mhurhangee/patent-ind-claim-en huggingface dataset:
A contact pin for a plug connector, comprising a base body with a longitudinal axis (x) and a surface (O), wherein a first end of the contact pin is adapted to be plugged into an opening of a pin strip of a plug housing of the plug connector, wherein the contact pin has at least four retaining elements moulded on the base body , wherein two retaining elements are each arranged successively spaced apart along the longitudinal axis (x), wherein two retaining elements are further each arranged oppositely at the same point of the longitudinal axis (x) in the circumferential direction, and wherein the retaining elements arranged successively are arranged in the circumferential direction at an angle (W1) offset from one another, characterised in that the angle (W1) is smaller than 30°, wherein the retaining elements are formed, with respect to their number and their dimensions, such that a retention force of the contact pin from the pin housing reaches a value greater than or equal to 25 N. wherein a first end of the contact pin is adapted to be plugged into an opening of a pin strip of a plug housing of the plug connector, wherein the contact pin has at least four retaining elements moulded on the base body , wherein two retaining elements are each arranged successively spaced apart along the longitudinal axis (x), wherein two retaining elements are further each arranged oppositely at the same point of the longitudinal axis (x) in the circumferential direction, and wherein the retaining elements arranged successively are arranged in the circumferential direction at an angle (W1) offset from one another, characterised in that the angle (W1) is smaller than 30°, wherein the retaining elements are formed, with respect to their number and their dimensions, such that a retention force of the contact pin from the pin housing reaches a value greater than or equal to 25 N.
Method for producing a composite part , the composite part comprising at least one powder-metallurgical part compacted from a powdery material and at least one solid part , wherein within a working chamber of a tool of a press the powdery material is pressed to a powder-metallurgical part and in the same working cycle of the press the solid part is at least partly supplied to the working chamber , so that the composite part is produced within one working cycle, characterized in that - the solid part is inserted into the tool of the press via an automatic feed , - the powdery material is filled into the working space of the tool , while a transfer punch (8.1) keeps free a joining space in the working space , wherein a circumference of the joining space is at least partially filled with the powdery material, and the joining punch (8.2) and the transfer die (8.1) jointly transfer the solid part into the joining space , - in a first step of the working cycle, the solid part is fed to the powdery material in the working chamber and, in a second step, the powdery material is compacted to form a powder-metallurgical part , or - the solid part is fed to the working chamber while the powdery material is compacted to a powder-metallurgical part , wherein a first press punch (10.1) and a second press punch (10.2) are actuated and the powdery material is compacted, while at the same time the solid part is transferred into the joining space into the powdery material , wherein the transfer punch (8.1) and the joining punch (8.2) holding the solid part while exerting pressure on it, - the solid part is transferred into the working space in such a way that the solid part protrudes from a surface of the powder metallurgical part after the working cycle. - the solid part is inserted into the tool of the press via an automatic feed , - the powdery material is filled into the working space of the tool , while a transfer punch (8.1) keeps free a joining space in the working space , wherein a circumference of the joining space is at least partially filled with the powdery material, and the joining punch (8.2) and the transfer die (8.1) jointly transfer the solid part into the joining space , - in a first step of the working cycle, the solid part is fed to the powdery material in the working chamber and, in a second step, the powdery material is compacted to form a powder-metallurgical part , or - the solid part is fed to the working chamber while the powdery material is compacted to a powder-metallurgical part , wherein a first press punch (10.1) and a second press punch (10.2) are actuated and the powdery material is compacted, while at the same time the solid part is transferred into the joining space into the powdery material , wherein the transfer punch (8.1) and the joining punch (8.2) holding the solid part while exerting pressure on it, - the solid part is transferred into the working space in such a way that the solid part protrudes from a surface of the powder metallurgical part after the working cycle.
