mhurhangee/ep-ind-claims huggingface dataset:
Climbing device with at least one climbing rail for adjusting and/or climbing a scaffolding and/or a formwork and/or a platform, wherein at least one climbing shoe (15, 16) is disposed on the climbing rail, wherein at least one hydraulic cylinder comprising at least one drive piston arranged in a cylinder housing and a hydraulic fluid is provided for raising the climbing shoe (15, 16) and/or the climbing rail and/or the scaffolding and/or the formwork and/or the platform, characterized - in that the hydraulic cylinder is designed as a hydraulic unit, wherein the hydraulic unit comprises at least one hydraulic tank for storing hydraulic fluid, an electric motor, and a hydraulic pump, which can be driven by the electric motor, for pressurizing the hydraulic fluid, - and in that at least a first hydraulic unit and a second hydraulic unit are provided, wherein at least one electrical connection lead is arranged between the first and the second hydraulic unit for electrical and/or electronic connection and/or for electrical power supply and/or for electronic transmission of data/information. - in that the hydraulic cylinder is designed as a hydraulic unit, wherein the hydraulic unit comprises at least one hydraulic tank for storing hydraulic fluid, an electric motor, and a hydraulic pump, which can be driven by the electric motor, for pressurizing the hydraulic fluid, - and in that at least a first hydraulic unit and a second hydraulic unit are provided, wherein at least one electrical connection lead is arranged between the first and the second hydraulic unit for electrical and/or electronic connection and/or for electrical power supply and/or for electronic transmission of data/information.
A device for the retrieval of a thrombus from a vessel, the device comprising: a delivery tube with at least one side hole oriented radially; and one or more thrombus engaging elements for each side hole, each thrombus engaging element comprising a wire and being movable radially of the delivery tube between a retracted configuration in which it is retained within the delivery tube and a deployed configuration in which it projects from the delivery tube through the side hole, wherein each wire has a free end being movable radially of the delivery tube between the retracted and deployed configurations. a delivery tube with at least one side hole oriented radially; and one or more thrombus engaging elements for each side hole, each thrombus engaging element comprising a wire and being movable radially of the delivery tube between a retracted configuration in which it is retained within the delivery tube and a deployed configuration in which it projects from the delivery tube through the side hole, wherein each wire has a free end being movable radially of the delivery tube between the retracted and deployed configurations.
Curtain-airbag module comprising a curtain airbag and a mounting envelope for receiving the curtain-airbag and for attaching the curtain-airbag to the interior of a vehicle, in particular to the roof frame of a vehicle, the mounting envelope comprising a longitudinal tear-line which is configured to break in the event of a curtain-airbag deployment and extends in a longitudinal direction of the mounting envelope, wherein the mounting envelope covers at least a major part of the curtain-airbag and comprises at least one additional vertical tear-line, preferably extending in a direction substantially perpendicular to the longitudinal direction characterized in that the vertical tear-line is arranged in a center portion of the mounting envelope with respect to a longitudinal direction thereof.
Mold for stamping and overmolding inserts made of composite material, said mold comprising a first and a second half-mold (1a, 1b) complementing one another and defining a space for reception and overmolding of the insert made of composite material, characterized in that: - the first half-mold comprises at least one orifice inside which is placed a hole punch-forming blade borne by the end of a mobile support, so as to be able to cut the insert made of composite material, said blade being also contiguous with the wall of the orifice of the first half-mold, - the second half-mold comprises an orifice, facing the at least one orifice of the first half-mold, inside which is placed a plunger of corresponding form and contiguous with the wall of the orifice of the second half-mold and mobile so as to be able to come into contiguous contact with the blade. - the first half-mold comprises at least one orifice inside which is placed a hole punch-forming blade borne by the end of a mobile support, so as to be able to cut the insert made of composite material, said blade being also contiguous with the wall of the orifice of the first half-mold, - the second half-mold comprises an orifice, facing the at least one orifice of the first half-mold, inside which is placed a plunger of corresponding form and contiguous with the wall of the orifice of the second half-mold and mobile so as to be able to come into contiguous contact with the blade.
