mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a home public land mobile network, PLMN, of controlling attachment of a user equipment, UE, device to a non-home PLMN when the UE device has an access to a non-trusted network and thereby a connection with the home PLMN via an interworking function entity, the method comprising: in the event of the UE device requesting an attachment to the non-home PLMN, making in the home PLMN a decision as to whether the attachment to the non-home PLMN by the UE device should be rejected; and communicating the decision to the non-home PLMN, wherein the home PLMN communicates to the non-home PLMN a message that the UE device's request is rejected, the message further indicating that a further request for attachment to the non-home PLMN by the UE device is prohibited for at least one service while the connection with the home PLMN is established so as to cause the UE device to refrain from requesting attachment to the non-home PLMN for the at least one service as long as the connection to the home PLMN via the interworking function entity is maintained. in the event of the UE device requesting an attachment to the non-home PLMN, making in the home PLMN a decision as to whether the attachment to the non-home PLMN by the UE device should be rejected; and communicating the decision to the non-home PLMN, wherein the home PLMN communicates to the non-home PLMN a message that the UE device's request is rejected, the message further indicating that a further request for attachment to the non-home PLMN by the UE device is prohibited for at least one service while the connection with the home PLMN is established so as to cause the UE device to refrain from requesting attachment to the non-home PLMN for the at least one service as long as the connection to the home PLMN via the interworking function entity is maintained.
Device designed for the cooling and emptying of the contents of a metal beverage tin wherein the machine comprises: - a cooled housing designed to receive a tin; - a tube projecting into the cooled housing and delimiting an opening, wherein the machine is characterised in that it comprises: - a movable subassembly, including: - a beverage agitator mounted to slide through the tube so that it can pass through the opening, between a high position where it projects above the upper edge of the tube and a position where it is set back relative to the upper edge of the tube; - a pipe having an outlet orifice, and an inlet orifice communicating with said opening; - a stopper blocking or opening selectively the outlet orifice of the pipe. - a cooled housing designed to receive a tin; - a tube projecting into the cooled housing and delimiting an opening, wherein the machine is characterised in that it comprises: - a movable subassembly, including: - a beverage agitator mounted to slide through the tube so that it can pass through the opening, between a high position where it projects above the upper edge of the tube and a position where it is set back relative to the upper edge of the tube; - a pipe having an outlet orifice, and an inlet orifice communicating with said opening; - a stopper blocking or opening selectively the outlet orifice of the pipe. - a movable subassembly, including: - a beverage agitator mounted to slide through the tube so that it can pass through the opening, between a high position where it projects above the upper edge of the tube and a position where it is set back relative to the upper edge of the tube; - a pipe having an outlet orifice, and an inlet orifice communicating with said opening; - a stopper blocking or opening selectively the outlet orifice of the pipe.
A system (100; 200), comprising: a catheter, comprising: a proximal end, a distal end, and a lumen extending therebetween; wherein a distal portion of the catheter includes a primary marker and at least one secondary marker (118, 119); an inner catheter slidably disposed within the catheter lumen; and characterized by a self-expanding stent disposed over a distal portion of the inner catheter, wherein the stent is configured to move between a first configuration when disposed within the catheter lumen, and a second configuration when not disposed within the catheter lumen, and wherein a distal end portion of the stent forms a distal retention member and a proximal end portion of the stent forms a proximal retention member when in the second configuration. a catheter, comprising: a proximal end, a distal end, and a lumen extending therebetween; wherein a distal portion of the catheter includes a primary marker and at least one secondary marker (118, 119); a proximal end, a distal end, and a lumen extending therebetween; wherein a distal portion of the catheter includes a primary marker and at least one secondary marker (118, 119); an inner catheter slidably disposed within the catheter lumen; and characterized by a self-expanding stent disposed over a distal portion of the inner catheter, wherein the stent is configured to move between a first configuration when disposed within the catheter lumen, and a second configuration when not disposed within the catheter lumen, and wherein a distal end portion of the stent forms a distal retention member and a proximal end portion of the stent forms a proximal retention member when in the second configuration.
