mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for guiding a medical procedure, the apparatus comprising: a display; and a processor, configured to: present, on the display, a volumetric map of an interior body portion of a body of a subject, wherein the interior body portion includes a body cavity, and the volumetric map was acquired prior to the procedure, and during the procedure, in response to movements of a movement sensor with respect to the interior body portion, update the presented volumetric map, by colouring the areas of the interior body portion from which material was removed by the medical procedure, wherein the processor is configured to update the presented volumetric map by: automatically computing a surface that defines an extent of movement within the interior body portion in response to movements of the movement sensor, and updating the presented volumetric map, using the surface. a display; and a processor, configured to: present, on the display, a volumetric map of an interior body portion of a body of a subject, wherein the interior body portion includes a body cavity, and the volumetric map was acquired prior to the procedure, and during the procedure, in response to movements of a movement sensor with respect to the interior body portion, update the presented volumetric map, by colouring the areas of the interior body portion from which material was removed by the medical procedure, wherein the processor is configured to update the presented volumetric map by: automatically computing a surface that defines an extent of movement within the interior body portion in response to movements of the movement sensor, and updating the presented volumetric map, using the surface. present, on the display, a volumetric map of an interior body portion of a body of a subject, wherein the interior body portion includes a body cavity, and the volumetric map was acquired prior to the procedure, and during the procedure, in response to movements of a movement sensor with respect to the interior body portion, update the presented volumetric map, by colouring the areas of the interior body portion from which material was removed by the medical procedure, wherein the processor is configured to update the presented volumetric map by: automatically computing a surface that defines an extent of movement within the interior body portion in response to movements of the movement sensor, and updating the presented volumetric map, using the surface. automatically computing a surface that defines an extent of movement within the interior body portion in response to movements of the movement sensor, and updating the presented volumetric map, using the surface.
An apparatus comprising: a material layer sized to fit a case of a gas turbine compressor in a GT system, the material layer including a heating element for applying heat to the case of the GT compressor; and a control system coupled with the material layer, the control system configured to: determine whether a shutdown sequence is occurring in the GT system; and actuate the heating element to apply heat to the case of the GT compressor in response to determining that the shutdown sequence is occurring, characterised in that the material layer is substantially hydrophobic. a material layer sized to fit a case of a gas turbine compressor in a GT system, the material layer including a heating element for applying heat to the case of the GT compressor; and a control system coupled with the material layer, the control system configured to: determine whether a shutdown sequence is occurring in the GT system; and actuate the heating element to apply heat to the case of the GT compressor in response to determining that the shutdown sequence is occurring, characterised in that the material layer is substantially hydrophobic. determine whether a shutdown sequence is occurring in the GT system; and actuate the heating element to apply heat to the case of the GT compressor in response to determining that the shutdown sequence is occurring, characterised in that the material layer is substantially hydrophobic.
A dye-sensitized solar cell comprising a transparent substrate, a light-transmitting electrode, a metal oxide layer loaded with a dye, an electrolyte polymer layer, a counter electrode and a counter electrode substrate which are laminated in this order, characterized in that the electrolyte polymer layer is a solid-state layer containing a conductive polymer and an ionic compound wherein; the conductive polymer is doped with an ionic doping agent, the anion of the ionic compound is mutually interchangeable with the anion of the ionic doping agent; and the doping agent is at least one acceptor type doping agent selected from the group consisting of a compound having a sulfonic acid group, a compound having an acetyl group, a compound having a carboxyl group, a compound having a boric acid group, and a compound having a phosphoric acid group. the conductive polymer is doped with an ionic doping agent, the anion of the ionic compound is mutually interchangeable with the anion of the ionic doping agent; and
An antibody or antigen-binding fragment thereof that specifically binds to the C-terminal lysine residue of SEQ ID No:3, wherein the antibody or antigen-binding fragment thereof specifically binds to SEQ ID No.6 and wherein the antibody or antigen-binding fragment thereof does not bind to SEQ ID No:2, SEQ ID No:4 and SEQ ID No:8.
