mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a user equipment, UE, for offloading wireless services to a wireless local area network, WLAN, after the completion of a Third Generation Partnership Project, 3GPP, inter-radio access technology, RAT, handover, the method comprising: receiving, at the UE, an access network discovery and selection function, ANDSF, policy from an ANDSF server, wherein the ANDSF policy comprises policy rules, wherein the policy rules comprise a first validity condition for applying the rules, wherein the receiving is performed before a procedure in which the UE conducts a first inter-RAT handover from a first 3GPP RAT (130, 132) to a second 3GPP RAT (130, 132); comparing, by the UE, an evaluation condition information for the second 3GPP RAT (130, 132) against the first validity condition after completion of the first inter-RAT handover; and offloading a first wireless service to the WLAN in accordance with the ANDSF policy when the first validity condition is satisfied; wherein the ANDSF policy comprises a second validity condition, and the method further comprises switching, when the second validity condition is satisfied, the first service from the WLAN to one of the second 3GPP RAT (130, 132), a second WLAN, and a third 3GPP RAT to which the UE is connected after a second inter-RAT handover. receiving, at the UE, an access network discovery and selection function, ANDSF, policy from an ANDSF server, wherein the ANDSF policy comprises policy rules, wherein the policy rules comprise a first validity condition for applying the rules, wherein the receiving is performed before a procedure in which the UE conducts a first inter-RAT handover from a first 3GPP RAT (130, 132) to a second 3GPP RAT (130, 132); comparing, by the UE, an evaluation condition information for the second 3GPP RAT (130, 132) against the first validity condition after completion of the first inter-RAT handover; and offloading a first wireless service to the WLAN in accordance with the ANDSF policy when the first validity condition is satisfied; wherein the ANDSF policy comprises a second validity condition, and the method further comprises switching, when the second validity condition is satisfied, the first service from the WLAN to one of the second 3GPP RAT (130, 132), a second WLAN, and a third 3GPP RAT to which the UE is connected after a second inter-RAT handover.
1,3-Bis(2-chloroethyl)-1-nitrosourea, melphalan, hydroxocobalamin, ascorbic acid, or a pharmaceutically acceptable salt of any of the foregoing, for use in a method for the treatment of metastatic cancer or refractory metastatic cancer in a subject, comprising administering a combination of (a) 1,3-bis(2-chloroethyl)-1-nitrosourea, (b) melphalan, (c) hydroxocobalamin, and (d) ascorbic acid, or pharmaceutically acceptable salts of any of the foregoing, and optionally administering (e) ethanol and/or (f) bone marrow stem cells, wherein the melphalan, 1,3-bis(2-chloroethyl)-1-nitrosourea, hydroxocobalamin, and ascorbic acid, or pharmaceutically acceptable salts of any of the foregoing, are all administered simultaneously or within a six-hour time period; wherein the melphalan dose is in the range of 20 mg/m 2 to 200 mg/m 2. (a) 1,3-bis(2-chloroethyl)-1-nitrosourea, (b) melphalan, (c) hydroxocobalamin, and (d) ascorbic acid, or pharmaceutically acceptable salts of any of the foregoing, and optionally administering or pharmaceutically acceptable salts of any of the foregoing, and optionally administering (e) ethanol and/or (f) bone marrow stem cells,
A portable frame apparatus (100, 600) and chair, wherein the portable frame apparatus (100, 600) comprises: a frame including a first support member (108, 602) and a second support member (108, 602); at least one connecting member (102, 604) configured to be coupled to the first support member (108, 602) at a first end of the connecting member (102, 604) and to the second support member (108, 602) at a second end of the connecting member (102, 604); wherein the first support member (108, 602), the second support member (108, 602) and the connecting member (102, 604) form a rigid structure providing support to a user of the portable frame apparatus (100, 600), wherein the connecting member (102, 604) is rotatably coupled to at least one of the first and second support members (108, 602), wherein the first and second support members (108, 602) are each supported by a leg (106, 606) and wherein the apparatus (100, 600) is positioned adjacent to and around the chair thereby providing arm support to the user. a first support member (108, 602) and a second support member (108, 602); at least one connecting member (102, 604) configured to be coupled to the first support member (108, 602) at a first end of the connecting member (102, 604) and to the second support member (108, 602) at a second end of the connecting member (102, 604); wherein the first support member (108, 602), the second support member (108, 602) and the connecting member (102, 604) form a rigid structure providing support to a user of the portable frame apparatus (100, 600), wherein the connecting member (102, 604) is rotatably coupled to at least one of the first and second support members (108, 602), wherein the first and second support members (108, 602) are each supported by a leg (106, 606) and wherein the apparatus (100, 600) is positioned adjacent to and around the chair thereby providing arm support to the user.
