mhurhangee/patent-ind-claim-en huggingface dataset:
An impact tool configured to linearly drive a tool accessory in a direction of a hammering axis (A1), the impact tool comprising a tool body , a tool holder disposed in a front end region of the tool body and configured to hold the tool accessory in such a manner that the tool accessory is movable in the direction of the hammering axis (A1) with respect to the tool holder , a cylindrical member connected to the tool holder , a reciprocating member disposed within the cylindrical member in such a manner that the reciprocating member is reciprocatable in the direction of the hammering axis A1), the reciprocating member being configured to drive the tool accessory in the direction of the hammering axis (A1), a motor , a first rotary body configured to be rotationally driven by the motor around a rotation axis (A2), the rotation axis (A2) being parallel to the hammering axis (A1), a second rotary body (33; 300; 330) rotatably disposed and coaxially arranged with respect to the first rotary body , a swinging member configured to swing according to rotation of the second rotary body (33; 300; 330) and to thereby reciprocate the reciprocating member in the direction of the hammering axis (A1) wherein the tool holder and the cylindrical member are configured to move together as a movable unit with respect to the tool body between a front end position and a separate position, according to a pressing force applied to the tool holder via the tool accessory , the movable unit being closer to the front end region in the front end position, and the movable unit being farther from the front end region in the separate position than in the front end position in the direction of the hammering axis (A1), characterised in that the impact tool further comprises a plurality of clutch mechanisms (41; 43; 44; 45) disposed between the first rotary body and the second rotary body (33; 300; 330) on a power transmission path from the motor to the swinging member , each of the a plurality of clutch mechanisms (41; 43; 44; 45) being configured to transmit rotation of the first rotary body to the second rotary body (33; 300; 330), and the plurality of clutch mechanisms (41; 43; 44; 45) are each configured to start transmission while the movable unit moves from the front end position to the separate position and to interrupt transmission while the movable unit moves from the separate position to the front end position.
Ink-jet printer for printing a substrate in textile, paper, polymeric or other material, the printer comprising: - a support structure comprising two side walls ; - a transfer apparatus slidable for advancing the substrate in an advancement direction ( x ), the transfer apparatus comprising a conveyor belt and a stationary support plane , wherein the conveyor belt comprises an outer surface intended to contact the substrate and an inner surface intended to contact the stationary support plane ; - a print device arranged in proximity of the outer surface of the conveyor belt and comprising a print head operating along a print direction ( y ), perpendicular to the advancement direction ( x ); - retaining means suitable for maintaining the substrate adherent and fixed with respect to the conveyor belt ; - means for adjusting the transfer apparatus ; wherein: - the stationary support plane comprises two side ends ; and - the side ends of the stationary support plane rest on the side walls of the support structure ; the printer being characterized in that the adjusting means of the transfer apparatus comprise at least a side adjusting assembly placed between one of the side walls and the respective side end of the stationary support plane ; characterized in that the at least one side adjusting assembly (61; 62) is suitable for imposing to the side end (311; 312) of the stationary support plane a rotation movement around the print direction ( y ). - a support structure comprising two side walls ; - a transfer apparatus slidable for advancing the substrate in an advancement direction ( x ), the transfer apparatus comprising a conveyor belt and a stationary support plane , wherein the conveyor belt comprises an outer surface intended to contact the substrate and an inner surface intended to contact the stationary support plane ; - a print device arranged in proximity of the outer surface of the conveyor belt and comprising a print head operating along a print direction ( y ), perpendicular to the advancement direction ( x ); - retaining means suitable for maintaining the substrate adherent and fixed with respect to the conveyor belt ; - means for adjusting the transfer apparatus ; - the stationary support plane comprises two side ends ; and - the side ends of the stationary support plane rest on the side walls of the support structure ;
