mhurhangee/ep-ind-claims huggingface dataset:
A controller, comprising: a processor and a memory communicatively connected to the processor, wherein the controller is configured to operate as a control element of a software defined network in which the control plane is separated from the data plane, wherein the processor is configured to: generate, based on detection of a resource utilization condition associated with a resource of a first network element configured to operate as a forwarding element of the software defined network, a flow forwarding rule to instruct the first network element to forward at least a portion of new flow requests received at the first network element from the first network element to a second network element of the software defined network so that the second network element will forward new flow requests received at the first network element to the controller on behalf of the first network element, and propagate the flow forwarding rule to the first network element to initiate flow deflection from the first network element to the second network element. a processor and a memory communicatively connected to the processor, wherein the controller is configured to operate as a control element of a software defined network in which the control plane is separated from the data plane, wherein the processor is configured to: generate, based on detection of a resource utilization condition associated with a resource of a first network element configured to operate as a forwarding element of the software defined network, a flow forwarding rule to instruct the first network element to forward at least a portion of new flow requests received at the first network element from the first network element to a second network element of the software defined network so that the second network element will forward new flow requests received at the first network element to the controller on behalf of the first network element, and propagate the flow forwarding rule to the first network element to initiate flow deflection from the first network element to the second network element. generate, based on detection of a resource utilization condition associated with a resource of a first network element configured to operate as a forwarding element of the software defined network, a flow forwarding rule to instruct the first network element to forward at least a portion of new flow requests received at the first network element from the first network element to a second network element of the software defined network so that the second network element will forward new flow requests received at the first network element to the controller on behalf of the first network element, and propagate the flow forwarding rule to the first network element to initiate flow deflection from the first network element to the second network element.
An optic comprising: a rear surface; a cavity that is formed in the rear surface and that is configured to receive light from a light source; and a front surface that opposes the rear surface, that is configured to emit light processed by the optic, and that comprises a centrally disposed convex region, wherein the front surface and the rear surface meet to form a rim that extends peripherally with respect to the cavity, and wherein the front surface further comprises a concave region that is disposed between the rim and the centrally disposed convex region and that extends peripherally about the centrally disposed convex region, and wherein the cavity comprises at least one side wall, characterized in that the at least one side wall comprises a plurality of angled facets configured to reduce refraction of a portion of the light received from the light source. a rear surface; a cavity that is formed in the rear surface and that is configured to receive light from a light source; and a front surface that opposes the rear surface, that is configured to emit light processed by the optic, and that comprises a centrally disposed convex region, wherein the front surface and the rear surface meet to form a rim that extends peripherally with respect to the cavity, and wherein the front surface further comprises a concave region that is disposed between the rim and the centrally disposed convex region and that extends peripherally about the centrally disposed convex region, and wherein the cavity comprises at least one side wall, characterized in that the at least one side wall comprises a plurality of angled facets configured to reduce refraction of a portion of the light received from the light source.
A system comprising: a cryogen source in fluid communication with a cryogen delivery device; one or more adjustable pressure valves configured to adjust a pressure of the cryogen source in response to a control signal; and a controller configured to: receive an indication of a target pressure, measure the pressure of the cryogen source during an operation of the cryogen delivery device, determine whether the measured pressure matches the target pressure, determine a current rate of change of pressure of the cryogen source, adjust the control signal based on the measuring of the pressure of the cryogen source, the target pressure, the current rate of change of pressure of the cryogen source, and a pressure history of the cryogen source; and adjust the pressure of the cryogen source towards the target pressure via the one or more adjustable pressure valves in response to the control signal. a cryogen source in fluid communication with a cryogen delivery device; one or more adjustable pressure valves configured to adjust a pressure of the cryogen source in response to a control signal; and a controller configured to: receive an indication of a target pressure, measure the pressure of the cryogen source during an operation of the cryogen delivery device, determine whether the measured pressure matches the target pressure, determine a current rate of change of pressure of the cryogen source, adjust the control signal based on the measuring of the pressure of the cryogen source, the target pressure, the current rate of change of pressure of the cryogen source, and a pressure history of the cryogen source; and adjust the pressure of the cryogen source towards the target pressure via the one or more adjustable pressure valves in response to the control signal. receive an indication of a target pressure, measure the pressure of the cryogen source during an operation of the cryogen delivery device, determine whether the measured pressure matches the target pressure, determine a current rate of change of pressure of the cryogen source, adjust the control signal based on the measuring of the pressure of the cryogen source, the target pressure, the current rate of change of pressure of the cryogen source, and a pressure history of the cryogen source; and adjust the pressure of the cryogen source towards the target pressure via the one or more adjustable pressure valves in response to the control signal.
