mhurhangee/ep-ind-claims huggingface dataset:
A system for determining a functional property of a moving object, the system comprising: - pacing elements contactable to the object such that the pacing elements follow the movement of the object, wherein the object is a heart and the pacing elements are adapted for pacing the right and left heart chambers, wherein at least one first pacing element is contactable to the right heart chamber, wherein at least one second pacing element is contactable to the left heart chamber, and wherein at least one third pacing element is contactable to an atrium of the heart, - a movement determination device for determining the movement of the pacing elements, wherein the movement determination device is adapted for determining a temporal image of the at least one first pacing element, of the at least one second pacing element and of the at least one third pacing element and for determining a movement of the at least one first pacing element, of the at least one second pacing element and of the at least one third pacing element from the temporal image over at least one cardiac cycle, - a functional property determination device for determining a degree of synchrony between the movement of the right and left heart chambers and/or a cardiac output of the heart as a functional property of the object from the determined movement of the at least one first pacing element, the at least one second pacing element and the at least one third pacing element. - pacing elements contactable to the object such that the pacing elements follow the movement of the object, wherein the object is a heart and the pacing elements are adapted for pacing the right and left heart chambers, wherein at least one first pacing element is contactable to the right heart chamber, wherein at least one second pacing element is contactable to the left heart chamber, and wherein at least one third pacing element is contactable to an atrium of the heart, - a movement determination device for determining the movement of the pacing elements, wherein the movement determination device is adapted for determining a temporal image of the at least one first pacing element, of the at least one second pacing element and of the at least one third pacing element and for determining a movement of the at least one first pacing element, of the at least one second pacing element and of the at least one third pacing element from the temporal image over at least one cardiac cycle, - a functional property determination device for determining a degree of synchrony between the movement of the right and left heart chambers and/or a cardiac output of the heart as a functional property of the object from the determined movement of the at least one first pacing element, the at least one second pacing element and the at least one third pacing element.
A tissue containment system, comprising a. a suction canister that defines an internal tissue collecting reservoir and includes a filter that defines a plurality of fine pores that are adapted to clog and restrict flow when the tissue collecting reservoir reaches capacity, b. means for manipulating tissue collected within the tissue collecting reservoir to modify the volume occupied by the tissue within the tissue collecting reservoir; c. a tissue containment insert removably positioned within the internal reservoir of the suction canister, the tissue containment insert including: (i) vent holes that enable vacuum to flow through the tissue containment insert, and (ii) extension fingers that extend proximally to allow for the securement of the filter and to grab onto in order to remove the tissue containment insert from the suction canister. a. a suction canister that defines an internal tissue collecting reservoir and includes a filter that defines a plurality of fine pores that are adapted to clog and restrict flow when the tissue collecting reservoir reaches capacity, b. means for manipulating tissue collected within the tissue collecting reservoir to modify the volume occupied by the tissue within the tissue collecting reservoir; c. a tissue containment insert removably positioned within the internal reservoir of the suction canister, the tissue containment insert including: (i) vent holes that enable vacuum to flow through the tissue containment insert, and (ii) extension fingers that extend proximally to allow for the securement of the filter and to grab onto in order to remove the tissue containment insert from the suction canister. (i) vent holes that enable vacuum to flow through the tissue containment insert, and (ii) extension fingers that extend proximally to allow for the securement of the filter and to grab onto in order to remove the tissue containment insert from the suction canister.
A lawful interception method performed in a node of a telecommunication system, the method comprising the steps of: receiving a call establishment request from a law agent between a first user equipment and a second user equipment; characterised by the steps of: acquiring the equipment identity of the second user equipment; and providing the equipment identity of the second user equipment to the first user equipment. acquiring the equipment identity of the second user equipment; and providing the equipment identity of the second user equipment to the first user equipment.