A method for configuring a logical network in a hosting system comprising a plurality of nodes (1205-1235), the method comprising: receiving a first configuration for a first middlebox of a logical network and a second configuration for a second middlebox of the logical network, the logical network comprising the first and second middleboxes and a set of logical forwarding elements (1140-1150) that logically connect a plurality of virtual machines (1105-1135) hosted on a subset of the plurality of nodes (1205-1225); identifying the subset of the plurality of the nodes (1205-1225) as nodes for implementing the first middlebox ; distributing the first configuration to the identified nodes, the first configuration for implementation by middlebox elements operating on the identified nodes (1205-1225), the middlebox elements operating alongside managed switching elements that also operate on the identified nodes (1205-1225) to implement the logical forwarding elements (1140-1150) in a distributed manner, wherein each of the identified nodes (1205-1225) receives the first configuration for the first middlebox ; and wherein the first middlebox is implemented in a distributed manner across the middlebox elements operating on the identified nodes (1205-1225); and distributing the second configuration for implementation on a single physical machine. receiving a first configuration for a first middlebox of a logical network and a second configuration for a second middlebox of the logical network, the logical network comprising the first and second middleboxes and a set of logical forwarding elements (1140-1150) that logically connect a plurality of virtual machines (1105-1135) hosted on a subset of the plurality of nodes (1205-1225); identifying the subset of the plurality of the nodes (1205-1225) as nodes for implementing the first middlebox ; distributing the first configuration to the identified nodes, the first configuration for implementation by middlebox elements operating on the identified nodes (1205-1225), the middlebox elements operating alongside managed switching elements that also operate on the identified nodes (1205-1225) to implement the logical forwarding elements (1140-1150) in a distributed manner, wherein each of the identified nodes (1205-1225) receives the first configuration for the first middlebox ; and wherein the first middlebox is implemented in a distributed manner across the middlebox elements operating on the identified nodes (1205-1225); and distributing the second configuration for implementation on a single physical machine.
A catheter assembly comprising: a catheter (30, 130, 230, 330, 430A to 430H, 530, 630, 730, 830, 930, 1030) having a first lumen (34, 134, 234, 334, α, 534, 634, 734, 834, 934, 1034) and a second lumen (41, 141, 241, 341, β, β1, P2, 540, 545, 641, 741, 841, 941); and an inner needle inserted through the first lumen (34, 134, 234, 334, α, 534, 634, 734, 834, 934, 1034), wherein the inner needle is provided with an introduction path for flashback confirmation allowing blood to flow between the catheter (30, 130, 230, 330, 430A to 430H, 530, 630, 730, 830, 930, 1030) and the inner needle , and a gap between an outer peripheral surface of the inner needle and a distal end inner peripheral surface of the first lumen (34, 134, 234, 334, α, 534, 634, 734, 834, 934, 1034) continuous with a distal end of the catheter (30, 130, 230, 330, 430A to 430H, 530, 630, 730, 830, 930, 1030) is narrower than a gap between the outer peripheral surface of the inner needle and a basic inner peripheral surface constituting most of an inner peripheral surface of the first lumen (34, 134, 234, 334, α, 534, 634, 734, 834, 934, 1034) on a proximal end side of the distal end inner peripheral surface . a catheter (30, 130, 230, 330, 430A to 430H, 530, 630, 730, 830, 930, 1030) having a first lumen (34, 134, 234, 334, α, 534, 634, 734, 834, 934, 1034) and a second lumen (41, 141, 241, 341, β, β1, P2, 540, 545, 641, 741, 841, 941); and an inner needle inserted through the first lumen (34, 134, 234, 334, α, 534, 634, 734, 834, 934, 1034), wherein the inner needle is provided with an introduction path for flashback confirmation allowing blood to flow between the catheter (30, 130, 230, 330, 430A to 430H, 530, 630, 730, 830, 930, 1030) and the inner needle , and a gap between an outer peripheral surface of the inner needle and a distal end inner peripheral surface of the first lumen (34, 134, 234, 334, α, 534, 634, 734, 834, 934, 1034) continuous with a distal end of the catheter (30, 130, 230, 330, 430A to 430H, 530, 630, 730, 830, 930, 1030) is narrower than a gap between the outer peripheral surface of the inner needle and a basic inner peripheral surface constituting most of an inner peripheral surface of the first lumen (34, 134, 234, 334, α, 534, 634, 734, 834, 934, 1034) on a proximal end side of the distal end inner peripheral surface .
