mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable electronic device comprising: an enclosure having a sidewall with a button aperture defined therethrough; a crown having a head positioned adjacent a side of the enclosure and a stem that extends into the button aperture; an optical sensor positioned along a side of the stem and operative to track a rotational movement of the stem about a rotational axis; a dome switch positioned proximate an end of the stem and operative to track a translational movement of the stem along the rotational axis; a touch-sensitive display positioned at least partially within the enclosure and configured to depict a selectively modifiable graphical output; and a processing element housing within the enclosure and operative to distinguish between first and second types of input corresponding to the translational and rotational movement of the stem. an enclosure having a sidewall with a button aperture defined therethrough; a crown having a head positioned adjacent a side of the enclosure and a stem that extends into the button aperture; an optical sensor positioned along a side of the stem and operative to track a rotational movement of the stem about a rotational axis; a dome switch positioned proximate an end of the stem and operative to track a translational movement of the stem along the rotational axis; a touch-sensitive display positioned at least partially within the enclosure and configured to depict a selectively modifiable graphical output; and a processing element housing within the enclosure and operative to distinguish between first and second types of input corresponding to the translational and rotational movement of the stem.
Surgical textile intended to be implanted in a body, comprising an arrangement of biocompatible yarns defining a first face and a second face of the textile, the second face opposite the first face, the textile being provided at least on an area of a surface of one of its faces with a plurality of barbs showing a first length L1, measured perpendicularly to that surface, said area of said surface being further provided with a plurality of loops , characterised in that said loops show a second length L2, measured perpendicularly to that surface, where L2 is greater than L1.
A device for sensing bulk solids and exploration and localization of life-threatening places, comprising a basic body , wherein on the outer part of said basic body at least one recess covered by a transparent head is arranged, and in the inner part of said basic body a combined unit with a source and a recording storage are arranged, wherein the basic body further comprises an optical properties sensor , a physical properties detector and a position sensor including a signal transmitter , wherein the physical properties detector is arranged in at least one recess, wherein a sinking medium is attached to the basic body to form an integral part thereof, wherein the sinking medium comprises a propulsion means , characterized in that the sinking medium further comprises a worm screw of conical shape, which is driven by the propulsion means and adapted to sink said device into bulk solids, wherein the centre of gravity of said device is situated along the axis of the device in such point so as to navigate the worm screw to the intended impact surface wherein the material of the sinking medium being of higher density than the material of the basic body .
Elastic shaft coupling comprising an drive flange and an driven flange , between which elastically deformable elastomeric bodies are arranged, each having the shape of ring segments and arranged in at least two axially adjoining rings surrounding the axis of the shaft coupling, wherein the elastomeric bodies forming the rings are arranged offset to one another in the circumferential direction and are connected undetachably, on their front faces axially-adjoining the drive flange or the driven flange , to connecting flange segments which can be axially screwed to the drive flange or the driven flange , and are undetachably connected, on the axially-adjoining front faces, with connecting flange segments , which segments can be axially screwed to one another, characterized in that the connecting flange segments of the elastomeric bodies are in each case provided with step-like engaging protrusions and recesses engaging one another on their ends adjoining in the circumferential direction, which protrusions and recesses can be screwed to one another and to the connecting flange segment , adjoining in the axial direction, of the elastomeric body adjacent in the axial direction.
Reservoir assembly for a hydraulic power unit, comprising a reservoir for holding an amount of hydraulic fluid , a space in the reservoir being configured to hold an amount of air above the hydraulic fluid and comprising a lid for sealing the reservoir and said space against an outside atmosphere, and comprising a dehumidifying device, characterized in that the dehumidifying device comprises a conduit , a fan and a condenser , arranged such that the fan draws air from said space through the conduit , conveys the air across a cooled surface of the condenser and returns the air to said space through the conduit , and further a low pressure air reservoir is provided that is connected to said space either through a connector in said lid or through said conduit , the low pressure air reservoir having a volumetric capacity that corresponds to a specified reciprocating volume of hydraulic fluid in the reservoir.
