mhurhangee/patent-ind-claim-en huggingface dataset:
Device suitable for oral hygiene , which comprises: - a hydro pulser system connected to an abrasive powder supply system consisting of an abrasive powder generator connected to an ambient air intake opening , wherein said abrasive powder generator produces abrasive powder intercepted by a check valve and then mixed with the water entering or leaving said water pump , in which: said hydro pulser system comprises a water tank connected with said water pump suitable to supply a water flow to a treatment device connected to said water pump through an interposition of a regulation device adapted to intercept said water flow downstream of said water pump by means of a truncated cone shaped flexible tube that comes out of a casing , and characterized in that , said hydro pulser system and said abrasive powder supply system are contained in said casing comprising a housing for mounting said water pump ; - a bracket connection placed between said water tank and said water pump , in which: said bracket connection includes a manifold suitable for convey said water flow to said water pump through a spout capable/adapted to connect said water tank to said manifold , and in which: said water tank comprises a hole in the bottom onto which is disposed an automatic closing valve and a filter ; - an opening-closing valve and a dispensing head are integrated in said treatment device , in which: said opening-closing valve is enclosed in a handle formed by two half-shells , , and in which: one of said two half-shells consisting of a space onto which is disposed a control/command button . - a hydro pulser system connected to an abrasive powder supply system consisting of an abrasive powder generator connected to an ambient air intake opening , wherein said said hydro pulser system comprises a water tank connected with said water pump suitable to supply a water flow to a treatment device connected to said water pump through an interposition of a regulation device adapted to intercept said water flow downstream of said water pump by means of a truncated cone shaped flexible tube that comes out of a casing , and characterized in that , said hydro pulser system and said abrasive powder supply system are contained in said casing comprising a housing for mounting said water pump ; - a bracket connection placed between said water tank and said water pump , in which: said bracket connection includes a manifold suitable for convey said water flow to said water pump through a spout capable/adapted to connect said water tank to said manifold , and in which: said water tank comprises a hole in the bottom onto which is disposed an automatic closing valve and a filter ; - an opening-closing valve and a dispensing head are integrated in said treatment device , in which: said opening-closing valve is enclosed in a handle formed by two half-shells , , and in which: one of said two half-shells consisting of a space onto which is disposed a control/command button .
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting (S100) a contention based scheduling request, CB-SR, to an eNodeB, eNB, by using CB-SR resources to request sidelink, SL, transmission resources; starting a timer upon transmitting the CB-SR to the eNB; and transmitting a non-contention based SR to the eNB when a SL grant for the SL transmission resources is not received until the timer expires, wherein the non-contention based SR is dedicated to SL transmission or common to both SL transmission and UL transmission. transmitting (S100) a contention based scheduling request, CB-SR, to an eNodeB, eNB, by using CB-SR resources to request sidelink, SL, transmission resources; starting a timer upon transmitting the CB-SR to the eNB; and transmitting a non-contention based SR to the eNB when a SL grant for the SL transmission resources is not received until the timer expires, wherein the non-contention based SR is dedicated to SL transmission or common to both SL transmission and UL transmission.
A bicycle frame comprising: a top tube that connects to a head tube at a front portion of the bicycle frame; a down tube that extends from the head tube to a bottom bracket ; a seat tube that extends from the bottom bracket; a first seat stay that connects to the top tube at a first point of intersection and a second seat stay that connects to the top tube at a second point of intersection such that a back portion of the top tube extends beyond the first point of intersection and the second point of intersection so that the top tube is a cantilever; a seatmast sized to receive a seatpost , wherein the seatmast extends from the back portion of the top tube that forms the cantilever; characterized by a first support that extends from the seat tube to the first seat stay and a second support that extends from the seat tube to the second seat stay ; and an opening formed under the top tube and under the seatmast and configured to convey turbulent air from underneath the top tube to behind the bicycle frame, wherein at least a portion of the opening is formed by a bottom portion of the top tube, at least a portion of the opening is formed by the first seat stay and the second seat stay , and at least a portion of the opening is formed by the first support and the second support . a top tube that connects to a head tube at a front portion of the bicycle frame; a down tube that extends from the head tube to a bottom bracket ; a seat tube that extends from the bottom bracket; a first seat stay that connects to the top tube at a first point of intersection and a second seat stay that connects to the top tube at a second point of intersection such that a back portion of the top tube extends beyond the first point of intersection and the second point of intersection so that the top tube is a cantilever; a seatmast sized to receive a seatpost , wherein the seatmast extends from the back portion of the top tube that forms the cantilever; characterized by a first support that extends from the seat tube to the first seat stay and a second support that extends from the seat tube to the second seat stay ; and an opening formed under the top tube and under the seatmast and configured to convey turbulent air from underneath the top tube to behind the bicycle frame, wherein at least a portion of the opening is formed by a bottom portion of the top tube, at least a portion of the opening is formed by the first seat stay and the second seat stay , and at least a portion of the opening is formed by the first support and the second support .