A shoe press comprising a press roll, a shoe disposed above or below the press roll and a belt (4, 4a, 4c, 4d) disposed for rotational movement between the press roll and the shoe, said belt (4, 4a, 4c, 4d) comprising: a shoe-side layer held in contact with said shoe, a base layer (22, 22a) disposed on an outer circumferential surface of said shoe-side layer, and a wet paper web-side layer disposed on an outer circumferential surface of said base layer (22, 22a); wherein said base layer (22, 22a) has a pair of reinforcing bases (11, 11a), and said reinforcing bases (11, 11a) are disposed circumferentially in an MD direction in given regions corresponding respectively to shoe edges on the opposite sides in a widthwise direction of said shoe, characterized in that said reinforcing bases are disposed only in shoe edge abutment regions of the belt (4, 4a, 4c, 4d) held in abutment against said shoe edges. a shoe-side layer held in contact with said shoe, a base layer (22, 22a) disposed on an outer circumferential surface of said shoe-side layer, and a wet paper web-side layer disposed on an outer circumferential surface of said base layer (22, 22a); wherein said base layer (22, 22a) has a pair of reinforcing bases (11, 11a), and said reinforcing bases (11, 11a) are disposed circumferentially in an MD direction in given regions corresponding respectively to shoe edges on the opposite sides in a widthwise direction of said shoe, characterized in that
Computer-implemented method for determining an irradiation plan for a particle irradiation unit, wherein the particle irradiation unit can be used to irradiate a target volume within an examination object (14; 18) with a particle beam depending on the irradiation plan, wherein the target volume and a predetermined dose distribution are prescribed, wherein the irradiation plan is determined in order to be able to apply the particle beam in accordance with the predetermined dose distribution in the target volume which comprises a plurality of isoenergy layers, wherein a boundary condition is prescribed for at least one of the isoenergy layers, characterized in that the irradiation plan is additionally determined in such a way that the boundary condition for the at least one isoenergy layer is observed and only isoenergy layers which satisfy the respectively prescribed boundary layer are irradiated, and in that the boundary condition comprises at least one of the following conditions: • a minimum peak energy, • a minimum number of raster points, • a minimum overall number of particles, • a minimum overall dose, and • a minimum dose compensation error, wherein the dose compensation error specifies an error which occurs as a result of the non-irradiation of the respective isoenergy layer despite corresponding compensation by the irradiated isoenergy layers. • a minimum peak energy, • a minimum number of raster points, • a minimum overall number of particles, • a minimum overall dose, and • a minimum dose compensation error, wherein the dose compensation error specifies an error which occurs as a result of the non-irradiation of the respective isoenergy layer despite corresponding compensation by the irradiated isoenergy layers.
Battery pack for a vehicle, the battery pack comprising a plurality of battery cells, the battery cells comprising current interruption devices, the current interruption devices breaking the cell internal circuit inside the battery cells, in the case of a pressure rise inside the battery cell, wherein the current interruption devices also break the cell internal circuit in the case of a pressure rise outside the battery cell, wherein the battery pack comprises an inflator for generating pressurized gas inside the battery pack, wherein the inflator starts generating pressurized gas inside the battery pack in the case where one current interruption device is triggered, and wherein the control unit triggers the inflator in the case where one or more of the current interruption devices breaks the cell internal circuit.
Track module (15, 70) of an escalator or a moving walkway, which comprises at least two support structures and at least one guide rail (16, 56, 56A, 56B), wherein each support structure includes at least two support struts (26, 66A, 66B) and at least one cross strut, the cross strut is arranged between the at least two support struts (26, 66A, 66B) and connects these together, and each support strut (26, 66A, 66B) comprises a foot fastening region, which in the installed state is fastened to a carrying structure (11, 51), characterised in that each support strut (26, 66A, 66b) comprises a balustrade fastening region, to which in the installed state at least a part of the balustrade (17, 57, 57A, 57B) is fastened, so that static and dynamic loads acting on the balustrade (17, 57, 57A, 57B) are transmissible directly by way of the support struts (26, 66A, 66B) to the carrying structure (11, 51), and wherein at least one rail fastening region for fastening of the at least one guide rail (16, 56, 56A, 56B) is formed at each support structure and the at least one guide rail (16, 56, 56A, 56B) is arranged orthogonally to the cross struts of the support structures and is fastened to the rail fastening regions of the support structures.
A method (300, 350, 380, 400) for generating an authentication token, the method comprising: obtaining (s302, s352, s382, s402) a first request message that comprises: i) first value, and ii) second value; and using (s304, s354, s384, s404) the first request message to generate an authentication token; and characterized in that using the first request message to generate the authentication token comprises: i) generating a data structure comprising the first request message; ii) encoding the data structure to produce an encoded data structure; and iii) using the encoded data structure to generate the authentication token. obtaining (s302, s352, s382, s402) a first request message that comprises: i) first value, and ii) second value; and i) first value, and ii) second value; and using (s304, s354, s384, s404) the first request message to generate an authentication token; and characterized in that using the first request message to generate the authentication token comprises: i) generating a data structure comprising the first request message; ii) encoding the data structure to produce an encoded data structure; and iii) using the encoded data structure to generate the authentication token. i) generating a data structure comprising the first request message; ii) encoding the data structure to produce an encoded data structure; and iii) using the encoded data structure to generate the authentication token.
