mhurhangee/ep-ind-claims huggingface dataset:
A regenerative brake control device for an electric-powered vehicle comprising: a regenerative brake control unit that controls an electric motor which drives vehicle wheels into a regeneration ratio corresponding to a regenerative level (B0, B1,..., B5) to obtain a regenerative braking force, wherein a normal regeneration level (D, B2) corresponds to a preset initial value of the regenerative braking force; a first regenerative braking force setting unit that sets the regenerative level (BL, B, D) with an operation of a shift lever; and a second regenerative braking force setting unit that is operated by a driver operating a paddle switch while gripping a steering wheel to set the regenerative level (BA, BB,...., BF), wherein the number of setting states (BA, BB, BC, BD, BE, BF) of the regenerative level (B0, B1,..., B5) with the second regenerative braking force setting unit is larger than that (D, B, BL) of the first regenerative braking force setting unit, a change to lessen the regeneration ratio from the normal regeneration level (D, B2) is performed by the second regenerative braking force setting unit. a regenerative brake control unit that controls an electric motor which drives vehicle wheels into a regeneration ratio corresponding to a regenerative level (B0, B1,..., B5) to obtain a regenerative braking force, wherein a normal regeneration level (D, B2) corresponds to a preset initial value of the regenerative braking force; a first regenerative braking force setting unit that sets the regenerative level (BL, B, D) with an operation of a shift lever; and a second regenerative braking force setting unit that is operated by a driver operating a paddle switch while gripping a steering wheel to set the regenerative level (BA, BB,...., BF), wherein the number of setting states (BA, BB, BC, BD, BE, BF) of the regenerative level (B0, B1,..., B5) with the second regenerative braking force setting unit is larger than that (D, B, BL) of the first regenerative braking force setting unit, a change to lessen the regeneration ratio from the normal regeneration level (D, B2) is performed by the second regenerative braking force setting unit.
Fixing arrangement for fixing a bone or a bone replacement or bone-stabilizing part wherein the fixing arrangement comprises at least two stabilizing plates and at least one force transfer element which is configured to transfer forces from one stabilizing plate to the at least one further stabilizing plate, wherein the stabilizing plates are or can be connected to one another via the at least one force transfer element in such a way that the force transfer element is or can be fixed with a first section on the one stabilizing plate and is or can be fixed, or is formed integral, with a second section on the further stabilizing plate characterised in that the fixing arrangement comprises connecting means with which the stabilizing plates and the at least one force transfer element are or can be fastened to one another and which are designed for the force-transferring connection of the stabilizing plates by way of the force transfer element, wherein the first section, preferably a first end, of the force transfer element is or can be fastened via a first connecting means on the one stabilizing plate, and the second section, preferably a second end, of the force transfer element is or can be fastened on the further stabilizing plate via a second connecting means which is different from the first connecting means and is non-mechanically coupled to the latter.
An igniter support for an igniter unit of a gas generator comprising a first holder element made from a first material and a second holder element made from a second material different from the first material, wherein both holder elements (30, 32) can be positively coupled and can be at least partially positively nested, characterized in that both holder elements (30, 32) can be positively coupled in circumferential and in the radial direction, wherein the first holder element has a first sawtooth profile and the second holder element has a second sawtooth profile corresponding positively to the first sawtooth profile of the first holder element.
An actuation mechanism for a multi-flush toilet assembly, the actuation mechanism comprising: a first handle configured to pivot about a pivot axis; a second handle configured to pivot about the pivot axis; and a moveable element; wherein rotation of the one of the first and second handles is limited to a first angular travel by the moveable element in a first position, the first angular travel configured to provide a first flush mode of the toilet assembly; and wherein rotation of both the first and second handles results in movement of the moveable element to a second position which permits the first and second handles to rotate to a second angular travel to provide a second flush mode that is different than the first flush mode; characterised in that a cam (553,554) is coupled to one of the first and second handles and includes a cam surface, which is configured to move the moveable element upon rotation of both the first and second handles, and wherein the moveable element is rotated by the cam relative to the first and second handles to the second position. a first handle configured to pivot about a pivot axis; a second handle configured to pivot about the pivot axis; and a moveable element; wherein rotation of the one of the first and second handles is limited to a first angular travel by the moveable element in a first position, the first angular travel configured to provide a first flush mode of the toilet assembly; and wherein rotation of both the first and second handles results in movement of the moveable element to a second position which permits the first and second handles to rotate to a second angular travel to provide a second flush mode that is different than the first flush mode; characterised in that a cam (553,554) is coupled to one of the first and second handles and includes a cam surface, which is configured to move the moveable element upon rotation of both the first and second handles, and wherein the moveable element is rotated by the cam relative to the first and second handles to the second position.
