mhurhangee/patent-ind-claim-en huggingface dataset:
Bicycle component for an at least partially muscle-powered bicycle , comprising a seat post device telescopically adjustable between at least two positions for adapting the saddle height, and at least one locking device for locking the seat post device in at least one of the positions , wherein the seat post device comprises at least two support members movable relative to one another namely, a first support member and a second support member , wherein the second support member serves to receive a saddle , and wherein the first support member can be firmly fastened to the frame structure of the bicycle, characterized in that the first support member is disposed inside the second support member at least in sections, and that for telescoping the seat post device the second support member can be moved at least in sections over the first support member , and that the second support member is configured single-walled, and that the locking device is at least partially disposed inside the first support member and comprises at least one bolt member , which in the locked state extends through at least one wall of the first support member into the second support member .
Method for informing at least one receiver vehicle about a wrong-way driver vehicle , wherein a stationary server device receives wrong-way driver data from the wrong-way driver vehicle or from another motor vehicle or from a fixedly installed monitoring device, said wrong-way driver data describing at least one current position of the wrong-way driver vehicle , characterised in that the server device provides a digital road map which is divided into partial areas of a predetermined size and selects the partial area in which the wrong-way driver vehicle is located in the road map by means of the wrong-way driver data and updates map data of the selected partial area by means of the wrong-way driver data and sends the updated map data of the partial area to the at least one receiver vehicle , and the at least one receiver vehicle enters the received map data in an on-board digital road map and checks by means of the on-board road map whether the wrong-way driver vehicle fulfils a predetermined relevance criterion for the receiver vehicle , wherein in the case of a fulfilled relevance criterion , at least one predetermined protective measure is implemented in the receiver vehicle , wherein the relevance criterion comprises that a planned or estimated driving route of the receiver vehicle intersects a driving route of the wrong-way driver vehicle and/or that the wrong-way driver vehicle is arranged in front of the receiver vehicle in the driving direction thereof and/or that driving route data of the receiver vehicle and driving route data of the wrong-way driver vehicle specify the same road and/or that the wrong-way driver vehicle is driving on the same side of the road as the receiver vehicle .
Optical device , adapted for the transmission/reflection of electromagnetic radiation in a wavelength range of the electromagnetic spectrum corresponding to infrared radiation, without diffraction order, in which the direction of light passing from air to the device or from the device to air does not change the reflection and transmission rates of the device , said device comprising at least: - a substrate made from a first material selected from the following: silicon Si, germanium Ge, zinc sulfide ZnS, zinc selenide ZnSe, - a coating layer formed on a first side of the substrate and made from a second material, different from the first material, this second material being selected from the following: silicon Si, germanium Ge, zinc sulfide ZnS, zinc selenide ZnSe, tantalum pentoxide Ta2O5, hafnium dioxide HfO2, alumina Al2O3, and - a surface texturing forming cavities in the device , varying the effective refractive index on the surface of the device, the cavities passing through the coating layer and partially digging into the substrate , - at least one backside layer , formed on a second side of the substrate opposite the first side, with a function different from that of the coating layer , made from a material different from the substrate and the coating , the material of the backside layer being selected from the following: silicon Si, germanium Ge, zinc sulfide ZnS, or zinc selenide ZnSe. - a substrate made from a first material selected from the following: silicon Si, germanium Ge, zinc sulfide ZnS, zinc selenide ZnSe, - a coating layer formed on a first side of the substrate and made from a second material, different from the first material, this second material being selected from the following: silicon Si, germanium Ge, zinc sulfide ZnS, zinc selenide ZnSe, tantalum pentoxide Ta2O5, hafnium dioxide HfO2, alumina Al2O3, and - a surface texturing forming cavities in the device , varying the effective refractive index on the surface of the device, the cavities passing through the coating layer and partially digging into the substrate , - at least one backside layer , formed on a second side of the substrate opposite the first side, with a function different from that of the coating layer , made from a material different from the substrate and the coating , the material of the backside layer being selected from the following: silicon Si, germanium Ge, zinc sulfide ZnS, or zinc selenide ZnSe.
