mhurhangee/patent-ind-claim-en huggingface dataset:
A device for monitoring the proper functioning of a transmission path, comprising - a camera for capturing a detection area and for generating corresponding first signals (S1); - a display unit for displaying the detection area captured by the camera using the first signals (S1); - a light source array located in the detection area of the camera ; and - a communication unit for transmitting the first signals (S1), characterised in that : - the device further comprises a detection unit with an optical measuring sensor array for detecting the display output of the display unit and for generating corresponding second signals (S2); - the device further comprises a monitoring unit which actuates the light source array using a pre-definable pattern (M) and checks whether the second signals (S2) generated by the detection unit contain the pre-definable pattern (M) during evaluation of the display output of the display unit ; and - the communication unit is additionally for transmitting the second signals (S2) and the pre-definable pattern (M). - a camera for capturing a detection area and for generating corresponding first signals (S1); - a display unit for displaying the detection area captured by the camera using the first signals (S1); - a light source array located in the detection area of the camera ; and - a communication unit for transmitting the first signals (S1), - the device further comprises a detection unit with an optical measuring sensor array for detecting the display output of the display unit and for generating corresponding second signals (S2); - the device further comprises a monitoring unit which actuates the light source array using a pre-definable pattern (M) and checks whether the second signals (S2) generated by the detection unit contain the pre-definable pattern (M) during evaluation of the display output of the display unit ; and - the communication unit is additionally for transmitting the second signals (S2) and the pre-definable pattern (M).
A coffee capsule maker comprising a rotating carousel with at least one capsule hitch , a capsule deposit , a coffee deposit , a capsule cover provider having a sealing piston , and an extracting window with means for releasing the capsule from the hitch , wherein the rotating carousel goes through consecutively the capsule deposit , the coffee deposit , the capsule cover provider and the extracting window , characterized in that the coffee deposit is a coffee grain deposit with a coffee grinder in its lower part, wherein the rotating carousel and the coffee grinder are activated by a common shaft ; and in that the sealing piston has an electrical resistance to seal the capsule cover on the capsule.
A dual friction clutch for an automatic transmission of a motor vehicle, comprising a clutch cover connected to a flywheel , and an inner shaft and an outer shaft bearing mounted concentrically relative to each other and coaxially relative to an engine shaft, wherein first and second clutch discs and a pressure plate arranged therebetween are seated on the shafts , wherein both clutch discs are axially enclosed from the outside by friction surfaces of the flywheel and of a thrust plate axially supported on the clutch cover , wherein the clutch discs transfer the drive from the engine shaft to the selected inner or outer shaft alternatively clamped by means of the controlled fluid pressure, characterized in that the pressure plate is slidably seated on the inner shaft by means of a cylinder of a double-action piston-type actuator (S), the piston of which, in the form of a ring set off from the inner shaft , separates two chambers (A and B) on both sides, connected to a supply head through channels guided along the inner shaft .
A dual-mode RFID device comprising: a RFID chip assembly , and an integrated dual-mode RFID strap comprising a conductive ring and a HF antenna coupled to the RFID chip assembly, wherein the integrated dual-mode RFID strap is coupled to a UHF antenna . a RFID chip assembly , and an integrated dual-mode RFID strap comprising a conductive ring and a HF antenna coupled to the RFID chip assembly, wherein the integrated dual-mode RFID strap is coupled to a UHF antenna .
