mhurhangee/patent-ind-claim-en huggingface dataset:
A car comprising: two front wheels ; two rear wheels ; a body , which has two front wheel compartments , each housing, on the inside, a corresponding front wheel , and two rear wheel compartments , each housing, on the inside, a corresponding rear wheel ; at least two covering panels , each arranged in the area of a corresponding wheel compartment to close the wheel compartment and is mounted on the body so as to be movable between a contracted position, in which the covering panel is completely flush with the body , and an expanded position, in which the covering panel is at least partially spaced apart from the body ; and two actuator devices , each coupled to a corresponding covering panel so as to move the covering panel between the contracted position and the expanded position; the car is characterized in that each actuator device is a pneumatic device and comprises: a deformable body , which expands, increasing its size, when it is subjected to the atmospheric pressure and contracts, reducing its size, when it is subjected to a vacuum; a vacuum source , which is designed to generate a vacuum; and a pneumatic selector , which is designed to alternatively connect the deformable body to the vacuum source or the atmospheric pressure. two front wheels ; two rear wheels ; a body , which has two front wheel compartments , each housing, on the inside, a corresponding front wheel , and two rear wheel compartments , each housing, on the inside, a corresponding rear wheel ; at least two covering panels , each arranged in the area of a corresponding wheel compartment to close the wheel compartment and is mounted on the body so as to be movable between a contracted position, in which the covering panel is completely flush with the body , and an expanded position, in which the covering panel is at least partially spaced apart from the body ; and two actuator devices , each coupled to a corresponding covering panel so as to move the covering panel between the contracted position and the expanded position; the car is characterized in that each actuator device is a pneumatic device and comprises: a deformable body , which expands, increasing its size, when it is subjected to the atmospheric pressure and contracts, reducing its size, when it is subjected to a vacuum; a vacuum source , which is designed to generate a vacuum; and a pneumatic selector , which is designed to alternatively connect the deformable body to the vacuum source or the atmospheric pressure. a deformable body , which expands, increasing its size, when it is subjected to the atmospheric pressure and contracts, reducing its size, when it is subjected to a vacuum; a vacuum source , which is designed to generate a vacuum; and a pneumatic selector , which is designed to alternatively connect the deformable body to the vacuum source or the atmospheric pressure.
A network slice management system for slicing a network into multiple groups of network slices composed of a collection of network functions, each dedicated to supporting a specific respective use for subscribers of the slice, comprising: • a programming interface configured to: ∘ receive commands for creation and/or configuration of a network slice design comprising constraints and requirements defining an architecture of network functions that when deployed form a network slice of a network , the commands include selection of at least one network function and a definition of an interaction of the selected at least one network function with other network functions , • a slice management component configured to produce the network slice by: ∘ creating a configured network architecture on the basis of the network slice design in the network configuring the at least one network function according to the requirements of a slice requesting entity; and ∘ deploying the configured network architecture on the basis of the network slice design in the network by instantiating the network functions by an orchestrator; and ∘ interfacing with an access network to enable access of subscribers to the at least one network function of the slice independently from other network slices, characterized in that the slice management component is further configured to check a certification of a network function included in the configured network architecture and to refuse deployment of the slice in case the network function is not certified. • a programming interface configured to: ∘ receive commands for creation and/or configuration of a network slice design comprising constraints and requirements defining an architecture of network functions that when deployed form a network slice of a network , the commands include selection of at least one network function and a definition of an interaction of the selected at least one network function with other network functions , • a slice management component configured to produce the network slice by: ∘ creating a configured network architecture on the basis of the network slice design in the network configuring the at least one network function according to the requirements of a slice requesting entity; and ∘ deploying the configured network architecture on the basis of the network slice design in the network by instantiating the network functions by an orchestrator; and ∘ interfacing with an access network to enable access of subscribers to the at least one network function of the slice independently from other network slices, ∘ creating a configured network architecture on the basis of the network slice design in the network configuring the at least one network function according to the requirements of a slice requesting entity; and ∘ deploying the configured network architecture on the basis of the network slice design in the network by instantiating the network functions by an orchestrator; and ∘ interfacing with an access network to enable access of subscribers to the at least one network function of the slice independently from other network slices,
An anchoring device comprising a block of cast material, wherein the block of cast material is a concrete block or a possibly fibre-reinforced synthetic resin block and wherein an anchor body is cast into the block of cast material, wherein the anchor body has a plurality of threads of differing inclination, through which threaded rods can be screwed, which project at the underside beyond the block of cast material and wherein provided above the anchor body in the block of cast material is a common mounting with threaded rods , which mounting is connected to the anchor body by way of screws , wherein the threaded rods fixed in the common mounting project at the top beyond the block
An interactive guide system , the interactive guide system comprising: a processor for receiving data, running video frame extraction and speech recognition on the input to process input in the form of a video and an acoustic signal into an interactive guide file, and configured to output the interactive guide file; and a memory coupled to the processor , wherein the interactive guide system is integrated into a wearable device, or configured to be paired with a wearable device, wherein the wearable device is configured to begin to record an object as the video, wherein the processor is configured to retrieve key words associated with the data being stored in the memory , which includes gesture models to recognize various gesture commands, wherein the interactive guide file is a step-by-step guide file and comprises a set of video frames associated with instructions in a text format, and wherein the processor comprises a natural language processing (NLP) module and a video frame extraction module, wherein the video frame extraction is run by the video frame extraction module and the speech recognition is run by the NLP module, such that the processor is configured to run the speech recognition using the NLP module and convert data into instructions in the text format. a processor for receiving data, running video frame extraction and speech recognition on the input to process input in the form of a video and an acoustic signal into an interactive guide file, and configured to output the interactive guide file; and a memory coupled to the processor , wherein the interactive guide system is integrated into a wearable device, or configured to be paired with a wearable device, wherein the wearable device is configured to begin to record an object as the video, wherein the processor is configured to retrieve key words associated with the data being stored in the memory , which includes gesture models to recognize various gesture commands, wherein the interactive guide file is a step-by-step guide file and comprises a set of video frames associated with instructions in a text format, and wherein the processor comprises a natural language processing (NLP) module and a video frame extraction module, wherein the video frame extraction is run by the video frame extraction module and the speech recognition is run by the NLP module, such that the processor is configured to run the speech recognition using the NLP module and convert data into instructions in the text format.
