mhurhangee/ep-ind-claims huggingface dataset:
A key negotiation method, executed by a first base station, the method comprising: receiving, by the first base station, from a second base station, in a first base station addition request message, at least one key generation capability, selecting by the first base station, a selected key generation capability from the at least one key generation capability, and generating, by the first base station, a first key parameter based on the selected key generation capability, wherein the selected key generation capability is an optimal key generation capability selected from the at least one key generation capability; sending, by the first base station, the first key parameter to the second base station, in a first base station addition response message, wherein the first key parameter is forwarded by the second base station to a terminal; obtaining, by the first base station, from the second base station, a second key parameter generated by the terminal; and generating, by the first base station, a first base key based on the first key parameter and the second key parameter, wherein the second base station does not learn of the first base key. receiving, by the first base station, from a second base station, in a first base station addition request message, at least one key generation capability, selecting by the first base station, a selected key generation capability from the at least one key generation capability, and generating, by the first base station, a first key parameter based on the selected key generation capability, wherein the selected key generation capability is an optimal key generation capability selected from the at least one key generation capability; sending, by the first base station, the first key parameter to the second base station, in a first base station addition response message, wherein the first key parameter is forwarded by the second base station to a terminal; obtaining, by the first base station, from the second base station, a second key parameter generated by the terminal; and generating, by the first base station, a first base key based on the first key parameter and the second key parameter, wherein the second base station does not learn of the first base key.
A method for performing a handover in a wireless communication system comprising: determining whether an intra-base station handover or an inter-base station handover is to be performed; receiving a message indicating if any or all of a plurality of user plane protocols is to be reset; and optimizing the determined handover based on the message. determining whether an intra-base station handover or an inter-base station handover is to be performed; receiving a message indicating if any or all of a plurality of user plane protocols is to be reset; and optimizing the determined handover based on the message.
Process for producing spheroidal particles having a BET specific surface area of between 150 and 300 m 2 /g, an average particle diameter of between 1.2 and 3 mm and a particle diameter distribution expressed by a standard deviation of not more than 0.1, a total pore volume measured by mercury porosimetry of between 0.50 and 0.85 mL/g, a macroporosity level within a particle of less than 30% and wherein the diameter distribution of the macropores, that is to say of the pores having an opening of greater than 50 nm, expressed by the D90/D50 diameter ratio, is not more than 8, with D50 being the median macropore diameter defined as being the diameter at which, of the totality of the pores constituting the macropore volume, all pores smaller in size than this diameter constitute 50% of the number of macropores, and with D90 being the median macropore diameter defined as being the diameter at which, of the totality of the pores constituting the macropore volume, all pores smaller in size than this diameter constitute 90% of the number of macropores, said process comprising the following steps: a) preparing a suspension comprising water, an acid and at least one boehmite powder, b) adding a solid pore-forming agent having a particle size of between 0.05 and 30 μm to the suspension obtained in step a), c) mixing the suspension obtained in step b) until the viscosity of said mixture is between 200 and 700 mPa·s, the viscosity being the dynamic viscosity measured at ambient temperature at a shear of 100 s -1, d) forming the spheroidal particles by droplet coagulation from the mixture obtained in step c), e) drying the particles obtained in step d), f) calcining the particles obtained in step e). a) preparing a suspension comprising water, an acid and at least one boehmite powder, b) adding a solid pore-forming agent having a particle size of between 0.05 and 30 μm to the suspension obtained in step a), c) mixing the suspension obtained in step b) until the viscosity of said mixture is between 200 and 700 mPa·s, the viscosity being the dynamic viscosity measured at ambient temperature at a shear of 100 s -1, d) forming the spheroidal particles by droplet coagulation from the mixture obtained in step c), e) drying the particles obtained in step d), f) calcining the particles obtained in step e).