System for influencing the senses of a person in a room for measuring and/or influencing physiological parameters of the person, wherein the person is substantially stationary and lying in the room during the measurement and/or influencing, having a sound insulating apparatus for screening off acoustically active devices with respect to the person, wherein the acoustically active devices serve for measuring and/or influencing the physiological parameters in the room, and an optical display apparatus for offering optical stimuli and/or signals for the person in the field of view of the person, wherein the optical display apparatus extends in at least one viewing direction of the stationary lying person over a viewing angle (α) of at least 40° and at most 180°, in particular between 55° and 75°, very particularly of 70°, wherein the viewing angle (α) extends in a plane that extends down from the viewing direction or to the left and to the right from the viewing direction, characterized by the optical display apparatus comprising a first luminous means, in particular a luminous field having LEDs or an OLED, for functional illumination, task lighting and /or biodynamic lighting of the room within the region of the person, and a second luminous means of the optical display apparatus, which is controllable independently of the first luminous means, in particular an LED grid for displaying patterns or optical stimuli, in particular as an entertainment light or for playing visual contents, wherein the first and second luminous means (31, 32) are arranged one above the other, wherein the superposed optical signals of the two luminous means (31, 32) are incident on a translucent projection area of the optical display apparatus, which is located in the field of view of the person.
Welding device for welding studs onto a workpiece, comprising a welding tool, which can be connected to a welding current source and has a stud holder, at least one mass clamp, which can be fastened to the workpiece and is suitable for forming a control arrangement for arc stud welding, and a first feeding and positioning device for moving the welding tool and the workpiece in relation to one another to at least peripherally adjacent workpiece positions for welding on studs, characterized in that a second feeding and positioning device is provided, with which at least one solid body in each case can be removed from a store of individual ferromagnetic solid bodies (10, 11) of selectable mass and a compensating mass, making up the mass distribution of the workpiece, for peripherally adjacent workpiece positions can be set down for a time on the workpiece peripherally remotely in relation to the workpiece position for changing the mass distribution of the workpiece with respect to the mass clamp.
Storage and mixing device for two-component polymethylmethacrylate bone cements, the storage and mixing device comprising a cartridge (1, 51) with a cylindrical internal space, whereby the cylindrical internal space is bounded on a front side by a cartridge head (3, 53) with a closed dispensing opening; a plunger (2, 52) that is arranged such as to be axially mobile in the cylindrical internal space of the cartridge (1, 51) and that is situated at a distance from the cartridge head (3, 53), whereby the plunger touches circumferentially against the internal wall of the internal space such that the plunger (2, 52) subdivides the internal space of the cartridge (1, 51) into two areas; a powdered first starting component (4, 54) of the bone cement that is contained in the internal space between the plunger (2, 52) and the cartridge head (3, 53); a feed-through (5, 55) that is arranged in the cartridge head (3, 53) or in the cylinder jacket of the cartridge (1, 51) between the plunger (2, 52) and the cartridge head (3, 53), whereby the feed-through (5, 55) is connected to a fluid conduit (6, 56); a receptacle (16, 66) for a monomer liquid (42, 92), whereby the fluid conduit (6, 56) connects the feed-through (5, 55) to the receptacle (16, 66) in a liquid-permeable manner, whereby the monomer liquid (42, 92) is contained in the receptacle (16, 66) or can be filled or guided into the receptacle (16, 66) as second starting component of the bone cement; a dispensing device (15, 65) that can be pushed into the receptacle (16, 66) such that monomer liquid (42, 92) can be pushed from the receptacle (16, 66) into the fluid conduit (6, 56), characterised in that the plunger (2, 52) is situated at a distance from a rear side of the cylindrical internal space that is opposite from the front side such that a motion of the plunger (2, 52) in the direction of the rear side can push the dispensing device (15, 65) into the receptacle (16, 66) and can generate a negative pressure in the internal space of the cartridge (1, 51) between the plunger (2, 52) and the cartridge head (3, 53).
