mhurhangee/ep-ind-claims huggingface dataset:
A medical system, comprising: a treatment radiation source configured to deliver treatment radiation during a treatment session; and an imaging system (30, 32, 34, 100) configured to obtain image data during the treatment session; characterized in that, the medical system further includes: a processor (54, 1200, 1204) configured to determine a beam break, and automatically operate the imaging system (30, 32, 34, 100) to obtain the image data during the beam break; wherein the beam break is a condition in which no treatment radiation is being delivered, and is prescribed by a treatment plan stored in a non-transitory medium, and wherein the processor (54, 1200, 1204) is configured to determine the beam break by processing the treatment plan. a treatment radiation source configured to deliver treatment radiation during a treatment session; and an imaging system (30, 32, 34, 100) configured to obtain image data during the treatment session; characterized in that, the medical system further includes: a processor (54, 1200, 1204) configured to determine a beam break, and automatically operate the imaging system (30, 32, 34, 100) to obtain the image data during the beam break; wherein the beam break is a condition in which no treatment radiation is being delivered, and is prescribed by a treatment plan stored in a non-transitory medium, and wherein the processor (54, 1200, 1204) is configured to determine the beam break by processing the treatment plan. a processor (54, 1200, 1204) configured to determine a beam break, and automatically operate the imaging system (30, 32, 34, 100) to obtain the image data during the beam break; wherein the beam break is a condition in which no treatment radiation is being delivered, and is prescribed by a treatment plan stored in a non-transitory medium, and wherein the processor (54, 1200, 1204) is configured to determine the beam break by processing the treatment plan.
A device for cooling a hot strip conveyed on a run-out table after finishing, comprising: a plurality of cooling nozzles that eject rod-like flows of cooling water to the upper surface of the steel strip such that the ejecting angle is inclined toward a traveling direction of the steel strip, the plurality of cooling nozzles being disposed in a plurality of lines extending in the width direction of the steel strip and the plurality of lines being disposed in the traveling direction of the steel strip; and draining means (11; 19) disposed downstream of the cooling nozzles for draining the cooling water ejected from the cooling nozzles and remaining on the upper surface of the steel strip, wherein the angle (θ) formed between the steel strip and the rod-like flows of cooling water ejected from the cooling nozzles is 60° or less and 30° or more; and the plurality of nozzles being so arranged that the ejecting speed of the cooling water from the outlets of the nozzles is 7 m/s or more, and the flows of cooling water are continuous and rectilinear so as to have cross sections that are kept circular after the flows are ejected from the outlets of the nozzles until hitting the steel strip. a plurality of cooling nozzles that eject rod-like flows of cooling water to the upper surface of the steel strip such that the ejecting angle is inclined toward a traveling direction of the steel strip, the plurality of cooling nozzles being disposed in a plurality of lines extending in the width direction of the steel strip and the plurality of lines being disposed in the traveling direction of the steel strip; and draining means (11; 19) disposed downstream of the cooling nozzles for draining the cooling water ejected from the cooling nozzles and remaining on the upper surface of the steel strip, wherein the angle (θ) formed between the steel strip and the rod-like flows of cooling water ejected from the cooling nozzles is 60° or less and 30° or more; and the plurality of nozzles being so arranged that the ejecting speed of the cooling water from the outlets of the nozzles is 7 m/s or more, and the flows of cooling water are continuous and rectilinear so as to have cross sections that are kept circular after the flows are ejected from the outlets of the nozzles until hitting the steel strip.