A cutting assembly for a surgical instrument having a drive assembly , said cutting assembly comprising: a tube assembly comprising a longitudinal axis defined between a distal end opposite a proximal end , and a cutting window near said distal end and adapted to be applied to a surgical site of a patient with said cutting window comprising a distal boundary opposite a proximal boundary , said tube assembly further comprising: an outer tube comprising an outer cutting window near said distal end of said tube assembly ; and an inner tube coaxially disposed within and rotatable relative to said outer tube with the drive assembly , said inner tube comprising an inner cutting window near said distal end and a lumen extending between said proximal end and said inner cutting window with said inner cutting window and said outer cutting window defining said cutting window of said tube assembly ; characterized in that the tube assembly still further comprises: a projection within said lumen of said inner tube with at least a portion of said projection positioned distal to said proximal boundary of said cutting window , said projection providing a reduced cross sectional area to said lumen of said inner tube relative to a cross sectional area of said lumen proximal to said projection with said reduced cross sectional area adapted to reduce the size of material removable through said cutting window to reduce clogging of said tube assembly . an outer tube comprising an outer cutting window near said distal end of said tube assembly ; and an inner tube coaxially disposed within and rotatable relative to said outer tube with the drive assembly , said inner tube comprising an inner cutting window near said distal end and a lumen extending between said proximal end and said inner cutting window with said inner cutting window and said outer cutting window defining said cutting window of said tube assembly ;
A vehicle having a multi-frontal airbag, comprising: a first airbag module disposed within the vehicle and including a first cushion deployed toward the front of a passenger and a first inflator configured to supply gas to the first cushion ; and a second airbag module disposed within a roof above the passenger and including a second cushion deployed downwards and a second inflator configured to supply gas to the second cushion ; wherein the second cushion includes a main cushion inflated by receiving gas from the second inflator and an auxiliary cushion connected to the front portion of the main cushion to be in communication with each other through a vent aperture and inflated between a front windshield glass and the main cushion upon deployment; wherein the second airbag module includes an active vent unit configured to adjust the opening and closing of the vent aperture ; and wherein the active vent unit includes a closing tether for closing the vent aperture by compressing the edge of the vent aperture and a tether cutter for cutting the closing tether to open the vent aperture when the auxiliary cushion is to be deployed. a first airbag module disposed within the vehicle and including a first cushion deployed toward the front of a passenger and a first inflator configured to supply gas to the first cushion ; and a second airbag module disposed within a roof above the passenger and including a second cushion deployed downwards and a second inflator configured to supply gas to the second cushion ; wherein the second cushion includes a main cushion inflated by receiving gas from the second inflator and an auxiliary cushion connected to the front portion of the main cushion to be in communication with each other through a vent aperture and inflated between a front windshield glass and the main cushion upon deployment; wherein the second airbag module includes an active vent unit configured to adjust the opening and closing of the vent aperture ; and wherein the active vent unit includes a closing tether for closing the vent aperture by compressing the edge of the vent aperture and a tether cutter for cutting the closing tether to open the vent aperture when the auxiliary cushion is to be deployed.
An axial ventilator having a housing and a fan wheel arranged in the housing for generating an axial air flow through the housing , wherein the fan wheel comprises multiple fan wheel blades extending radially outward from a hub up to the respective blade tip , which blades extend spaced apart over a head gap from an inner wall of the housing , wherein the fan wheel blades comprise boreholes along the respective blade tip in the region of a front edge and a rear edge of the fan wheel blades , wherein each of the fan wheel blades comprises a middle section , which is free of boreholes , along the blade tip and adjoining a radial center line of the fan wheel blades on both sides, wherein the middle section defines 20-90% of an extension of the respective fan wheel blade in the circumferential direction and wherein the boreholes are formed on both axial sides of the fan wheel blades or as through boreholes through the fan wheel blades .
An oil sludge pyrolysis device, comprising an outer cylinder body and an inner cylinder body , a spiral conveyor belt being provided on an inner wall of the inner cylinder body , characterized in that thermally conductive pipes are provided on the spiral conveyor belt ; three or more thermally conductive pipes are evenly arranged on each screw pitch of the spiral conveyor belt , the thermally conductive pipes are arranged along a rotation direction of the spiral conveyor belt, the thermally conductive pipes are hollow pipes, the thermally conductive pipes are connected with a hot air chamber , and the hot air chamber is arranged between the outer cylinder body and the inner cylinder body .
