mhurhangee/patent-ind-claim-en huggingface dataset:
Spring steel for suspension containing, by mass%: C: 0.40 to 0.70%; Si: 0.80 to 2.20%; Mn: 0.05 to 1.50%; Cr: 0.05 to 1.00%; P: limited to 0.020% or less; S: limited to 0.020% or less, and optionally further containing, by mass%, one or more of: Mo: 0.50% or less; V: 0.50% or less; Ni: 1.00% or less; Cu: 0.50% or less; and B: 0.0050% or less, and optionally, further containing, by mass%, one or more of: Al: 0.50% or less; Ti: 0.20% or less; and Nb: 0.10% or less, and a balance of Fe and unavoidable impurities, wherein at a cross-section parallel to a rolling direction, 90% or more of the metal microstructures by area fraction is tempered martensite, and at a cross-section parallel to the rolling direction, in a range of 10% of diameter or thickness from the surface, a ratio of a length in a long axis direction of prior austenite grains and a length in a direction perpendicular to the long axis direction of the prior austenite grains is 1.5 or more and a ratio of <011> ftaction/<111> fraction of martensite texture as observed from the rolling direction is 3.0 or more. C: 0.40 to 0.70%; Si: 0.80 to 2.20%; Mn: 0.05 to 1.50%; Cr: 0.05 to 1.00%; P: limited to 0.020% or less; S: limited to 0.020% or less, and Mo: 0.50% or less; V: 0.50% or less; Ni: 1.00% or less; Cu: 0.50% or less; and B: 0.0050% or less, and Al: 0.50% or less; Ti: 0.20% or less; and Nb: 0.10% or less, and a balance of Fe and unavoidable impurities, wherein at a cross-section parallel to a rolling direction, 90% or more of the metal microstructures by area fraction is tempered martensite, and at a cross-section parallel to the rolling direction, in a range of 10% of diameter or thickness from the surface, a ratio of a length in a long axis direction of prior austenite grains and a length in a direction perpendicular to the long axis direction of the prior austenite grains is 1.5 or more and a ratio of <011> ftaction/<111> fraction of martensite texture as observed from the rolling direction is 3.0 or more. a balance of Fe and unavoidable impurities, wherein at a cross-section parallel to a rolling direction, 90% or more of the metal microstructures by area fraction is tempered martensite, and at a cross-section parallel to the rolling direction, in a range of 10% of diameter or thickness from the surface, a ratio of a length in a long axis direction of prior austenite grains and a length in a direction perpendicular to the long axis direction of the prior austenite grains is 1.5 or more and a ratio of <011> ftaction/<111> fraction of martensite texture as observed from the rolling direction is 3.0 or more.
Lifter for coupling to a transport anchor of a component for lifting or erecting the component, the lifter having: - a threaded bolt with an externally threaded section with an external thread for screwing the lifter into the transport anchor, in particular into a threaded sleeve of the transport anchor, - a lifting eye , a lifting eyelet or another device for suspending an external transport, lifting or lashing means, wherein the lifting eye is pivotably mounted about a pivot axis of the lifter , - a stop swivel , a load bracket or another connecting element for transferring a load of the component from the threaded bolt to the lifting eye , wherein the stop swivel is mounted rotatably about an axis of rotation or centre axis of the threaded bolt , and - an assembly head for connecting and disconnecting the threaded bolt to the transport anchor, and the assembly head comprises a receptacle for torque-transmitting coupling with an electrically, hydraulically and/or pneumatically driven tool , characterised in that the external thread of the threaded bolt is designed as a thread recutter, thread cleaner and/or thread tap. - a threaded bolt with an externally threaded section with an external thread for screwing the lifter into the transport anchor, in particular into a threaded sleeve of the transport anchor, - a lifting eye , a lifting eyelet or another device for suspending an external transport, lifting or lashing means, wherein the lifting eye is pivotably mounted about a pivot axis of the lifter , - a stop swivel , a load bracket or another connecting element for transferring a load of the component from the threaded bolt to the lifting eye , wherein the stop swivel is mounted rotatably about an axis of rotation or centre axis of the threaded bolt , and - an assembly head for connecting and disconnecting the threaded bolt to the transport anchor, and the assembly head comprises a receptacle for torque-transmitting coupling with an electrically, hydraulically and/or pneumatically driven tool ,
Method for generating an acoustic voice output in a domestic appliance , comprising the following steps: a) Identification of at least one pre-stored voice segment in dependence on a digital voice template , wherein at least one template segment of the voice template is retrieved, (b) retrieval of the identified voice segment , (c) acoustic output of the retrieved voice segment , wherein a plurality of voice segments are pre-stored in at least one persistent information object , and are identified and/or retrieved in each case on the basis of at least one item of position information in the information object , wherein for identification according to step a), a local identification is carried out by assigning the template segment to the position information of a local information object in order to determine a local position information , and, if the local identification is unsuccessful, a data storage-side identification of voice segments provided in a mobile data storage unit is performed, and if the data storage-side identification according to step a) is unsuccessful, a remote identification of the voice segment is performed on the basis of the template segment , the remote identification not being carried out locally by the domestic appliance but spatially separated by a remote computing unit. a) Identification of at least one pre-stored voice segment in dependence on a digital voice template , wherein at least one template segment of the voice template is retrieved, (b) retrieval of the identified voice segment , (c) acoustic output of the retrieved voice segment ,