A test system for testing electrical connections between electronic components with a PCB to be tested , whereby the test system has a communication interface with at least three electrically conductive contact tips which enable data exchange with a data storage device and/or a communication module of the PCB to be tested in accordance with a communication protocol through contacting with a contacting arrangement on the PCB with multiple contacting points , whereby the communication interface is connected to a test module either permanently or using a cable, characterized in that the test module has a transformer module with a transmitter which establishes galvanic separation from the communication module on the PCB to be tested and ensures adaptation for the purpose of an Ethernet connection. whereby the test system has a communication interface with at least three electrically conductive contact tips which enable data exchange with a data storage device and/or a communication module of the PCB to be tested in accordance with a communication protocol through contacting with a contacting arrangement on the PCB with multiple contacting points , whereby the communication interface is connected to a test module either permanently or using a cable, characterized in that the test module has a transformer module with a transmitter which establishes galvanic separation from the communication module on the PCB to be tested and ensures adaptation for the purpose of an Ethernet connection.
Method for tracking objects in motion forming targets, implemented in a vehicle in motion, comprising a first step of observation of the targets, a second, recursive step of tracking of the movements of said targets, a third step in which a determination is made as to whether a target is concealed, characterized in that it comprises a recursive step of determination of type (X type ) of target, of tracking of the movement and of prediction of their movement, said recursive determination step comprising a step of updating of the types of target configured to perform a Bayesian updating of a probability of the type of target at an instant (k) involving a likelihood of measurement with respect to the target concerning each type (ti), and to supply as output of said recursive determination step an item of information on the type of target, comprising a probabilities of each type for each target, and the second step and the third step being implemented by taking into consideration the type (ti) of target, the second step making it possible to obtain a state of the corrected targets, corresponding to information relating to the types, to the positions, to the speeds and to the directions of movement of at least one of said targets even if said target is concealed, said second step comprising a step of determination of the appearance of new targets, a step of comparison between the observation and a prediction of the state of the targets, and a step of simplification of the state of the targets capable of merging two targets that are too close, the steps of tracking of the movements of said targets being implemented by taking into consideration said item of information on the type (ti) of target.
A vehicle control method in which a sailing control for traveling under inertia is executed when a vehicle is traveling, the vehicle control method comprising: storing a history of the sailing control as history information classified according to situations in which the sailing control was canceled each time the sailing control is executed; and when a prescribed sailing condition is fulfilled: specifying a current travel situation, specifying the history information that corresponds to the current travel situation from the stored history information, determining whether to allow or disallow the sailing control based on the specified history information, and executing the sailing control upon determining the sailing control has been allowed, characterized by setting an update frequency index that establishes a frequency to update the history information, and allowing the sailing control and updating the history information at the frequency corresponding to the update frequency index even upon determining that the sailing control is to be disallowed based on the history information. storing a history of the sailing control as history information classified according to situations in which the sailing control was canceled each time the sailing control is executed; and when a prescribed sailing condition is fulfilled: specifying a current travel situation, specifying the history information that corresponds to the current travel situation from the stored history information, determining whether to allow or disallow the sailing control based on the specified history information, and executing the sailing control upon determining the sailing control has been allowed, characterized by setting an update frequency index that establishes a frequency to update the history information, and allowing the sailing control and updating the history information at the frequency corresponding to the update frequency index even upon determining that the sailing control is to be disallowed based on the history information. specifying a current travel situation, specifying the history information that corresponds to the current travel situation from the stored history information, determining whether to allow or disallow the sailing control based on the specified history information, and executing the sailing control upon determining the sailing control has been allowed, characterized by setting an update frequency index that establishes a frequency to update the history information, and allowing the sailing control and updating the history information at the frequency corresponding to the update frequency index even upon determining that the sailing control is to be disallowed based on the history information.
An identity-based encryption method based on a lattice, comprising: receiving (S810) identity information: randomly sampling (S820) small elements; generating (S830) a function-processed output value by function-processing the identity information; and generating (S840) an encrypted text for a message by using the sampled small elements, the function-processed output value and a master public key, wherein the master public key is computed using a ring having a dimension (d) represented by a power of 2 and an integer multiplication of 3 or more. randomly sampling (S820) small elements; generating (S830) a function-processed output value by function-processing the identity information; and generating (S840) an encrypted text for a message by using the sampled small elements, the function-processed output value and a master public key, wherein the master public key is computed using a ring having a dimension (d) represented by a power of 2 and an integer multiplication of 3 or more.
