mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for use in a treatment process that involves a treatment machine having an energy source, the apparatus comprising: one or more medium storing current treatment plan data and a current image of a patient, wherein the current treatment plan data is for processing by the treatment machine to treat the patient; one or more input communicatively coupled to said one or more medium storing current treatment plan data and a current image of the patient, the one or more input configured to obtain the current treatment plan data and the current image of the patient; a re-plan triggering model (222, 306); and a re-planning decision processor configured to determine a re-plan information based at least in part on the current treatment plan data, the current image, and the re-plan triggering model (222, 306), wherein the re-plan information indicates a recommendation regarding treatment re-planning; wherein the re-planning decision processor is configured to output the re-plan information; characterised in that the apparatus further comprises a model generator (240, 300) that is configured to create the re-plan triggering model (222, 306) based on previous treatment plan data and previous image(s) by observing how anatomical features changed over time for a particular patient, and how those changes correlate with previous re-plan decisions. one or more medium storing current treatment plan data and a current image of a patient, wherein the current treatment plan data is for processing by the treatment machine to treat the patient; one or more input communicatively coupled to said one or more medium storing current treatment plan data and a current image of the patient, the one or more input configured to obtain the current treatment plan data and the current image of the patient; a re-plan triggering model (222, 306); and a re-planning decision processor configured to determine a re-plan information based at least in part on the current treatment plan data, the current image, and the re-plan triggering model (222, 306), wherein the re-plan information indicates a recommendation regarding treatment re-planning; wherein the re-planning decision processor is configured to output the re-plan information; characterised in that the apparatus further comprises a model generator (240, 300) that is configured to create the re-plan triggering model (222, 306) based on previous treatment plan data and previous image(s) by observing how anatomical features changed over time for a particular patient, and how those changes correlate with previous re-plan decisions.
A method performed by a network component for real-time traffic delivery, the method comprising: detecting a frame of a real-time traffic flow at a radio node; setting a transmission deadline of the frame according to a data rate at the radio node; calculating a required transmission rate of the frame based on the set transmission deadline and the size of the frame; comparing the required transmission rate of the frame with an available bandwidth of the radio node; upon determining that the set transmission deadline corresponding to the required transmission rate supports the size of the frame, scheduling for forwarding the frame within the set transmission deadline; and upon determining that the set transmission deadline corresponding to the required transmission rate does not support the size of the frame, setting, according to the size of the frame and the size of at least one next frame, a relaxed joint transmission deadline, wherein the relaxed joint transmission deadline is jointly considered as a transmission deadline for both the frame and the at least one next frame and is equal to at least twice the set transmission deadline, and scheduling for forwarding the frame and the at least one next frame within the relaxed joint transmission deadline. detecting a frame of a real-time traffic flow at a radio node; setting a transmission deadline of the frame according to a data rate at the radio node; calculating a required transmission rate of the frame based on the set transmission deadline and the size of the frame; comparing the required transmission rate of the frame with an available bandwidth of the radio node; upon determining that the set transmission deadline corresponding to the required transmission rate supports the size of the frame, scheduling for forwarding the frame within the set transmission deadline; and upon determining that the set transmission deadline corresponding to the required transmission rate does not support the size of the frame, setting, according to the size of the frame and the size of at least one next frame, a relaxed joint transmission deadline, wherein the relaxed joint transmission deadline is jointly considered as a transmission deadline for both the frame and the at least one next frame and is equal to at least twice the set transmission deadline, and scheduling for forwarding the frame and the at least one next frame within the relaxed joint transmission deadline.
Method for controlling an illuminant, wherein - the illuminant has at least two independently controllable light-emitting diodes (4, 6), - the two independently controllable light-emitting diodes (4, 6) are operated by a respective operating device (2a, 2b), - in the event of a mains voltage failure, a first light-emitting diode is controlled by the first operating device on the basis of a rechargeable battery, - wherein the second light-emitting diode is controlled by the second operating device if the second operating device is connected to the mains voltage supply by a switchable motion detector, characterized in that - the switchable motion detector connects the second operating device to the mains voltage supply by means of a relay or a semiconductor switch. - the illuminant has at least two independently controllable light-emitting diodes (4, 6), - the two independently controllable light-emitting diodes (4, 6) are operated by a respective operating device (2a, 2b), - in the event of a mains voltage failure, a first light-emitting diode is controlled by the first operating device on the basis of a rechargeable battery, - wherein the second light-emitting diode is controlled by the second operating device if the second operating device is connected to the mains voltage supply by a switchable motion detector, characterized in that - the switchable motion detector connects the second operating device to the mains voltage supply by means of a relay or a semiconductor switch.