A method of manufacturing an Under Bump Metal (UBM) electrode structure body for a radiation detector comprising: preparing a CdTe substrate or CdZnTe substrate; sequentially performing methanol washing and acetone washing of the CdTe substrate or the CdZnTe substrate; washing the CdTe substrate or the CdZnTe substrate using a solvent comprised from hydrocarbons with a carbon number of 9 or more and 12 or less and containing no hydroxyl group; and forming a Pt electrode layer by electroless plating. preparing a CdTe substrate or CdZnTe substrate; sequentially performing methanol washing and acetone washing of the CdTe substrate or the CdZnTe substrate; washing the CdTe substrate or the CdZnTe substrate using a solvent comprised from hydrocarbons with a carbon number of 9 or more and 12 or less and containing no hydroxyl group; and forming a Pt electrode layer by electroless plating.
Drilling device , in particular core drill, having a drill basic body and a conveying helix which runs helically around the drill basic body , wherein the conveying helix is subdivided into a plurality of conveying helix segments (15-21) arranged next to one another, characterized in that the conveying helix is manufactured from a plastics material, the conveying helix segments (15-21) each have a metal insert part situated externally with respect to a radial direction (R) of the drilling device , and the metal insert part is at least partially overmolded with material of the respective conveying helix segment (15-21), characterized in that the conveying helix segments (15-21) are connected to the drill basic body in a form-fitting manner, and the drill basic body has an engagement portion , specifically an outer hexagon, and the conveying helix segments (15-21) each have a mating engagement portion , specifically an inner hexagon, which engages in the engagement portion in a form-fitting manner.
An apparatus , comprising: a connectivity chip configured to implement a wireless network platform; one or more standard peripheral interfaces configured to interconnect the apparatus to a host device having at least one processor ; and means for implementing a proximal device-to-device, D2D, communication framework and exposing the command protocol associated with the proximal D2D communication framework via the one or more standard peripheral interfaces, the apparatus further comprising a dedicated interrupt line configured to couple the apparatus to the host device, wherein the apparatus is configured to assert the dedicated interrupt line asynchronously to indicate to the host device that the apparatus has data available for consumption by the at least one processor, wherein the one or more standard peripheral interfaces and dedicated interrupt line comprise a physical interconnect coupling the apparatus and the host device. a connectivity chip configured to implement a wireless network platform; one or more standard peripheral interfaces configured to interconnect the apparatus to a host device having at least one processor ; and means for implementing a proximal device-to-device, D2D, communication framework and exposing the command protocol associated with the proximal D2D communication framework via the one or more standard peripheral interfaces, the apparatus further comprising a dedicated interrupt line configured to couple the apparatus to the host device, wherein the apparatus is configured to assert the dedicated interrupt line asynchronously to indicate to the host device that the apparatus has data available for consumption by the at least one processor, wherein the one or more standard peripheral interfaces and dedicated interrupt line comprise a physical interconnect coupling the apparatus and the host device.
