honeycomb formed body is moved on the conveyance path to convey the honeycomb formed body to a next process, the honeycomb formed body having a cross sectional shape perpendicular to a central axis of the honeycomb formed body of a circular shape or an elliptical shape, each conveyance receiver comprising: a concaved surface concaved at both end faces (11, 12) parallel to a surface perpendicular to the central axis of the honeycomb formed body to be placed, and the concaved surface being a surface in contact with a side surface of the honeycomb formed body to be conveyed, wherein the concaved surface matches the outer circumference shape of the honeycomb formed body; and characterized by further comprising a receiver main body constituted of a plurality of members which provide said concaved surface, and coupling means that couples the plurality of members constituting the receiver main body to one another, wherein the receiver main body at least has a first member at the one end face side and a second member at the other end face side as the plurality of members, said plurality of members constituting the receiver main body all have different lengths from each other, when said plurality of members are combined to form the receiver main body, said concave surface defines a space which is open at both said end face sides, and the members are selectively combinable in a plurality of different combinations so as to provide respectively different total lengths of said space. a concaved surface concaved at both end faces (11, 12) parallel to a surface perpendicular to the central axis of the honeycomb formed body to be placed, and the concaved surface being a surface in contact with a side surface of the honeycomb formed body to be conveyed, wherein the concaved surface matches the outer circumference shape of the honeycomb formed body; and characterized by further comprising a receiver main body constituted of a plurality of members which provide said concaved surface, and coupling means that couples the plurality of members constituting the receiver main body to one another, wherein the receiver main body at least has a first member at the one end face side and a second member at the other end face side as the plurality of members, said plurality of members constituting the receiver main body all have different lengths from each other, when said plurality of members are combined to form the receiver main body, said concave surface defines a space which is open at both said end face sides, and the members are selectively combinable in a plurality of different combinations so as to provide respectively different total lengths of said space.
A method for wireless communication, for performing an iteration of hybrid interference cancelation based decoding, the method comprising: attempting to decode data transmitted from a node in a first cell; if the attempt to decode is unsuccessful, performing a first type of interference cancellation using results of the attempt to decode data transmitted from the first cell to reduce interference caused by data transmitted from the first cell; characterised by attempting to process data transmitted from at least a node in a second cell after performing the first type of interference cancellation; and performing a second type of interference cancellation using results of the attempt to process data transmitted from the second cell to reduce interference caused by data transmitted from the second cell; and performing a second attempt to decode data transmitted in the first cell after performing the second type of interference cancelling or repeating the iteration of the hybrid interference cancelation based decoding until an attempt to decode the data transmitted from the first cell is successful or a maximum number of iterations has been reached. attempting to decode data transmitted from a node in a first cell; if the attempt to decode is unsuccessful, performing a first type of interference cancellation using results of the attempt to decode data transmitted from the first cell to reduce interference caused by data transmitted from the first cell; characterised by attempting to process data transmitted from at least a node in a second cell after performing the first type of interference cancellation; and performing a second type of interference cancellation using results of the attempt to process data transmitted from the second cell to reduce interference caused by data transmitted from the second cell; and performing a second attempt to decode data transmitted in the first cell after performing the second type of interference cancelling or