A polar code transmission method, comprising: Performing, by a transmit end, polar code encoding on at least one of to-be-encoded bit sequences U to generate an encoded sequence, wherein a length of U is N; and scrambling and interleaving, by the transmit end, the encoded sequence by using a scrambling sequence Sx and an interleaving matrix Px; wherein a mother code length is N, and the length of U is the same as the mother code length; and if a bit at an (N/2) th location in U is an information bit, and a bit at an (N/4) th location in U is a fixed bit, bits at a first location to an (N/2) th location in Sx are set to 1; or if a bit at an (N/4) th location in U is a fixed bit, and S X = S U · G N, wherein G N is a N×N generator matrix of a polar code, and Su is a 1×N vector, a bit that is in Su and that corresponds to a first information bit location in U is set to 1; or if S X = S U · G N, and G N · P x · G N = T u, wherein G N is a N×N generator matrix of a polar code, Su is a 1×N vector, and T u is a N×N transformation matrix, column vectors that are in T u and that correspond to information bit locations in U constitute an information bit transformation matrix, and a bit that is in Su and that corresponds to a location of a row in Tu is set to 1, wherein the row has a largest row weight in an M×M upper triangular matrix in the information bit transformation matrix, and M is a positive integer greater than or equal to 2. Performing, by a transmit end, polar code encoding on at least one of to-be-encoded bit sequences U to generate an encoded sequence, wherein a length of U is N; and scrambling and interleaving, by the transmit end, the encoded sequence by using a scrambling sequence Sx and an interleaving matrix Px; wherein a mother code length is N, and the length of U is the same as the mother code length; and if a bit at an (N/2) th location in U is an information bit, and a bit at an (N/4) th location in U is a fixed bit, bits at a first location to an (N/2) th location in Sx are set to 1; or if a bit at an (N/4) th location in U is a fixed bit, and S X = S U · G N, wherein G N is a N×N generator matrix of a polar code, and Su is a 1×N vector, a bit that is in Su and that corresponds to a first information bit location in U is set to 1; or if S X = S U · G N, and G N · P x · G N = T u, wherein G N is a N×N generator matrix of a polar code, Su is a 1×N vector, and T u is a N×N transformation matrix, column vectors that are in T u and that correspond to information bit locations in U constitute an information bit transformation matrix, and a bit that is in Su and that corresponds to a location of a row in Tu is set to 1, wherein the row has a largest row weight in an M×M upper triangular matrix in the information bit transformation matrix, and M is a positive integer greater than or equal to 2.
A transport device, comprising a transport vehicle with a drive and with a cable that is mounted at at least two points, wherein the transport vehicle is moveable along the cable by means of the drive, characterized in that the cable at a point is flexibly clamped in by means of a moveable bearing and/or a regulating mechanism is provided which automatically corrects a deflection from the cable.
A bushing comprising: a single piece of metal formed into a first concave portion with a first radius on a first side of the bushing, characterized in that the first concave portion includes at least 180 degrees of curvature around a longitudinal axis and wherein both a top side and bottom side of the single piece of metal extends out from the first concave portion laterally to an opposite side of the bushing from the first side and wherein both the top side and bottom side of the single piece of metal curves back on itself to form a first convex portion and a second convex portion on the second side of the bushing above and below the first concave portion respectively and wherein the first convex portion and the second convex portion each have greater than 90 degrees of curvature and wherein both the top side and bottom side of the single piece of metal extends laterally back to the first side of the bushing in a first arc and second arc on a top side and bottom side of the bushing respectively wherein the first arc and second arc form the outer circumference of the bushing around a central axis; and wherein as each portion of the single piece of metal extends from the first concave portion laterally across the bushing to the second side, a third concave arc and fourth concave arc extend longitudinally across the bushing and are formed around the central axis in the top side and bottom side respectively. a single piece of metal formed into a first concave portion with a first radius on a first side of the bushing, characterized in that the first concave portion includes at least 180 degrees of curvature around a longitudinal axis and wherein both a top side and bottom side of the single piece of metal extends out from the first concave portion laterally to an opposite side of the bushing from the first side and wherein both the top side and bottom side of the single piece of metal curves back on itself to form a first convex portion and a second convex portion on the second side of the bushing above and below the first concave portion respectively and wherein the first convex portion and the second convex portion each have greater than 90 degrees of curvature and wherein both the top side and bottom side of the single piece of metal extends laterally back to the first side of the bushing in a first arc and second arc on a top side and bottom side of the bushing respectively wherein the first arc and second arc form the outer circumference of the bushing around a central axis; and wherein as each portion of the single piece of metal extends from the first concave portion laterally across the bushing to the second side, a third concave arc and fourth concave arc extend longitudinally across the bushing and are formed around the central axis in the top side and bottom side respectively.