Heat-transferring compensating element for heat transfer from a first component to a second component, comprising: - a first heat-conducting element having a first contact surface, configured for contact with the first component, and having a second contact surface, - a second heat-conducting element having a third contact surface, configured for contact with the second component, and having a fourth contact surface, - wherein the second contact surface and the fourth contact surface are in direct contact with each other, characterized in that - at least one oblique plane (13, 14) is formed between the second and fourth contact surfaces, which oblique plane (13, 14) is at an angle (α) to a main axis (X-X) between the first contact surface and the third contact surface, and in that - the first heat elements and the second heat-conducting element pushed laterally into each other such that a displacement of the first heat-transferring element relative to the second heat-transferring element takes place while the two heat-transferring elements (11, 12) remain in contact with each other via the oblique planes (13, 14). - a first heat-conducting element having a first contact surface, configured for contact with the first component, and having a second contact surface, - a second heat-conducting element having a third contact surface, configured for contact with the second component, and having a fourth contact surface, - wherein the second contact surface and the fourth contact surface are in direct contact with each other, - at least one oblique plane (13, 14) is formed between the second and fourth contact surfaces, which oblique plane (13, 14) is at an angle (α) to a main axis (X-X) between the first contact surface and the third contact surface, and in that - the first heat elements and the second heat-conducting element pushed laterally into each other such that a displacement of the first heat-transferring element relative to the second heat-transferring element takes place while the two heat-transferring elements (11, 12) remain in contact with each other via the oblique planes (13, 14).
A sink system comprising: a basin comprising: a floor; a front wall contiguous with the floor; and a basin rim having a rim front side contiguous with the front wall, the rim front side comprising an aperture; an apron comprising an apron coupling wall configured to be coupled to the rim front side, the apron coupling wall comprising an apron slot that is configured to be aligned with the aperture when the apron is coupled to the basin rim; a threaded fastener configured to be received in the aperture and the apron slot; and a nut configured to be threaded on the threaded fastener and to interface with the apron slot to cooperate with the aperture, wherein the apron is coupled to the basin as the nut is threaded on to the threaded fastener. a basin comprising: a floor; a front wall contiguous with the floor; and a basin rim having a rim front side contiguous with the front wall, the rim front side comprising an aperture; a floor; a front wall contiguous with the floor; and a basin rim having a rim front side contiguous with the front wall, the rim front side comprising an aperture; an apron comprising an apron coupling wall configured to be coupled to the rim front side, the apron coupling wall comprising an apron slot that is configured to be aligned with the aperture when the apron is coupled to the basin rim; a threaded fastener configured to be received in the aperture and the apron slot; and a nut configured to be threaded on the threaded fastener and to interface with the apron slot to cooperate with the aperture, wherein the apron is coupled to the basin as the nut is threaded on to the threaded fastener.
Composite semifinished products in essence composed of A) at least one fibrous substrate and B) at least one reactive or highly reactive polymer composition as matrix material, where the polymer compositions in essence comprise mixtures made of (meth)acrylate-based resin component 1 having hydroxy, amine and/or thiol groups, and of resin component 2 comprising initiator or accelerator, and of, as isocyanate component, di- or polyisocyanate which has been internally capped and/or has been capped with capping agents, and resin component 1 comprises from 20% by weight to 70% by weight of (meth)acrylate monomers and from 1% by weight to 50% by weight of prepolymers. A) at least one fibrous substrate and B) at least one reactive or highly reactive polymer composition as matrix material, from 20% by weight to 70% by weight of (meth)acrylate monomers and from 1% by weight to 50% by weight of prepolymers.