An information display control device which controls a connection between an information providing device and an information display device in an information display system mounted on a vehicle, the information display control device comprising: a storing portion that stores information of a using state of a server portion provided in the information providing device or the information display device to transmit a script describing display parts for realizing a user interface corresponding to functions of the device or a display image of the user interface and information of using states of player portions provided in the information display device to display a display image formed by processing the script or the display image; and a control portion that refers to the information of the using states and instructs for connecting the server portion of the information providing device to the player portion of the information display device in accordance with the using states, of the server portion and the player portions, of protocols being usable respectively in the information providing device and the information display device. a storing portion that stores information of a using state of a server portion provided in the information providing device or the information display device to transmit a script describing display parts for realizing a user interface corresponding to functions of the device or a display image of the user interface and information of using states of player portions provided in the information display device to display a display image formed by processing the script or the display image; and a control portion that refers to the information of the using states and instructs for connecting the server portion of the information providing device to the player portion of the information display device in accordance with the using states, of the server portion and the player portions, of protocols being usable respectively in the information providing device and the information display device.
Reception circuit for receiving an OFDM signal, wherein the OFDM signal contains successive frames having a number of OFDM symbols, wherein the OFDM symbols are compiled from a useful interval (T u), which contains useful data, and a guard interval (T guard) in order to separate the useful intervals (T u) of the OFDM symbols from one another, having an input circuit for converting the frequency of the OFDM signal in order to obtain an intermediate signal, having an evaluation unit for stipulating successive time windows and for evaluating the OFDM symbols in the time windows, having a digitally adjustable amplifier unit (10, 16), and having an amplifier controller in order to adjust a gain of the amplifier unit (10, 16), so that the signal strength of the intermediate signal is in a predetermined signal strength range, wherein a control unit is connected to the amplifier controller such that the gain of the amplifier unit (10, 16) is adjusted at one or more instants outside the time windows during synchronous operation, wherein an initialization unit is provided in order to adjust the gain of the amplifier unit (10, 16) at one or more instants independently of the time windows during an initialization phase, wherein the evaluation unit is designed to generate a reference signal for stipulating the instants for at least one frame, and the control unit has a time controller having a timer, wherein the time controller is designed to determine the instants by adding multiples of a symbol length (T sym), which is compiled from the lengths of the useful interval (T u) and the guard interval (T guard), to the instant of the reference signal.
A material filling system, comprising: a sensor configured to detect material being loaded into a receiving vehicle and to generate a sensor signal indicative of the detected material; a fill level and material distribution detection system configured to identify, based on the sensor signal, a fill level and material distribution of the detected material on the receiving vehicle and to generate a fill level and material distribution signal; a rendering generation system configured to generate a computer-generated rendering of the receiving vehicle showing the fill level and material distribution based on the fill level and material distribution signal; and a rendering output system configured to generate a display control signal to control a display mechanism to display the computer-generated rendering; wherein the rendering generation system comprises a pre-loaded rendering retrieval system; characterized in that the pre-loaded rendering retrieval system is configured to retrieve a pre-loaded rendering corresponding to the fill level and material distribution. a sensor configured to detect material being loaded into a receiving vehicle and to generate a sensor signal indicative of the detected material; a fill level and material distribution detection system configured to identify, based on the sensor signal, a fill level and material distribution of the detected material on the receiving vehicle and to generate a fill level and material distribution signal; a rendering generation system configured to generate a computer-generated rendering of the receiving vehicle showing the fill level and material distribution based on the fill level and material distribution signal; and a rendering output system configured to generate a display control signal to control a display mechanism to display the computer-generated rendering; wherein the rendering generation system comprises a pre-loaded rendering retrieval system; characterized in that the pre-loaded rendering retrieval system is configured to retrieve a pre-loaded rendering corresponding to the fill level and material distribution.