A method for wireless communications, comprising: transmitting or receiving, by a communication apparatus, an 80 MHz frame according to a tone plan for the 80 MHz frame; characterized in that the tone plan comprises 12 guard tones, first 18 26-tone resource units, RUs, first 13 tones of a bifurcated 26-tone RU, 7 DC tones, a remaining 13 tones of the bifurcated 26-tone RU, second 18 26-tone RUs, and 11 guard tones; and the first 18 26-tone RUs are positioned between the 12 guard tones and the first 13 tones of the bifurcated 26-tone RU, the first 13 tones of the bifurcated 26-tone RU are positioned between the first 18 26-tone RUs and the 7 DC tones, the 7 DC tones are positioned between the first 13 tones of the bifurcated 26-tone RU and the remaining 13 tones of the bifurcated 26-tone RU, the remaining 13 tones of the bifurcated 26-tone RU are positioned between the 7 DC tones and second 18 26-tone RUs, and the second 18 26-tone RUs are positioned between the remaining 13 tones of the bifurcated 26-tone RU and the 11 guard tones; wherein the tone plan further comprises 32 leftover tones including a first leftover tone positioned between the 12 guard tones and the first 18 26-tone RUs, a second leftover tone positioned in between the first 18 26-tone RUs, a third leftover tone positioned in between the second 18 26-tone RUs, and a fourth leftover tone positioned between the second 18 26-tone RUs and the 11 guard tones. transmitting or receiving, by a communication apparatus, an 80 MHz frame according to a tone plan for the 80 MHz frame; characterized in that the tone plan comprises 12 guard tones, first 18 26-tone resource units, RUs, first 13 tones of a bifurcated 26-tone RU, 7 DC tones, a remaining 13 tones of the bifurcated 26-tone RU, second 18 26-tone RUs, and 11 guard tones; and the first 18 26-tone RUs are positioned between the 12 guard tones and the first 13 tones of the bifurcated 26-tone RU, the first 13 tones of the bifurcated 26-tone RU are positioned between the first 18 26-tone RUs and the 7 DC tones, the 7 DC tones are positioned between the first 13 tones of the bifurcated 26-tone RU and the remaining 13 tones of the bifurcated 26-tone RU, the remaining 13 tones of the bifurcated 26-tone RU are positioned between the 7 DC tones and second 18 26-tone RUs, and the second 18 26-tone RUs are positioned between the remaining 13 tones of the bifurcated 26-tone RU and the 11 guard tones; wherein the tone plan further comprises 32 leftover tones including a first leftover tone positioned between the 12 guard tones and the first 18 26-tone RUs, a second leftover tone positioned in between the first 18 26-tone RUs, a third leftover tone positioned in between the second 18 26-tone RUs, and a fourth leftover tone positioned between the second 18 26-tone RUs and the 11 guard tones.
Aircraft seat , in particular a helicopter seat, comprising: - a bucket comprising a wall forming a seating surface and a backrest , - a connecting device for ensuring a connection of the bucket to a structural element of the aircraft, - a support frame of said bucket , wherein said support frame is connected to said connecting device , - wherein said bucket incorporates at least one energy absorption zone that can lose its shape due to stretching process so as to allow a relative displacement of the seating surface of the bucket relative to the backrest of the bucket during an impact, characterized in that the seating surface is integral with the backrest, and in that a clearance zone is provided under the seating surface in order to allow the energy absorption zone to be stretched during a shock, wherein said clearance zone is formed by a curved shape of said support frame of said bucket , wherein said curved shape is open towards the seating surface . - a bucket comprising a wall forming a seating surface and a backrest , - a connecting device for ensuring a connection of the bucket to a structural element of the aircraft, - a support frame of said bucket , wherein said support frame is connected to said connecting device , - wherein said bucket incorporates at least one energy absorption zone that can lose its shape due to stretching process so as to allow a relative displacement of the seating surface of the bucket relative to the backrest of the bucket during an impact,