An apparatus providing a concentrated contrast agent for oral consumption by a user, comprising: a container body defining an opening in fluid communication with an interior of the container body and including a unit dose of a concentrated contrast agent within the interior of the container body such that the interior has a head space to receive a volume of liquid through the opening to dilute the concentrated contrast agent to a select dilution strength, wherein the unit dose of the concentrated contrast agent is configured to be diluted to the select dilution strength with a volume of the liquid receivable through the opening and within the interior of the container body; a cap coupled to the container body and enclosing the opening; and a barrier member defining an interior, wherein the container body and the cap are collectively disposed within the interior of the barrier member, and wherein the barrier member protects the concentrated contrast agent from light and/or moisture. a container body defining an opening in fluid communication with an interior of the container body and including a unit dose of a concentrated contrast agent within the interior of the container body such that the interior has a head space to receive a volume of liquid through the opening to dilute the concentrated contrast agent to a select dilution strength, wherein the unit dose of the concentrated contrast agent is configured to be diluted to the select dilution strength with a volume of the liquid receivable through the opening and within the interior of the container body; a cap coupled to the container body and enclosing the opening; and a barrier member defining an interior, wherein the container body and the cap are collectively disposed within the interior of the barrier member, and wherein the barrier member protects the concentrated contrast agent from light and/or moisture.
A clamping chuck of a machine tool for machining a tubular workpiece rotating about a rotational axis coincident with the centre of the clamping chuck, comprising at least two clamping slides (7a, b, c) carrying clamping jaws (8a, b, c), which slides are adjustably constructed for releasing and clamping the workpiece radially to the rotational axis and arranged in a distributed manner at the end-face on and uniformly over the circumference of a clamping-chuck top plate, wherein one the one hand, transverse slides (9a b, c) provided in the top plate tangentially to the rotational axis and loaded by an adjustment means, are assigned to each clamping slide (7a, b, c) on the one hand, characterised in that the transverse slides (9a, b, c) have a slide block constructed on a longitudinal side as a toothed rack, and separate toothed wheels (19a, b, c), which engage with the toothed racks, are assigned to each clamping slide on the other hand, wherein each clamping slide (7a, b, c) is provided on the underside thereof with a driving claw, which is engaged with a link-like guide groove provided in the slide block of the transverse slide (9a, b, c), for diverting the movement of the transverse slide (9a, b, c) into an adjusting movement of the clamping slide (7a, b, c) running perpendicularly to the rotational axis, and wherein a coupling pinion, which can be engaged and disengaged axially to the rotational axis, is assigned to the toothed wheels (19a, b, c).
Alvelestat or a salt thereof for use in a method of treating a disease of the respiratory system which is mediated by α-1 antitrypsin deficiency, wherein the disease is selected from chronic obstructive pulmonary disease (COPD), emphysema, asthma and bronchiectasis, in a patient in need thereof who has not responded to previous alpha-1 antitrypsin therapy, the method comprising administering an effective amount of alvelestat or a salt thereof to the patient, and wherein the amount of alvelestat or a salt thereof administered is 120-300 mg BID.
A joint assembly comprising: a first component formed from a first material, the first component being a body of a spar assembly for use in a rotary blade system; and a second component, being a tip fitting of said spar assembly, comprising a portion that extends at least partially into said first component and that has an uneven outer profile, said second component comprising a plurality of retention members that extend from an outer surface of said second component and a recess defined between adjacent pairs of said plurality of retention members, wherein said retention members extend at least partially about said second component portion along said outer surface; wherein the first material is configured to form said first component into a shape that is substantially complementary to a shape of said portion to facilitate restricting movement of said second component in an axial direction parallel to a direction in which the portion of said second component extends into said first component; characterized in that said first component is formed from at least one layer of first material and a strip of a second material positioned within said recess, wherein said strip is sized for insertion into said recess and extends in a direction perpendicular to the axial direction. a first component formed from a first material, the first component being a body of a spar assembly for use in a rotary blade system; and a second component, being a tip fitting of said spar assembly, comprising a portion that extends at least partially into said first component and that has an uneven outer profile, said second component comprising a plurality of retention members that extend from an outer surface of said second component and a recess defined between adjacent pairs of said plurality of retention members, wherein said retention members extend at least partially about said second component portion along said outer surface; wherein the first material is configured to form said first component into a shape that is substantially complementary to a shape of said portion to facilitate restricting movement of said second component in an axial direction parallel to a direction in which the portion of said second component extends into said first component; characterized in that said first component is formed from at least one layer of first material and a strip of a second material positioned within said recess, wherein said strip is sized for insertion into said recess and extends in a direction perpendicular to the axial direction.
