mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: establishing (1001, 1201) an Evolved Packet System, EPS, bearer by a user equipment, UE, in a 3 rd Generation Partnership Project, 3GPP, system, wherein the 3GPP system includes 2G, 3G and 4G radio access technologies, RAT; performing (1002, 1202) a first inter-RAT bearer change from a 4G system to a 3G system; attempting a second inter-RAT bearer change from the 3G system to a 2G system, comprising detecting (1003, 1204) one or more mandatory parameters missing during inter-RAT bearer change from 3G to 2G, and upon detecting (1003, 1204) the one or more missing mandatory parameters performing (1005, 1205) a bearer termination by locally releasing (1011, 1111) a Packet Data Protocol, PDP, context, characterized by the method further comprising: performing a procedure to sync-up the PDP context with the 3GPP system upon detecting one or more sync-up triggering events comprising: a Mobility Management layer, MM, triggering a Routing Area Update, RAU, procedure or a TAU, Tracking Area Update, procedure to sync up PDP context information with the network, a mobile originated, MO, or mobile terminated, MT, detach procedure, and an operating system re-establishing the PDP context by using the same network service access point identifier, NSAPI, transaction identifier, TI, values. establishing (1001, 1201) an Evolved Packet System, EPS, bearer by a user equipment, UE, in a 3 rd Generation Partnership Project, 3GPP, system, wherein the 3GPP system includes 2G, 3G and 4G radio access technologies, RAT; performing (1002, 1202) a first inter-RAT bearer change from a 4G system to a 3G system; attempting a second inter-RAT bearer change from the 3G system to a 2G system, comprising detecting (1003, 1204) one or more mandatory parameters missing during inter-RAT bearer change from 3G to 2G, and upon detecting (1003, 1204) the one or more missing mandatory parameters performing (1005, 1205) a bearer termination by locally releasing (1011, 1111) a Packet Data Protocol, PDP, context, characterized by the method further comprising: performing a procedure to sync-up the PDP context with the 3GPP system upon detecting one or more sync-up triggering events comprising: a Mobility Management layer, MM, triggering a Routing Area Update, RAU, procedure or a TAU, Tracking Area Update, procedure to sync up PDP context information with the network, a mobile originated, MO, or mobile terminated, MT, detach procedure, and an operating system re-establishing the PDP context by using the same network service access point identifier, NSAPI, transaction identifier, TI, values.
An impeller (1, 1a, 10) for a centrifugal pump intended for pumping fluid containing solid particles, the impeller (1, 1a, 10) having a rear side wall (2, 2a, 12) and a front side wall (3, 3a, 13), and there being, arranged between the rear side wall (2, 2a, 12) and the front side wall (3, 3a, 13), a number of vanes (6, 7, 16, 17) with an outer edge and a vane width (b) in the axial direction, wherein at least one of the periphery of the rear side wall (2, 2a, 12) or the periphery of the front side wall (3, 3a, 13) projects by a radial distance (r) beyond the outer edge of the vanes (6, 7, 16, 17), the radial distance (r) being at least 0.5 times the vane width (b), characterized in that a part of a side wall (2, 2a) projecting the radial distance (r) beyond the outer edge of the vanes (6, 7) has a concave curve (k) towards the opposite side wall (3, 3a). a part of a side wall (2, 2a) projecting the radial distance (r) beyond the outer edge of the vanes (6, 7) has a concave curve (k) towards the opposite side wall (3, 3a).
Seeding element, intended to be fixed to the frame of a seeder that uses a plurality of seeding elements, the said seeding element having a tool holder structure carrying at least one seeding tool, the said tool holder structure being connected to the said frame by means of two connecting rods (31, 32) defining substantially parallel axes, referred to as the upper connecting rod and the lower connecting rod respectively, and defining with the said frame on the one hand and the said tool holder structure on the other hand a deformable parallelogram, a traction spring, which can occupy at least two different positions in the said deformable parallelogram in order to allow adjustment of the pressure applied onto the ground by the said seeding element, comprising an adjustment handle allowing the displacement of an upper end of the said traction spring between at least two anchoring points (311, 312, 313, 314) defined on the said upper connecting rod, the said handle comprising a gripping portion and a portion for receiving the said upper end of the traction spring, forming separation between the said upper end and one of the said anchoring points, the said handle being held on the said anchoring point (311, 312, 313, 314) by an action of compression of the said spring, characterised in that the said upper connecting rod substantially defines a circle arc, the centre of rotation of which lies in the vicinity of the forward-oriented axis of the said lower connecting rod.