Electric heating device for a liquid, in particular for a motor vehicle, comprising a heating body, and a casing defining, at least in part, a circulation chamber for the liquid, the heating body comprising at least two concentric electric heating elements (7, 8, 9), extending into the circulation chamber and being fixed to an internal wall of said device defining, at least in part, the circulation chamber, so as to form a first mechanical connection, the electric heating device comprises at least one mechanical connection element arranged in the circulation chamber by mechanically connecting said two electric heating elements (7, 8, 9) and an internal surface of the casing extending opposite the heating body, so as to form a second mechanical connection distinct from the first mechanical connection, characterized in that the at least two concentric electric heating elements (7, 8, 9) comprise an external heating element disposed around an internal heating element (8, 9), and said at least one mechanical connection element being arranged at least in part between the concentric electric heating elements (7, 8, 9).
An aqueous ophthalmic composition suitable for injection, comprising: an IgG1/lambda isotype antibody or an isolated monoclonal antibody that specifically binds to a C5 protein at a concentration of 100 mg/ml; a stabilizer at a concentration of 120 mM; L-arginine at a concentration of 50 mM; histidine at a concentration of 10 mM; a surfactant at a concentration of 0.01 w/w %; with a pH adjusted to 5.5. an IgG1/lambda isotype antibody or an isolated monoclonal antibody that specifically binds to a C5 protein at a concentration of 100 mg/ml; a stabilizer at a concentration of 120 mM; L-arginine at a concentration of 50 mM; histidine at a concentration of 10 mM; a surfactant at a concentration of 0.01 w/w %; with a pH adjusted to 5.5.
Illumination device comprising a broad-area, flexible illumination layer, wherein the illumination layer has at least one light-emitting unit, and a broad-area, in particular flexible, top layer with a plurality of aperture sections which can be adjusted between a closed waiting position and an open illumination position, wherein the illumination layer and the top layer are fixedly connected to one another.
A memory device comprising: an array of cross-point memory cells, each of the cross-point memory cells including a memory element and a switch element; and circuitry to independently set a state of the memory element and a state of the switch element of a cross-point memory cell of the array to program the cross-point memory cell to one of multiple logic values; the multiple logic values including: a first logic value corresponding to a low magnitude threshold voltage and a low resistance state of both the memory element and the switch element, a second logic value corresponding to a high magnitude threshold voltage and a high resistance state of both the memory element and the switch element of the cross-point memory cell, and a third logic value corresponding to an intermediate threshold voltage having a magnitude that is less than the high magnitude threshold voltage and greater than the low magnitude threshold voltage and corresponding to the high resistance state of the memory element and the low resistance state of the switch element or an intermediate resistance state of the memory element and an intermediate resistance state of switch element. an array of cross-point memory cells, each of the cross-point memory cells including a memory element and a switch element; and circuitry to independently set a state of the memory element and a state of the switch element of a cross-point memory cell of the array to program the cross-point memory cell to one of multiple logic values; the multiple logic values including: a first logic value corresponding to a low magnitude threshold voltage and a low resistance state of both the memory element and the switch element, a second logic value corresponding to a high magnitude threshold voltage and a high resistance state of both the memory element and the switch element of the cross-point memory cell, and a third logic value corresponding to an intermediate threshold voltage having a magnitude that is less than the high magnitude threshold voltage and greater than the low magnitude threshold voltage and corresponding to the high resistance state of the memory element and the low resistance state of the switch element or an intermediate resistance state of the memory element and an intermediate resistance state of switch element. a first logic value corresponding to a low magnitude threshold voltage and a low resistance state of both the memory element and the switch element, a second logic value corresponding to a high magnitude threshold voltage and a high resistance state of both the memory element and the switch element of the cross-point memory cell, and a third logic value corresponding to an intermediate threshold voltage having a magnitude that is less than the high magnitude threshold voltage and greater than the low magnitude threshold voltage and corresponding to the high resistance state of the memory element and the low resistance state of the switch element or an intermediate resistance state of the memory element and an intermediate resistance state of switch element.
A high quality paperboard comprising at least three plies: a first ply, a third ply and a second ply for providing the paperboard with bulk characterized in that the second ply comprises 50-90% by weight of hardwood CTMP and 10-50% by weight of chemical pulp and/or softwood CTMP, all percentages calculated on the total fiber weight of said second ply, thereby achieving paperboard with a Scott Bond of at least 80 J/m2, a bending resistance index of at least 5 Nm6/kg3 and a z-stength of at least 200 kPa wherein said second ply is arranged between said first and third ply.