Coordination method, implemented by a device managing resources of a computing domain , said resources being protected by a plurality of cyber attack protection services (SP1,...,SPN), said method comprising: - a step (E30) of obtaining mitigation plans implemented by some protection services of said plurality of protection services in response to a cyber attack targeting at least one of said resources of the computing domain; and, - following detection (E50) of at least one incompatibility between some of the obtained mitigation plans, a step of coordinating (E50,E60,E70) an adjustment of all or some of these incompatible mitigation plans with the protection services that implemented these incompatible mitigation plans, so as to eliminate said at least one incompatibility. - a step (E30) of obtaining mitigation plans implemented by some protection services of said plurality of protection services in response to a cyber attack targeting at least one of said resources of the computing domain; and, - following detection (E50) of at least one incompatibility between some of the obtained mitigation plans, a step of coordinating (E50,E60,E70) an adjustment of all or some of these incompatible mitigation plans with the protection services that implemented these incompatible mitigation plans, so as to eliminate said at least one incompatibility.
Electrochemical cell based on lithium technology, comprising the following components - a positive electrode containing a cathode material, - a separator made of an electrically insulating material, - a negative electrode containing an anode material, the electrodes and the separator having sheet form, - a liquid and/or solid ion conductor material for transportation of lithium ions between the positive and the negative electrode, the said components being sealed within a casing, wherein the positive electrode and the negative electrode each comprise an electrically conducting structure extending through a wall of the casing for further electrical connection, characterized in that it further comprises: - a reference electrode within the said casing which is electrically insulated from the positive and the negative electrodes and has a distance of at least 1.5 mm to the adjacent electrode, the reference electrode comprising an electrically conducting metallic foil or sheet extending through a wall of the casing for further electrical connection and being covered with reference electrode material having layer form such that it is in electrical contact with the electrically conducting metallic foil or sheet and comprising at least one non-metallic lithium compound within the said casing. - a positive electrode containing a cathode material, - a separator made of an electrically insulating material, - a negative electrode containing an anode material, the electrodes and the separator having sheet form, - a liquid and/or solid ion conductor material for transportation of lithium ions between the positive and the negative electrode, - a reference electrode within the said casing which is electrically insulated from the positive and the negative electrodes and has a distance of at least 1.5 mm to the adjacent electrode, the reference electrode comprising an electrically conducting metallic foil or sheet extending through a wall of the casing for further electrical connection and being covered with reference electrode material having layer form such that it is in electrical contact with the electrically conducting metallic foil or sheet and comprising at least one non-metallic lithium compound within the said casing.
Stator of an electric motor, with a number of stator teeth , which carry coils of a polyphase stator winding , and with a number of pole shoe-side wire guides with first contact elements , which are inserted therein and each have at least one cutting-clamping contact , which has an insulation displacement opening , for a wire section of coils , which are connected to one another, - the first contact element having a clamping slot with a clamping slot opening , via which a second contact element , which is contacted with a printed circuit board , is inserted or can be inserted into the clamping slot in a clamping-contacting manner, and - the second contact element having a contact limb engaging in the clamping slot of the first contact element , characterized in - that the second contact element has an insertion leg , which is connected to its contact leg via a spring leg and is guided or can be guided into a insertion opening and/or to a contact point of the printed circuit board , and - that the respective wire guide has a receiving chamber , which is axially open on one side and in which the second contact element is partially inserted in the clamp-contacting assembly state. - the first contact element having a clamping slot with a clamping slot opening , via which a second contact element , which is contacted with a printed circuit board , is inserted or can be inserted into the clamping slot in a clamping-contacting manner, and - the second contact element having a contact limb engaging in the clamping slot of the first contact element , - that the second contact element has an insertion leg , which is connected to its contact leg via a spring leg and is guided or can be guided into a insertion opening and/or to a contact point of the printed circuit board , and - that the respective wire guide has a receiving chamber , which is axially open on one side and in which the second contact element is partially inserted in the clamp-contacting assembly state.