A device for packaging drug portions, having a plurality of reservoir and dispensing stations for dispensing individual drug portions, at least one conveyance and collecting apparatus for receiving the drug portions dispensed by the reservoir and dispensing stations and transferring the drug portions, a packaging material feed for feeding a flexible, elongated packaging material web , a packaging device with a folding and conveyance device , wherein the folding and conveyance device has a packaging material receiving area with a passage , and is designed in such a manner that the elongated packaging material web is fed to the passage , which is designed in such a manner that the elongated packaging material web is molded in the direction of movement into a tubular packaging material web , the shape of which is defined by the passage , having a packaging material overlap region , a first joining device arranged downstream of the folding and conveyance device , which joins the tubular packaging material web at the packaging material overlap region in the direction of movement of the tubular packaging material , and a second joining device arranged downstream of the first joining device , which joins the tubular packaging material web at prespecified intervals with respect to the direction of movement, such that a continuous blister tube is created, characterized by a guide device arranged above the folding and conveyance device , having a receiving segment for drug portions and a conveying segment which extends in the direction of the passage of the folding and conveyance device and which guides drug portions into the tubular packaging material web .
A household appliance configured to implement an automatic cycle of operation for treating an article, the household appliance comprising: a treating chamber configured to receive the article for treatment according to the automatic cycle of operation; a sump fluidly coupled to the treating chamber ; a liquid circuit fluidly coupled to at least one of the treating chamber or the sump ; an immersible heater located within the sump ; and a mechanical vibrator physically coupled to the immersible heater , characterized in that the immersible heater is an immersible laminate heater having a pair of electrodes and a laminate structure comprising: a thermoresistive nano-coating heater layer electrically connected to the pair of electrodes ; a liquid-impermeable and electrically non-conductive barrier layer abutting the heater layer ; and a superhydrophobic nano-coating protective layer abutting the barrier layer . a treating chamber configured to receive the article for treatment according to the automatic cycle of operation; a sump fluidly coupled to the treating chamber ; a liquid circuit fluidly coupled to at least one of the treating chamber or the sump ; an immersible heater located within the sump ; and a mechanical vibrator physically coupled to the immersible heater , characterized in that the immersible heater is an immersible laminate heater having a pair of electrodes and a laminate structure comprising: a thermoresistive nano-coating heater layer electrically connected to the pair of electrodes ; a liquid-impermeable and electrically non-conductive barrier layer abutting the heater layer ; and a superhydrophobic nano-coating protective layer abutting the barrier layer . a thermoresistive nano-coating heater layer electrically connected to the pair of electrodes ; a liquid-impermeable and electrically non-conductive barrier layer abutting the heater layer ; and a superhydrophobic nano-coating protective layer abutting the barrier layer .
A speaker comprising: a magnetic circuit having a magnetic gap (G); a frame fixed to the magnetic circuit ; a voice coil disposed in the magnetic gap (G); a cylindrical bobbin around which the voice coil is formed; and a diaphragm configured so that an inner circumferential side of the diaphragm is fixed to the bobbin and an outer edge of the diaphragm is supported by the frame with an edge member intervening between the outer edge and the frame ; wherein the diaphragm has a non-axisymmetric shape with respect to a center axis passing through a center of the bobbin , wherein the diaphragm is made of a molded material including fibrous fillers, characterised in that , when a shape stiffness of the diaphragm is low along a short axis, the orientation of the fibrous fillers is set to match a short-axis direction of the diaphragm ; or wherein, when a shape stiffness of the diaphragm is low along a long axis, the orientation of the fibrous fillers is set to match a long-axis direction of the diaphragm . a magnetic circuit having a magnetic gap (G); a frame fixed to the magnetic circuit ; a voice coil disposed in the magnetic gap (G); a cylindrical bobbin around which the voice coil is formed; and a diaphragm configured so that an inner circumferential side of the diaphragm is fixed to the bobbin and an outer edge of the diaphragm is supported by the frame with an edge member intervening between the outer edge and the frame ; wherein the diaphragm has a non-axisymmetric shape with respect to a center axis passing through a center of the bobbin , wherein the diaphragm is made of a molded material including fibrous fillers, characterised in that , when a shape stiffness of the diaphragm is low along a short axis, the orientation of the fibrous fillers is set to match a short-axis direction of the diaphragm ; or wherein, when a shape stiffness of the diaphragm is low along a long axis, the orientation of the fibrous fillers is set to match a long-axis direction of the diaphragm .