A method in an electronic device associated with a media-providing service , comprising: receiving a first set of audio streams from each of a plurality of microphones ; in response to detecting a wake word, performing independent component analysis, ICA, on the first set of audio streams in real-time using a rolling window having a length of time corresponding to a length of the wake word to generate a second set of audio streams corresponding to each of a plurality of independent voices in the first set of audio streams; detecting , in a first audio stream of the second set of audio streams , a voice command to play media content from the media-providing service, comprising detecting: a beginning of the voice command; and an end of the voice command, wherein the end of the voice command overlaps in time with speech in a second audio stream of the second set of audio streams; further including, prior to the detecting of the voice command, detecting the wake word in the first audio stream of the second set of audio streams ; and in response to detecting the voice command, playing the media content from the media-providing service. receiving a first set of audio streams from each of a plurality of microphones ; in response to detecting a wake word, performing independent component analysis, ICA, on the first set of audio streams in real-time using a rolling window having a length of time corresponding to a length of the wake word to generate a second set of audio streams corresponding to each of a plurality of independent voices in the first set of audio streams; detecting , in a first audio stream of the second set of audio streams , a voice command to play media content from the media-providing service, comprising detecting: a beginning of the voice command; and an end of the voice command, wherein the end of the voice command overlaps in time with speech in a second audio stream of the second set of audio streams; a beginning of the voice command; and an end of the voice command, wherein the end of the voice command overlaps in time with speech in a second audio stream of the second set of audio streams; further including, prior to the detecting of the voice command, detecting the wake word in the first audio stream of the second set of audio streams ; and in response to detecting the voice command, playing the media content from the media-providing service.
Fluxgate current transducer including a fluxgate device comprising a saturable soft magnetic core and an excitation coil , and a signal processing circuit comprising a control circuit and a voltage generator connected to the control circuit for generating an alternating current in the excitation coil, the voltage generator generating a voltage oscillating between a maximum positive voltage (+ U ) and a maximum negative voltage (- U ) configured to alternatingly saturate the soft magnetic core , characterized in that the signal processing circuit comprises an overload circuit portion connected to the control circuit , configured to generate overload currents through the excitation coil over time windows ( Tn ) after detection of the excitation coil current reaching positive and negative threshold currents (+S3, -S3) representative of saturation of the magnetic core, during at least one of a plurality of alternating voltage periods (P), the overload current generated after detection of the saturation of the magnetic core in a same alternating voltage period having the same polarity as the excitation coil current in said same alternating voltage period.
Method for providing data for toll collection, in which - an apparatus arranged in a motor vehicle is used to ascertain a collision-free checksum in each case on the basis of a stipulated set of captured position data values for the vehicle, - the apparatus is used to store the respective set of captured position data values together with the associated checksum in stipulated form, - if the vehicle passes a respective stipulated toll beacon , a first data record comprising at least one of the stored checksums is sent to the respective toll beacon , wherein the toll beacon is designed to forward the first data record sent to the toll beacon to a toll ascertainment device , wherein the toll ascertainment device is designed to verify the position data and checksums provided by the apparatus on the basis of the first data record received by the toll beacon , - the apparatus is used to provide at least one portion of the stored position data values along with the associated checksums in stipulated form on a stipulated communication interface in response to a stipulated read signal and/or at stipulated intervals of time. - an apparatus arranged in a motor vehicle is used to ascertain a collision-free checksum in each case on the basis of a stipulated set of captured position data values for the vehicle, - the apparatus is used to store the respective set of captured position data values together with the associated checksum in stipulated form, - if the vehicle passes a respective stipulated toll beacon , a first data record comprising at least one of the stored checksums is sent to the respective toll beacon , wherein the toll beacon is designed to forward the first data record sent to the toll beacon to a toll ascertainment device , wherein the toll ascertainment device is designed to verify the position data and checksums provided by the apparatus on the basis of the first data record received by the toll beacon , - the apparatus is used to provide at least one portion of the stored position data values along with the associated checksums in stipulated form on a stipulated communication interface in response to a stipulated read signal and/or at stipulated intervals of time.