A method for forming a protective barrier on a furnace electrode made of graphite, comprising: providing electrode cooling water; mixing an antioxidant additive with the electrode cooling water to form a cooling liquid; spraying at least a surface of the furnace electrode disposed adjacent a furnace with the cooling liquid, thereby cooling the furnace electrode; forming a protective antioxidative barrier on the furnace electrode, the protective antioxidative barrier comprising the antioxidant additive which has been deposited and/or precipitated on the furnace electrode from the cooling liquid, characterized in that the protective antioxidative barrier is formed as a two-phase coating that includes (i) a first coating that is formed from the antioxidant additive which has been deposited and/or precipitated on the furnace electrode from the cooling liquid, the first coating being located on a first portion of an exterior surface of the electrode; and (ii) a second coating that is formed from the antioxidant additive in a melted state, the second coating being located on a second portion of the exterior surface of the electrode. providing electrode cooling water; mixing an antioxidant additive with the electrode cooling water to form a cooling liquid; spraying at least a surface of the furnace electrode disposed adjacent a furnace with the cooling liquid, thereby cooling the furnace electrode; forming a protective antioxidative barrier on the furnace electrode, the protective antioxidative barrier comprising the antioxidant additive which has been deposited and/or precipitated on the furnace electrode from the cooling liquid, characterized in that the protective antioxidative barrier is formed as a two-phase coating that includes (i) a first coating that is formed from the antioxidant additive which has been deposited and/or precipitated on the furnace electrode from the cooling liquid, the first coating being located on a first portion of an exterior surface of the electrode; and (ii) a second coating that is formed from the antioxidant additive in a melted state, the second coating being located on a second portion of the exterior surface of the electrode.
A powder-containing water-based non-emulsified composition, comprising: an aqueous phase constituting a continuous phase; 20 to 45% by mass of a powder; and 0.7% by mass or greater of a thickener, wherein said thickener is a polymer that includes 2-acrylamido-2-methylpropanesulfonic acid or a salt thereof as a constituent component, the powder is dispersed in the composition, the powder is at least one selected from the group consisting of synthetic mica, mica, sericite, talc, silica, barium sulfate, zinc myristate, glass powder, titanium dioxide, zinc oxide, boron nitride, silicone resin powder, polymethyl methacrylate powder, and nylon powder, and a content of an oily component is 15% by mass or less relative to the mass of the composition. an aqueous phase constituting a continuous phase; 20 to 45% by mass of a powder; and 0.7% by mass or greater of a thickener, wherein said thickener is a polymer that includes 2-acrylamido-2-methylpropanesulfonic acid or a salt thereof as a constituent component, the powder is dispersed in the composition, the powder is at least one selected from the group consisting of synthetic mica, mica, sericite, talc, silica, barium sulfate, zinc myristate, glass powder, titanium dioxide, zinc oxide, boron nitride, silicone resin powder, polymethyl methacrylate powder, and nylon powder, and a content of an oily component is 15% by mass or less relative to the mass of the composition. said thickener is a polymer that includes 2-acrylamido-2-methylpropanesulfonic acid or a salt thereof as a constituent component, the powder is dispersed in the composition, the powder is at least one selected from the group consisting of synthetic mica, mica, sericite, talc, silica, barium sulfate, zinc myristate, glass powder, titanium dioxide, zinc oxide, boron nitride, silicone resin powder, polymethyl methacrylate powder, and nylon powder, and a content of an oily component is 15% by mass or less relative to the mass of the composition.
A method for applying for media transmission permission, wherein the method comprises: Determining, by a first terminal, that a second terminal needs to transmit media data; and Sending, by the first terminal, media transmission permission request indication information to a mission critical service, MCS, server, wherein the media transmission permission request indication information is used to instruct the MCS server to grant media transmission permission to the second terminal, wherein the media transmission permission request indication information is located in a first call request message (301; 401; 501); and the first call request message (301; 401; 501) is used to instruct the MCS server to establish a first call session between the first terminal and the second terminal. Determining, by a first terminal, that a second terminal needs to transmit media data; and Sending, by the first terminal, media transmission permission request indication information to a mission critical service, MCS, server, wherein the media transmission permission request indication information is used to instruct the MCS server to grant media transmission permission to the second terminal, wherein the media transmission permission request indication information is located in a first call request message (301; 401; 501); and the first call request message (301; 401; 501) is used to instruct the MCS server to establish a first call session between the first terminal and the second terminal.