Flexible large container for holding a product, which is formed from several sections joined to one another, where the large container has several surfaces described as walls and floor, which enclose a usable space for receiving the product, and the large container is fitted with carrying loops allowing the filled large container to be lifted, and where the large container has a lid and the sections extend beyond the dimensions of the usable space, in such a way that a hem is created on the upper circumferential edge of the usable space which projects beyond the usable space, and the carrying loops are attached to the hem, characterised in that the sections enclosing the usable space are fused to one another, where the usable space is free of seam holes, where the sections of the large container contain polyethylene and the sections enclosing the usable space are arranged to overlap one another in the places where they are fused to one another.
A combine harvester provided with a threshing means, a preparation means and a cleaning arrangement, the cleaning arrangement comprising one or more sieves and a main blower, the preparation means being configured to receive a mixture of grain and residue material from the threshing means and to transport the mixture towards the cleaning arrangement, wherein the preparation means comprises multiple preparation stages, each of said stages being configured to transport the mixture over a given distance between a front edge and a rear edge of the respective stage, with an air gap being present between each pair of consecutive stages, and wherein the preparation means further comprises a blower means that is separate from the main blower, the separate blower means being configured to direct air towards at least one of the air gaps, to thereby blow at least a portion of the residue material from the mixture towards the rear of the combine harvester, characterized in that the preparation means comprises a plate provided with fins mounted transversally with respect to the longitudinal direction of the harvester, each fin representing one of said preparation stages, said plate further comprising one or more openings between at least one pair of consecutive fins, said one or more openings being suitable for allowing the passage of an air stream produced by the separate blower means, and directed towards the gap between the pair of consecutive fins.
A method to improve estimated CO 2 (eCO 2) concentration for indoor applications, comprising the following steps: - observing a temporal change of a VOC concentration by measuring a present VOC concentration and comparing the result with a previous VOC concentration of a previous measurement of the VOC concentration, - splitting the change of the VOC concentration into a human generated VOC concentration change and a non-human generated VOC concentration change, - accumulate the human generated VOC concentration change to a human generated VOC concentration, resulting in a total human generated VOC concentration ( humanVOC), - calculating an estimated CO 2 concentration (eCO 2) only from the total human generated VOC concentration, whereas the estimated CO 2 concentration is a part of the total human generated VOC concentration, and the eCO 2 concentration is calculated according to eCO 2 = b · humanVOC, whereas b is the ratio between the human generated CO 2 and VOC concentration, wherein the measurement is performed by a VOC sensitive sensor and the splitting, accumulation and calculation is performed by an evaluation processing unit. - observing a temporal change of a VOC concentration by measuring a present VOC concentration and comparing the result with a previous VOC concentration of a previous measurement of the VOC concentration, - splitting the change of the VOC concentration into a human generated VOC concentration change and a non-human generated VOC concentration change, - accumulate the human generated VOC concentration change to a human generated VOC concentration, resulting in a total human generated VOC concentration ( humanVOC), - calculating an estimated CO 2 concentration (eCO 2) only from the total human generated VOC concentration, whereas the estimated CO 2 concentration is a part of the total human generated VOC concentration, and the eCO 2 concentration is calculated according to eCO 2 = b · humanVOC, whereas b is the ratio between the human generated CO 2 and VOC concentration,
A device for diffusing an air flow in at least two zones of a vehicle, in particular a railway vehicle, among a first zone and a second zone, the diffusion device comprising: - a main circulation channel adapted to circulate the air flow towards the first zone according to a main direction (A-A') and defining a passage orifice for the air flow towards the second zone; - a deflection member arranged in the main circulation channel at the passage opening, the deflection member being suitable for directing a part of the air flow towards the passage opening, characterised in that the deflection member comprises two baffles extending in the main direction (A-A') between different leading edges and a single trailing edge. - a main circulation channel adapted to circulate the air flow towards the first zone according to a main direction (A-A') and defining a passage orifice for the air flow towards the second zone; - a deflection member arranged in the main circulation channel at the passage opening, the deflection member being suitable for directing a part of the air flow towards the passage opening,
A flushing valve for rinsing toilet basins, of the type that makes it possible to choose to trigger either a small volume or a large volume of water, including a valve body, preferably made from a composite material, said body receiving, in the upper part, a head body with which it is secured, the lower part of the head body bearing on a dual chamber timing jacket, a lower timing chamber and an upper timing chamber, said upper timing chamber being inserted into an inner housing located at the lower part of said head body, and said lower timing chamber being inserted between the lower face of the lower part of the head body and a shoulder located inside the valve body.