A vehicle lighting device comprising: a flange portion ; a storage portion that protrudes from one surface of the flange portion ; and a light emitting module that is provided in an end portion of the storage portion on a side opposite to the flange portion side, the light emitting module including a substrate , a first light emitting portion that is provided on the substrate , has a light emitting element , and emits white light, a second light emitting portion that is provided on the substrate , has a light emitting element , and emits red or-amber light, a control portion that causes one of the first light emitting portion and the second light emitting portion to emit light, and a portion that has a light-transmitting property and covers the first light emitting portion and the second light emitting portion , characterized in that the portion is a diffusion portion and the diffusion portion includes a diffusion material that diffuses the light emitted from the first light emitting portion and the second light emitting portion , the first light emitting portion and the second light emitting portion are provided in a position which is shifted from the central axis of the vehicle lighting device , and the first light emitting portion and the second light emitting portion are provided in a region of which a diameter is within 20 mm on the substrate . a flange portion ; a storage portion that protrudes from one surface of the flange portion ; and a light emitting module that is provided in an end portion of the storage portion on a side opposite to the flange portion side, the light emitting module including a substrate , a first light emitting portion that is provided on the substrate , has a light emitting element , and emits white light, a second light emitting portion that is provided on the substrate , has a light emitting element , and emits red or-amber light, a control portion that causes one of the first light emitting portion and the second light emitting portion to emit light, and a portion that has a light-transmitting property and covers the first light emitting portion and the second light emitting portion , characterized in that the portion is a diffusion portion and the diffusion portion includes a diffusion material that diffuses the light emitted from the first light emitting portion and the second light emitting portion , the first light emitting portion and the second light emitting portion are provided in a position which is shifted from the central axis of the vehicle lighting device , and the first light emitting portion and the second light emitting portion are provided in a region of which a diameter is within 20 mm on the substrate .
Tracking and display system for tracking the position of a motor vehicle driven by a user with respect to a determined route and the position of said user with respect to said motor vehicle , said tracking system comprising: - a first data acquisition unit arranged on said motor vehicle and configured to instantly detect the position of said motor vehicle with respect to said determined route; characterised in that the said tracking and display system also comprises: - a second data acquisition unit attached to said user and configured to instantly detect the position of said user with respect to said motor vehicle and to said determined route, - one processing unit to generate an image (I) of said position of said motor vehicle and of said position of said user; - a visual projection device connected to said processing unit and configured to be placed inside a helmet protecting said user, said visual projection device being configured to project onto a visor of said helmet said image (I) generated by said processing unit superimposed on the actual road surface (SS) of said determined route displayed by said user, so as to represent instantly the actual position of said motor vehicle and said user assumed in a previous passage on the same section of said route. - a first data acquisition unit arranged on said motor vehicle and configured to instantly detect the position of said motor vehicle with respect to said determined route; characterised in that the said tracking and display system also comprises: - a second data acquisition unit attached to said user and configured to instantly detect the position of said user with respect to said motor vehicle and to said determined route, - one processing unit to generate an image (I) of said position of said motor vehicle and of said position of said user; - a visual projection device connected to said processing unit and configured to be placed inside a helmet protecting said user, said visual projection device being configured to project onto a visor of said helmet said image (I) generated by said processing unit superimposed on the actual road surface (SS) of said determined route displayed by said user, so as to represent instantly the actual position of said motor vehicle and said user assumed in a previous passage on the same section of said route.
A rainwater collector to be mounted on a gutter downspout (D), of the type comprising: - a mounting plate intended to be coupled to the gutter downspout (D), having an orifice intended to be placed facing an opening (O) provided in the gutter downspout (D), - a scoop intended to be introduced into the gutter downspout (D), through the orifice (O) of the mounting plate , - a scoop support intended to be mounted through the orifice (O) of the mounting plate and to support the scoop inside the gutter downspout (D), wherein the scoop and the scoop support are detachably coupled, characterized in that the scoop support has a base and a bearing frame extending from the base , the scoop support further comprising a tab extending from the base inside the bearing frame , the tab being elastically deformable to form a clamp with the bearing frame and maintain the scoop between the tab and the bearing frame , or in that the scoop support has a base and a cradle extending from the base , the cradle comprising a first hook close to the base and a second hook at the free end of the cradle , the scoop comprising a first notch and a second notch , the scoop being configured to be inserted under the first hook such that the first hook is accommodated in the first notch and to be clipped onto the cradle by introducing the second hook into the second notch . - a mounting plate intended to be coupled to the gutter downspout (D), having an orifice intended to be placed facing an opening (O) provided in the gutter downspout (D), - a scoop intended to be introduced into the gutter downspout (D), through the orifice (O) of the mounting plate , - a scoop support intended to be mounted through the orifice (O) of the mounting plate and to support the scoop inside the gutter downspout (D),
An isolated Clostridial Botulinum neurotoxin (BoNT) polypeptide, comprising an amino acid sequence that has at least 85%, at least 86%, at least 87%, at least 88%, at least 89%, at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or at least 99.5% identity to SEQ ID NO: 3, optionally wherein the isolated BoNT polypeptide comprises the amino acid sequence of SEQ ID NO: 3, wherein the BoNT polypeptide does not cross react with an antibody against BoNT serotype A, B, C, D, E, F, or G.