A method comprising: obtaining selection data identifying a term selected by a user from a document displayed to the user, the term comprising one or more adjacent words, and context data comprising one or more other words in the document within a threshold number of words in the document from the term selected by the user; determining whether or not the context data and the selection data satisfy one or more criteria for presenting any of one or more types of special case contextual search presentations, wherein each type of special case contextual search presentation includes a formatted presentation of a different type of content; in response to determining that the context data and the selection satisfy criteria for presenting a first type of special case contextual search presentation, generating a first special case contextual search presentation of the first type for the selected term; in response to determining that the context data and the selection data do not satisfy the criteria for presenting any of the types of special case contextual search presentations, generating a default contextual search presentation for the selected term; and providing the first special case contextual search presentation or the default contextual search presentation for presentation to the user. obtaining selection data identifying a term selected by a user from a document displayed to the user, the term comprising one or more adjacent words, and context data comprising one or more other words in the document within a threshold number of words in the document from the term selected by the user; determining whether or not the context data and the selection data satisfy one or more criteria for presenting any of one or more types of special case contextual search presentations, wherein each type of special case contextual search presentation includes a formatted presentation of a different type of content; in response to determining that the context data and the selection satisfy criteria for presenting a first type of special case contextual search presentation, generating a first special case contextual search presentation of the first type for the selected term; in response to determining that the context data and the selection data do not satisfy the criteria for presenting any of the types of special case contextual search presentations, generating a default contextual search presentation for the selected term; and providing the first special case contextual search presentation or the default contextual search presentation for presentation to the user.
A washing machine for washing empty containers, the washing machine comprising: - a plurality of beams cyclically movable along a closed-loop path for carrying and advancing a plurality of containers along said path; said path comprising: - an inlet and an outlet station (I, O) respectively configured to allow said beams to withdraw and discharge said containers; and - a return zone arranged downstream of said outlet station and the return zone is upstream of the inlet station, according to an advancing direction of said beams; - further comprising cleaning means arranged within said return zone and configured to clean said beams during their advancement through said return zone; characterized in that said cleaning means comprise: - a basin arranged within said return zone and suitable for allowing therein a recovering bath treatment for said beams; said path extending through said basin; and - an ultrasonic wave generator coupled to said basin and configured to propagate ultrasonic waves through a wave transmission medium filling said basin, such that said beams can receive an ultrasonic cleaning treatment during their advancement through said basin; - a plurality of beams cyclically movable along a closed-loop path for carrying and advancing a plurality of containers along said path; said path comprising: - an inlet and an outlet station (I, O) respectively configured to allow said beams to withdraw and discharge said containers; and - a return zone arranged downstream of said outlet station and the return zone is upstream of the inlet station, according to an advancing direction of said beams; - further comprising cleaning means arranged within said return zone and configured to clean said beams during their advancement through said return zone; - a basin arranged within said return zone and suitable for allowing therein a recovering bath treatment for said beams; said path extending through said basin; and - an ultrasonic wave generator coupled to said basin and configured to propagate ultrasonic waves through a wave transmission medium filling said basin, such that said beams can receive an ultrasonic cleaning treatment during their advancement through said basin;
A method for producing a film with reinforced edges and/or borders in which, during the process of producing said film, before it is rolled up for the first time, a strip (B') of the same film is respectively applied to the borders of the film in such a way that the film is at least double-ply at least in the region of the edges, characterized in that strips (B') are applied in such a way that the strips (B') terminate almost flush as far as possible with the edges of the film.
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: receiving a queuing delay measurement configuration including discard timer values and a measurement period from a base station, BS, wherein each of the discard timer values respectively corresponds to one radio bearer among a set of radio bearers associated with a Quality of service Class Identifier, QCI, configured for the UE; determining a queuing delay for the QCI based on queuing delays for packet data convergence protocol service data units, PDCP SDUs, from the set of radio bearers during the measurement period; selecting a specific discard timer value among the discard timer values, wherein, when all of the set of radio bearers is associated with a same discard timer value, the specific discard timer value corresponds to the same discard timer value, and wherein, when at least two radio bearer among the set of radio bearers are associated with different discard timer values, the specific discard timer value is selected as a discard timer value having a largest value among the different discard timer values; calculating a queuing delay ratio for the QCI by dividing the queuing delay for the QCI by the specific discard timer value; and transmitting a queuing delay measurement report including the QCI and the queuing delay ratio for the QCI to the BS. receiving a queuing delay measurement configuration including discard timer values and a measurement period from a base station, BS, wherein each of the discard timer values respectively corresponds to one radio bearer among a set of radio bearers associated with a Quality of service Class Identifier, QCI, configured for the UE; determining a queuing delay for the QCI based on queuing delays for packet data convergence protocol service data units, PDCP SDUs, from the set of radio bearers during the measurement period; selecting a specific discard timer value among the discard timer values, wherein, when all of the set of radio bearers is associated with a same discard timer value, the specific discard timer value corresponds to the same discard timer value, and wherein, when at least two radio bearer among the set of radio bearers are associated with different discard timer values, the specific discard timer value is selected as a discard timer value having a largest value among the different discard timer values; calculating a queuing delay ratio for the QCI by dividing the queuing delay for the QCI by the specific discard timer value; and transmitting a queuing delay measurement report including the QCI and the queuing delay ratio for the QCI to the BS.