An antigen receptor, which receptor comprises a first peptide chain and a second peptide chain, wherein the first peptide chain comprises a first domain, a second domain, a variable region of a T cell receptor chain, and an immunoreceptor signal transmission domain; the second peptide chain comprises a first domain, a second domain, a variable region of a T cell receptor chain, and an immunoreceptor signal transmission domain; wherein the first domain from the first peptide chain forms together with one of the domains from the second peptide chain a first antigen binding site, and wherein the second domain from the first peptide chain forms together with the other domain from the second peptide chain a second antigen binding site, wherein (i) the first peptide chain comprises a variable region of a T cell receptor alpha chain and a constant region of a T cell receptor alpha chain and the second peptide chain comprises a variable region of a T cell receptor beta chain and a constant region of a T cell receptor beta chain, or (ii) the first peptide chain comprises a variable region of a T cell receptor beta chain and a constant region of a T cell receptor beta chain and the second peptide chain comprises a variable region of a T cell receptor alpha chain and a constant region of a T cell receptor alpha chain. (i) the first peptide chain comprises a variable region of a T cell receptor alpha chain and a constant region of a T cell receptor alpha chain and the second peptide chain comprises a variable region of a T cell receptor beta chain and a constant region of a T cell receptor beta chain, or (ii) the first peptide chain comprises a variable region of a T cell receptor beta chain and a constant region of a T cell receptor beta chain and the second peptide chain comprises a variable region of a T cell receptor alpha chain and a constant region of a T cell receptor alpha chain.
A water treatment device comprising, on a pipe for water to be treated, an upstream membrane barometric clarification stage and a downstream advanced barometric purification stage, said downstream stage comprising an overpressure means (14, 14a-14f) upstream of a filtration means of the downstream stage, said filtration means of the downstream stage comprising a retentate outlet, the water treatment device also comprising a washing circuit for using water clarified by the water treatment device and accumulated in a tank to perform periodic washing of said upstream membrane stage, and the water treatment device being characterized in that it also comprises a command for controlling switching between an operating mode for producing filtered water comprising applying suction created by said overpressure means (14, 14a-14f) to a permeate outlet of the upstream stage and applying circulation to said retentate outlet in a pipe having a reinjection point on said pipe for water to be treated, on the one hand, and a periodic maintenance mode comprising circulating water toward the upstream stage from said tank that is placed downstream of a permeate outlet of said filtration means of the downstream stage, by said washing circuit, said washing circuit having an injection point on said pipe for water to be treated, said injection point of the washing circuit interfacing with the upstream of the overpressure means (14, 14a-14f), and the reinjection point interfacing with the downstream of the overpressure means (14, 14a-14f), on the other hand.
A positive active material for a rechargeable lithium battery comprising a lithium manganese oxide-based solid solution, wherein the lithium manganese oxide-based solid solution is obtained by firing a mixed powder during 4 to 24 hours at a temperature ranging from 710°C to 980°C, characterized in that the lithium manganese oxide-based solid solution has a specific surface area in the range of 6 m 2 /g to 12 m 2 /g and a crystallite diameter in the range of 40 nm to 70 nm, wherein the crystallite diameter is measured by a X-ray diffraction test performed on the lithium manganese oxide-based solid solution using the Scherrer equation and a full width at half maximum of a peak observed around a diffraction angle of 18°.
A distance measuring device (20, 71, 81) comprising: a light receiving unit for receiving a reflected light from an object of irradiation light emitted from a light emitting unit that emits light; a control unit for controlling a light emitting operation by supplying the light emitting unit with a light emission timing signal for controlling the light emitting operation for emitting the irradiation light and for controlling a light receiving operation by supplying the light receiving unit with a light reception timing signal for controlling the light receiving operation for receiving the reflected light; and a measuring unit for measuring, as a deviation time between a light emission timing at which the light emitting unit emits the irradiation light and a light reception timing at which the light receiving unit performs the light receiving operation, a temporal deviation by using the light emission timing signal and the light reception timing signal; wherein the measuring unit is configured to measure the temporal deviation by using the light emission timing signal fed back from the middle of a wiring through which the light emission timing signal is supplied from the control unit to the light emitting unit and the light reception timing signal fed back to the measuring unit, and a correcting unit configured to perform control to correct one or both of the light emission timing signal and the light reception timing signal according to the temporal deviation. a light receiving unit for receiving a reflected light from an object of irradiation light emitted from a light emitting unit that emits light; a control unit for controlling a light emitting operation by supplying the light emitting unit with a light emission timing signal for controlling the light emitting operation for emitting the irradiation light and for controlling a light receiving operation by supplying the light receiving unit with a light reception timing signal for controlling the light receiving operation for receiving the reflected light; and a measuring unit for measuring, as a deviation time between a light emission timing at which the light emitting unit emits the irradiation light and a light reception timing at which the light receiving unit performs the light receiving operation, a temporal deviation by using the light emission timing signal and the light reception timing signal; wherein the measuring unit is configured to measure the temporal deviation by using the light emission timing signal fed back from the middle of a wiring through which the light emission timing signal is supplied from the control unit to the light emitting unit and the light reception timing signal fed back to the measuring unit, and a correcting unit configured to perform control to correct one or both of the light emission timing signal and the light reception timing signal according to the temporal deviation.