An indicator for plasma sterilization with using an oxidizing gas comprising: a) an azo dye represented by the general formula: X-N=N-Y wherein X represents a residue of heterocyclic ring selected from the group consisting of thiazole ring, benzothiazole ring, thiadiazole ring, triazole ring, pyridine ring, and quinoline ring, wherein the residue of heterocyclic ring may further optionally include a non-dissociated group as a substituent therein, and Y represents a residue of aniline derivative which is capable of coupling to the nitrogen atom in p-orientation, wherein the residue of aniline derivative may further optionally include a non-dissociated group as a substituent therein; b) a compound containing a mercapto group or a dithiocarbamyl group therein; and c) a first resin as binder. a) an azo dye represented by the general formula: X-N=N-Y wherein X represents a residue of heterocyclic ring selected from the group consisting of thiazole ring, benzothiazole ring, thiadiazole ring, triazole ring, pyridine ring, and quinoline ring, wherein the residue of heterocyclic ring may further optionally include a non-dissociated group as a substituent therein, and Y represents a residue of aniline derivative which is capable of coupling to the nitrogen atom in p-orientation, wherein the residue of aniline derivative may further optionally include a non-dissociated group as a substituent therein; b) a compound containing a mercapto group or a dithiocarbamyl group therein; and c) a first resin as binder.
An auxiliary handle-fixing clip for modular headliner of an automobile comprising a base at the bottom, the base being adapted to be assembled between a body panel and a headliner of an automobile, and a hook at the front, the hook integrally bent from the base for fitting in a coupling opening of the body panel 10), the hook comprising inner walls bent upwardly slantly in the direction of facing each other, starting from the opposite lateral sides of the base, outer walls bent slantly downwardly in the direction of dreading from each other, starting from the both tops of the inner walls, and engaging members bent slantly downwardly in mutually facing directions from the lower ends of the outer walls, said clip being characterised by the inner walls being formed at their lower parts with cut-out openings having each a given area, at the positions corresponding to which openings the engaging members are formed at the lower ends of outer walls, so that the engaging members can be, with shrunk posture, easily fitted in the coupling opening of the body panel, without interfering with inner walls, at the time of inserting the fixing clip in the coupling opening; additionally an opening being formed in each wall in between the engaging members.
Gaseous medication containing xenon for a use via inhalation combined with at least one NMDA receptor antagonist in the form of a liquid or solid, for treating, slowing or preventing neurological deterioration consecutive to a neurodegenerative disease in a human patient.
Method for guiding a user in a building, wherein at least one first communication unit (10, 11, 12) transmits data to a mobile second communication unit carried by the user, and wherein the method comprises the following steps: a) the first communication unit (10, 11, 12) sending a contact signal within a predetermined range in order to establish contact with the second communication unit; b) establishing contact between the first communication unit (10, 11, 12) and the second communication unit if the second communication unit is located within the range and receives the contact signal, such that a position of the user in the building is determined, c) the first communication unit (10, 11, 12) receiving a destination of the user that is transmitted by the second communication unit, d) a computer unit transmitting data via the first communication unit (10, 11, 12) to the second communication unit in order to guide the user through the building by means of the second communication unit if the second communication unit is located within the range, wherein the data can be read by the user on a display of the second communication unit and wherein the content of the transmitted data is dependent on the position of the user within the building, which position is determined within the framework of establishing contact, and on the destination of the user, e) the computer unit determining an elevator (2, 3, 4) in order to serve a destination call, and f) transporting the user by means of the elevator (2, 3, 4). a) the first communication unit (10, 11, 12) sending a contact signal within a predetermined range in order to establish contact with the second communication unit; b) establishing contact between the first communication unit (10, 11, 12) and the second communication unit if the second communication unit is located within the range and receives the contact signal, such that a position of the user in the building is determined, c) the first communication unit (10, 11, 12) receiving a destination of the user that is transmitted by the second communication unit, d) a computer unit transmitting data via the first communication unit (10, 11, 12) to the second communication unit in order to guide the user through the building by means of the second communication unit if the second communication unit is located within the range, wherein the data can be read by the user on a display of the second communication unit and wherein the content of the transmitted data is dependent on the position of the user within the building, which position is determined within the framework of establishing contact, and on the destination of the user, e) the computer unit determining an elevator (2, 3, 4) in order to serve a destination call, and f) transporting the user by means of the elevator (2, 3, 4).