A vehicle comprising: at least one vehicle seat with a headrest of the vehicle seat or a speaker box to be attached to the vehicle seat or to the headrest , the headrest or the speaker box comprising: a plurality of speakers integrated in the headrest or in the speaker box , wherein each speaker of the plurality of speakers has a main sound emission direction , and wherein each speaker of the plurality of speakers is fixed in the headrest or in the speaker box in such a way that the respective main sound emission direction is inclined with respect to a backrest main direction of a backrest of the vehicle seat , wherein the plurality of speakers comprise a first speaker and a second speaker , wherein the first speaker has a first main sound emission direction and the second speaker has a second main sound emission direction , wherein the second main sound direction is different from the first main sound direction , wherein the first speaker and the second speaker are lowered arranged in the headrest or in the speaker box with respect to a sound outlet opening at a top side of the headrest or the speaker box so that during operation sound waves emitted from the first speaker and the second speaker are mixed in a chamber formed in the headrest or in the speaker box ; and further comprising a dedicated sound wave reflector arranged above the headrest of the vehicle seat or the speaker box on a vehicle ceiling , wherein the sound wave reflector is configured to reflect sound waves emitted from the first speaker and the second speaker integrated in the headrest or in the speaker box with a lower sound wave loss than the vehicle ceiling in the vehicle . a plurality of speakers integrated in the headrest or in the speaker box , wherein each speaker of the plurality of speakers has a main sound emission direction , and wherein each speaker of the plurality of speakers is fixed in the headrest or in the speaker box in such a way that the respective main sound emission direction is inclined with respect to a backrest main direction of a backrest of the vehicle seat , wherein the plurality of speakers comprise a first speaker and a second speaker , wherein the first speaker has a first main sound emission direction and the second speaker has a second main sound emission direction , wherein the second main sound direction is different from the first main sound direction , wherein the first speaker and the second speaker are lowered arranged in the headrest or in the speaker box with respect to a sound outlet opening at a top side of the headrest or the speaker box so that during operation sound waves emitted from the first speaker and the second speaker are mixed in a chamber formed in the headrest or in the speaker box ; and further comprising a dedicated sound wave reflector arranged above the headrest of the vehicle seat or the speaker box on a vehicle ceiling , wherein the sound wave reflector is configured to reflect sound waves emitted from the first speaker and the second speaker integrated in the headrest or in the speaker box with a lower sound wave loss than the vehicle ceiling in the vehicle .
A method of enabling an attestable update of a firmware layer that provides a unique identity of a computing device the method comprising: using an immutable firmware layer to access a unique device secret ; using the immutable firmware layer to derive a hardware device identity, HDI, from the unique device secret ; using the immutable firmware layer to derive a compound device identity, CDI, from a measurement of the firmware layer and the unique device secret ; making the compound device identity CDI and HDI available to the firmware layer ; and using the firmware layer to issue a local certificate to endorse a device identity key, derived from the CDI, the local certificate signed by a key derived from the HDI. using an immutable firmware layer to access a unique device secret ; using the immutable firmware layer to derive a hardware device identity, HDI, from the unique device secret ; using the immutable firmware layer to derive a compound device identity, CDI, from a measurement of the firmware layer and the unique device secret ; making the compound device identity CDI and HDI available to the firmware layer ; and using the firmware layer to issue a local certificate to endorse a device identity key, derived from the CDI, the local certificate signed by a key derived from the HDI.
A wheeled road vehicle comprising: - A frame ; - A handle ; - At least one front wheel ; - And wherein the vehicle further comprises: - A first skid and a second skid , each one equipped with at least one wheel ; - Each one of said first skid and second skid forming a support plane for a user's foot; - Said first and second skid being connected to the frame so that each skid can move independently of each other with respect to said frame; Characterized by the fact that: - The end part of each skid which is connected to the frame forms a first surface and a second surface opposite each other and wherein a recall means comprised between said first surface and a surface of the frame is provided and a further recall means comprised between said second surface and a second surface of the frame is provided. - A frame ; - A handle ; - At least one front wheel ; - And wherein the vehicle further comprises: - A first skid and a second skid , each one equipped with at least one wheel ; - Each one of said first skid and second skid forming a support plane for a user's foot; - Said first and second skid being connected to the frame so that each skid can move independently of each other with respect to said frame; - The end part of each skid which is connected to the frame forms a first surface and a second surface opposite each other and wherein a recall means comprised between said first surface and a surface of the frame is provided and a further recall means comprised between said second surface and a second surface of the frame is provided.
Transport device for transporting a tire component in a transport direction, wherein the transport device comprises at least three conveyors extending mutually parallel in the transport direction and side-by-side in a lateral direction perpendicular to the transport direction to form a combined conveying surface for conveying the tire component in the transport direction, wherein the at least three conveyors comprise an intermediate conveyor, a first side conveyor on a first side of the intermediate conveyor in the lateral direction and a second side conveyor on a second side of the intermediate conveyor in the lateral direction, opposite to the first side, wherein the intermediate conveyor, the first side conveyor and the second side conveyor are movable at different speeds with respect to each other in a direction parallel to the transport direction.