A rope termination device which comprises: a cylindrical body having a first opening in a first axial end of said body; a second opening in an opposed, second end of said body connected by a passageway through said body to said first opening; a continuous helical groove around a circumference of said cylindrical body; and an attachment connector near said second end of said body, characterized in at least one circular channel in communication with said second opening. a cylindrical body having a first opening in a first axial end of said body; a second opening in an opposed, second end of said body connected by a passageway through said body to said first opening; a continuous helical groove around a circumference of said cylindrical body; and an attachment connector near said second end of said body, characterized in at least one circular channel in communication with said second opening.
A method of making a doped graphene thin film, the method comprising: hetero-epitaxially growing an intermediate graphene thin film on a catalyst thin film, the catalyst thin film having a single-orientation large-grain crystal structure; doping the intermediate graphene thin film with n-type or p-type dopants in making the doped graphene thin film, wherein the doped graphene thin film has a sheet resistance less than 150 ohms/square, wherein the doping of the intermediate graphene thin film comprises: providing a target receiving substrate including solid-state dopants therein, the target receiving substrate including dopants therein by virtue of a melting process used to fabricate the target receiving substrate; and allowing the solid-state dopants in the target receiving substrate to migrate into the intermediate graphene thin film by thermal diffusion, wherein the target receiving substrate includes 1-10 atomic percent dopant material. hetero-epitaxially growing an intermediate graphene thin film on a catalyst thin film, the catalyst thin film having a single-orientation large-grain crystal structure; doping the intermediate graphene thin film with n-type or p-type dopants in making the doped graphene thin film, wherein the doped graphene thin film has a sheet resistance less than 150 ohms/square, wherein the doping of the intermediate graphene thin film comprises: providing a target receiving substrate including solid-state dopants therein, the target receiving substrate including dopants therein by virtue of a melting process used to fabricate the target receiving substrate; and allowing the solid-state dopants in the target receiving substrate to migrate into the intermediate graphene thin film by thermal diffusion, wherein the target receiving substrate includes 1-10 atomic percent dopant material. providing a target receiving substrate including solid-state dopants therein, the target receiving substrate including dopants therein by virtue of a melting process used to fabricate the target receiving substrate; and allowing the solid-state dopants in the target receiving substrate to migrate into the intermediate graphene thin film by thermal diffusion, wherein the target receiving substrate includes 1-10 atomic percent dopant material.
A plate heat exchanger comprising a first frame plate, a second frame plate and a stack of heat transfer plates each having a center portion and an peripheral portion encircling the center portion, the heat transfer plates-being arranged in pairs between the first and the second frame plate, a first flow path for a first fluid being formed between the heat transfer plates of the pairs and a second flow path for a second fluid being formed between the pairs of heat transfer plates, wherein one of the first and second flow paths is a free-flow path along which the center portions of the heat transfer plates are completely separated from each other, further comprising an reinforcement plate which is thicker than the heat transfer plates and has a center portion encircled by an peripheral portion, the reinforcement plate being arranged between the first frame plate and the stack of heat transfer plates, a first number of permanent reinforcement joints each bonding together the reinforcement plate and an outermost heat transfer plate, characterized in that said permanent reinforcement joints extend in the center portions (100, 56) of the bonded reinforcement and heat transfer plates (28a, 26).
A hardening accelerator for mineral binders, more particularly for cementitious binder compositions, comprising at least one phosphoric acid ester of a polyhydric alcohol and at least one alkali metal carbonate.