A method of operating a wind turbine comprising a turbine rotor with at least two blades, each blade having a variable pitch angle, the method comprising: - determining mechanical loads on the blades; - determining an asymmetric load moment experienced by the turbine rotor based on the mechanical loads on the blades; - determining high order harmonics from the asymmetric load moment; and - determining an individual pitch control signal for each of the blades for varying the pitch angle of each blade to compensate for the asymmetric load moment, wherein the individual pitch control signal for each blade is determined at least based on the high order harmonics; characterized in that the determination of the high order harmonics from the asymmetric load moment further comprises: - frequency modulating the asymmetric load moment; and - notch filtering the frequency modulated asymmetric load moment to generate the high order harmonics. - determining mechanical loads on the blades; - determining an asymmetric load moment experienced by the turbine rotor based on the mechanical loads on the blades; - determining high order harmonics from the asymmetric load moment; and - determining an individual pitch control signal for each of the blades for varying the pitch angle of each blade to compensate for the asymmetric load moment, wherein the individual pitch control signal for each blade is determined at least based on the high order harmonics; - frequency modulating the asymmetric load moment; and - notch filtering the frequency modulated asymmetric load moment to generate the high order harmonics.
A method of wireless communication, comprising: scheduling at a scheduling entity, a first frame for transmission over a wireless network that supports time division duplexing, wherein the first frame comprises a first duplex symbol that includes a first bandwidth to be used for uplink transmission to the scheduling entity and a second bandwidth to be used for downlink transmission from the scheduling entity; and while the first frame is being transmitted, using the second bandwidth to transmit scheduling information related to a second frame that is scheduled to be transmitted immediately after the first frame, wherein the scheduling information includes an uplink grant or a downlink grant. scheduling at a scheduling entity, a first frame for transmission over a wireless network that supports time division duplexing, wherein the first frame comprises a first duplex symbol that includes a first bandwidth to be used for uplink transmission to the scheduling entity and a second bandwidth to be used for downlink transmission from the scheduling entity; and while the first frame is being transmitted, using the second bandwidth to transmit scheduling information related to a second frame that is scheduled to be transmitted immediately after the first frame, wherein the scheduling information includes an uplink grant or a downlink grant.
A fuel rod comprising: first enriched by weight percent uranium in a boost zone of the fuel rod, the boost zone being arranged directly at a bottom of the fuel rod; second enriched by weight percent uranium in a second zone of the fuel rod, the second zone being arranged over the boost zone; and natural uranium in a third zone of the fuel rod, the third zone being arranged over the second zone, wherein a percent of enrichment of the first enriched uranium in the boost zone is at least one percent; characterized in that: the second zone further includes a burnable poison; wherein the boost zone does not include a burnable poison. first enriched by weight percent uranium in a boost zone of the fuel rod, the boost zone being arranged directly at a bottom of the fuel rod; second enriched by weight percent uranium in a second zone of the fuel rod, the second zone being arranged over the boost zone; and natural uranium in a third zone of the fuel rod, the third zone being arranged over the second zone, wherein a percent of enrichment of the first enriched uranium in the boost zone is at least one percent; characterized in that: the second zone further includes a burnable poison; wherein the boost zone does not include a burnable poison. the second zone further includes a burnable poison; wherein the boost zone does not include a burnable poison.
An ice adhesion reducing polymer comprising a cross-linked reaction product of the following: a siloxane selected from: or in which m is 1-1500; and n is 1-1500; and a polyisocyanate or a reactive coating containing a polyisocyanate. m is 1-1500; and n is 1-1500; and a polyisocyanate or a reactive coating containing a polyisocyanate.