A cylinder comprising: - a cylinder housing with a first side and a second side opposite the first side; - a rod moveably arranged inside the cylinder housing such that at least a portion of the rod extends from the cylinder housing at the second side of the cylinder housing; and - a first piston arranged inside the cylinder housing in sealing engagement with the cylinder housing and fixed to the rod; - a second piston arranged inside the cylinder housing in sealing engagement with the cylinder housing and fixed to the rod at a distance from the first piston; and - a floating piston moveably arranged on the rod in between the first and second piston, wherein the cylinder housing includes a floating piston section guiding the floating piston and configured to delimit movement of the floating piston, characterized in that the cylinder further comprises a pressure device or pressure system configured to allow a pressure to be applied between the floating piston and the first piston in order to move the floating piston into engagement with the second piston and into engagement with the cylinder housing at a second piston side of the floating piston section, or to allow a pressure to be applied between the floating piston and the second piston in order to move the floating piston into engagement with the first piston and into engagement with the cylinder housing at a first piston side of the floating piston section, to position the rod in an intermediate position between two extreme positions. - a cylinder housing with a first side and a second side opposite the first side; - a rod moveably arranged inside the cylinder housing such that at least a portion of the rod extends from the cylinder housing at the second side of the cylinder housing; and - a first piston arranged inside the cylinder housing in sealing engagement with the cylinder housing and fixed to the rod; - a second piston arranged inside the cylinder housing in sealing engagement with the cylinder housing and fixed to the rod at a distance from the first piston; and - a floating piston moveably arranged on the rod in between the first and second piston, wherein the cylinder housing includes a floating piston section guiding the floating piston and configured to delimit movement of the floating piston, characterized in that the cylinder further comprises a pressure device or pressure system configured to allow a pressure to be applied between the floating piston and the first piston in order to move the floating piston into engagement with the second piston and into engagement with the cylinder housing at a second piston side of the floating piston section, or to allow a pressure to be applied between the floating piston and the second piston in order to move the floating piston into engagement with the first piston and into engagement with the cylinder housing at a first piston side of the floating piston section, to position the rod in an intermediate position between two extreme positions.
A method for a first User Equipment, in the following also referred to as UE, comprising: establishing a unicast link with a second UE; transmitting a first sidelink capability information of the first UE to the second UE, wherein the first sidelink capability information includes a first parameter of a first Radio Link Control, in the following also referred to as RLC, configuration supported by the first UE; receiving a second sidelink capability information of the second UE from the second UE, wherein the second sidelink capability information includes a second parameter of a second RLC configuration supported by the second UE; transmitting the first sidelink capability information and the second sidelink capability information to a serving network node of the first UE or transmitting a common sidelink capability information to the serving network node of the first UE, wherein the common sidelink capability information is derived from the first sidelink capability information and the second sidelink capability information; transmitting a first message to the serving network node of the first UE to request a Sidelink Radio Bearer, in the following also referred to as SLRB, configuration for the unicast link; and receiving a second message from the serving network node of the first UE, wherein the second message includes the SLRB configuration for the unicast link. establishing a unicast link with a second UE; transmitting a first sidelink capability information of the first UE to the second UE, wherein the first sidelink capability information includes a first parameter of a first Radio Link Control, in the following also referred to as RLC, configuration supported by the first UE; receiving a second sidelink capability information of the second UE from the second UE, wherein the second sidelink capability information includes a second parameter of a second RLC configuration supported by the second UE; transmitting the first sidelink capability information and the second sidelink capability information to a serving network node of the first UE or transmitting a common sidelink capability information to the serving network node of the first UE, wherein the common sidelink capability information is derived from the first sidelink capability information and the second sidelink capability information; transmitting a first message to the serving network node of the first UE to request a Sidelink Radio Bearer, in the following also referred to as SLRB, configuration for the unicast link; and receiving a second message from the serving network node of the first UE, wherein the second message includes the SLRB configuration for the unicast link.
Transgenic microorganism, containing as a transgene - a nucleid acid portion (a), comprising or consisting of a gene coding for a bacterial chalcone isomerase and/or a nucleid acid portion (a'), comprising or consisting of a gene coding for a plant-based chalcone isomerase, as well as - a nucleid acid portion (b), comprising or consisting of a gene coding for a bacterial enoate reductase, wherein the transgenic microorganism is not a microorganism of the order clostridiales and wherein the microorganism displays chalcone isomerase and enoate reductase activity, but no phloretin hydrolase activity. - a nucleid acid portion (a), comprising or consisting of a gene coding for a bacterial chalcone isomerase - a nucleid acid portion (b), comprising or consisting of a gene coding for a bacterial enoate reductase,
A respiratory monitoring system comprising: a respiratory sensor configured to be positioned within an airflow path of a patient, the respiratory sensor having an electrical characteristic that varies based on a property of interest of the airflow path, the respiratory sensor comprising a communication circuit communicatively coupled to the transmission circuit using a communication channel within a body of the patient, the communication circuit and the transmission circuit being in contact with the body; and a transmission circuit configured to be communicatively coupled to the respiratory sensor, wherein the transmission circuit is configured to transmit a wireless or on body excitation signal to the respiratory sensor, the respiratory sensor is configured to generate a response based on the excitation signal and the electrical characteristic. a respiratory sensor configured to be positioned within an airflow path of a patient, the respiratory sensor having an electrical characteristic that varies based on a property of interest of the airflow path, the respiratory sensor comprising a communication circuit communicatively coupled to the transmission circuit using a communication channel within a body of the patient, the communication circuit and the transmission circuit being in contact with the body; and a transmission circuit configured to be communicatively coupled to the respiratory sensor, wherein the transmission circuit is configured to transmit a wireless or on body excitation signal to the respiratory sensor, the respiratory sensor is configured to generate a response based on the excitation signal and the electrical characteristic.