Method for connecting an add-on component to a sandwich component comprising the steps: a) Providing a sandwich component comprising - a first main surface with a first cover layer and a second main surface with a second cover layer, in particular a first cover plate and a second cover plate, the first cover layer and/or the second cover layer having at least one opening; and - at least one intermediate layer, the intermediate layer being positioned between the first cover layer and the second cover layer; b) Providing an add-on component with at least a first filling opening; wherein the add-on component is not a sandwich panel; c) joining the add-on component to the sandwich component in such a way that the first filling opening of the add-on part and the at least one opening of the sandwich component are arranged in a communicating manner; wherein a curable polymer composition is introduced via the first filling opening of the add-on component into the at least one opening of the sandwich component in such a way that the add-on component and the sandwich component are bonded to one another by the polymer composition after curing of the polymer composition, characterized in that the polymer composition has a pot life in the range from 1 to 15 sec. a) Providing a sandwich component comprising - a first main surface with a first cover layer and a second main surface with a second cover layer, in particular a first cover plate and a second cover plate, the first cover layer and/or the second cover layer having at least one opening; and - at least one intermediate layer, the intermediate layer being positioned between the first cover layer and the second cover layer; - a first main surface with a first cover layer and a second main surface with a second cover layer, in particular a first cover plate and a second cover plate, the first cover layer and/or the second cover layer having at least one opening; and - at least one intermediate layer, the intermediate layer being positioned between the first cover layer and the second cover layer; b) Providing an add-on component with at least a first filling opening; wherein the add-on component is not a sandwich panel; c) joining the add-on component to the sandwich component in such a way that the first filling opening of the add-on part and the at least one opening of the sandwich component are arranged in a communicating manner;
A composition comprising the reaction product of (a) a phenolic resin (a) of general formula: Where R1, R2, R3, R4 are each independently of one another a hydrogen or unbranched or branched alky group having 1 to 17 carbon atoms, and n is an integer form 0 to 50; and (b) a modified amine compound which is the reaction product of an epoxy resin and a methylated polyalkylenepolyamine having one primary or secondary amine and at least two tertiary amines of the general formula: Where R1, R2, R3, R4 and R5 represent hydrogen, methyl or ethyl; n and m independently are integers from 1 to 10 and X is an integer from 1 to 10.
An insulating board (10, 10.1, 10.2, 10.3) comprising a stack of layers including: - an organic foam base layer (1, 1.1, 1.2, 1.3), and - a fiber-based layer (5, 5.1, 5.2, 5.3) in contact with the organic foam base layer (1, 1.1, 1.2, 1.3), thereby defining a contact area, and bonded to the organic foam base layer by means of an adhesive layer (3,3.1,3.2) coated on one face of the organic foam base layer (1, 1.1, 1.2, 1.3) in said contact area, characterized in that the contact area comprises an adhesive-free margin (4, 4.1, 4.2) of at least 10 mm width (d) along at least one of its edges. - an organic foam base layer (1, 1.1, 1.2, 1.3), and - a fiber-based layer (5, 5.1, 5.2, 5.3) in contact with the organic foam base layer (1, 1.1, 1.2, 1.3), thereby defining a contact area, and bonded to the organic foam base layer by means of an adhesive layer (3,3.1,3.2) coated on one face of the organic foam base layer (1, 1.1, 1.2, 1.3) in said contact area,
A display device, wherein the display device comprises: a display portion emitting a visible light of a linearly polarized wave having display information; an infrared light cut-off portion transmitting the visible light from the display portion and reducing an incident amount of an infrared light to the display portion; and a reflecting portion reflecting the visible light transmitted through the infrared light cut-off portion, wherein the infrared light cut-off portion comprises an infrared light cut-off layer, the infrared light cut-off layer has a slow axis, and the slow axis is generally parallel to a vibration direction of the linearly polarized wave. a display portion emitting a visible light of a linearly polarized wave having display information; an infrared light cut-off portion transmitting the visible light from the display portion and reducing an incident amount of an infrared light to the display portion; and a reflecting portion reflecting the visible light transmitted through the infrared light cut-off portion, wherein the infrared light cut-off portion comprises an infrared light cut-off layer, the infrared light cut-off layer has a slow axis, and the slow axis is generally parallel to a vibration direction of the linearly polarized wave.
A sorting machine for selecting and sorting pumps for spray containers, comprising a feeder of pumps, which feeds the pumps to a sorting member, which in turn supplies the sorted pumps to a conveyor, characterized in that the sorting member comprises a casing open at the top and comprising a rotating disc on the bottom having a peripheral edge, wherein an annular spacing which forms a sorting seat of the pumps is placed between the rotating disc and the inner surface of the casing, wherein the casing is cylindrical and comprises an outer structure and an inner side between which a gap is placed and wherein the inner side of the casing comprises an opening placed downstream of a skimming vent, with respect to the rotation direction of the rotating disc, which opening communicates with the conveyor, a deflector being positioned at the opening, which deflector channels the sorted pumps outside the annular spacing and towards the conveyor, characterized in that the sorting machine comprises a manifold member facing the deflector, wherein the manifold member defines, together with the deflector, a connection spacing for the connection with the conveyor and comprises chambers for dispensing pressurized air, wherein the dispensing chambers comprise a plurality of lamellar openings which open onto the connection spacing and which are inclined towards the conveyor so that the pressurized air, by striking the pumps, pushes them towards the conveyor.