A tire , comprising: a plurality of first blocks disposed in a first region (A) on one side in a tire width direction demarcated by a tire equatorial plane (CL) in a tread portion ; and a plurality of second blocks disposed in a second region (B) on an other side in the tire width direction demarcated by the tire equatorial plane (CL) in the tread portion , stud pins being mounted in tire ground contact surfaces of the first blocks and the second blocks , a plurality of stud holes in which the stud pins of the first blocks are disposed being arranged inclined in a tire circumferential direction, and the first blocks having a shape that is longer in the tire circumferential direction and forming circumferential rows in which a plurality of the first blocks are arranged side by side in the tire circumferential direction, the first blocks in each of the circumferential rows being arranged in a staggered manner in the tire width direction, and a circumferential groove provided between the circumferential rows being formed in a curvilinear manner. a plurality of first blocks disposed in a first region (A) on one side in a tire width direction demarcated by a tire equatorial plane (CL) in a tread portion ; and a plurality of second blocks disposed in a second region (B) on an other side in the tire width direction demarcated by the tire equatorial plane (CL) in the tread portion , stud pins being mounted in tire ground contact surfaces of the first blocks and the second blocks , a plurality of stud holes in which the stud pins of the first blocks are disposed being arranged inclined in a tire circumferential direction, and the first blocks having a shape that is longer in the tire circumferential direction and forming circumferential rows in which a plurality of the first blocks are arranged side by side in the tire circumferential direction, the first blocks in each of the circumferential rows being arranged in a staggered manner in the tire width direction, and a circumferential groove provided between the circumferential rows being formed in a curvilinear manner.
A laminated foam sheet comprising: a foam layer of a base polymer including a polyethylene-based resin PE-2, and an outer layer laminated on each of both sides of the foam layer, each of the outer layers having a multi-layer structure comprising an outermost surface layer containing a polyethylene-based resin PE-4 and an intermediate layer containing a polyethylene-based resin PE-3 and positioned between the outermost surface layer and the foam layer, the outermost surface layer and the intermediate layer of each of the outer layers being laminated together by coextrusion, the outermost surface layer of each of the outer layers being substantially free of a polymeric antistatic agent and having a basis weight B [g/m 2 ], the intermediate layer of each of the outer layers containing a polymeric antistatic agent in an amount of 10 to 30% by weight based on the total weight of the polyethylene-based resin PE-3 and the polymeric antistatic agent, wherein the polymeric antistatic agent is contained in the intermediate layer of each of the outer layers in an amount A [g/m 2 ] that is 0.2 to 2 g per 1 m 2 of the intermediate layer, and wherein, in each of the outer layers, a ratio B/A of the basis weight B [g/m 2 ] of the outermost surface layer to the amount A [g/m 2 ] of the polymeric antistatic agent is 1 to 30. a foam layer of a base polymer including a polyethylene-based resin PE-2, and an outer layer laminated on each of both sides of the foam layer, each of the outer layers having a multi-layer structure comprising an outermost surface layer containing a polyethylene-based resin PE-4 and an intermediate layer containing a polyethylene-based resin PE-3 and positioned between the outermost surface layer and the foam layer, the outermost surface layer and the intermediate layer of each of the outer layers being laminated together by coextrusion, the outermost surface layer of each of the outer layers being substantially free of a polymeric antistatic agent and having a basis weight B [g/m 2 ], the intermediate layer of each of the outer layers containing a polymeric antistatic agent in an amount of 10 to 30% by weight based on the total weight of the polyethylene-based resin PE-3 and the polymeric antistatic agent, wherein the polymeric antistatic agent is contained in the intermediate layer of each of the outer layers in an amount A [g/m 2 ] that is 0.2 to 2 g per 1 m 2 of the intermediate layer, and wherein, in each of the outer layers, a ratio B/A of the basis weight B [g/m 2 ] of the outermost surface layer to the amount A [g/m 2 ] of the polymeric antistatic agent is 1 to 30.