A cathode material for a solid oxide fuel cell comprising: a complex oxide having a perovskite structure expressed by the general formula ABO 3 having at least one of La and Sr at the A site, the content amount of phosphorus included in the complex oxide being at least 1 ppm and no more than 50 ppm, the content amount of chromium in the complex oxide being at least 1 ppm and no more than 500 ppm, and the content amount of boron in the complex oxide being at least 1 ppm and no more than 50 ppm in a weight ratio relative to the total weight of the complex oxide. a complex oxide having a perovskite structure expressed by the general formula ABO 3 having at least one of La and Sr at the A site, the content amount of phosphorus included in the complex oxide being at least 1 ppm and no more than 50 ppm, the content amount of chromium in the complex oxide being at least 1 ppm and no more than 500 ppm, and the content amount of boron in the complex oxide being at least 1 ppm and no more than 50 ppm in a weight ratio relative to the total weight of the complex oxide.
Sensor array for measuring linear or rotational movements of a component, the sensor array having a magnet and a magneto-sensitive element and the magneto-sensitive element being arranged in a magnetic flux-free region of the magnet, characterized in that the magnet is formed as a closed ring and one pole of the magnet faces outwards and the other pole of the magnet faces inwards and the magneto-sensitive element is arranged in the centre of the ring.
A repeating firearm of linear type with assisted ejection comprising: - Means capable of recovering the energy resulting from the pressure exerted when firing a ammunition, by a gas operated system with a view to move a movable assembly against an elastic return spring - The movable assembly comprising a stopper, a latch and a striker cooperating with a hammer controlled by a trigger, characterized in that it comprises: - Locking means at the rear of the movable assembly in the compressed position of the return spring after each shot, - An manually actuable unlocking assembly capable of acting on the locking means to release the movable assembly and allow the assisted return of said movable assembly with a view to reloading. - Means capable of recovering the energy resulting from the pressure exerted when firing a ammunition, by a gas operated system with a view to move a movable assembly against an elastic return spring - The movable assembly comprising a stopper, a latch and a striker cooperating with a hammer controlled by a trigger, characterized in that it comprises: - Locking means at the rear of the movable assembly in the compressed position of the return spring after each shot, - An manually actuable unlocking assembly capable of acting on the locking means to release the movable assembly and allow the assisted return of said movable assembly with a view to reloading. - Locking means at the rear of the movable assembly in the compressed position of the return spring after each shot, - An manually actuable unlocking assembly capable of acting on the locking means to release the movable assembly and allow the assisted return of said movable assembly with a view to reloading.
Method for granting access to a secured website of a content provider, said method comprising the steps of: detecting, on a first communication device, a user's request for accessing said secured website, wherein said request indicates that at least one access code (cred i) for accessing said secured website is securely stored on an authentication server; sending, from the first communication device to said authentication server, a request for accessing said at least one access code (cred i); sending, from said authentication server to a second communication device identified with said indication, a request for a security code (req_PIN); and after verification by said authentication server of a security code received from the second communication device, forwarding the request for access to the secured website to the content provider using the stored access code (cred i) wherein said method further comprises an initialisation step which comprises the installation of a secure access module on the first communication device, said secure access module being configured to perform at least one of the detection and forwarding steps. detecting, on a first communication device, a user's request for accessing said secured website, wherein said request indicates that at least one access code (cred i) for accessing said secured website is securely stored on an authentication server; sending, from the first communication device to said authentication server, a request for accessing said at least one access code (cred i); sending, from said authentication server to a second communication device identified with said indication, a request for a security code (req_PIN); and after verification by said authentication server of a security code received from the second communication device, forwarding the request for access to the secured website to the content provider using the stored access code (cred i) wherein said method further comprises an initialisation step which comprises the installation of a secure access module on the first communication device, said secure access module being configured to perform at least one of the detection and forwarding steps.