A method of encoding a media stream comprising a plurality of packets, the method comprising: establishing a data connection between a client device and a server; sending a first packet of the media stream from the server to the client device at a first bit rate; receiving, at the server, a first acknowledgment signal from the client device responsive to receipt of the first packet; determining a second bit rate based on the first acknowledgment signal, the determining comprising: estimating, at the server, a time required to receive the first acknowledgement signal from the client device; extracting data from the first acknowledgement signal indicating a number of bytes received by the client device; calculating a second bit rate based on the estimated time required to receive the first acknowledgment signal and the number of bytes received by the client device; determining a third bitrate based upon contents of a transmit buffer of the server, wherein the third bitrate is increased when the transmit buffer depletes of packets and wherein the third bitrate is decreased when the transmit buffer fills with packets; selecting between the determined second bitrate and the determined third bitrate; and sending a second packet of the media stream from the server to the client device at the selected second bit rate or the selected third bit rate. establishing a data connection between a client device and a server; sending a first packet of the media stream from the server to the client device at a first bit rate; receiving, at the server, a first acknowledgment signal from the client device responsive to receipt of the first packet; determining a second bit rate based on the first acknowledgment signal, the determining comprising: estimating, at the server, a time required to receive the first acknowledgement signal from the client device; extracting data from the first acknowledgement signal indicating a number of bytes received by the client device; calculating a second bit rate based on the estimated time required to receive the first acknowledgment signal and the number of bytes received by the client device; estimating, at the server, a time required to receive the first acknowledgement signal from the client device; extracting data from the first acknowledgement signal indicating a number of bytes received by the client device; calculating a second bit rate based on the estimated time required to receive the first acknowledgment signal and the number of bytes received by the client device; determining a third bitrate based upon contents of a transmit buffer of the server, wherein the third bitrate is increased when the transmit buffer depletes of packets and wherein the third bitrate is decreased when the transmit buffer fills with packets; selecting between the determined second bitrate and the determined third bitrate; and sending a second packet of the media stream from the server to the client device at the selected second bit rate or the selected third bit rate.
Scarf or shawl made up of at least two layers , each of which is formed by a series of longitudinal threads of warp yarns that are interwoven with one or more series of threads of weft yarns transverse to these, wherein said first and second layer are joined along a common interweave stretch , respectively, parallel to the threads of warp yarn or parallel to the threads of weft yarn , and wherein the threads of weft yarn and of warp yarn of the two layers are interwoven; said common interweave stretch extending laterally to the layers in such a way as to form a third layer joining the layers along said interwoven stretch ; said scarf or shawl being characterized in that the free ends of each layer are finished by means of a tuck-in selvedge; and in that said interweave stretch is centrally set in said scarf or shawl.
Ventilation system for a mobile device, in particular a motor vehicle, comprising: - a variably adjustable filter apparatus , wherein the variably adjustable filter apparatus has one or more filter elements whose respective filtering performance is infinitely adjustable, and wherein the filter apparatus has at least one controllable variable filter characteristic relating to a class of pollutants; - a device for acquiring information about the air quality in the surroundings of the mobile device and information about the air quality in an interior space of the mobile device , wherein the device for acquiring information about the air quality in the interior space of the mobile device comprises a further measuring device for measuring at least one indication of the air quality for a class of pollutants; - a control unit which is designed to vary the filter characteristic of the filter apparatus in a variable and infinitely adjustable fashion as a function of the information about the air quality in the surroundings, in such a way that an indication of relevant air quality for a class of pollutants is determined from the at least one indication of the air quality for the respective class of pollutants in the surroundings and the at least one indication of the air quality for the respective class of pollutants in the interior space as a function of a recirculation proportion, wherein the control unit is designed to vary the filter characteristic of the filter apparatus as a function of the indication of the relevant air quality, in such a way that a desired air quality in the interior space is achieved. - a variably adjustable filter apparatus , wherein the variably adjustable filter apparatus has one or more filter elements whose respective filtering performance is infinitely adjustable, and wherein the filter apparatus has at least one controllable variable filter characteristic relating to a class of pollutants; - a device for acquiring information about the air quality in the surroundings of the mobile device and information about the air quality in an interior space of the mobile device , wherein the device for acquiring information about the air quality in the interior space of the mobile device comprises a further measuring device for measuring at least one indication of the air quality for a class of pollutants; - a control unit which is designed to vary the filter characteristic of the filter apparatus in a variable and infinitely adjustable fashion as a function of the information about the air quality in the surroundings, in such a way that an indication of relevant air quality for a class of pollutants is determined from the at least one indication of the air quality for the respective class of pollutants in the surroundings and the at least one indication of the air quality for the respective class of pollutants in the interior space as a function of a recirculation proportion, wherein the control unit is designed to vary the filter characteristic of the filter apparatus as a function of the indication of the relevant air quality, in such a way that a desired air quality in the interior space is achieved.