A rotor unit for a vessel containing a mixture of water and particles of recycled material, comprising: a rotor unit body; a screen plate installed to the rotor unit body, configured to separate accepted recycled material penetrated through the screen plate and rejected recycled material remaining in the vessel; an outlet for the accepted recycled material for the lower portion of the vessel; a rotor connected to the rotor unit body and configured to rotate inside the vessel, comprising at least two wings configured to slush recycled material in a rotating action and at least two foils configured to clean the screen plate by rotating above the screen plate; a space around the rotor defined by a rotor body; pipework configured to bring diluting water from outside the vessel to the space around the rotor; wherein the rotor body defining the space around the rotor comprises at least one opening allowing the diluting water to pass through the at least one opening towards the mixture of water and particles of recycled material, characterized in that the at least one opening at the rotor body is at the same level with a lower edge of the at least two wings or the at least two foils, wherein the diluting water is allowed to pass through the at least one opening to the screen plate. a rotor unit body; a screen plate installed to the rotor unit body, configured to separate accepted recycled material penetrated through the screen plate and rejected recycled material remaining in the vessel; an outlet for the accepted recycled material for the lower portion of the vessel; a rotor connected to the rotor unit body and configured to rotate inside the vessel, comprising at least two wings configured to slush recycled material in a rotating action and at least two foils configured to clean the screen plate by rotating above the screen plate; a space around the rotor defined by a rotor body; pipework configured to bring diluting water from outside the vessel to the space around the rotor; wherein the rotor body defining the space around the rotor comprises at least one opening allowing the diluting water to pass through the at least one opening towards the mixture of water and particles of recycled material, characterized in that the at least one opening at the rotor body is at the same level with a lower edge of the at least two wings or the at least two foils, wherein the diluting water is allowed to pass through the at least one opening to the screen plate.
A method comprising: inputting a plurality of different circuit schematics designed with printed circuit board mountable components; extracting circuit topologies for said plurality of different circuit schematics; transforming said extracted circuit topologies to a fixed number of connection points; and generating a configurable circuit PCB physical layout pattern having said fixed number of connection points such that said PCB mountable components when positioned on one or more of said fixed number of connection points can implement any circuit represented by said plurality of different circuit schematics. inputting a plurality of different circuit schematics designed with printed circuit board mountable components; extracting circuit topologies for said plurality of different circuit schematics; transforming said extracted circuit topologies to a fixed number of connection points; and generating a configurable circuit PCB physical layout pattern having said fixed number of connection points such that said PCB mountable components when positioned on one or more of said fixed number of connection points can implement any circuit represented by said plurality of different circuit schematics.
Double-bodies turbine engine with a shaft of the low pressure LP rotor and a shaft of the high pressure HP rotor comprising the first (A1, A2) and second (A3, A4) accessory machines, a first power train between the shaft of the HP rotor and the first machines (A1, A2) arranged so as to mechanically drive the latter, a second power train between the shaft of the LP rotor and the second machines (A3, A4) arranged so as to drive the said second machines (A3, A4), and characterized in that it comprises: a gearbox with at least two speed ratios (63, 65) connected at the input to the shaft and at the output to the second power train, a first coupling means being arranged to selectively couple one or other of the two ratios or else to decouple the mechanical transmission from the shaft of the LP rotor, a second coupling means between the first power train and the second power train allowing the second accessory machines (A3, A4) to be driven by the shaft of the HP rotor, a control means comprising as input parameters speed signals of the two shafts of the LP and HP body and as output parameters control signals of the two coupling means (61, 10). a gearbox with at least two speed ratios (63, 65) connected at the input to the shaft and at the output to the second power train, a first coupling means being arranged to selectively couple one or other of the two ratios or else to decouple the mechanical transmission from the shaft of the LP rotor, a second coupling means between the first power train and the second power train allowing the second accessory machines (A3, A4) to be driven by the shaft of the HP rotor, a control means comprising as input parameters speed signals of the two shafts of the LP and HP body and as output parameters control signals of the two coupling means (61, 10).
A method for the treatment of pourable products comprising separable particles, preferably seeds, with accelerated electrons, in which a transparently isolated product flow is guided using gravity in a product guiding channel through the electron field generated by at least one electron accelerator at negative or excess pressure, characterized in that the product guiding channel has a decreasing cross section in the movement direction of the particles and the product flow is guided by means of an accelerated gas flow, the movement whereof corresponds in magnitude and direction to the accelerated movement which the falling particles execute in said gas flow on account of gravitational acceleration.