A divider arrangement for use in a vehicle partition assembly for dividing a load area of a vehicle, the divider arrangement comprising: a divider member configured to be removably mountable to a partition member of a vehicle partition assembly , the divider member having a first major portion and a second minor portion (101"), wherein the divider member is configured such that, in use when mounted to said partition member: the first major portion of the divider member extends behind said partition member from a first side of said partition member in a first direction, and the second minor portion of the divider member extends in front of said partition member in a second direction opposite to the first direction, wherein the divider member comprises: a rear end , a front end , an upper end , a lower end , wherein the front end comprises a straight upper section , and an inclined lower section (101 b"), and wherein the inclined lower section (101b") comprises the second minor portion (101 "); a bracing arrangement , configured to be engageable with a floor of the load area, for supporting the divider member ; and wherein the second minor portion (101") is configured to receive the bracing arrangement . a divider member configured to be removably mountable to a partition member of a vehicle partition assembly , the divider member having a first major portion and a second minor portion (101"), wherein the divider member is configured such that, in use when mounted to said partition member: the first major portion of the divider member extends behind said partition member from a first side of said partition member in a first direction, and the second minor portion of the divider member extends in front of said partition member in a second direction opposite to the first direction, the first major portion of the divider member extends behind said partition member from a first side of said partition member in a first direction, and the second minor portion of the divider member extends in front of said partition member in a second direction opposite to the first direction, wherein the divider member comprises: a rear end , a front end , an upper end , a lower end , wherein the front end comprises a straight upper section , and an inclined lower section (101 b"), and wherein the inclined lower section (101b") comprises the second minor portion (101 "); a rear end , a front end , an upper end , a lower end , wherein the front end comprises a straight upper section , and an inclined lower section (101 b"), and wherein the inclined lower section (101b") comprises the second minor portion (101 "); a bracing arrangement , configured to be engageable with a floor of the load area, for supporting the divider member ; and wherein the second minor portion (101") is configured to receive the bracing arrangement .
Chain grouser arrangement for a crawler chain of a tracked vehicle, having a chain grouser provided with a contact surface (A 1 ) supported on at least one chain belt of the crawler chain in the installed condition, wherein the contact surface (A 1 ) is provided with a respective curved marginal contour on each of the front and rear sides, in relation to the chain running direction, wherein the chain grouser , in the region of its tip, has an accommodating groove for inserting a wear bar , wherein the wear bar comprises an interlocking strip, and has at least one equipment part releasably fixed to the chain grouser , characterized in that the equipment part has a support portion complementary to an interlocking portion of the interlocking strip of the wear bar , which support portion is supported in a form-fitting manner on the interlocking strip of the wear bar, as seen in the longitudinal direction of the chain grouser .
A system comprising: a digital data driver for generating a digital signal for communication to a digital data receiver at a selected clock rate, characterized in that the digital data driver is configured to: receive an indication of a frequency of an external signal associated with a device external to the digital data driver and the digital data receiver ; when generating the digital signal , control the digital signal based on the frequency such that interference of the external signal by spectral content of the digital signal is minimized, while not changing or altering the selected clock rate; and control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions based on the frequency, wherein the digital data driver is configured to control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions based on the frequency. a digital data driver for generating a digital signal for communication to a digital data receiver at a selected clock rate, characterized in that the digital data driver is configured to: receive an indication of a frequency of an external signal associated with a device external to the digital data driver and the digital data receiver ; when generating the digital signal , control the digital signal based on the frequency such that interference of the external signal by spectral content of the digital signal is minimized, while not changing or altering the selected clock rate; and control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions based on the frequency, wherein the digital data driver is configured to control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions based on the frequency. receive an indication of a frequency of an external signal associated with a device external to the digital data driver and the digital data receiver ; when generating the digital signal , control the digital signal based on the frequency such that interference of the external signal by spectral content of the digital signal is minimized, while not changing or altering the selected clock rate; and control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions based on the frequency, wherein the digital data driver is configured to control one or more transitions between logic levels of the digital signal by controlling an edge rate of each of the one or more transitions based on the frequency.
