mhurhangee/patent-ind-claim-en huggingface dataset:
A power tool comprising: a tool housing in which an electric motor is disposed, the electric motor including a stator and an armature rotatably received within the stator, the armature having an armature shaft on which a commutator is mounted; and at least one brush assembly , comprising a brush and a brush holder , disposed around the commutator ; wherein the brush holder comprises conductive material; and a spring contacting the brush that urges the brush radially inwardly along an axis, the brush assembly characterised by : the brush having two grooves on opposites surfaces therein; a brush holder comprising two support plates arranged defining guiderails that extend into the grooves of the brush to facilitate movement of the brush along the single axis; wherein the tool housing includes at least one opening adjacent the commutator through which the brush is disposed, and two oppositely-arranged slots formed around the periphery of the opening to receive two end portions of the support plates of the brush holder to securely maintain the brush holder in the tool housing ; wherein the two support plates are arranged along a single plane and the brush holder further comprises at least one side plate extending angularly from the two support plates to provide an opening for the radial movement of the brush ; wherein the side plate 306b) includes a terminal pin extending therefrom to receive electric power for the brush . a tool housing in which an electric motor is disposed, the electric motor including a stator and an armature rotatably received within the stator, the armature having an armature shaft on which a commutator is mounted; and at least one brush assembly , comprising a brush and a brush holder , disposed around the commutator ; wherein the brush holder comprises conductive material; and a spring contacting the brush that urges the brush radially inwardly along an axis, the brush assembly characterised by : the brush having two grooves on opposites surfaces therein; a brush holder comprising two support plates arranged defining guiderails that extend into the grooves of the brush to facilitate movement of the brush along the single axis; wherein the tool housing includes at least one opening adjacent the commutator through which the brush is disposed, and two oppositely-arranged slots formed around the periphery of the opening to receive two end portions of the support plates of the brush holder to securely maintain the brush holder in the tool housing ; wherein the two support plates are arranged along a single plane and the brush holder further comprises at least one side plate extending angularly from the two support plates to provide an opening for the radial movement of the brush ; wherein the side plate 306b) includes a terminal pin extending therefrom to receive electric power for the brush .
A securing element for securing conduits to a sanitary fitting with a ring element , wherein the securing element has a securing arrangement which extends away from the ring element in the axial direction (X) of the securing element , wherein the securing element is of one-piece construction, characterized in that - the securing arrangement is formed cylindrically, and in that - the securing element has a radial slot formed in the ring element , which slot is formed in such a manner that the ring element can be spread open in the circumferential direction. - the securing arrangement is formed cylindrically, and in that - the securing element has a radial slot formed in the ring element , which slot is formed in such a manner that the ring element can be spread open in the circumferential direction.
A primary-sided arrangement of three primary winding structures (W1, W2, W3) of a system for inductive power transfer, wherein the primary-sided arrangement comprises three phase lines and at least one winding structure (W1, W2, W3) per phase line, wherein each of the three winding structure (W1, W2, W3) comprises at least one subwinding structure (SW1_1, ..., SW3_3), wherein the winding structures (W1, W2, W3) extend along a longitudinal axis (x) of the primary-sided arrangement , wherein a pitch (P12) between corresponding subwinding structures (SW1_1,...,SW3_2) of a first winding structure (W1) and a second winding structure (W2) is chosen from an interval of ]0,1[ of a length of one subwinding structure (SW1_1, ..., SW3_2), wherein a pitch (P13) between corresponding subwinding structures (SW1_1,...,SW3_3) of the first winding structure (W1) and the third winding structure (W3) is smaller than the pitch (P12) between corresponding subwinding structures (S0W1_1,...,SW3_2) of the first winding structure (W1) and the second winding structure (W2), characterized in that the pitch (P12) between corresponding subwinding structures (SW1_1,...,SW3_2) of the first winding structure (W1) and the second winding structure (W2) is chosen as 1/3 of the length (L) of one subwinding structure (SW1_1,...,SW3_3), wherein the pitch (P13) between corresponding subwinding structures (SW1_1,...,SW3_3) of the first winding structure (W1) and the third winding structure (W3) is chosen as 1/6 of the length (L) of one subwinding structure (SW1_1,...,SW3_3).
