mhurhangee/patent-ind-claim-en huggingface dataset:
A contact pin , the contact pin being stamped out of a contact material, wherein the contact pin has a contact section , which runs substantially parallel to a contacting direction (K), for being pressed into a contact pin receptacle and with a mounting section which is angled with respect to the contact section and which is connected to the contact section in a transition region of the contact pin , wherein the transition region is between the contact section and the mounting section , wherein a recess is stamped out of the transition region and forms a substantially planar engagement surface for a press-in tool, wherein the recess forms a guide surface arranged perpendicular to the engagement surface , said guide surface being adjacent to the engagement surface , and wherein a depth of the recess , measured from a rear side up to the engagement surface parallel to the contacting direction (K), extends from the rear side of the contact pin in the contacting direction (K) up to over the middle of a cross-section of the mounting section , characterised in that the recess extends into the transition region from an upper side of the contact pin , which upper side is situated opposite the mounting section .
A reaction system for forming a urethane and/or polyurethane, said reaction system comprising: (a) at least one of a monomeric polyol having a secondary hydroxyl group wherein said monomeric polyol is defined by the following formula : wherein at least three of R 1 through R 6 are not hydrogen and wherein at least one of R 1 through R 6 comprises a hydroxyl group or a hydroxyl-substituted hydrocarbon group, wherein when not hydrogen the groups R 1 through R 6 may each independently be an alkyl or aryl group, wherein further compound of formula may itself be cyclic, such that at least one of the groups R 1 through R 3 and at least one of the groups R 4 through R 6 are part of the same substituent, separated from each another by at least one additional carbon atom, and a polymeric polyol comprising residues of said monomeric polyol; (b) an isocyanate; and (c) a zinc-containing catalyst, wherein said zinc-containing catalyst comprises at least one imidazole ligand and at least one carboxylate ligand. (a) at least one of a monomeric polyol having a secondary hydroxyl group wherein said monomeric polyol is defined by the following formula : wherein at least three of R 1 through R 6 are not hydrogen and wherein at least one of R 1 through R 6 comprises a hydroxyl group or a hydroxyl-substituted hydrocarbon group, wherein when not hydrogen the groups R 1 through R 6 may each independently be an alkyl or aryl group, wherein further compound of formula may itself be cyclic, such that at least one of the groups R 1 through R 3 and at least one of the groups R 4 through R 6 are part of the same substituent, separated from each another by at least one additional carbon atom, and a polymeric polyol comprising residues of said monomeric polyol; wherein at least three of R 1 through R 6 are not hydrogen and wherein at least one of R 1 through R 6 comprises a hydroxyl group or a hydroxyl-substituted hydrocarbon group, wherein when not hydrogen the groups R 1 through R 6 may each independently be an alkyl or aryl group, wherein further compound of formula may itself be cyclic, such that at least one of the groups R 1 through R 3 and at least one of the groups R 4 through R 6 are part of the same substituent, separated from each another by at least one additional carbon atom, and a polymeric polyol comprising residues of said monomeric polyol; (b) an isocyanate; and (c) a zinc-containing catalyst, wherein said zinc-containing catalyst comprises at least one imidazole ligand and at least one carboxylate ligand.
Intermittent actuating device for an agricultural implement for positioning at least one agricultural implement in a working space interrupted by mutually-spaced obstacles , comprising: - a housing connectable to a chassis of an agricultural vehicle; - a drive shaft for at least one agricultural implement; - a drive chain for said actuating shaft arranged in the housing and enabling intermittent positioning of the at least one agricultural implement in the working space, said drive chain comprising a control module ; - an obstacle avoidance detector connected to said control module ; - said drive shaft passing through a driven pinion connected to the drive chain and arranged in the housing; - said actuating shaft having two ends , each of the two ends extending out of the housing to enable agricultural implements to be connected to each of these two ends. - a housing connectable to a chassis of an agricultural vehicle; - a drive shaft for at least one agricultural implement; - a drive chain for said actuating shaft arranged in the housing and enabling intermittent positioning of the at least one agricultural implement in the working space, said drive chain comprising a control module ; - an obstacle avoidance detector connected to said control module ; - said drive shaft passing through a driven pinion connected to the drive chain and arranged in the housing; - said actuating shaft having two ends , each of the two ends extending out of the housing to enable agricultural implements to be connected to each of these two ends.