A method for enabling transmission of one or more missed patches to a HTTP adaptive streaming, HAS, client device, comprising: the client device detecting that one or more patches have been missed by the client device, each of the one or more patches comprising information for updating at least part of a manifest file used by the client device; the client device determining a first identifier indicative of a manifest file version of the manifest file used by the client device; and, the client device sending the first identifier to a server for enabling the server to determine one or more missed patches on the basis of the first identifier and to transmit the missed patches to the client device. the client device detecting that one or more patches have been missed by the client device, each of the one or more patches comprising information for updating at least part of a manifest file used by the client device; the client device determining a first identifier indicative of a manifest file version of the manifest file used by the client device; and, the client device sending the first identifier to a server for enabling the server to determine one or more missed patches on the basis of the first identifier and to transmit the missed patches to the client device.
Method for controlling the cracking of a material, the method comprising: - defining a target crack path in a given volume of material; - applying mechanical loads to said material in order to control the propagation of a crack within the volume such that the crack propagates in the material substantially along the target crack path, the method being characterized in that it further comprises: - applying a stabilization load to said volume, the stabilization load being configured to avoid unstable propagation of the crack. - defining a target crack path in a given volume of material; - applying mechanical loads to said material in order to control the propagation of a crack within the volume such that the crack propagates in the material substantially along the target crack path, - applying a stabilization load to said volume, the stabilization load being configured to avoid unstable propagation of the crack.
A method for constructing a digital representation of a physical scene in an Augmented Reality, AR, environment comprising: obtaining information about the physical scene containing at least a planar surface and one or more physical objects located on the planar surface; identifying the planar surface within the physical scene; determining an AR plane corresponding to the planar surface wherein the AR plane comprises at least a portion of the planar surface and encircles at least one hole associated with a first object of the one or more physical objects located on the planar surface, wherein the hole is cast by the first object and is larger than the first object and wherein virtual objects are limited in position on the AR plane; determining one or more properties associated with the first object based at least in part on information about the AR plane; generating a three-dimensional model of the first object using the properties associated with the first object and information associated with the AR plane; generating a digital representation of the AR environment comprising the AR plane and the 3D model of the first object, and displaying, substantially in real-time, the digital representation of the AR environment on a mobile device while images of the physical scene are captured by the mobile device. obtaining information about the physical scene containing at least a planar surface and one or more physical objects located on the planar surface; identifying the planar surface within the physical scene; determining an AR plane corresponding to the planar surface wherein the AR plane comprises at least a portion of the planar surface and encircles at least one hole associated with a first object of the one or more physical objects located on the planar surface, wherein the hole is cast by the first object and is larger than the first object and wherein virtual objects are limited in position on the AR plane; determining one or more properties associated with the first object based at least in part on information about the AR plane; generating a three-dimensional model of the first object using the properties associated with the first object and information associated with the AR plane; generating a digital representation of the AR environment comprising the AR plane and the 3D model of the first object, and displaying, substantially in real-time, the digital representation of the AR environment on a mobile device while images of the physical scene are captured by the mobile device.
A pressure regulator for an x-ray apparatus comprising: a piston housing having a recess formed therein; a piston seated in the recess, the piston being free to reciprocate and define a variable volume chamber within the recess; a circumferential groove formed in an exterior surface of the piston; a seal seated in the circumferential groove; a manifold in the piston housing placing the chamber in fluid communication with an exterior of the piston housing; wherein the pressure regulator further comprises: a pair of opposed housing apertures formed in the piston housing proximate an open end of the chamber; a piston aperture extending through the piston; and a locking pin removably received in the pair of opposed housing apertures and the piston aperture to temporarily fix the piston with respect to the piston housing. a piston housing having a recess formed therein; a piston seated in the recess, the piston being free to reciprocate and define a variable volume chamber within the recess; a circumferential groove formed in an exterior surface of the piston; a seal seated in the circumferential groove; a manifold in the piston housing placing the chamber in fluid communication with an exterior of the piston housing; wherein the pressure regulator further comprises: a pair of opposed housing apertures formed in the piston housing proximate an open end of the chamber; a piston aperture extending through the piston; and a locking pin removably received in the pair of opposed housing apertures and the piston aperture to temporarily fix the piston with respect to the piston housing. a pair of opposed housing apertures formed in the piston housing proximate an open end of the chamber; a piston aperture extending through the piston; and a locking pin removably received in the pair of opposed housing apertures and the piston aperture to temporarily fix the piston with respect to the piston housing.