Method for initialising a defrosting procedure in a refrigeration appliance with variable speed compressor, with the steps a) starting up (S10-S19; S21) the compressor with a rotational speed set to an initial value no, b) adapting (S3, S5) the rotational speed n t of the compressor, in order to prevent the temperature (Tin) of a storage chamber of the refrigeration appliance from drifting from a setpoint temperature, c) monitoring a deviation between the adapted rotational speed n t and the initial value no, and d) deciding that a defrosting is necessary when the deviation exceeds a limit value. a) starting up (S10-S19; S21) the compressor with a rotational speed set to an initial value no, b) adapting (S3, S5) the rotational speed n t of the compressor, in order to prevent the temperature (Tin) of a storage chamber of the refrigeration appliance from drifting from a setpoint temperature, c) monitoring a deviation between the adapted rotational speed n t and the initial value no, and d) deciding that a defrosting is necessary when the deviation exceeds a limit value.
A system comprising: an injection and extraction system (120; 300) adapted to inject a retina manipulation fluid into an eye through a first channel defined by a first cannula and extract fluid from the eye through a second channel defined by a second cannula, the second cannula comprising a hub that limits an amount by which the second cannula penetrates the eye, the first cannula extending distally beyond the second cannula, the first cannula being inside the second cannula with an annular channel between the first cannula and the second cannula, the injection and extraction system comprising a body through which the first cannula passes, the body being coupled to the hub by a sleeve; a fluid extraction system adapted to apply negative pressure to the injection and extraction system to facilitate fluid extraction; a computer system (160; 204) adapted to adjust the negative pressure applied by the fluid extraction system; and an infusion system adapted to inject infusion fluid to maintain the shape of an eye undergoing retinal surgery. an injection and extraction system (120; 300) adapted to inject a retina manipulation fluid into an eye through a first channel defined by a first cannula and extract fluid from the eye through a second channel defined by a second cannula, the second cannula comprising a hub that limits an amount by which the second cannula penetrates the eye, the first cannula extending distally beyond the second cannula, the first cannula being inside the second cannula with an annular channel between the first cannula and the second cannula, the injection and extraction system comprising a body through which the first cannula passes, the body being coupled to the hub by a sleeve; a fluid extraction system adapted to apply negative pressure to the injection and extraction system to facilitate fluid extraction; a computer system (160; 204) adapted to adjust the negative pressure applied by the fluid extraction system; and an infusion system adapted to inject infusion fluid to maintain the shape of an eye undergoing retinal surgery.
Mechanism for a timepiece, having: a cam, the periphery of which has a notch; a feeler having an arm provided with a rotation axis and a feeler head provided with a finger designed to feel said periphery, and to drop into the notch when the latter is located next to the finger of the feeler; the feeler being able to pivot about the rotation axis so as to position the finger either in a first position pressed against said periphery of the cam or, by lifting the feeler, in a second position away from said cam, the finger being mounted on the feeler such that its end can move in a first direction with respect to the feeler under the effect of the reaction force exerted by said periphery of the cam when the finger is pressed against this cam set in rotation, the mechanism also having a flexible element provided to move the end of the finger with respect to the feeler in a second direction opposite to the first direction when the finger is not pressed against the periphery of the cam, the mechanism being designed such that the flexible element also moves the end of the finger in the second direction with respect to the feeler when the finger is in the notch. a cam, the periphery of which has a notch; a feeler having an arm provided with a rotation axis and a feeler head provided with a finger designed to feel said periphery, and to drop into the notch when the latter is located next to the finger of the feeler; the feeler being able to pivot about the rotation axis so as to position the finger either in a first position pressed against said periphery of the cam or, by lifting the feeler, in a second position away from said cam, the finger being mounted on the feeler such that its end can move in a first direction with respect to the feeler under the effect of the reaction force exerted by said periphery of the cam when the finger is pressed against this cam set in rotation, the mechanism also having a flexible element provided to move the end of the finger with respect to the feeler in a second direction opposite to the first direction when the finger is not pressed against the periphery of the cam, the mechanism being designed such that the flexible element also moves the end of the finger in the second direction with respect to the feeler when the finger is in the notch.