A switching element for generating at least one electrical signal or switching state for locking, unlocking, opening and/or closing a security and/or locking system, particularly in a vehicle, having - at least one contact element, by means of which, when the switching element is actuated, an electrical connection between at least two electrical switching contacts which are present can be created, the contact element being configured as a snap disc, and - a support plate, which has electrical contacts for the switching element, and - a housing, which surrounds the contact element and, at least to some extent, the support plate such that the same are protected from environmental influences, the support plate being arranged in the housing in a stationary manner, the switching contacts, which can be electrically connected to one another by means of the contact element, being arranged directly on the support plate, and a movable actuating element being provided on the housing, which effects a movement and/or deformation of the contact element by means of an actuation of the switching element, the actuating element being held on the housing by means of a flexible membrane, characterized in that the actuating element and the housing are formed in one-piece, wherein the contact element has at least one electrically conductive bulge, which interacts with the switching contacts on the support plate in the switching position, and wherein at least one depression is provided in the support plate, into which depression the bulge of the contact element can protrude. - at least one contact element, by means of which, when the switching element is actuated, an electrical connection between at least two electrical switching contacts which are present can be created, - a support plate, which has electrical contacts for the switching element, and - a housing, which surrounds the contact element and, at least to some extent, the support plate such that the same are protected from environmental influences, the support plate being arranged in the housing in a stationary manner,
A gearwheel for reducing the backlash, comprising: a first wheel part; a second wheel part which is provided next to the first wheel part in an axially aligned manner with respect to the first wheel part; and at least one elastic connecting element which connects the first wheel part to the second wheel part in a torque-transmitting manner: the at least one elastic connecting element being connected fixedly to the first wheel part, in particular being adhesively bonded, pressed and/or screwed into the first wheel part, and an additional axial securing means for axially securing the at least one elastic connecting element being provided, - the second wheel part comprising at least one receptacle which is configured as a through hole for receiving the at least one elastic connecting element, and the additional axial securing means being configured as a cross-sectional constriction of the at least one receptacle, characterized in that the cross-sectional constriction is configured as an inside bevel which is, in particular, circumferential. a first wheel part; a second wheel part which is provided next to the first wheel part in an axially aligned manner with respect to the first wheel part; and at least one elastic connecting element which connects the first wheel part to the second wheel part in a torque-transmitting manner: the at least one elastic connecting element being connected fixedly to the first wheel part, in particular being adhesively bonded, pressed and/or screwed into the first wheel part, and an additional axial securing means for axially securing the at least one elastic connecting element being provided, - the second wheel part comprising at least one receptacle which is configured as a through hole for receiving the at least one elastic connecting element, and the additional axial securing means being configured as a cross-sectional constriction of the at least one receptacle, characterized in that the cross-sectional constriction is configured as an inside bevel which is, in particular, circumferential. the at least one elastic connecting element being connected fixedly to the first wheel part, in particular being adhesively bonded, pressed and/or screwed into the first wheel part, and an additional axial securing means for axially securing the at least one elastic connecting element being provided, - the second wheel part comprising at least one receptacle which is configured as a through hole for receiving the at least one elastic connecting element, and the additional axial securing means being configured as a cross-sectional constriction of the at least one receptacle, - the second wheel part comprising at least one receptacle which is configured as a through hole for receiving the at least one elastic connecting element, and the additional axial securing means being configured as a cross-sectional constriction of the at least one receptacle, characterized in that the cross-sectional constriction is configured as an inside bevel which is, in particular, circumferential.