A method for producing an organic polysilane, comprising: polymerizing an organic dihalosilane in an aprotic solvent in a presence of an alkali metal, an alkali earth metal, or a mixture of an alkali metal and an alkali earth metal to obtain a mixture comprising an organic polysilane having a terminal halogeno group; adding a solution comprising an organic lithium compound and an aprotic polar solvent to the mixture to inactivate the organic polysilane having the terminal halogeno group; and then adding a protic polar solvent thereto to deactivate the alkali metal and/or the alkali earth metal, wherein the organic lithium compound is methyl lithium, the organic dihalosilane is dimethyldichlorosilane, and the aprotic polar solvent is an ether-based solvent. polymerizing an organic dihalosilane in an aprotic solvent in a presence of an alkali metal, an alkali earth metal, or a mixture of an alkali metal and an alkali earth metal to obtain a mixture comprising an organic polysilane having a terminal halogeno group; adding a solution comprising an organic lithium compound and an aprotic polar solvent to the mixture to inactivate the organic polysilane having the terminal halogeno group; and then adding a protic polar solvent thereto to deactivate the alkali metal and/or the alkali earth metal, wherein the organic lithium compound is methyl lithium, the organic dihalosilane is dimethyldichlorosilane, and the aprotic polar solvent is an ether-based solvent.
An integrated sealing assembly for sealing a bundle of wires comprises: a lower portion that defines a generally planar shape; a plurality of vertical members extending from the lower portion having a space therebetween for placement of one or more wires in a first direction; and a thermally conductive material embedded within the lower portion , wherein the integrated sealing assembly is formed from a sealant material, and wherein when one or more wires are arranged within the space between the plurality of vertical members in the first direction and the integrated sealing assembly is wrapped in a second direction that is generally perpendicular to the first direction to thereby surround the wires , the thermally conductive material of the integrated sealing assembly facilitates thermal energy distribution of applied heat throughout the assembly to thereby lower a viscosity of the sealant material to a point at which the sealant material of the integrated sealing assembly fills voids between the one or more wires . a lower portion that defines a generally planar shape; a plurality of vertical members extending from the lower portion having a space therebetween for placement of one or more wires in a first direction; and a thermally conductive material embedded within the lower portion , wherein the integrated sealing assembly is formed from a sealant material, and wherein when one or more wires are arranged within the space between the plurality of vertical members in the first direction and the integrated sealing assembly is wrapped in a second direction that is generally perpendicular to the first direction to thereby surround the wires , the thermally conductive material of the integrated sealing assembly facilitates thermal energy distribution of applied heat throughout the assembly to thereby lower a viscosity of the sealant material to a point at which the sealant material of the integrated sealing assembly fills voids between the one or more wires .
Active accelerator pedal of a vehicle, comprising - a pedal unit with a pedal which is arranged so as to be pivotable at a pivoting axis , and - an actuator unit with an electric drive , - wherein the actuator unit is configured to apply an opposing force to a pedal force which is exerted on the pedal , and - there is free travel between the actuator unit and the pedal unit , wherein the opposing force cannot be applied to the pedal force until after the free travel has been travelled through, wherein the actuator unit also comprises a transmission mechanism which is arranged between the electric drive and the pedal unit , characterized in that the transmission is a worm gear with a worm and a driven worm element . - a pedal unit with a pedal which is arranged so as to be pivotable at a pivoting axis , and - an actuator unit with an electric drive , - wherein the actuator unit is configured to apply an opposing force to a pedal force which is exerted on the pedal , and - there is free travel between the actuator unit and the pedal unit , wherein the opposing force cannot be applied to the pedal force until after the free travel has been travelled through, wherein the actuator unit also comprises a transmission mechanism which is arranged between the electric drive and the pedal unit ,