Method to distribute energy to delivery points of an energy supplying grid comprising: a) collecting energy demands from each one of a plurality of consumers connected to an energy supplying grid, the energy demands including requirements data, b) collecting specification data of the origin of the energy supplied by each one of a plurality of energy supply units connected to said energy supplying grid, c) keeping up to date an energy ledger with - quantities of energy consumed by each consumer, - quantities of energy supplied by each energy supply unit, - the collected requirement data, and - the collected specification data, d) allocating quantities of current energy supplied by energy supply units to the energy demands of the consumers in function of the updated energy ledger, e) distributing the energy provided by the energy supply units to the consumers through the energy supplying grid and according to the allocated quantities, characterized in that the requirements data contains parameters related to a position on the grid of the energy supply units or geographical parameters of the energy generation. a) collecting energy demands from each one of a plurality of consumers connected to an energy supplying grid, the energy demands including requirements data, b) collecting specification data of the origin of the energy supplied by each one of a plurality of energy supply units connected to said energy supplying grid, c) keeping up to date an energy ledger with - quantities of energy consumed by each consumer, - quantities of energy supplied by each energy supply unit, - the collected requirement data, and - the collected specification data, - quantities of energy consumed by each consumer, - quantities of energy supplied by each energy supply unit, - the collected requirement data, and - the collected specification data, d) allocating quantities of current energy supplied by energy supply units to the energy demands of the consumers in function of the updated energy ledger, e) distributing the energy provided by the energy supply units to the consumers through the energy supplying grid and according to the allocated quantities,
A method for noise distribution shaping for signals comprising the acts of - generating a blanking control signal by comparing a received signal comprising transitions with at least one blanking threshold, - determining transitions of the received signal and zones around the determined transitions, and generating a transitions control signal comprising the determined transitions and zones, - adapting the at least one blanking threshold or the received signal according to an offset value depending on the amplitude of the received signal and on the transitions control signal (S12, S13, S14), - modifying the noise distribution of the received signal by applying blanking of the received signal under control of the blanking control signal, and - wherein the generating of the blanking control signal comprises - setting the at least one blanking threshold within the zones around the determined transitions to a predefined value, which is selected such that the adapting of the at least one blanking threshold is interrupted within the zones, or - interrupting the adapting of the received signal within the zones around the determined transitions. - generating a blanking control signal by comparing a received signal comprising transitions with at least one blanking threshold, - determining transitions of the received signal and zones around the determined transitions, and generating a transitions control signal comprising the determined transitions and zones, - adapting the at least one blanking threshold or the received signal according to an offset value depending on the amplitude of the received signal and on the transitions control signal (S12, S13, S14), - modifying the noise distribution of the received signal by applying blanking of the received signal under control of the blanking control signal, and - wherein the generating of the blanking control signal comprises - setting the at least one blanking threshold within the zones around the determined transitions to a predefined value, which is selected such that the adapting of the at least one blanking threshold is interrupted within the zones, or - interrupting the adapting of the received signal within the zones around the determined transitions.
A dual-chamber, mixing syringe, comprising: a. a hollow body having inner walls, a distal discharge end, and a proximal piston-rod receiving end; b. a piston rod extending into the hollow body through an opening in the piston-rod receiving end; c. an axially-bored first piston and a second piston, each piston is positioned inside the hollow body in slidable, fluid-tight engagement with the inner walls of the hollow body, wherein: i. the first piston is positioned nearer the discharge end than the second piston; ii. the first piston together with the inner walls of the hollow body and the discharge end of the hollow body define a distal chamber; iii. the second piston together with the first piston and inner walls of the hollow body define a proximal chamber; and, iv. the second piston is in actuating engagement with the piston rod such that the second piston moves axially toward the discharge end when the piston rod is depressed; characterized in that the dual-chamber, mixing syringe further comprises d. a valve for reversibly sealing the axial bore in the first piston, wherein the valve is rigidly fixed to the piston rod, such that the valve disengages from the first piston when the piston rod is depressed. a. a hollow body having inner walls, a distal discharge end, and a proximal piston-rod receiving end; b. a piston rod extending into the hollow body through an opening in the piston-rod receiving end; c. an axially-bored first piston and a second piston, each piston is positioned inside the hollow body in slidable, fluid-tight engagement with the inner walls of the hollow body, wherein: i. the first piston is positioned nearer the discharge end than the second piston; ii. the first piston together with the inner walls of the hollow body and the discharge end of the hollow body define a distal chamber; iii. the second piston together with the first piston and inner walls of the hollow body define a proximal chamber; and, iv. the second piston is in actuating engagement with the piston rod such that the second piston moves axially toward the discharge end when the piston rod is depressed; characterized in that the dual-chamber, mixing syringe further comprises i. the first piston is positioned nearer the discharge end than the second piston; ii. the first piston together with the inner walls of the hollow body and the discharge end of the hollow body define a distal chamber; iii. the second piston together with the first piston and inner walls of the hollow body define a proximal chamber; and, iv. the second piston is in actuating engagement with the piston rod such that the second piston moves axially toward the discharge end when the piston rod is depressed; d. a valve for reversibly sealing the axial bore in the first piston, wherein the valve is rigidly fixed to the piston rod, such that the valve disengages from the first piston when the piston rod is depressed.