A set of industrial trucks with different track widths of the drive axle, wherein each industrial truck from the set is equipped with a drive frame that accommodates wheels that are spaced apart from each other with one of the different track widths, wherein the drive frame has a rear wall section and on each side a side wall section (14, 16) each with an apron wall section (30, 32), wherein the two apron wall sections (30, 32) are connected to each other to close the drive frame, characterized in that each of the apron wall sections (30, 32) has a wall section and a chamfer section and both wall sections have a distance corresponding to the track width, while the side wall sections (14, 16) have exactly one predetermined distance at different track widths.
A natural energy extraction apparatus comprising a first float forming a swingable vertical rotating shaft, a second float moored to surround the first float, and characterized in that it comprises a power transmission device attached to the second float to convert rotational kinetic energy of the first float to driving torque for driven equipment, wherein the natural energy extraction apparatus is installed on a body of water.
An oral cleaner comprising: a cleaning module comprising a body part, and a head part connected to one side of the body part; a brush unit connected to the head part and to be inserted into a user's oral cavity; a container (150;250); a receptacle (140; 240) connected to the other side of the body part and configured to receive the container (150; 250) therein; and a flow unit provided in the cleaning module and configured to allow a fluid to flow between the brush unit and the container (150; 250), wherein the container (150; 250) is made of a flexible material, characterised in that the container comprises a plurality of reinforcing parts formed in the height direction on a lateral surface of the container (150; 250) so as to reinforce for maintaining the shape of the container (150; 250) in the height direction, when no external force is applied, and the container (150; 250) has a volume expandable in a radial direction by the reinforcing parts when external force is applied from the inside to the lateral surface, and, when a part of the lateral surface is bent, the reinforcing parts are folded so that the bent portions of the lateral surface face one another a cleaning module comprising a body part, and a head part connected to one side of the body part; a brush unit connected to the head part and to be inserted into a user's oral cavity; a container (150;250); a receptacle (140; 240) connected to the other side of the body part and configured to receive the container (150; 250) therein; and a flow unit provided in the cleaning module and configured to allow a fluid to flow between the brush unit and the container (150; 250), wherein the container (150; 250) is made of a flexible material, characterised in that the container comprises a plurality of reinforcing parts formed in the height direction on a lateral surface of the container (150; 250) so as to reinforce for maintaining the shape of the container (150; 250) in the height direction, when no external force is applied, and the container (150; 250) has a volume expandable in a radial direction by the reinforcing parts when external force is applied from the inside to the lateral surface, and, when a part of the lateral surface is bent, the reinforcing parts are folded so that the bent portions of the lateral surface face one another
A composition for use in a method promoting a tolerogenic immune response to an antigen that would otherwise cause an undesired immune response when administered to a subject, wherein: (a) the composition comprises synthetic nanocarriers coupled to: rapamycin or a rapamycin analog at a load of no more than 25% (w/w); and MHC Class II-restricted epitopes of the said antigen at a load of no more than 25% (w/w); and (b) the composition is in an amount effective to reduce the production of antibodies specific for the said antigen in the subject, and wherein the composition does not comprise B cell epitopes that generate an undesired humoral response against the said antigen. (a) the composition comprises synthetic nanocarriers coupled to: rapamycin or a rapamycin analog at a load of no more than 25% (w/w); and MHC Class II-restricted epitopes of the said antigen at a load of no more than 25% (w/w); and (b) the composition is in an amount effective to reduce the production of antibodies specific for the said antigen in the subject, and wherein the composition does not comprise B cell epitopes that generate an undesired humoral response against the said antigen.
A protecting tube deterioration detecting apparatus for detecting deterioration of a protecting tube provided at a thermocouple, the protecting tube having a conical section at a distal end thereof, to which plating is applied to form a plating layer with a predetermined thickness, said protecting tube forming a measurement target, said protecting tube deterioration detecting apparatus comprising: a current applying unit configured to apply an electric current to the thermocouple, a temperature rise amount calculating unit configured to, when a command for instructing the start of a protecting tube deterioration detection processing is input, cause the current applying unit to apply a predetermined electric current to the thermocouple for a predetermined time and calculate a temperature rise amount of the thermocouple during said predetermined time; characterized by a protecting tube deterioration determining unit configured to determine a wear amount of the measurement target using a difference between a temperature rise amount of the thermocouple of the measurement target and a temperature rise amount of a thermocouple of a protecting tube which is not deteriorated. a current applying unit configured to apply an electric current to the thermocouple, a temperature rise amount calculating unit configured to, when a command for instructing the start of a protecting tube deterioration detection processing is input, cause the current applying unit to apply a predetermined electric current to the thermocouple for a predetermined time and calculate a temperature rise amount of the thermocouple during said predetermined time; characterized by a protecting tube deterioration determining unit configured to determine a wear amount of the measurement target using a difference between a temperature rise amount of the thermocouple of the measurement target and a temperature rise amount of a thermocouple of a protecting tube which is not deteriorated.