A heparin-functionalized biocompatible semi-permeable membrane, wherein said membrane comprises a layer of biocompatible non-woven polymer located between two layers of porous biocompatible polymers, wherein heparin is bound, through covalent or ionic/electrostatic bounds, to a priming layer on the surface of a porous biocompatible polymer, wherein the priming layer was first applied to said surface in order to allow the irreversible binding of heparin, thereby creating a heparin layer, wherein in that said porous biocompatible polymer of at least one layer is chosen from polycarbonate, polyester, polyethyleneimine, polypropylene, poly(ethylene terephthalate), poly(vinyl chloride), polyamide and polyethylene, and wherein the membrane is treated with a polymeric cationic amine in order to make it cationic.
A resistor configured for axial connection to a cable, the resistor comprising: a resistive element disposed between a first termination and a second termination, characterized in that the resistive element, first termination and second termination are formed of a flat sheet oiled into a hollow cylindrical resistor body, the resistive material forming a band that curves around a circumference of the resistor body, and wherein at least the first termination forms a conductive tube configured for axial connection to the cable. a resistive element disposed between a first termination and a second termination, characterized in that the resistive element, first termination and second termination are formed of a flat sheet oiled into a hollow cylindrical resistor body, the resistive material forming a band that curves around a circumference of the resistor body, and wherein at least the first termination forms a conductive tube configured for axial connection to the cable.
A topical composition comprising: a benefit agent; at least one polymer including a polycaprolactone polymer; at least one lower alcohol; and at least one co-solvent; wherein the benefit agent is selected from the group consisting of hair growth agents, anti-acne and/or anti-rosacea agents, anti-aging agents, depigmentation agent, anti-microbial agents, anti-viral agents, anti-inflammatory agents and analgesics; and wherein the polycaprolactone polymer is polycaprolactone diol polymer; and wherein the at least one lower alcohol is selected from the group consisting of ethyl alcohol, n-propyl alcohol, isopropyl alcohol, n-butyl alcohol, isobutyl alcohol, amyl alcohol, benzyl alcohol, octyldocanol, hexyldecanol, butyloctanol, and mixtures thereof; and wherein the at least one co-solvent is selected from the group consisting of glycerol, polyglycerols, glycols, polyglycols, and mixtures thereof. a benefit agent; at least one polymer including a polycaprolactone polymer; at least one lower alcohol; and at least one co-solvent; wherein the benefit agent is selected from the group consisting of hair growth agents, anti-acne and/or anti-rosacea agents, anti-aging agents, depigmentation agent, anti-microbial agents, anti-viral agents, anti-inflammatory agents and analgesics; and wherein the polycaprolactone polymer is polycaprolactone diol polymer; and wherein the at least one lower alcohol is selected from the group consisting of ethyl alcohol, n-propyl alcohol, isopropyl alcohol, n-butyl alcohol, isobutyl alcohol, amyl alcohol, benzyl alcohol, octyldocanol, hexyldecanol, butyloctanol, and mixtures thereof; and wherein the at least one co-solvent is selected from the group consisting of glycerol, polyglycerols, glycols, polyglycols, and mixtures thereof.
A unit comprising an array of sample containers, said containers being connected together and arranged in a planar configuration, each container having multiple optically transparent windows with at least one of the windows of each container being inclined to a plane of the array characterised in that the sample containers are connected by a joining web, which has a plane that passes through the centre of sample volumes defined by the containers, with either the windows lying above and below a plane of the joining web, or, if the containers are of circular cross-section, with one curved window lying on either side of the plane of the joining web.