A method of using an athletic activity heads up display system during an athletic activity, the method comprising: a heads up display unit receiving information about a sport ball ; the heads up display unit recognizing the presence of the sport ball falling in the heads up display unit's projected image field; and the heads up display unit displaying an image to an individual based on the information, wherein the displayed image is overlaid on the individual's present field of view of an environment, and wherein the displayed image comprises footstep icons indicating a specific manner by which the individual should approach the sport ball , comprising one of a desired speed, timing, and cadence of footsteps. a heads up display unit receiving information about a sport ball ; the heads up display unit recognizing the presence of the sport ball falling in the heads up display unit's projected image field; and the heads up display unit displaying an image to an individual based on the information, wherein the displayed image is overlaid on the individual's present field of view of an environment, and wherein the displayed image comprises footstep icons indicating a specific manner by which the individual should approach the sport ball , comprising one of a desired speed, timing, and cadence of footsteps.
Package-collecting apparatus for a package-handling installation for unloading a plurality of packages from a transport supply means of the package-handling installation and for transferring unloaded packages to a transport discharge means of the package-handling installation , wherein the package-collecting apparatus comprises a collecting element , which has a bearing surface for at least one package during the transfer from the transport supply means to the transport discharge means , and at least one side element arranged thereon, which is transferable between a rest position and a working position and has a further bearing surface for at least one package , and, with the side element in the working position, the bearing surface of the side element flushly adjoins the bearing surface of the collecting element , characterized in that the package-collecting apparatus moreover comprises a coupling device for mechanical releasable coupling to the transport discharge means , and wherein the coupling device is designed for positioning the package-collecting apparatus in a substantially horizontal direction and is provided with an overload device which acts in a horizontal direction and which, below a preferably settable limit load, brings about fixed coupling of the package-collecting apparatus to the transport discharge means and, upon attainment of the limit load, in a horizontal direction, brings about automatic decoupling of the package-collecting apparatus from the transport discharge means . the package-collecting apparatus comprises a collecting element , which has a bearing surface for at least one package during the transfer from the transport supply means to the transport discharge means , and at least one side element arranged thereon, which is transferable between a rest position and a working position and has a further bearing surface for at least one package , and, with the side element in the working position, the bearing surface of the side element flushly adjoins the bearing surface of the collecting element , characterized in that the package-collecting apparatus moreover comprises a coupling device for mechanical releasable coupling to the transport discharge means , and wherein the coupling device is designed for positioning the package-collecting apparatus in a substantially horizontal direction and is provided with an overload device which acts in a horizontal direction and which, below a preferably settable limit load, brings about fixed coupling of the package-collecting apparatus to the transport discharge means and, upon attainment of the limit load, in a horizontal direction, brings about automatic decoupling of the package-collecting apparatus from the transport discharge means .
A system for preventing an excess user authentication token utilization condition in an enterprise computer environment, the system characterised by : an excess user authentication token utilization condition predictor operable for calculating a number of additional group memberships of each of said enterprise users that can be expected to result in an excess user authentication token utilization condition; a group membership estimator operable, for each said enterprise user, for estimating a number of additional group memberships of said enterprise user that will be created by an anticipated activity; and an anticipated excess user authentication token utilization condition preventer operable, in a case where said anticipated activity can be expected to result in an excess user authentication token utilization condition, for modifying said anticipated activity so as to ensure that execution of said modified activity cannot be expected to result in an excess user authentication token utilization condition. an excess user authentication token utilization condition predictor operable for calculating a number of additional group memberships of each of said enterprise users that can be expected to result in an excess user authentication token utilization condition; a group membership estimator operable, for each said enterprise user, for estimating a number of additional group memberships of said enterprise user that will be created by an anticipated activity; and an anticipated excess user authentication token utilization condition preventer operable, in a case where said anticipated activity can be expected to result in an excess user authentication token utilization condition, for modifying said anticipated activity so as to ensure that execution of said modified activity cannot be expected to result in an excess user authentication token utilization condition.