A heavy load tire comprising: a first belt layer comprising a cord extending at an inclination angle of greater than 45 ° with respect to a tire circumferential direction; a second belt layer comprising a cord extending in the tire circumferential direction; and a third belt layer comprising a cord extending at an inclination angle of 30° or less in an opposite direction from the cord of the first belt layer with respect to the tire circumferential direction, wherein the first belt layer, second belt layer, and third belt layer are arranged in order, with the first belt layer furthest inward in a tire radial direction, on an outer circumferential side of a crown region of a carcass extending toroidally between a pair of bead portions, a width w 3 of the third belt layer is 80% or more of a tread width w, and w 2 < w 1 < w 3, where w 1 is a width of the first belt layer, and w 2 is a width of the second belt layer. a first belt layer comprising a cord extending at an inclination angle of greater than 45 ° with respect to a tire circumferential direction; a second belt layer comprising a cord extending in the tire circumferential direction; and a third belt layer comprising a cord extending at an inclination angle of 30° or less in an opposite direction from the cord of the first belt layer with respect to the tire circumferential direction, wherein the first belt layer, second belt layer, and third belt layer are arranged in order, with the first belt layer furthest inward in a tire radial direction, on an outer circumferential side of a crown region of a carcass extending toroidally between a pair of bead portions, a width w 3 of the third belt layer is 80% or more of a tread width w, and w 2 < w 1 < w 3, where w 1 is a width of the first belt layer, and w 2 is a width of the second belt layer.
An apparatus for generating 3D visual effects, comprising: a controlled smoke generator comprising a synthetic smoke source and a means for directionally propelling the smoke produced by the generator, the smoke source comprising a nozzle, and a controlled light generator, capable of generating one or more light beams in the smoke beam, the apparatus being characterized in that the propelling means comprises a turbine rotating around an axis generally aligned with an axis of the nozzle and a device for concentrating the turbine flow in order to form a smoke beam which is elongated in a certain direction, and in that the light beam or light beams is/are generated along the elongation direction of the smoke beam and is/are essentially contained in said smoke beam. a controlled smoke generator comprising a synthetic smoke source and a means for directionally propelling the smoke produced by the generator, the smoke source comprising a nozzle, and a controlled light generator, capable of generating one or more light beams in the smoke beam,
Arrangement for a globe valve for adjusting a process fluid of a technical process plant, such as a chemical plant, a food processing plant, a power plant or the like comprising a valve housing having an inlet and an outlet for the process fluid, wherein the valve housing comprises a passage opening that is arranged between the inlet and the outlet, and a sleeve-shaped valve cage for linearly guiding a valve member, such as a reciprocating piston, of the globe valve in an axial direction, wherein the valve cage comprises at least one passage channel for the process fluid which extends transversely in the axial direction, wherein the valve cage is arranged in the valve housing such that the valve cage circumferentially surrounds the passage opening with respect to the axial direction and that a radial outer side of the valve cage with respect to the axial direction is in contact with a radial inner side of the valve housing with respect to the axial direction, wherein a securing device for fixing a relative position of the valve cage relative to the valve housing is arranged on the outer side and/or on the inner side, wherein the valve housing comprises an internal thread, wherein the valve cage further comprises an internal thread, wherein the arrangement further comprises a fastening nut with an external thread for screwing into the internal thread, wherein the valve cage is clampable in axial direction between the fastening nut and an annular section surrounding the passage opening of the valve housing, characterized by an intermediate sleeve which is arranged between the fastening nut and the valve cage such that the axial clamping force with which the valve cage is held between the annular section and the fastening nut is transmitted from the fastening nut through the intermediate sleeve to the valve cage, wherein the intermediate sleeve is held with a linear guide relative to the valve housing and/or relative to the valve cage which permits a translational relative movement in the axial direction and prevents a rotational relative movement.
A stable pharmaceutical composition suitable for oral administration, comprising; (a) Fingolimod or pharmaceutically acceptable salts, esters, hydrates and solvates thereof; and (b)Calcium carboxymethylcellulose. (a) Fingolimod or pharmaceutically acceptable salts, esters, hydrates and solvates thereof; and (b)Calcium carboxymethylcellulose.