An automated process performed by a video encoder device to provide a placeshifted video stream to a media player via a network , the process comprising: receiving a media program by the video encoder device before receiving an instruction from the media player via the network to encode the media program, the video encoder device pre-encoding at least a portion of the media program to a placeshifting format that is a low bandwidth format for being readily transmitted to the media player on request, wherein the pre-encoded portion comprises the first few seconds of the beginning of the media program; in response to the video encoder device receiving the instruction from the media player to encode the media program, the video encoder device initially providing the pre-encoded portion of the media program to the media player to thereby allow the media player to begin immediate playback of the pre-encoded portion; and after providing the pre-encoded portion of the media program in response to the instruction, the video encoder device live encoding remaining portions of the media program according to then-current network conditions to thereby provide the placeshifted video stream to the media player and simultaneously, with a separate encoder, pre-encoding the first few seconds of later portions of the media program following a commercial advertisement or scene change in the media program and providing the pre-encoded later portions to the media player via the network for caching such that those later portions are available for immediately playback if the user engages a trick play mode to jump ahead to a cached later portion of the media program. receiving a media program by the video encoder device before receiving an instruction from the media player via the network to encode the media program, the video encoder device pre-encoding at least a portion of the media program to a placeshifting format that is a low bandwidth format for being readily transmitted to the media player on request, wherein the pre-encoded portion comprises the first few seconds of the beginning of the media program; in response to the video encoder device receiving the instruction from the media player to encode the media program, the video encoder device initially providing the pre-encoded portion of the media program to the media player to thereby allow the media player to begin immediate playback of the pre-encoded portion; and after providing the pre-encoded portion of the media program in response to the instruction, the video encoder device live encoding remaining portions of the media program according to then-current network conditions to thereby provide the placeshifted video stream to the media player and simultaneously, with a separate encoder, pre-encoding the first few seconds of later portions of the media program following a commercial advertisement or scene change in the media program and providing the pre-encoded later portions to the media player via the network for caching such that those later portions are available for immediately playback if the user engages a trick play mode to jump ahead to a cached later portion of the media program.
Connection arrangement for an air conditioning system, comprising a connector , which is connected to a first pipe and has a passage channel and at least one cylindrical portion , which is inserted into a further pipe or into another component of the air conditioning system, and a radial flange , to which a sealing element is assigned, wherein a support body is assigned to the radial flange , the support body enclosing the passage channel and being provided with a radially protruding projection , the projection being equipped to be able to receive at least one fastening means , characterized in that the projection of the support body is bent at its free end in such a way that it encloses the radial flange in portions in the bent regions, wherein the connector is made from plastic material and wherein the support body and the radial flange are formed congruently with one another at the mutually facing faces.
Rollator , - with a wheel pair at the front in the direction of travel and a wheel pair at the rear in the direction of travel, - with a frame having rearwardly directed struts, wherein each strut holds a rear wheel of the rear wheel pair, - with an electromotive drive, by means of which the rollator is movable forwards at least in the direction of travel, - with a scissor mechanism for folding the rollator, which has two intersecting scissor levers with a scissor axis connecting the scissor levers , and by means of which the rollator can be folded along an axis parallel to the direction of movement of the rollator , characterised in that - a platform is fastened to the rollator and has at least one wheel and provides a standing surface for a person using the rollator , - a coupling means is provided, by means of which the platform is arranged on the rollator so as to bear tensile and thrust loads, - the coupling means is arranged in the intersection region of the scissor levers associated with the rollator , - the coupling means comprises a fixing hook which surrounds the intersection region of the scissor levers and whose support struts rest on the scissor levers . - with a wheel pair at the front in the direction of travel and a wheel pair at the rear in the direction of travel, - with a frame having rearwardly directed struts, wherein each strut holds a rear wheel of the rear wheel pair, - with an electromotive drive, by means of which the rollator is movable forwards at least in the direction of travel, - with a scissor mechanism for folding the rollator, which has two intersecting scissor levers with a scissor axis connecting the scissor levers , and by means of which the rollator can be folded along an axis parallel to the direction of movement of the rollator , - a platform is fastened to the rollator and has at least one wheel and provides a standing surface for a person using the rollator , - a coupling means is provided, by means of which the platform is arranged on the rollator so as to bear tensile and thrust loads, - the coupling means is arranged in the intersection region of the scissor levers associated with the rollator , - the coupling means comprises a fixing hook which surrounds the intersection region of the scissor levers and whose support struts rest on the scissor levers .