A method of manufacturing an interior material, comprising the steps of: (1-1) bonding a blocking layer for blocking transmission of light below a material layer with a hot-melt layer interposed therebetween; (1-2) attaching a support tape for supporting an island to the upper surface of the material layer ; (1-3) forming lighting grooves (L1, L2), through which light passes, by laser-etching a predetermined portion from the blocking layer to the material layer ; (2-1) attaching a binder to a transparent film ; (3-1) combining a module resulting from step (1-3) with a module resulting from step (2-1); (3-2) replacing the support tape on the material layer with a fresh support tape ; and (3-3) obtaining an interior material by bonding a product from step (3-2) to a base material or an article to be processed, which has a base layer, to obtain a molding material, and then subjecting the molding material to an injection molding process, wherein the injection molding process is performed at high temperature such that the transparent film is melted and stretched to fill the lighting grooves (L1, L2). (1-1) bonding a blocking layer for blocking transmission of light below a material layer with a hot-melt layer interposed therebetween; (1-2) attaching a support tape for supporting an island to the upper surface of the material layer ; (1-3) forming lighting grooves (L1, L2), through which light passes, by laser-etching a predetermined portion from the blocking layer to the material layer ; (2-1) attaching a binder to a transparent film ; (3-1) combining a module resulting from step (1-3) with a module resulting from step (2-1); (3-2) replacing the support tape on the material layer with a fresh support tape ; and (3-3) obtaining an interior material by bonding a product from step (3-2) to a base material or an article to be processed, which has a base layer, to obtain a molding material, and then subjecting the molding material to an injection molding process, wherein the injection molding process is performed at high temperature such that the transparent film is melted and stretched to fill the lighting grooves (L1, L2).
A Microelectromechanical systems, MEMS, based N x M cross-point switch , comprising: N inputs each at least 10Gbps; M outputs each at least 10Gbps; a plurality of Radio Frequency, RF, MEMS switches selectively electrically interconnecting the N inputs to the M outputs ; and control and addressing circuitry to selectively control the plurality of RF MEMS switches to electrically switch each of the N inputs to a corresponding output of the M outputs ; characterized in that each of the N inputs corresponds to a wavelength in an optical communication system, and wherein the plurality of RF MEMS switches provide flow-based switching in the optical communication system for a Reconfigurable Electrical Add/Drop Multiplexer. N inputs each at least 10Gbps; M outputs each at least 10Gbps; a plurality of Radio Frequency, RF, MEMS switches selectively electrically interconnecting the N inputs to the M outputs ; and control and addressing circuitry to selectively control the plurality of RF MEMS switches to electrically switch each of the N inputs to a corresponding output of the M outputs ; characterized in that each of the N inputs corresponds to a wavelength in an optical communication system, and wherein the plurality of RF MEMS switches provide flow-based switching in the optical communication system for a Reconfigurable Electrical Add/Drop Multiplexer.
A pharmaceutical composition in unit dosage form for oral administration which comprises a compound of the formula (II) in micronized microparticulate crystalline form in a pharmaceutically acceptable carrier therefore wherein the D10 (EDC) is not less than 4 μm, the D50 (EDC) is 10-45 μm and the D95 (EDC) is not more than 70 μm.
A rodenticidal soft bait composition comprising a mixture, in the form of a paste, comprising vegetable flour, a fat which is refined palm oil and which is not completely liquid at a temperature of 35° C, and at least one rodenticidally-active substance wherein the vegetable flour is present in the mixture in an amount of at least 60% by weight based on the total weight of the mixture and wherein the weight ratio of vegetable flour to fat is 4:1 to 8:1.
A composite material comprising: an titanium aluminide alloy matrix including titanium, aluminum, niobium, manganese, boron, and carbon; and a solid lubricant , wherein the alloy matrix has a two-phase, at least near-fully lamellar microstructure, with the solid lubricant being dispersed therein, wherein the composite material comprises, by atomic percentage, 40.0% to 50.0% Al, 1.0% to 8.0% Nb, 0.5% to 2.0% Mn, 0.1% to 2.0% B, and 0.01% to 0.2 % C. an titanium aluminide alloy matrix including titanium, aluminum, niobium, manganese, boron, and carbon; and a solid lubricant , wherein the alloy matrix has a two-phase, at least near-fully lamellar microstructure, with the solid lubricant being dispersed therein, wherein the composite material comprises, by atomic percentage, 40.0% to 50.0% Al, 1.0% to 8.0% Nb, 0.5% to 2.0% Mn, 0.1% to 2.0% B, and 0.01% to 0.2 % C.