A method comprising: receiving , by a first computing device and from a second computing device, first network latency information, the first network latency information indicating amounts of latencies associated with communication paths between the first computing device and a plurality of network devices; receiving , by the first computing device from a first network device of the plurality of network devices, a data packet, the data packet configured to include a time-to-buffer, TTB, value, and the TTB value indicating an amount of time remaining to deliver the data packet to an end point; modifying, by the first computing device, the TTB value by decrementing the TTB value based on an amount of latency associated with a communication path between the first computing device and the first network device; determining , based on the modified TTB value, whether the data packet will timely reach a destination; and sending , based on a determination that the data packet will not timely reach the destination, and by the first computing device and to the first network device, a first network communication comprising second network latency information. receiving , by a first computing device and from a second computing device, first network latency information, the first network latency information indicating amounts of latencies associated with communication paths between the first computing device and a plurality of network devices; receiving , by the first computing device from a first network device of the plurality of network devices, a data packet, the data packet configured to include a time-to-buffer, TTB, value, and the TTB value indicating an amount of time remaining to deliver the data packet to an end point; modifying, by the first computing device, the TTB value by decrementing the TTB value based on an amount of latency associated with a communication path between the first computing device and the first network device; determining , based on the modified TTB value, whether the data packet will timely reach a destination; and sending , based on a determination that the data packet will not timely reach the destination, and by the first computing device and to the first network device, a first network communication comprising second network latency information.
A method for preparing an isocyanate in a gas phase, comprising: feeding an amine-containing gas stream and a phosgene-containing stream into a reaction zone in the presence or absence of an inert gas, allowing the amine and the phosgene to contact in gaseous forms and undergo a phosgenation reaction in the reaction zone, thus preparing a gaseous target isocyanate in the reaction zone; wherein the phosgene-containing stream is preheated before entering the reaction zone and the phosgene-containing stream comprises a substance A with a mass fraction smaller than 1% before being preheated, wherein the substance A is a substance containing NCO groups and/or olefinic double bonds.
An assembly comprising: - a mount configured to be attached to a spacecraft, - a thruster, - a damping device , characterized in that the damping device comprises at least two electrodes and at least one electroactive polymer disposed between the two electrodes , the damping device being interposed between the mount and the thruster. - a mount configured to be attached to a spacecraft, - a thruster, - a damping device , characterized in that the damping device comprises at least two electrodes and at least one electroactive polymer disposed between the two electrodes , the damping device being interposed between the mount and the thruster.
Cutting device, especially a wood-cutting device, comprising a circular saw blade , a protective hood for the circular saw blade , characterised in that the cutting device comprises a rocker support , which is pivotably mounted and partially delimits a cutting material receiving area , for the purpose of using the cutting device as a rocker saw, a table support , which is adjustable between a waiting position and a functional position, for the purpose of using the cutting device as a table saw, and a safety cover for the purpose of at least temporarily covering the cutting material receiving area , wherein the safety cover is adjustable between a functional position and a waiting position, wherein in the waiting position, the safety cover is mounted to a pivot bearing on a portion of the rocker support facing away from the circular saw blade and exposes the cutting material receiving area . a protective hood for the circular saw blade , characterised in that the cutting device comprises a rocker support , which is pivotably mounted and partially delimits a cutting material receiving area , for the purpose of using the cutting device as a rocker saw, a table support , which is adjustable between a waiting position and a functional position, for the purpose of using the cutting device as a table saw, and a safety cover for the purpose of at least temporarily covering the cutting material receiving area , wherein the safety cover is adjustable between a functional position and a waiting position, wherein in the waiting position, the safety cover is mounted to a pivot bearing on a portion of the rocker support facing away from the circular saw blade and exposes the cutting material receiving area .
Articulated vehicle including a first chassis part articulated around an axis to a second chassis part connected to the first chassis part by at least one cylinder for relative orientation of the chassis parts, each of the chassis parts being fitted with road wheels and railway wheels defining a support plane (P) of the vehicle perpendicular to the articulation axis, and a mechanism for substituting the railway wheels for the road wheels and vice versa, the vehicle including a driver station secured to the first chassis part and a system for driving at least some of the wheels, the drive system including a combustion engine and an electric motor functionally connected in parallel to the road wheels of the vehicle , the electric motor is further connected to electrical energy accumulators , the vehicle including a first hydraulic pump driven functionally by the combustion engine and functionally connected to a supply circuit of at least one actuator of at least one item of equipment of the vehicle , the vehicle including a second hydraulic pump driven functionally by the combustion engine and functionally connected to a hydraulic motor driving an electric generator.