Injection head for a high-pressure injection of suspension into a ground, with - a tubular base body, - an upper attachment area, - a lower attachment area, - at least one radially directed injection nozzle, - at least one injection line which extends from the upper attachment area to the at least one injection nozzle in order to supply an injection suspension, - at least one air line which extends from the upper attachment area to the at least one injection nozzle in order to supply air, - at least one flush fluid duct which extends to the lower attachment area in order to convey a flush fluid, and - a valve means for opening and closing the flush fluid duct, characterized in that - the flush fluid duct is line-connected to the air line via a connection area, - the valve means is arranged in the connection area between the flush fluid duct and the air line and - in that the valve means is designed to block the flush fluid duct if air has flowed into the connection area. - a tubular base body, - an upper attachment area, - a lower attachment area, - at least one radially directed injection nozzle, - at least one injection line which extends from the upper attachment area to the at least one injection nozzle in order to supply an injection suspension, - at least one air line which extends from the upper attachment area to the at least one injection nozzle in order to supply air, - at least one flush fluid duct which extends to the lower attachment area in order to convey a flush fluid, and - a valve means for opening and closing the flush fluid duct, - the flush fluid duct is line-connected to the air line via a connection area, - the valve means is arranged in the connection area between the flush fluid duct and the air line and - in that the valve means is designed to block the flush fluid duct if air has flowed into the connection area.
A method (400, 600) to bond a first surface to a second surface, the method comprising: dispensing a portion of epoxy on the first surface such that the portion of epoxy does not contact the second surface; curing the portion of epoxy to form precured epoxy (502A, 908A); positioning the first surface and the second surface separated from each other by a gap, wherein the precured epoxy is located within the gap between the first surface and the second surface; dispensing bulk epoxy (414, 910) into the gap and in contact with the precured epoxy, the first surface, and the second surface; and curing the bulk epoxy to bond the first surface to the second surface. dispensing a portion of epoxy on the first surface such that the portion of epoxy does not contact the second surface; curing the portion of epoxy to form precured epoxy (502A, 908A); positioning the first surface and the second surface separated from each other by a gap, wherein the precured epoxy is located within the gap between the first surface and the second surface; dispensing bulk epoxy (414, 910) into the gap and in contact with the precured epoxy, the first surface, and the second surface; and curing the bulk epoxy to bond the first surface to the second surface.