A system comprising: a real-time verification device for a radiation therapy treatment system adapted to irradiate a patient; said radiation therapy treatment system comprising a radiation treatment device an imaging device; said real time verification device being configured to receive a stream of exit image frames from said imaging device and to process in real-time the stream of said exit image frames so as to obtain radiation dose measurements, wherein said exit images are obtained by measurement of the radiation, generated by the radiation treatment device and exiting the patient; characterised in that: the verification device is further configured to analyze the dose measurements with respect to predetermined characteristics for the field and to generate an error signal if the dose measurements are not compliant with one or more of the predetermined characteristics; and in that the radiation dose measurements are caculated as the dose-to-water-values. a real-time verification device for a radiation therapy treatment system adapted to irradiate a patient; said radiation therapy treatment system comprising a radiation treatment device an imaging device; said real time verification device being configured to receive a stream of exit image frames from said imaging device and to process in real-time the stream of said exit image frames so as to obtain radiation dose measurements, wherein said exit images are obtained by measurement of the radiation, generated by the radiation treatment device and exiting the patient; characterised in that: the verification device is further configured to analyze the dose measurements with respect to predetermined characteristics for the field and to generate an error signal if the dose measurements are not compliant with one or more of the predetermined characteristics; and in that the radiation dose measurements are caculated as the dose-to-water-values. the verification device is further configured to analyze the dose measurements with respect to predetermined characteristics for the field and to generate an error signal if the dose measurements are not compliant with one or more of the predetermined characteristics; and in that the radiation dose measurements are caculated as the dose-to-water-values.
A condensing unit for a drafting system of a textile machine having at least one condensing channel for a fully drafted fiber strand (2, 11) and having a first support surface for positioning the condensing unit in the installed state on a drafting system roller,the first support surface being disposed in the region of the condensing channel and the condensing channel being open toward the first support surface and the first support surface being concavely curved and the curvature being adapted to the circumferential surface of a cylinder, in order to seal off the condensing channel against a circumferential surface of the drafting system roller in the installed state, wherein the condensing unit comprises at least one second support surface and at least one third support surface for the drafting system roller,wherein two support surfaces (131, 133) are spaced apart from each other in the circumferential direction of the drafting system roller that can be brought into contact with the support surfaces (131, 132, 133), and wherein two support surfaces (131, 132) are spaced apart from each other in the axial direction of the drafting system roller that can be brought into contact with the support surfaces (131, 132, 133).
A three-component mixing apparatus comprising: a syringe in which a discharge opening is formed on a leading end part and which contains a first drug; a plunger configured to be inserted into the syringe and on which a seal member is mounted; a second drug container containing a second drug; a third drug container containing a third drug; and an infusion-needle connector having a lead end part and a base end part, the lead end part including a connecting part attached to the second drug container containing the second drug and a connecting part attached to the third drug container containing the third drug, the base end part including a confluent path removably attached to the discharge opening, characterized in that the apparatus is configured to permit mixing of the first drug, the second drug and the third drug in the syringe such that when the plunger is pulled against the syringe, the second drug of the second drug container and the third drug of the third drug container are introduced into the syringe via the infusion-needle connector. a syringe in which a discharge opening is formed on a leading end part and which contains a first drug; a plunger configured to be inserted into the syringe and on which a seal member is mounted; a second drug container containing a second drug; a third drug container containing a third drug; and an infusion-needle connector having a lead end part and a base end part, the lead end part including a connecting part attached to the second drug container containing the second drug and a connecting part attached to the third drug container containing the third drug, the base end part including a confluent path removably attached to the discharge opening, characterized in that the apparatus is configured to permit mixing of the first drug, the second drug and the third drug in the syringe such that when the plunger is pulled against the syringe, the second drug of the second drug container and the third drug of the third drug container are introduced into the syringe via the infusion-needle connector.
A brachytherapy system for supporting application of radiation to a body region of a patient body, the system being configured to cooperate with an applicator configured for fixating at least one radiation source in the body region and the system comprising: an ultrasound device configured for acquiring a three-dimensional image of the body region including the applicator, and an image generation unit comprising a pre-stored three-dimensional model of the applicator and being configured to obtain position information relating the applicator on the basis of the three-dimensional image of the body region and to align the three-dimensional image of the body region and the pre-stored three-dimensional model of the applicator on the basis of the position information. an ultrasound device configured for acquiring a three-dimensional image of the body region including the applicator, and an image generation unit comprising a pre-stored three-dimensional model of the applicator and being configured to obtain position information relating the applicator on the basis of the three-dimensional image of the body region and to align the three-dimensional image of the body region and the pre-stored three-dimensional model of the applicator on the basis of the position information.