Inhaler , preferably for insertion into a nostril , in particular of a horse , with an inhalation valve , which has a movable valve element , wherein the valve element is designed to be annular and comprises an outer edge and an inner edge , wherein the inner edge forms a boundary of a through passage of the valve element , characterized in that the valve element is fastened at the outer edge and the inhaler has a stop for the valve element on a side of the valve element that faces away from a valve body seat , wherein the stop corresponds in shape and diameter to the inner edge of the valve element . wherein the valve element is designed to be annular and comprises an outer edge and an inner edge , wherein the inner edge forms a boundary of a through passage of the valve element , characterized in that the valve element is fastened at the outer edge and the inhaler has a stop for the valve element on a side of the valve element that faces away from a valve body seat , wherein the stop corresponds in shape and diameter to the inner edge of the valve element .
A method for use in a virtual host server for providing a virtual mobile phone interface, the method comprising: collecting, via the virtual host server , user phone data and phone interface information from a virtual mobile phone application running on a mobile phone device ; receiving, at an authentication and control module , an access request associated with the mobile phone device from a user operating a client device; determining, by the authentication and control module , a level of access requested by the user in the access request; activating, by the virtual host server , a mobile phone emulator on a browser interface associated with the client device based on the level of access requested and phone interface information, wherein the activated mobile phone emulator uses the phone interface information to replicate, for providing the functionality of the mobile phone device, an interface of an operating system as provided on the mobile phone device when the phone interface information was collected; and wherein: in response to the user requesting a first level of access, the virtual host server disables the mobile phone device; and in response to the user requesting a second level of access, the virtual host server retrieves only the user phone data when activating the mobile phone emulator. collecting, via the virtual host server , user phone data and phone interface information from a virtual mobile phone application running on a mobile phone device ; receiving, at an authentication and control module , an access request associated with the mobile phone device from a user operating a client device; determining, by the authentication and control module , a level of access requested by the user in the access request; activating, by the virtual host server , a mobile phone emulator on a browser interface associated with the client device based on the level of access requested and phone interface information, wherein the activated mobile phone emulator uses the phone interface information to replicate, for providing the functionality of the mobile phone device, an interface of an operating system as provided on the mobile phone device when the phone interface information was collected; and wherein: in response to the user requesting a first level of access, the virtual host server disables the mobile phone device; and in response to the user requesting a second level of access, the virtual host server retrieves only the user phone data when activating the mobile phone emulator. in response to the user requesting a first level of access, the virtual host server disables the mobile phone device; and in response to the user requesting a second level of access, the virtual host server retrieves only the user phone data when activating the mobile phone emulator.
A method of testing a cement, the method comprising simultaneously: providing a first pressure in a cement sample by controlling pore pressure in the cement sample inside a sample container disposed in a pressure vessel of a testing apparatus while the cement sample is curing by supplying a first pressurised fluid to a sample volume of the sample container; and independently providing a second pressure by controlling a confining pressure applied to lateral exterior surfaces of the sample container by supplying a second pressurised fluid to lateral exterior surfaces of the sample container; and measuring a mechanical property and/or behaviour of the cement sample. providing a first pressure in a cement sample by controlling pore pressure in the cement sample inside a sample container disposed in a pressure vessel of a testing apparatus while the cement sample is curing by supplying a first pressurised fluid to a sample volume of the sample container; and independently providing a second pressure by controlling a confining pressure applied to lateral exterior surfaces of the sample container by supplying a second pressurised fluid to lateral exterior surfaces of the sample container; and measuring a mechanical property and/or behaviour of the cement sample.