Rotor for rotary electric machine, arranged so as to be able to rotate about an axis, and around which it is possible to arrange a stator, said rotor comprising: two pole wheels (12a, 12b), each having a series of pole claws that extend in an axial direction and have an essentially trapezoidal cross section in a plane perpendicular to the axis, these pole claws extending from an outer radial end of said pole wheel, towards the other pole wheel, said pole wheels being arranged such that each claw of one pole wheel is located in the inter-pole space that exists between two consecutive pole claws of the other pole wheel; and magnetic assemblies which are respectively arranged in at least one inter-pole space and which each comprise at least one magnet, characterized in that the magnetic assembly comprises a succession of multiple magnetic layers and multiple layers of magnetic material in alternation, superposed in a radial direction. two pole wheels (12a, 12b), each having a series of pole claws that extend in an axial direction and have an essentially trapezoidal cross section in a plane perpendicular to the axis, these pole claws extending from an outer radial end of said pole wheel, towards the other pole wheel, said pole wheels being arranged such that each claw of one pole wheel is located in the inter-pole space that exists between two consecutive pole claws of the other pole wheel; and magnetic assemblies which are respectively arranged in at least one inter-pole space and which each comprise at least one magnet, characterized in that the magnetic assembly comprises a succession of multiple magnetic layers and multiple layers of magnetic material in alternation, superposed in a radial direction.
Control device for a percussion mechanism which can be operated by means of a pressure medium and acts in the two axial directions, comprising a housing which has channels for conducting the medium and a reversal part displaceable in same for an axial application or an alternating axial application of pressure to a tubular piston, characterised in that the reversal part in the housing is formed in a tubular manner and said reversal part has at least one switching part which can be axially positioned in said reversal part, through which switching part a flow control comprising two control variables for a medium returned by the tubular piston can be switched according to the position of the switching part in the reversal part, and in this way the energy and the frequency of the moved percussion piston can be adjusted.
A reagent composition for redox reaction of electrochemical biosensor comprising an oxidoreductase, an electron-transfer mediator, and hydroxypropyl- β -cyclodextrin as a hydrophilic inclusion compound, wherein the electron-transfer mediator is a mixture of a first electron-transfer mediator and a second electron-transfer mediator, the first electron-transfer mediator is Ru(NH 3) 6 Cl 3, and the second electron-transfer mediator is thionine. the first electron-transfer mediator is Ru(NH 3) 6 Cl 3, and the second electron-transfer mediator is thionine.
Handheld feeder device adapted to distribute stackable reinforcement spacers, where the reinforcement spacers are stacked in each other, where the feeder comprises a body adapted for holding a plurality of stackable reinforcement spacers by a central inner opening of the reinforcement spacer, a handle for holding the feeder device, and a release mechanism adapted for releasing one reinforcement spacer at the time, where the release mechanism comprises a release means (9, 10) arranged to protrude outwards from the feeder body when the release means is in a hold position, characterized in that the release mechanism is spring-loaded and that the release mechanism is operated by pulling the handle upwards in order to overcome the force of the spring force of the release mechanism.
A phonic wheel comprising: a body configured to rotate about a rotation axis; and a tooth (44; 144; 244) attached to the body, the tooth having a first axial end (63A; 163A; 263A) relative to the rotation axis, a second axial end (63B; 163B; 263B) opposite the first axial end (63B; 163B; 263B), and a mid portion (64; 164; 264) extending between the first and second axial ends (63A, 63B; 163A, 163B; 263A, 263B), the mid portion (64; 164; 264) having a substantially axially uniform height from the body, the first axial end (63A; 163A; 263A) having a greater height from the body than the height of the mid portion (64; 164; 264). a body configured to rotate about a rotation axis; and a tooth (44; 144; 244) attached to the body, the tooth having a first axial end (63A; 163A; 263A) relative to the rotation axis, a second axial end (63B; 163B; 263B) opposite the first axial end (63B; 163B; 263B), and a mid portion (64; 164; 264) extending between the first and second axial ends (63A, 63B; 163A, 163B; 263A, 263B), the mid portion (64; 164; 264) having a substantially axially uniform height from the body, the first axial end (63A; 163A; 263A) having a greater height from the body than the height of the mid portion (64; 164; 264).
A method for a communication apparatus comprising: identifying at least one receiver; for each of said at least one receiver: uniquely associating a stored representation of at least one unique predetermined movement of said apparatus with said receiver, each said at least one unique predetermined movement being a physical motion of said apparatus in at least one of an x, y and z direction; after uniquely associating, selecting said at least one receiver by detecting movement of said apparatus corresponding to said stored representation of said at least one unique predetermined movement; and sending data to said selected at least one receiver. identifying at least one receiver; for each of said at least one receiver: uniquely associating a stored representation of at least one unique predetermined movement of said apparatus with said receiver, each said at least one unique predetermined movement being a physical motion of said apparatus in at least one of an x, y and z direction; after uniquely associating, selecting said at least one receiver by detecting movement of said apparatus corresponding to said stored representation of said at least one unique predetermined movement; and sending data to said selected at least one receiver.