A perforated-tray column for the interaction of a downwardly flowing liquid (L) with an ascending gaseous stream (G), the column comprising a vessel with a vertical axis and a perforated tray assembly including at least a first perforated tray and a second perforated tray which is next to and below the first perforated tray, wherein both the first perforated tray and the second perforated tray have a plurality of holes through which said gaseous stream (G) bubbles and mixes with the liquid (L) above each perforated tray, and the first perforated tray comprises a plurality of downcomer pipes wherein each downcomer pipe includes: a first portion extending above the first perforated tray, a second portion extending below the first perforated tray towards the second perforated tray, where the first portion of downcomer pipe terminates with an inlet section of the downcomer pipe located above the first perforated tray, where the second portion of downcomer pipe terminates above the second perforated tray with an outlet section and an end guard , said end guard configured to maintain said outlet section submerged by the liquid flowing through the downcomer pipe, wherein each downcomer pipe associated to said first perforated tray is axially aligned with a corresponding downcomer pipe associated to said second perforated tray ; wherein the second portion of downcomer pipes of the first tray terminates above the second perforated tray at a distance ( h2 ) from the second perforated tray which is greater than the height ( h ) of first portions of downcomer pipes of the second tray ; and wherein the downcomer pipe has no liquid inlet or outlet other than said inlet section and outlet section. a first portion extending above the first perforated tray, a second portion extending below the first perforated tray towards the second perforated tray, where the first portion of downcomer pipe terminates with an inlet section of the downcomer pipe located above the first perforated tray, where the second portion of downcomer pipe terminates above the second perforated tray with an outlet section and an end guard , said end guard configured to maintain said outlet section submerged by the liquid flowing through the downcomer pipe, wherein each downcomer pipe associated to said first perforated tray is axially aligned with a corresponding downcomer pipe associated to said second perforated tray ; wherein the second portion of downcomer pipes of the first tray terminates above the second perforated tray at a distance ( h2 ) from the second perforated tray which is greater than the height ( h ) of first portions of downcomer pipes of the second tray ; and wherein the downcomer pipe has no liquid inlet or outlet other than said inlet section and outlet section.
Method for producing carbon fibre pellets, which comprises - cutting and/or grinding, to a predefined mean length, the carbon fibres that are to be processed to form pellets, - mixing the carbon fibres with a solution or suspension to form agglomerates in a mixer equipped with an inclined rotating vessel, wherein the inclined rotating vessel has an agitator arranged therein which rotates in the opposite direction and which stirs the agglomerates, - compacting the agglomerates by bringing the agglomerates into contact with the inclined rotating surface, and - drying the agglomerates to form carbon fibre pellets, characterized in that the carbon fibres are pyrolysed prior to the mixing. - cutting and/or grinding, to a predefined mean length, the carbon fibres that are to be processed to form pellets, - mixing the carbon fibres with a solution or suspension to form agglomerates in a mixer equipped with an inclined rotating vessel, wherein the inclined rotating vessel has an agitator arranged therein which rotates in the opposite direction and which stirs the agglomerates, - compacting the agglomerates by bringing the agglomerates into contact with the inclined rotating surface, and - drying the agglomerates to form carbon fibre pellets,