Method for coating a valve head of an inlet and/or outlet valve , comprising coating at least one valve seat of the valve with a DLC coating , preparing a surface, which is to be coated, of the valve for a coating with a ceramic high-temperature coating , and coating the prepared surface with a ceramic high-temperature coating by means of varnishing, wherein the ceramic high-temperature coating is applied to the entire valve head, and removing the ceramic high-temperature coating from the DLC coating on the valve seat, wherein the method further comprises a curing of the coating after the application in the head area.
Growth system for growing plants , comprising a holder at least partly defining at least one room for holding a growth medium , wherein the top side of said room is open at least partly such as to allow plants to extend upwardly from growth medium held in said room during use of the growth system , and wherein the growth system further comprises a first wall element for temporarily substantially closing off a distal end side of said room and wherein the growth system is arranged to allow the first wall element to be moved away such that growth medium can be slid out of said room through the then open distal end side of the room , wherein the growth system further comprises a support for receiving the holder and for supporting the holder in a substantially upright position of said holder , characterised in that the support is provided with one or more openings that can let pass there through an ejecting pin for pushing the holder upwardly out of the support , and wherein the support comprises guiding means , such as converging guiding surfaces and/or a tapering aligning channel, for guiding the ejecting pin towards the respective opening .
A device for aspirating body fluids and supplying a substance to a human or animal body, comprising a first pump for aspiration of the body fluids; a second pump for conveying the substance to the body by means of the second pump ; and a drive for driving the first pump ; wherein the same drive which serves to drive the first pump also serves to drive the second pump , characterized in that the device further comprises at least a first freewheel , by means of which the first pump or the second pump is coupled to the drive , wherein the first pump is a vacuum pump, and wherein the device additionally comprises a valve, which allows the vacuum pump to be connected to the environment in order to aspirate air from the environment at least partially instead of body fluids. a first pump for aspiration of the body fluids; a second pump for conveying the substance to the body by means of the second pump ; and a drive for driving the first pump ; wherein the same drive which serves to drive the first pump also serves to drive the second pump , characterized in that the device further comprises at least a first freewheel , by means of which the first pump or the second pump is coupled to the drive , wherein the first pump is a vacuum pump, and wherein the device additionally comprises a valve, which allows the vacuum pump to be connected to the environment in order to aspirate air from the environment at least partially instead of body fluids.
A pulsatile fluid pump system for driving a fluid pump assembly, the pulsatile fluid pump system comprising: a reciprocating linear motor having a magnet and a coil , the magnet moving in relation to the coil, the coil having an electrical input ; a controller system having an electrical output coupled to the electrical input of the coil and a storage system in which is stored an archetype waveform , the controller system being configured to execute a waveform program defining an electrical waveform at the electrical output; wherein the waveform program is configured to accept user-provided values of a set of user-specifiable parameters defining performance of the linear motor and further configured to read the archetype electrical waveform from the storage system and to generate the electrical waveform at the electrical output by modifying the archetype electrical waveform with respect to a feature, selected from the group consisting of amplitude, frequency, shape, and combinations thereof, in response to the user-provided values for such parameters. a reciprocating linear motor having a magnet and a coil , the magnet moving in relation to the coil, the coil having an electrical input ; a controller system having an electrical output coupled to the electrical input of the coil and a storage system in which is stored an archetype waveform , the controller system being configured to execute a waveform program defining an electrical waveform at the electrical output; wherein the waveform program is configured to accept user-provided values of a set of user-specifiable parameters defining performance of the linear motor and further configured to read the archetype electrical waveform from the storage system and to generate the electrical waveform at the electrical output by modifying the archetype electrical waveform with respect to a feature, selected from the group consisting of amplitude, frequency, shape, and combinations thereof, in response to the user-provided values for such parameters.