A load carrier mountable on the rear of a vehicle, comprising a base frame having a cross beam and two lower vehicle support portions coupled to the cross beam at afirst end portion and supportable on the vehicle at a vehicle coupling portion thereof, wherein the two vehicle support portions are arranged at a distance with respect to each other on the cross beam , and an attachment device having an engagement device couplable to the vehicle so as to clamp the coupling portions and the engagement device on the vehicle, characterized in that at least one of the coupling portions comprises two engaging portions (611, 612; 702, 704) arranged at a distance from each other and both coupled to an end portion of a common force transfer member (620; 706), wherein the coupling portion comprising the two engaging portions (611, 612; 702, 704) is configured to clasp an edge portion of the trunk lid at individual separated positions. a base frame having a cross beam and two lower vehicle support portions coupled to the cross beam at afirst end portion and supportable on the vehicle at a vehicle coupling portion thereof, wherein the two vehicle support portions are arranged at a distance with respect to each other on the cross beam , and an attachment device having an engagement device couplable to the vehicle so as to clamp the coupling portions and the engagement device on the vehicle, characterized in that at least one of the coupling portions comprises two engaging portions (611, 612; 702, 704) arranged at a distance from each other and both coupled to an end portion of a common force transfer member (620; 706), wherein the coupling portion comprising the two engaging portions (611, 612; 702, 704) is configured to clasp an edge portion of the trunk lid at individual separated positions.
A computer-implemented method comprising: receiving, by a recipient device of a given recipient and from a client device , a communication comprising an attestation token and one or more attachment elements , wherein: the attestation token comprises: a set of data ; and a digital signature of the set of data ; and each attachment element comprises: recipient data for a respective recipient of the communication; and a binding that cryptographically binds the attachment element to the attestation token ; verifying, by the recipient device, integrity of the communication using the attestation token and a given attachment element for the given recipient, comprising: verifying, by the recipient device, integrity of the given attachment element , comprising determining, based on the binding of the given attachment element , that the attachment element is bound to the attestation token ; and verifying, by the recipient device, integrity of the attestation token comprising determining, based on the set of data , that the digital signature is valid; and responding to the communication in response to verifying the integrity of communication. receiving, by a recipient device of a given recipient and from a client device , a communication comprising an attestation token and one or more attachment elements , wherein: the attestation token comprises: a set of data ; and a digital signature of the set of data ; and each attachment element comprises: recipient data for a respective recipient of the communication; and a binding that cryptographically binds the attachment element to the attestation token ; the attestation token comprises: a set of data ; and a digital signature of the set of data ; and a set of data ; and a digital signature of the set of data ; and each attachment element comprises: recipient data for a respective recipient of the communication; and a binding that cryptographically binds the attachment element to the attestation token ; recipient data for a respective recipient of the communication; and a binding that cryptographically binds the attachment element to the attestation token ; verifying, by the recipient device, integrity of the communication using the attestation token and a given attachment element for the given recipient, comprising: verifying, by the recipient device, integrity of the given attachment element , comprising determining, based on the binding of the given attachment element , that the attachment element is bound to the attestation token ; and verifying, by the recipient device, integrity of the attestation token comprising determining, based on the set of data , that the digital signature is valid; and verifying, by the recipient device, integrity of the given attachment element , comprising determining, based on the binding of the given attachment element , that the attachment element is bound to the attestation token ; and verifying, by the recipient device, integrity of the attestation token comprising determining, based on the set of data , that the digital signature is valid; and responding to the communication in response to verifying the integrity of communication.
A surgical instrument comprising: a shaft extending axially between a proximal end and a distal end, said shaft including a vibration conversion mechanism; and an ultrasonic tip coupled to the distal end of said shaft and configured for delivering at least torsional vibration to a target site, said ultrasonic tip having a head portion extending axially along an axial axis to a distal end , said head portion including inner and outer circumferential surfaces and a plurality of teeth separated by a plurality of slots extending between said inner and outer circumferential surfaces, characterized in that : each tooth comprises a side cutting edge having a positive rake angle, said side cutting edge defined between said outer circumferential surface of said head portion and a side surface of said slot , said side surface of said slot extending between said inner and outer circumferential surfaces of the head portion . a shaft extending axially between a proximal end and a distal end, said shaft including a vibration conversion mechanism; and an ultrasonic tip coupled to the distal end of said shaft and configured for delivering at least torsional vibration to a target site, said ultrasonic tip having a head portion extending axially along an axial axis to a distal end , said head portion including inner and outer circumferential surfaces and a plurality of teeth separated by a plurality of slots extending between said inner and outer circumferential surfaces, characterized in that : each tooth comprises a side cutting edge having a positive rake angle, said side cutting edge defined between said outer circumferential surface of said head portion and a side surface of said slot , said side surface of said slot extending between said inner and outer circumferential surfaces of the head portion .