A method of calculating a refractive treatment shape for ameliorating a high order aberration of a measuring surface aberration in an eye of a patient, the method comprising: determining a measurement surface aberration corresponding to a measurement surface of the eye, the measurement surface aberration comprising a measurement surface boundary and a measurement surface magnitude; determining a propagation distance between the measurement surface of the eye and a treatment surface; determining a treatment surface aberration based on the measurement surface aberration and the propagation distance, the treatment surface aberration comprising a treatment surface boundary and a treatment surface magnitude; and calculating the refractive treatment shape based on the treatment surface aberration. determining a measurement surface aberration corresponding to a measurement surface of the eye, the measurement surface aberration comprising a measurement surface boundary and a measurement surface magnitude; determining a propagation distance between the measurement surface of the eye and a treatment surface; determining a treatment surface aberration based on the measurement surface aberration and the propagation distance, the treatment surface aberration comprising a treatment surface boundary and a treatment surface magnitude; and
A spacing device for adjustably maintaining at a distance a rail, support for a facing element, such as a plaster plate, relatively to a reference surface, such as a wall or ceiling, to be coated with said facing, said spacing device comprising a support of the pad kind on which the rail is able to be snapped on and a base for attaching the support to the reference surface, said base comprising a tubular body provided at one of its ends, a so-called supporting end, with a surface bearing upon the reference surface, said bearing surface extending perpendicularly to the longitudinal axis of said body, said support of the pad kind being provided with an axial through-passage so as to be able to be slipped and mounted on the body of the base, the distance of the support from the bearing surface of said body being adjustable, said device further including a screw able to be axially introduced into the body of the base until it protrudes from the bearing surface in order to secure by screwing the base to the reference surface, characterized in that the bearing surface of the body perpendicular to the longitudinal axis of the body extends flush with the supporting end of said body, in that the screw for securing of the base to the reference surface, with a length greater than the length of the body of the base, has a screw head which, in the mounted condition of the support on the body of the base, and, in the introduction end-of-travel position of the screw into said body, bears against the end of the body of the base opposite to the supporting end of said body and at least partially obturates preferably sealably closes said end of the body of the base, and in that in said position of the screw head bearing upon the end of the body of the base, the support slipped onto said body of the base is axially movably mounted along said body of the base between a position of minimum distance from the bearing surface and a position of maximum distance from the bearing surface wherein it directly bears against the screw head forming an abutment for retaining the support on the body of the base.
Isolator for DC electrical power supply source, including: - a blade movable along a travel between a conduction position and an isolating position, the driving of the blade along its travel breaking a first electrical conductor, for conducting the current from a DC power supply source, into two portions electrically isolated from each other, the driving of the blade along its travel breaking a second electrical conductor, for conducting a DC power supply source, into two electrically isolated portions; - a pressurized gas source selectively driving the blade along its travel; - a pyrotechnic element including a detonator triggered by external control and an explosive whereof the explosion is initiated by the detonator, the explosion of this explosive inducing the driving of the blade by the gas source; characterized by: - a conductive element rigidly connected to the blade in its travel and electrically connecting an isolated portion of the first conductor to an isolated portion of the second electrical conductor in the isolating position of the blade. - a blade movable along a travel between a conduction position and an isolating position, the driving of the blade along its travel breaking a first electrical conductor, for conducting the current from a DC power supply source, into two portions electrically isolated from each other, the driving of the blade along its travel breaking a second electrical conductor, for conducting a DC power supply source, into two electrically isolated portions; - a pressurized gas source selectively driving the blade along its travel; - a pyrotechnic element including a detonator triggered by external control and an explosive whereof the explosion is initiated by the detonator, the explosion of this explosive inducing the driving of the blade by the gas source; characterized by: - a conductive element rigidly connected to the blade in its travel and electrically connecting an isolated portion of the first conductor to an isolated portion of the second electrical conductor in the isolating position of the blade.
A medullary cavity drill having a drill head and a shaft, wherein the drill head can be slid into and/or out of the shaft, wherein the drill head comprises a male component and the shaft comprises a female component or the drill head comprises a female component and the shaft comprises a male component, wherein the female component consists of a groove-shaped recess having a base area and the male component distally consists of a rail element having a surface area, wherein the rail element can be slid into and/or out of the groove-shaped recess, characterised in that terminating edges of the groove-shaped recess are designed to extend conically to one another on the proximal side and terminating edges of the rail element extend conically to one another on the distal side, wherein the surface area has a depression and the base area comprises a ball detent, wherein the depression is operatively connected to the ball detent.
Bridge device, referred to as the first bridge device, of a data transmission system further comprising a second bridge device, the first and second bridge devices being intended to be interconnected via a wireless communication network, the first bridge device being adapted for connecting a data-supplying device via a wired link,, characterised in that the first bridge device is able to be configured in one of the following modes: - a nominal operating mode; - an energy saving mode in which, at least, an interface with said wired link and an interface with the communication network are active at reduced performance; and - a stop mode in which, at least, the interface with the communication network is deactivated, and in which the interface with said wired link is active at reduced performance; and in that the first bridge device is adapted for switching from the nominal operating mode to the stop mode following detection of deactivation of the wired link; and the first bridge device is adapted for switching from the nominal operating mode to the energy saving mode following detection that the second bridge device is disconnected from the wireless communication network or that the second bridge device has gone into the energy saving mode or following detection of a bidirectional traffic volume between said supplying device and said consuming device that is less than or equal to a predefined threshold. - a nominal operating mode; - an energy saving mode in which, at least, an interface with said wired link and an interface with the communication network are active at reduced performance; and - a stop mode in which, at least, the interface with the communication network is deactivated, and in which the interface with said wired link is active at reduced performance;