A method comprising: linking, by a processor, a construct with an industrial data object that represents an industrial equipment including a sensor, wherein the industrial data object hosts a plurality of resources for the industrial equipment, wherein the construct comprises a semantic construct in the form of at least one of an Internationalized Resource Identifier, IRI, , a uniform resource identifier, URI, , or a uniform resource locator, URL, that identifies a specific resource among the plurality of resources hosted by the industrial data object in the semantic construct, wherein the specific resource corresponds to a sensor measurement reading output from the industrial equipment; receiving, by the processor, a request including the construct from an application for the sensor measurement reading via the specific resource; translating, by the processor, the construct into an internet protocol, IP, address that is associated with the sensor measurement reading output from the industrial equipment; and responding, at the direction of the processor, to the request by routing the sensor measurement reading to the application for displaying the sensor measurement reading. linking, by a processor, a construct with an industrial data object that represents an industrial equipment including a sensor, wherein the industrial data object hosts a plurality of resources for the industrial equipment, wherein the construct comprises a semantic construct in the form of at least one of an Internationalized Resource Identifier, IRI, , a uniform resource identifier, URI, , or a uniform resource locator, URL, that identifies a specific resource among the plurality of resources hosted by the industrial data object in the semantic construct, wherein the specific resource corresponds to a sensor measurement reading output from the industrial equipment; receiving, by the processor, a request including the construct from an application for the sensor measurement reading via the specific resource; translating, by the processor, the construct into an internet protocol, IP, address that is associated with the sensor measurement reading output from the industrial equipment; and responding, at the direction of the processor, to the request by routing the sensor measurement reading to the application for displaying the sensor measurement reading.
A warehousing apparatus, comprising: a temporary storage layer board , wherein the temporary storage layer board is used to provide a temporary storage position; a plurality of shelves , wherein each of the shelves comprises at least one storage layer board and a plurality of columns arranged at an interval in a horizontal direction, the storage layer board is used to provide a storage position, and the storage layer board is arranged at an interval with the temporary storage layer board in a vertical direction through the columns ; a first robot channel for a first robot to drive, wherein the first robot is used to access a cargo on the temporary storage layer board ; and a second robot channel for a second robot to drive, wherein the second robot is used to transfer the cargo between the temporary storage layer board and the storage layer board , wherein the columns are arranged on a periphery of the storage layer board , wherein the first robot channel comprises a first driving channel , characterized in that the first driving channel is disposed between the temporary storage layer board and the columns , wherein the temporary storage layer board is provided with furcal grooves , and each of the furcal grooves is used to cooperate with a furcal arm of the first robot . a temporary storage layer board , wherein the temporary storage layer board is used to provide a temporary storage position; a plurality of shelves , wherein each of the shelves comprises at least one storage layer board and a plurality of columns arranged at an interval in a horizontal direction, the storage layer board is used to provide a storage position, and the storage layer board is arranged at an interval with the temporary storage layer board in a vertical direction through the columns ; a first robot channel for a first robot to drive, wherein the first robot is used to access a cargo on the temporary storage layer board ; and a second robot channel for a second robot to drive, wherein the second robot is used to transfer the cargo between the temporary storage layer board and the storage layer board , wherein the columns are arranged on a periphery of the storage layer board , wherein the first robot channel comprises a first driving channel , characterized in that the first driving channel is disposed between the temporary storage layer board and the columns , wherein the temporary storage layer board is provided with furcal grooves , and each of the furcal grooves is used to cooperate with a furcal arm of the first robot .
A battery pack for a vehicle , comprising: - a battery module including a plurality of secondary battery cells , - a carrier plate with a top surface configured for supporting the battery module , wherein the carrier plate includes an integral cooling channel structure, the integral cooling channel structure having at least one opening at a side wall of the carrier plate , - a liquid cooling circuit being in thermal contact with the battery module , wherein the integral cooling channel structure is part of the cooling circuit and the liquid cooling circuit further includes a coolant distributer configured for tightly connection to the integral cooling channel structure at the opening , and - a coupling member , wherein the coupling member and the side wall of the carrier plate include a pair of corresponding coupling elements configured for establishing a mechanical connection between the coupling member and the carrier plate , and wherein the coupling member further includes mounting brackets for attachment of the coolant distributor . - a battery module including a plurality of secondary battery cells , - a carrier plate with a top surface configured for supporting the battery module , wherein the carrier plate includes an integral cooling channel structure, the integral cooling channel structure having at least one opening at a side wall of the carrier plate , - a liquid cooling circuit being in thermal contact with the battery module , wherein the integral cooling channel structure is part of the cooling circuit and the liquid cooling circuit further includes a coolant distributer configured for tightly connection to the integral cooling channel structure at the opening , and - a coupling member , wherein the coupling member and the side wall of the carrier plate include a pair of corresponding coupling elements configured for establishing a mechanical connection between the coupling member and the carrier plate , and wherein the coupling member further includes mounting brackets for attachment of the coolant distributor .