A vehicle seat arrangement comprising a vehicle seat arranged to be adjusted between a forward facing setup and a rearward facing setup and a seat back rotation axle, the vehicle seat comprising a seat back and a seat cushion, wherein the seat back is rotatable around the seat back rotation axle between a forward facing seat back setup and a rearward facing seat back setup, and the seat cushion is arranged to be adjusted between a forward facing seat cushion setup and a rearward facing seat cushion setup, wherein the seat back and seat cushion are arranged as two separate parts, and in that the seat back rotation axle is arranged to be fixed in location during the seat back's rotation between the forward facing seat back setup and the rearward facing seat back setup, and the seat cushion is arranged to be displaceable horizontally between a first seat cushion location in which the seat cushion is arranged in the forward facing seat cushion setup and a second seat cushion location in which the seat cushion is arranged in the rearward facing seat cushion setup, or in that the seat back rotation axle is arranged to be displaceable horizontally between a first seat back rotation axle location in which the seat back is arranged in the forward facing seat back setup and a second seat back rotation axle location in which the seat back is arranged in the rearward facing seat back setup and the seat cushion is fixed in location horizontally in both the forward facing seat back setup and the rearward facing seat back setup, wherein the seat back rotation axle is arranged to be attached to a vehicle body, characterized in that the seat back rotation axle is arranged to be pivotably mounted in a vehicle on either side of the inside of the vehicle body facing a cabin of the vehicle.
Mechanism for moving a furniture wing with a downward folding opening, designed to be placed on a side of the piece of furniture, said mechanism being contained in a box consisting of two half-shells (11, 12), and comprising a hinge comprising a plurality of levers (L1, L2, L3), articulated one in relation to the other, to the box and to the wing for moving the latter, one of said levers being able to slide in a track formed in the box, another of said levers being able to rotate around a fulcrum point provided on the box and acting with one of its ends on the front side of a linear slider, whose rear side acts on one end of a rocker lever, the other end of which acts on a second linear slider subjected to the action of springs, two dampers being mounted on said linear slider, one damper damping the final part of the descent stroke of the wing during opening, and one damper damping the final part of the ascent stroke of the wing during closure.
A patch fitting for a glass door, wherein the patch fitting comprises: a mount for being mounted on a floor; a shaft having a shaft body with an end connected with the mount, and an eccentric cam provided on the shaft body; a clamping seat for clamping the glass door, which has an oil chamber and a shaft hole in fluid communication with the oil chamber; wherein the shaft is inserted into the shaft hole of the clamping seat such that the clamping seat is turnable about the shaft along with a sweeping movement of the glass door; and a piston unit installed in the oil chamber of the clamping seat and contacted with the eccentric cam of the shaft, such that when the clamping seat is turned, the piston unit is actuated by the eccentric cam of the shaft to press a hydraulic oil contained in the oil chamber so as to provide a damping resistance in response to the sweeping movement of the glass door, characterized in that the mount comprises a mounting plate having a receiving space and a periphery provided with a plurality of threaded adjustment holes communicated with the receiving space, a plurality of adjustment members (22a, 22b) each moveably mounted in one of the adjustment holes of the mounting plate, and an adjustment plate arranged in the receiving space of the mounting plate, connected with the end of the shaft and stopped and pushable by the adjustment members (22a, 22b) such that a position of the adjustment plate is adjustable relative to the mounting plate by actuations of the adjustment members (22a, 22b). a mount for being mounted on a floor; a shaft having a shaft body with an end connected with the mount, and an eccentric cam provided on the shaft body; a clamping seat for clamping the glass door, which has an oil chamber and a shaft hole in fluid communication with the oil chamber; wherein the shaft is inserted into the shaft hole of the clamping seat such that the clamping seat is turnable about the shaft along with a sweeping movement of the glass door; and a piston unit installed in the oil chamber of the clamping seat and contacted with the eccentric cam of the shaft, such that when the clamping seat is turned, the piston unit is actuated by the eccentric cam of the shaft to press a hydraulic oil contained in the oil chamber so as to provide a damping resistance in response to the sweeping movement of the glass door, characterized in that the mount comprises a mounting plate having a receiving space and a periphery provided with a plurality of threaded adjustment holes communicated with the receiving space, a plurality of adjustment members (22a, 22b) each moveably mounted in one of the adjustment holes of the mounting plate, and an adjustment plate arranged in the receiving space of the mounting plate, connected with the end of the shaft and stopped and pushable by the adjustment members (22a, 22b) such that a position of the adjustment plate is adjustable relative to the mounting plate by actuations of the adjustment members (22a, 22b).