An apparatus for providing a rod for use in the manufacture of cigarette filter elements, the rod having a length and defining a longitudinal axis, the apparatus comprising: means for forming a continuous supply of filter material into a continuous rod; and means for subdividing the continuous rod, at predetermined length intervals along the longitudinal axis, into a plurality of rod portions; characterized by means for positioning a plurality of serially attached objects forming a continuous chain within the filter material such that, when the continuous rod having the serially attached objects disposed therein is subdivided, each rod portion includes more than one of the serially attached objects disposed therein. means for forming a continuous supply of filter material into a continuous rod; and means for subdividing the continuous rod, at predetermined length intervals along the longitudinal axis, into a plurality of rod portions; characterized by means for positioning a plurality of serially attached objects forming a continuous chain within the filter material such that, when the continuous rod having the serially attached objects disposed therein is subdivided, each rod portion includes more than one of the serially attached objects disposed therein.
A device for delivering a viscous bone cement material under fluoroscopy to a site in a patient, comprising: an injection part (a) for placement next to a patient having a chamber loaded with bone cement prior to the bone cement having set, an exit port connected to a bone needle, and a plunger that pushes the bone cement through the exit port for injection into a vertebral body; a hollow pressure part having a closed hydraulic space for transmitting pressure to the plunger; a hydraulic pressure generator containing enough volume of an incompressible fluid to impel the plunger of the injection part to deposit the required quantity of bone cement in the vertebral body; and a hydraulic tube for pressure transmission connecting the hydraulic pressure generator to the pressure part; wherein the hydraulic tube connecting the hydraulic pressure generator to the pressure part facilitates the generation of hydraulic pressure from a location outside a field of fluoroscopic imaging of the patient so that a flow of viscous bone cement can be hydraulically driven through the exit port to the desired injection site within the patient whilst reducing exposure of an operator to ionizing radiation. an injection part (a) for placement next to a patient having a chamber loaded with bone cement prior to the bone cement having set, an exit port connected to a bone needle, and a plunger that pushes the bone cement through the exit port for injection into a vertebral body; a hollow pressure part having a closed hydraulic space for transmitting pressure to the plunger; a hydraulic pressure generator containing enough volume of an incompressible fluid to impel the plunger of the injection part to deposit the required quantity of bone cement in the vertebral body; and a hydraulic tube for pressure transmission connecting the hydraulic pressure generator to the pressure part; wherein the hydraulic tube connecting the hydraulic pressure generator to the pressure part facilitates the generation of hydraulic pressure from a location outside a field of fluoroscopic imaging of the patient so that a flow of viscous bone cement can be hydraulically driven through the exit port to the desired injection site within the patient whilst reducing exposure of an operator to ionizing radiation.
A composition comprising nanoparticles, wherein the nanoparticles comprise: at least one bioactive agent, a surfactant having an HLB value of less than 6.0 units, a ligand, and Li + pretreated with Cs +, wherein: i) the at least one bioactive agent and the surfactant form a hydrophobic surfactant-coated micelle core; ii) the ligand forms a shell, wherein the shell is adsorbed to the surface of the hydrophobic surfactant-coated micelle core; iii) the shell comprises the Li + pretreated with Cs +; and iv) the nanoparticles have an average diameter of less than about 50 nanometers. i) the at least one bioactive agent and the surfactant form a hydrophobic surfactant-coated micelle core; ii) the ligand forms a shell, wherein the shell is adsorbed to the surface of the hydrophobic surfactant-coated micelle core; iii) the shell comprises the Li + pretreated with Cs +; and iv) the nanoparticles have an average diameter of less than about 50 nanometers.
Method for inactivating molecules on a surface, comprising the following steps: - Generating a plasma by means of a plasma source comprising two electrodes (7, 9), wherein an alternating voltage is applied to a first electrode of the electrodes (7, 9), and a second electrode of the electrodes (7, 9) is grounded, wherein the electrodes (7, 9) are spaced apart from one another by a dielectric, and wherein one of the electrodes (7, 9) is provided on a surface facing the surface to be treated, and wherein a discharge is ignited between the electrodes (7, 9) so that a plasma is formed on the surface, wherein the plasma is generated on the surface at a distance of 0 to 1 mm from the surface to be treated, wherein the plasma comprises hot electrons having an average kinetic energy of at least one electron volt, wherein the surface to be treated is selected from textile material, ceramic, plastic or leather. - Generating a plasma by means of a plasma source comprising two electrodes (7, 9), wherein an alternating voltage is applied to a first electrode of the electrodes (7, 9), and a second electrode of the electrodes (7, 9) is grounded, wherein the electrodes (7, 9) are spaced apart from one another by a dielectric, and wherein one of the electrodes (7, 9) is provided on a surface facing the surface to be treated, and wherein a discharge is ignited between the electrodes (7, 9) so that a plasma is formed on the surface,