A process for assembling portions of an aeronautical wing, wherein a wing covering is assembled with carrier structural elements , comprises the steps of: • placing side by side the structural elements longitudinally, to form the spars, by determining a flat surface , having a plurality of longitudinal junctions, faced upwards; • adhering to said longitudinal junctions respective filling tapes ; • translating and rotating by 180° said structural elements in one single solution, by keeping them fixed in the mutual positions thereof and by transferring them above an inner surface of a wing covering ; and • translating said structural elements in one single solution, by keeping them fixed in the mutual positions thereof, downwards, by making the flat surface thereof to coincide with said inner surface . • placing side by side the structural elements longitudinally, to form the spars, by determining a flat surface , having a plurality of longitudinal junctions, faced upwards; • adhering to said longitudinal junctions respective filling tapes ; • translating and rotating by 180° said structural elements in one single solution, by keeping them fixed in the mutual positions thereof and by transferring them above an inner surface of a wing covering ; and • translating said structural elements in one single solution, by keeping them fixed in the mutual positions thereof, downwards, by making the flat surface thereof to coincide with said inner surface .
A method for supporting visual tracking, the method comprising: receiving a plurality of image frames (112-1, 112-2) captured at different times using an imaging device while the imaging device is in motion, wherein each image frame (112-1, 112-2) comprises a plurality of pixels that are associated with a plurality of feature points; obtaining motion characteristics of the imaging device , wherein the motion characteristics are obtained based on a plurality of motion signals provided by a motion sensing module that is configured to sense motion of the imaging device ; analyzing the plurality of image frames (112-1, 112-2) based on the motion characteristics of the imaging device to compute movement characteristics of the plurality of feature points; and identifying at least one tracking feature relative to at least one background feature based on the movement characteristics of the plurality of feature points; characterized in that the method further comprises selecting a group of feature points associated with the tracking feature from the plurality of feature points; and tracking, by a motion controller , the group of feature points by adjusting motion characteristics of the imaging device or a mobile visual tracking device supporting the imaging device , so as to position the group of feature points in a target region of each image frame captured using the imaging device , wherein the motion controller is configured to track the group of feature points so long as the group of feature points have a same movement characteristic. receiving a plurality of image frames (112-1, 112-2) captured at different times using an imaging device while the imaging device is in motion, wherein each image frame (112-1, 112-2) comprises a plurality of pixels that are associated with a plurality of feature points; obtaining motion characteristics of the imaging device , wherein the motion characteristics are obtained based on a plurality of motion signals provided by a motion sensing module that is configured to sense motion of the imaging device ; analyzing the plurality of image frames (112-1, 112-2) based on the motion characteristics of the imaging device to compute movement characteristics of the plurality of feature points; and identifying at least one tracking feature relative to at least one background feature based on the movement characteristics of the plurality of feature points; characterized in that the method further comprises selecting a group of feature points associated with the tracking feature from the plurality of feature points; and tracking, by a motion controller , the group of feature points by adjusting motion characteristics of the imaging device or a mobile visual tracking device supporting the imaging device , so as to position the group of feature points in a target region of each image frame captured using the imaging device , wherein the motion controller is configured to track the group of feature points so long as the group of feature points have a same movement characteristic.