Wave generator system , comprising: - a continuous and elongated barrier , arranged along a longitudinal direction , and having a front side and a rear side along a length (L) of the barrier , where the front side is facing a first mass of water and the rear side is facing a second mass of water , wherein the barrier prevents the passage of water between the first mass of water and the second mass of water , through, above and under the barrier and along the length (L); - a first reef formed in a floor beneath the first mass of water and at a distance from the front side , and a second reef formed in a floor beneath the second mass of water and at a distance from the rear side , wherein - the front side and the rear side of the barrier have a plurality of front sides (50a; 60a; 70a; 80a; 90a) and rear sides (50b; 60b; 70b; 80b; 90b) arranged in the longitudinal direction and movable transversely and reciprocally towards the first mass of water and towards the second mass of water with a time offset between them, so that the barrier is movable along the whole of the length (L) with a serpentine movement, wherein the front side pushes water of the first mass of water towards the first reef for the formation of a wave (W) in the first mass of water , whilst the rear side pushes water from the second mass of water towards the second reef for the formation of a wave (W) in the second mass of water . - a continuous and elongated barrier , arranged along a longitudinal direction , and having a front side and a rear side along a length (L) of the barrier , where the front side is facing a first mass of water and the rear side is facing a second mass of water , wherein the barrier prevents the passage of water between the first mass of water and the second mass of water , through, above and under the barrier and along the length (L); - a first reef formed in a floor beneath the first mass of water and at a distance from the front side , and a second reef formed in a floor beneath the second mass of water and at a distance from the rear side , wherein - the front side and the rear side of the barrier have a plurality of front sides (50a; 60a; 70a; 80a; 90a) and rear sides (50b; 60b; 70b; 80b; 90b) arranged in the longitudinal direction and movable transversely and reciprocally towards the first mass of water and towards the second mass of water with a time offset between them, so that the barrier is movable along the whole of the length (L) with a serpentine movement, wherein the front side pushes water of the first mass of water towards the first reef for the formation of a wave (W) in the first mass of water , whilst the rear side pushes water from the second mass of water towards the second reef for the formation of a wave (W) in the second mass of water .
An adhering troche having two sides that, when held in a human mouth, adheres and remains in the mouth as a single item that does not smear or break apart, made by a process comprising: (a) forming a first layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising an ingredient to be released into saliva; (b) forming a second, adhesive layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising at least 80% acacia gum mixed with up to 20% alkalizer selected to be calcium carbonate and yielding a pH of the mixture of 5.5 or higher when dissolved in 10 parts water; and (c) adhering the layers to each other, side to side, such that a first entire side of the resulting troche is adhesive and a second entire side of the resulting troche is not adhesive. (a) forming a first layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising an ingredient to be released into saliva; (b) forming a second, adhesive layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising at least 80% acacia gum mixed with up to 20% alkalizer selected to be calcium carbonate and yielding a pH of the mixture of 5.5 or higher when dissolved in 10 parts water; and (c) adhering the layers to each other, side to side, such that a first entire side of the resulting troche is adhesive and a second entire side of the resulting troche is not adhesive.
Insulation material for a DC electrical component, the insulation material comprising: a thermoset or thermoplastic matrix; and a functional filler component, wherein the functional filler component has a non-linear DC conductivity depending on an applied electrical field strength, wherein at least in a temperature range of 0 °C to 120 °C, the functional filler component has a bandgap in the range of 2 to 5 eV, optionally in the range of 2 to 4 eV; the functional filler component comprises a semiconductor material; the semiconductor material comprises any one of the group of: p-type chromium oxide, p-type iron oxide, p-type titanium oxide, p-type zinc sulfide; and the total amount of the functional filler component within the insulation material is within the range of 55 to 75 wt.-%. a thermoset or thermoplastic matrix; and a functional filler component, wherein the functional filler component has a non-linear DC conductivity depending on an applied electrical field strength, wherein at least in a temperature range of 0 °C to 120 °C, the functional filler component has a bandgap in the range of 2 to 5 eV, optionally in the range of 2 to 4 eV; the functional filler component comprises a semiconductor material; the semiconductor material comprises any one of the group of: p-type chromium oxide, p-type iron oxide, p-type titanium oxide, p-type zinc sulfide; and the total amount of the functional filler component within the insulation material is within the range of 55 to 75 wt.-%.