A signal entry apparatus for an electronic device based on mechanical gear linkage, which is applied to an electronic device, comprising: a rotating disk ; a transmission mechanism arranged inside a bottom shell of the electronic device and rotatably connected to the rotating disk ; and an encoder connected to the transmission mechanism , wherein the encoder converts a mechanical movement characteristic signal generated by the transmission mechanism into an electrical signal, which electrical signal is transmitted through a circuit to a circuit board arranged inside the bottom shell , characterized in that a sliding mechanism is provided between the transmission shaft and the encoder , which is a pressure encoder, the sliding mechanism comprising: a sliding plate in contact with and connected to stepped teeth provided at a top end of the transmission shaft ; and a sliding groove provided on the bottom shell and slidably connected to the sliding plate , wherein the stepped teeth , under the action of rotation of the transmission shaft , push the sliding plate to move reciprocatingly in the sliding groove, and the sliding plate is in contact with and connected to the encoder . a rotating disk ; a transmission mechanism arranged inside a bottom shell of the electronic device and rotatably connected to the rotating disk ; and an encoder connected to the transmission mechanism , wherein the encoder converts a mechanical movement characteristic signal generated by the transmission mechanism into an electrical signal, which electrical signal is transmitted through a circuit to a circuit board arranged inside the bottom shell , characterized in that a sliding mechanism is provided between the transmission shaft and the encoder , which is a pressure encoder, the sliding mechanism comprising: a sliding plate in contact with and connected to stepped teeth provided at a top end of the transmission shaft ; and a sliding groove provided on the bottom shell and slidably connected to the sliding plate , wherein the stepped teeth , under the action of rotation of the transmission shaft , push the sliding plate to move reciprocatingly in the sliding groove, and the sliding plate is in contact with and connected to the encoder . a sliding plate in contact with and connected to stepped teeth provided at a top end of the transmission shaft ; and a sliding groove provided on the bottom shell and slidably connected to the sliding plate , wherein the stepped teeth , under the action of rotation of the transmission shaft , push the sliding plate to move reciprocatingly in the sliding groove, and the sliding plate is in contact with and connected to the encoder .
A method for wireless communications, characterized by : identifying a reference number of tones for an overhead channel of a transport block , wherein the tones for the overhead channel are in a data region which is used for transmitting the transport block; and segmenting the transport block into one or more code blocks based at least in part on the reference number of tones for the overhead channel . identifying a reference number of tones for an overhead channel of a transport block , wherein the tones for the overhead channel are in a data region which is used for transmitting the transport block; and segmenting the transport block into one or more code blocks based at least in part on the reference number of tones for the overhead channel .
A single radio controller device, characterized by comprising: a receiving unit , configured to receive a first request message from a user equipment, UE, wherein the first request message is used to request the single radio controller device to perform a location update on the UE; a processing unit , configured to generate a paging area list of the UE according to the first request message received by the receiving unit , wherein the paging area list comprises a location area identity of a location area of at least one network standard; a sending unit , configured to add the paging area list of the UE generated by the processing unit to a first response message, start a location update timer, and send the first response message to the UE; wherein the location area identity of a location area of at least one network standard comprises one or more of a tracking area identity, TAI, a routing area identity, RAI, and a cell identity; and wherein the single radio controller device is configured to manage access network devices of different network standards together, and to be integrated to an access network device, wherein the processing unit is further configured to: if a message sent by the UE is still not received by the receiving unit when the location update timer expires, delete a location area hierarchical management context of the UE. a receiving unit , configured to receive a first request message from a user equipment, UE, wherein the first request message is used to request the single radio controller device to perform a location update on the UE; a processing unit , configured to generate a paging area list of the UE according to the first request message received by the receiving unit , wherein the paging area list comprises a location area identity of a location area of at least one network standard; a sending unit , configured to add the paging area list of the UE generated by the processing unit to a first response message, start a location update timer, and send the first response message to the UE; wherein the location area identity of a location area of at least one network standard comprises one or more of a tracking area identity, TAI, a routing area identity, RAI, and a cell identity; and wherein the single radio controller device is configured to manage access network devices of different network standards together, and to be integrated to an access network device, wherein the processing unit is further configured to: if a message sent by the UE is still not received by the receiving unit when the location update timer expires, delete a location area hierarchical management context of the UE.