A method for cooling and processing a wire which has a wire surface, comprising at least the following steps: - guiding the wire into a draw-peeling apparatus, - guiding the wire through at least one first peeling die used for machining the wire surface, - applying a cooling means at least to the wire surface, or to the first peeling die, in the draw-peeling device, and - guiding the wire through at least one second processing element which is used for the plastic deformation of the wire and which is arranged after the first processing element in the wire running direction, characterized in that: - the cooling means is a cooling gas, - the cooling gas is applied to a contact point between the at least one first peeling die and the wire, and/or a clearance cutting region of the at least one first peeling die, and - the at least one second processing element is arranged inside the draw-peeling device. - guiding the wire into a draw-peeling apparatus, - guiding the wire through at least one first peeling die used for machining the wire surface, - applying a cooling means at least to the wire surface, or to the first peeling die, in the draw-peeling device, and - guiding the wire through at least one second processing element which is used for the plastic deformation of the wire and which is arranged after the first processing element in the wire running direction, characterized in that: - the cooling means is a cooling gas, - the cooling gas is applied to a contact point between the at least one first peeling die and the wire, and/or a clearance cutting region of the at least one first peeling die, and - the at least one second processing element is arranged inside the draw-peeling device. - the cooling means is a cooling gas, - the cooling gas is applied to a contact point between the at least one first peeling die and the wire, and/or a clearance cutting region of the at least one first peeling die, and - the at least one second processing element is arranged inside the draw-peeling device.
A smoking article comprising: a tobacco substrate; a wrapper disposed about the tobacco substrate, wherein at least an inner or outer surface of the wrapper is hydrophobic via hydrophobic groups chemically bonded to the wrapper, the wrapper having a permeability of at least about 15 CORESTA units.
A method for programming video recorders (5, 7, 9), comprising the following steps: Selection by a video recorder editor - user of a video content to record, Inclusion of an identification of said video content in a theme grouping different contents; Choice of users subscribed to said theme; Automatic transmission of programming instructions of the record of said video content to video recorders (5, 7.9) of the subscribed users to said theme, the video recorders of said subscribed users being programmed without any intervention of them; Deleting video contents recorded by said video recorder (5.7, 9); characterized in that said step for deleting the recorded video contents includes the steps of: Defining rules by a user to choose video contents to be automatically deleted from his recorder, to allow deletion of the least often consulted video contents and/or the most poorly rated by subscribed users to said theme; Checking those rules by a server of programming video recorders; and Sending deletion commands of recording to the video recorder of said user when one of said rules is satisfied. Selection by a video recorder editor - user of a video content to record, Inclusion of an identification of said video content in a theme grouping different contents; Choice of users subscribed to said theme; Automatic transmission of programming instructions of the record of said video content to video recorders (5, 7.9) of the subscribed users to said theme, the video recorders of said subscribed users being programmed without any intervention of them; Deleting video contents recorded by said video recorder (5.7, 9); characterized in that said step for deleting the recorded video contents includes the steps of: Defining rules by a user to choose video contents to be automatically deleted from his recorder, to allow deletion of the least often consulted video contents and/or the most poorly rated by subscribed users to said theme; Checking those rules by a server of programming video recorders; and Sending deletion commands of recording to the video recorder of said user when one of said rules is satisfied. Defining rules by a user to choose video contents to be automatically deleted from his recorder, to allow deletion of the least often consulted video contents and/or the most poorly rated by subscribed users to said theme; Checking those rules by a server of programming video recorders; and Sending deletion commands of recording to the video recorder of said user when one of said rules is satisfied.