A stamp for an imprint lithography process, the stamp having an elastomer stamp body comprising a fluid-permeable organic polymeric bulk portion , a patterned surface having a relief feature pattern for imprinting an imprinting composition in fluid communication with the fluid-permeable organic polymeric bulk portion, and an amount of at least one basic organic group capable of stimulating solidification of the imprinting composition when it is in contact with the patterned surface dispersed within the inner volume of the fluid-permeable organic polymeric bulk portion.
An elastic correction strap for use in the case of toe malpositions, the correction strap having: - at least one first section , which is guided around at least one toe of a foot and forms a loop when in use, - at least one second section attaching to the loop , which second section extends lengthwise at least in sections medially along a longitudinal foot side to the heel when in use, - at least one third section , which is guided around the heel of the foot when in use, characterised in that the at least one third section is counter supported at the second section of the elastic correction strap , which second section attaches to the loop , and in that the at least one third section is guidable or guided over the sole of the foot in an oblique orientation when in use, such that the at least one third section typically encloses an angle between approximately 10° and 170°, preferably between 30° and 70°, in relation to the at least one second section attaching to the loop . - at least one first section , which is guided around at least one toe of a foot and forms a loop when in use, - at least one second section attaching to the loop , which second section extends lengthwise at least in sections medially along a longitudinal foot side to the heel when in use, - at least one third section , which is guided around the heel of the foot when in use, characterised in that the at least one third section is counter supported at the second section of the elastic correction strap , which second section attaches to the loop , and in that the at least one third section is guidable or guided over the sole of the foot in an oblique orientation when in use, such that the at least one third section typically encloses an angle between approximately 10° and 170°, preferably between 30° and 70°, in relation to the at least one second section attaching to the loop .
Method for detecting skew in a movable control surface of an aircraft , the method comprising: - moving a first plurality of RFID tags relative to a first RFID reader , wherein each RFID tag from the first plurality of RFID tags is associated with a pre-determined position of an inboard side of the movable control surface; - detecting each RFID tag as each RFID tag passes the first RFID reader ; - determining a position of the inboard side of the movable control surface based on a most recently detected RFID tag from the first plurality of RFID tags ; - moving a second plurality of RFID tags relative to a second RFID reader , wherein each RFID tag from the second plurality of RFID tags is associated with a pre-determined position of an outboard side of the movable control surface; - detecting each RFID tag as each RFID tag passes the second RFID reader ; - determining a position of the outboard side of the movable control surface based on a most recently detected RFID tag from the second plurality of RFID tags ; and, - comparing the position of the inboard side of the movable control surface to the position of the outboard side of the movable control surface to determine a skew level. - moving a first plurality of RFID tags relative to a first RFID reader , wherein each RFID tag from the first plurality of RFID tags is associated with a pre-determined position of an inboard side of the movable control surface; - detecting each RFID tag as each RFID tag passes the first RFID reader ; - determining a position of the inboard side of the movable control surface based on a most recently detected RFID tag from the first plurality of RFID tags ; - moving a second plurality of RFID tags relative to a second RFID reader , wherein each RFID tag from the second plurality of RFID tags is associated with a pre-determined position of an outboard side of the movable control surface; - detecting each RFID tag as each RFID tag passes the second RFID reader ; - determining a position of the outboard side of the movable control surface based on a most recently detected RFID tag from the second plurality of RFID tags ; and, - comparing the position of the inboard side of the movable control surface to the position of the outboard side of the movable control surface to determine a skew level.
A secondary battery comprising: an electrode assembly formed by alternately stacking an electrode and a separator; a battery case comprising a cup part configured to accommodate the electrode assembly therein; a piezoelectric element disposed outside the cup part which is configured to receive a pressure when the battery case is expanded in volume, thereby supplying power to the outside; a punching part which is configured to change in shape which is changed when the power is applied from the piezoelectric element and which has sharp one end which extends toward the battery case to punch the battery case when the power is applied from the piezoelectric element, and a conductive wire connected to the piezoelectric element is connected to the other end of the punching part . an electrode assembly formed by alternately stacking an electrode and a separator; a battery case comprising a cup part configured to accommodate the electrode assembly therein; a piezoelectric element disposed outside the cup part which is configured to receive a pressure when the battery case is expanded in volume, thereby supplying power to the outside; a punching part which is configured to change in shape which is changed when the power is applied from the piezoelectric element and which has sharp one end which extends toward the battery case to punch the battery case when the power is applied from the piezoelectric element, and a conductive wire connected to the piezoelectric element is connected to the other end of the punching part .