Hybrid powertrain for a vehicle, composed of a gearbox according to one of Claims 7 to 9 and of three driving sources , the three driving sources being respectively connected to the axially offset input shafts of the gearbox .
Method for fixing a thin-film material on a planar surface of a slide for a microscopy apparatus by means of a liquid, the method comprising the following steps: - applying a quantity of the liquid to the planar surface of the slide , - applying the thin-film material to the surface of the slide which has been wetted at least in part, preferably in full, with liquid, - applying a specimen to be examined by microscopy to the surface of the thin-film material facing away from the surface of the slide wetted with liquid, characterized in that the surface of the thin-film material facing away from the surface of the slide wetted with liquid is hydrophilic and the liquid consists of water. - applying a quantity of the liquid to the planar surface of the slide , - applying the thin-film material to the surface of the slide which has been wetted at least in part, preferably in full, with liquid, - applying a specimen to be examined by microscopy to the surface of the thin-film material facing away from the surface of the slide wetted with liquid,
A fission reactor , comprising: a shell encompassing a reactor space having a longitudinal axis ; and an axial cylinder including an inner diameter surface defining a central longitudinal channel having an axis that is co-located with the longitudinal axis of the reactor space , characterized in additionally comprising: a plurality of axially extending rings located within the reactor space and concentrically positioned relative to the axial cylinder , wherein the plurality of axially extending rings are radially separated forming, for any two adjacent axially extending rings, both a radially inward adjacent ring and a radially outward adjacent ring , and wherein an outer diameter surface of the radially inward adjacent ring and an inner diameter surface of the radially outward adjacent ring define an annular cylindrical space ; a first plurality of primary axial tubes located circumferential within the annular cylindrical space , wherein each primary axial tube includes an inner diameter surface forming a primary channel and an outer diameter surface; a plurality of webbings , wherein the outer diameter surface of each of the plurality of primary axial tubes is connected to the radially inward adjacent ring by a first webbing and is connected to the radially outward adjacent ring by a second webbing ; a plurality of secondary channels within the cylindrical space , wherein circumferentially adjacent primary axial tubes are separated by one of the plurality of secondary channels ; and a fissionable nuclear fuel composition located in at least some of the plurality of secondary channels . a shell encompassing a reactor space having a longitudinal axis ; and an axial cylinder including an inner diameter surface defining a central longitudinal channel having an axis that is co-located with the longitudinal axis of the reactor space , a plurality of axially extending rings located within the reactor space and concentrically positioned relative to the axial cylinder , wherein the plurality of axially extending rings are radially separated forming, for any two adjacent axially extending rings, both a radially inward adjacent ring and a radially outward adjacent ring , and wherein an outer diameter surface of the radially inward adjacent ring and an inner diameter surface of the radially outward adjacent ring define an annular cylindrical space ; a first plurality of primary axial tubes located circumferential within the annular cylindrical space , wherein each primary axial tube includes an inner diameter surface forming a primary channel and an outer diameter surface; a plurality of webbings , wherein the outer diameter surface of each of the plurality of primary axial tubes is connected to the radially inward adjacent ring by a first webbing and is connected to the radially outward adjacent ring by a second webbing ; a plurality of secondary channels within the cylindrical space , wherein circumferentially adjacent primary axial tubes are separated by one of the plurality of secondary channels ; and a fissionable nuclear fuel composition located in at least some of the plurality of secondary channels .
Device for performing an operation, referred to as boxing, on a base of a container with a mould bottom , during the fashioning of the container by stretch-blow-moulding of a preform involving at least one operation of blow-moulding by injecting a fluid into the preform up to a blow-moulding pressure, said mould bottom being able to be moved selectively, between at least one initial position (P0) and a final boxing position (P1) determining an axial boxing travel (b), under the action of actuation means comprising at least one cylinder that is intended to be supplied with pressurized fluid, characterized in that the actuation means for the mould bottom have means for reducing the output force of the cylinder that acts on the mould bottom so as to apply a boxing force (Fb) thereto, said reduction means being formed by at least one multi-stage cylinder , referred to as a staged cylinder, having at least one first piston and one second piston that are axially coupled so as to form a mobile assembly and mounted so as to slide in a first actuation chamber and a second actuation chamber , respectively, said first and second actuation chambers being able to be supplied with the same pressurized fluid, by virtue of which said multi-stage cylinder is able to apply to the mould bottom an associated boxing force (Fb) that results from the sum of the active sections (S1, S2) of at least said first and second pistons .