A beverage forming system comprising: a frame arranged to support portions of the beverage forming system; a cartridge holder movably mounted to the frame and having an opening to receive a cartridge, the cartridge holder arranged to hold and move a cartridge between an open position in which the opening of the cartridge holder is oriented in an upwardly inclined position to receive the cartridge, and a closed position in which the opening is oriented in a horizontal or downwardly inclined position; a cover arranged to cover the opening of the cartridge holder in the closed position, and the cover being positioned away from the opening of the cartridge holder in the open position to permit placement of a cartridge in the cartridge holder; a cartridge retainer having an engagement portion arranged to hold the cartridge in the cartridge holder opening in at least a part of movement of the cartridge holder between the open and the closed positions; and an inlet arranged to provide fluid to a cartridge held by the cartridge holder for the formation of a beverage; characterised in that the engagement portion of the cartridge retainer is also arranged to hold the cartridge in the cartridge holder opening as the cartridge holder moves from the closed to the open position. a frame arranged to support portions of the beverage forming system; a cartridge holder movably mounted to the frame and having an opening to receive a cartridge, the cartridge holder arranged to hold and move a cartridge between an open position in which the opening of the cartridge holder is oriented in an upwardly inclined position to receive the cartridge, and a closed position in which the opening is oriented in a horizontal or downwardly inclined position; a cover arranged to cover the opening of the cartridge holder in the closed position, and the cover being positioned away from the opening of the cartridge holder in the open position to permit placement of a cartridge in the cartridge holder; a cartridge retainer having an engagement portion arranged to hold the cartridge in the cartridge holder opening in at least a part of movement of the cartridge holder between the open and the closed positions; and an inlet arranged to provide fluid to a cartridge held by the cartridge holder for the formation of a beverage; characterised in that the engagement portion of the cartridge retainer is also arranged to hold the cartridge in the cartridge holder opening as the cartridge holder moves from the closed to the open position.
Safety device for a bandsaw, said safety device being of the type comprising a frame and a pair of jaws rotatably mounted on the frame, this frame being suitable for being mounted on a framework of the bandsaw with the jaws disposed on either side of a blade of this bandsaw, the device further comprising an actuating rod slidably mounted on the frame, and at least one elastic return member constraining the sliding of the actuating rod, whereas a two-way transmission transforms the sliding of the actuating rod into a rotation of the pair of jaws, characterised in that the device further comprises an electromagnetic actuator rigidly connected to the frame and a retaining member rigidly connected to the electromagnetic actuator, in that the actuating rod is arranged with a receiving portion which is capable of engaging with the retaining member when the actuating rod is in a first position relative to the frame, the two-way transmission being arranged so that the jaws are distant from one another when the actuating rod is in this first relative position, and in that the electromagnetic actuator maintains the engagement between the retaining member and the receiving portion when it is supplied with current.
A method for the lamp type detection of a lamp of a load circuit connected to an operating device, wherein the operating device has a PFC circuit with a clocked switch, which provides DC voltage, having the step: - Evaluation of at least one clocking parameter, such as, for example, the duty cycle, the frequency, the switched-on time t on and/or the switched-off time of the switch of the PFC circuit, in order to infer a lamp type therefrom and depending thereon to set at least one lamp operating parameter of the operating device, characterized in that the evaluation takes place during the operation of the lamp with a control at a constant lamp current. - Evaluation of at least one clocking parameter, such as, for example, the duty cycle, the frequency, the switched-on time t on and/or the switched-off time of the switch of the PFC circuit, in order to infer a lamp type therefrom and depending thereon to set at least one lamp operating parameter of the operating device,
A method for providing oxygen rich gas for blood oxygenation not performed on a living human or animal body, said method comprising: selectively operating an oxygen concentrator in one of two operating modes, wherein a first operating mode comprises operating from battery power, and a second operating mode comprises operating from an external power source; automatically detecting whether an external power source is connected; delivering oxygen from the oxygen concentrator without scrubbing to a blood oxygenator when an external power source has been detected and the oxygen concentrator is operating in the second operating mode; combining oxygen from the oxygen concentrator with a carbon dioxide-scrubbed oxygen gas stream and delivering the combined gas stream to the blood oxygenator when the oxygen concentrator is operating in the first operating mode; and producing the carbon dioxide-scrubbed gas stream by scrubbing carbon dioxide from a carbon dioxide elevated gas stream received from the blood oxygenator. selectively operating an oxygen concentrator in one of two operating modes, wherein a first operating mode comprises operating from battery power, and a second operating mode comprises operating from an external power source; automatically detecting whether an external power source is connected; delivering oxygen from the oxygen concentrator without scrubbing to a blood oxygenator when an external power source has been detected and the oxygen concentrator is operating in the second operating mode; combining oxygen from the oxygen concentrator with a carbon dioxide-scrubbed oxygen gas stream and delivering the combined gas stream to the blood oxygenator when the oxygen concentrator is operating in the first operating mode; and producing the carbon dioxide-scrubbed gas stream by scrubbing carbon dioxide from a carbon dioxide elevated gas stream received from the blood oxygenator.