A tool holder comprising: a main body having a holder head extending away from a holder shank of the tool holder , the holder head having an insert receiving pocket at a forward end thereof, with a pocket support surface ; a clamping member retained in the holder head , the clamping member comprising a clamping shaft longitudinally extending along a shaft axis (A1); and a locking member operatively engaging an abutment surface of the clamping shaft , wherein the tool holder is configured to direct a clamping force (f) towards, and clamp a cutting insert against, the pocket support surface , wherein the shaft axis (A1) does not intersect the pocket support surface , and wherein the clamping shaft is slidably retained in a clamping bore in the holder head , and the clamping bore extends along a clamping axis (A2) coaxial with the shaft axis (A1); characterized in that the clamping bore has a non-circular shape corresponding to the shape of the clamping shaft in a cross-section taken perpendicular to the clamping axis (A2) and the shaft axis (A1). a main body having a holder head extending away from a holder shank of the tool holder , the holder head having an insert receiving pocket at a forward end thereof, with a pocket support surface ; a clamping member retained in the holder head , the clamping member comprising a clamping shaft longitudinally extending along a shaft axis (A1); and a locking member operatively engaging an abutment surface of the clamping shaft , wherein the tool holder is configured to direct a clamping force (f) towards, and clamp a cutting insert against, the pocket support surface , wherein the shaft axis (A1) does not intersect the pocket support surface , and wherein the clamping shaft is slidably retained in a clamping bore in the holder head , and the clamping bore extends along a clamping axis (A2) coaxial with the shaft axis (A1); characterized in that the clamping bore has a non-circular shape corresponding to the shape of the clamping shaft in a cross-section taken perpendicular to the clamping axis (A2) and the shaft axis (A1).
Device for the locking of the wheel of a truck at a positioning place in front of a façade provided with a loading and unloading platform, comprising a guide provided adjacent the positioning place , extending from a road side to a façade side and further comprising a wheel locking means formed by a road side axle , a middle axle and a façade side axle , whereby in between the road side axle and the middle axle a road side arm rotatably is connected, and in between the middle axle and the façade side axle a façade side arm rotatably is connected, whereby the wheel locking means , from a first position, in which the axles and the arms connected therein between lie in a substantially flat line, can be folded out into a second position, in which the axles and the arms relative to each other take up a V-shaped form, while the wheel locking means is positioned relative to the positioning place in such a way, that in the first position the middle axle and the arms substantially lie adjacent the plane of the positioning place , and in the second position these lie substantially above the plane of the positioning place, in such a way, that the façade side arm can lie blocking against a tire of a truck that is present between the façade side arm and the façade , whereby the locking means further comprise a first wagon , moveable in the guide , to which the road side axle is connected, and further comprise a second wagon , also moveable in the guide and situated in between the first wagon and the façade , to which the façade side axle is connected, and whereby the device is provided with means by which the first wagon is moveable towards the facade and the second wagon , while the second wagon , during movement in the guide is subject to a resistance which is chosen such, that during a movement of the first wagon towards the façade the second wagon tends to stay in its place in the guide , such that the distance between the first wagon and the second wagon becomes smaller, and by means of which the wheel locking means is forced to folding out into the second position, characterized in that the guide is provided along the side of the positioning place , and the folding out of the wheel locking means from the first position to the second position takes place sidewards.
A packaging for slices of food products, comprising at least two long laminar bodies which are connected and arranged one on top of the other, each of the laminar bodies having a plurality of transverse folding lines, the folding lines being mutually coincident, said folding lines dividing the laminar bodies in respective folding portions on both sides of a folding line, such that in a folded condition, the folding portions are arranged one on top of the other, folded in a zigzag shape, at least one storage space between the two laminar bodies being defined in each folding portion , said storage space being used to receive at least one slice of a food product, whereby at least one folding portion comprises a hermetic container ; the packaging being characterised in that the laminar bodies have at least one gripping tab on a transverse end side.
A rope exercise simulation device comprising: a handle and an elongate housing with at least one internally located displaceable weight , the housing extends substantially orthogonally with respect to an axis of the handle ; and at least one weight moving between ends of the housing act against one or more resiliently deformable means ; wherein the elongate housing is rotatable with respect to an axis of the handle by means of a rotating joint ; and a locking mechanism is provided to selectively lock the elongate housing and the handle to prevent relative rotation of the handle and elongate housing .