A robotic system for driving a vehicle to a destination, the robotic system comprising: an imaging system configured and operable to acquire image data of at least a part of the interior of the vehicle, and image data of external surroundings of the vehicle; an actuators manipulating system configured and operable to couple to actuators of the vehicle to controllably change operational states thereof, characterized in that the system further comprises a control system configured and operable to process and analyze the image data acquired by the imaging system and identify in the image data of at least part of the interior of the vehicle, image data of vehicle state indicators and determine therefrom at least vehicle status data; and a support configured for easily and quickly securing said robotic system to a driver seat of the vehicle , said control system is configured and operable to determine from the image data of external surroundings of the vehicle, road status data, and analyze said at least vehicle status data and said road status data for generating control instructions for driving the vehicle along said road by said actuators manipulating system . an imaging system configured and operable to acquire image data of at least a part of the interior of the vehicle, and image data of external surroundings of the vehicle; an actuators manipulating system configured and operable to couple to actuators of the vehicle to controllably change operational states thereof, characterized in that the system further comprises a control system configured and operable to process and analyze the image data acquired by the imaging system and identify in the image data of at least part of the interior of the vehicle, image data of vehicle state indicators and determine therefrom at least vehicle status data; and a support configured for easily and quickly securing said robotic system to a driver seat of the vehicle , said control system is configured and operable to determine from the image data of external surroundings of the vehicle, road status data, and analyze said at least vehicle status data and said road status data for generating control instructions for driving the vehicle along said road by said actuators manipulating system .
Underrun protection system for arranging on a rear of a vehicle (K), preferably a motor vehicle (K), and/or a trailer therefor, comprising a crossmember and two support arms for supporting the crossmember and for mounting on a mounting structure (M) of the vehicle (K), the underrun protection system comprising two connecting devices for mounting the crossmember on the support arms and the connecting devices serving as reinforcing parts for the partial reinforcement of the crossmember and the connecting devices being designed for adjustability along the crossmember , characterized in that the respective connecting device comprises two shell parts, and the respective connecting device having a front face (Ev) and a rear face (Eh), and a material thickness of the rear face (Eh) being at least partially smaller than a material thickness of the front face (Ev).
An electronic apparatus comprising: a communicator ; and a processor configured to: receive multimedia data, including audio data, from an external device (100-1) through the communicator for a time period, obtain a word distribution during the time period from the audio data included in the multimedia data, control the communicator to transmit identification information to a server , the identification information including the word distribution and time information corresponding to the time period, and receive, through the communicator, from the server, information identifying the broadcast provider that corresponds to the transmitted identification information. a communicator ; and a processor configured to: receive multimedia data, including audio data, from an external device (100-1) through the communicator for a time period, obtain a word distribution during the time period from the audio data included in the multimedia data, control the communicator to transmit identification information to a server , the identification information including the word distribution and time information corresponding to the time period, and receive, through the communicator, from the server, information identifying the broadcast provider that corresponds to the transmitted identification information. receive multimedia data, including audio data, from an external device (100-1) through the communicator for a time period, obtain a word distribution during the time period from the audio data included in the multimedia data, control the communicator to transmit identification information to a server , the identification information including the word distribution and time information corresponding to the time period, and receive, through the communicator, from the server, information identifying the broadcast provider that corresponds to the transmitted identification information.
Hob system, comprising - a hob device with -- a hob which has at least one energy transmitter and at least one carrier for food to be cooked , and -- a fastening and/or displacement device for reversibly fastening the at least one carrier for food to be cooked in a displaceable manner to a worktop , and - an extractor device for extracting cooking vapours from below, which has at least one inlet opening for the entry of the cooking vapours, characterized in that - the carrier for food to be cooked is displaceable with a movement component parallel to a hob plane , and - wherein the at least one carrier for food to be cooked in at least one covering position (AP) at least partially covers the at least one inlet opening . - a hob device with -- a hob which has at least one energy transmitter and at least one carrier for food to be cooked , and -- a fastening and/or displacement device for reversibly fastening the at least one carrier for food to be cooked in a displaceable manner to a worktop , and -- a hob which has at least one energy transmitter and at least one carrier for food to be cooked , and -- a fastening and/or displacement device for reversibly fastening the at least one carrier for food to be cooked in a displaceable manner to a worktop , and - an extractor device for extracting cooking vapours from below, which has at least one inlet opening for the entry of the cooking vapours, - the carrier for food to be cooked is displaceable with a movement component parallel to a hob plane , and - wherein the at least one carrier for food to be cooked in at least one covering position (AP) at least partially covers the at least one inlet opening .