mhurhangee/ep-ind-claims huggingface dataset:
A tobacco filler for a non-combustion smoking article comprising a shredded tobacco, and a liquid that generates aerosol, wherein the tobacco filler contains a dihydrogen salt of a trivalent or quadrivalent acid having a first acid dissociation constant of 1.0 or less, and wherein the dihydrogen salt is a dihydrogen salt of pyrophosphoric acid, and the tobacco filler contains the dihydrogen salt of a trivalent or quadrivalent acid at 0.1% by mass to 10% by mass inclusive of the whole tobacco filler; characterized in that the tobacco filler contains the liquid configured to generate aerosol at 20% by mass or more. the dihydrogen salt is a dihydrogen salt of pyrophosphoric acid, and the tobacco filler contains the dihydrogen salt of a trivalent or quadrivalent acid at 0.1% by mass to 10% by mass inclusive of the whole tobacco filler; characterized in that the tobacco filler contains the liquid configured to generate aerosol at 20% by mass or more.
A method for obtaining a security key in a relay system, comprising: obtaining,, from an MME, by an eNB in the relay system, an initial key K eNB, wherein the initial key K eNB is the initial key from which the air interface protection key between the eNB and a UE is obtained; forwarding,, by the eNB, the initial key K eNB to a relay node that is directly adjacent to the eNB; according to the initial key K eNB, locally obtaining,, by the eNB, a root key K eNB ' of an air interface protection key between the eNB and the relay node that is directly adjacent to the eNB; and according to the root key, obtaining,, by the eNB, the air interface protection key between the eNB and said relay node that is directly adjacent to the eNB; and using the air interface protection key to protect data of a UE on Un interface link. obtaining,, from an MME, by an eNB in the relay system, an initial key K eNB, wherein the initial key K eNB is the initial key from which the air interface protection key between the eNB and a UE is obtained; forwarding,, by the eNB, the initial key K eNB to a relay node that is directly adjacent to the eNB; according to the initial key K eNB, locally obtaining,, by the eNB, a root key K eNB ' of an air interface protection key between the eNB and the relay node that is directly adjacent to the eNB; and according to the root key, obtaining,, by the eNB, the air interface protection key between the eNB and said relay node that is directly adjacent to the eNB; and using the air interface protection key to protect data of a UE on Un interface link.
A brewing device for preparing a food product, especially a beverage, from capsules, comprising: - a frame whereon an insertion area for a capsule towards a brewing position is defined, - a brewing chamber (13, 14) including a first chamber portion and a second chamber portion, movably arranged in said frame, said chamber portions (13, 14) being movable both one with respect to the other as well as with respect to said frame, between a closed position and an open position and vice versa, - ducts (14B, 13B), respectively for supplying a brewing fluid in the brewing chamber (13, 14) and for dispensing the brewed product from the brewing chamber, - at least one capsule supporting member for supporting the capsule in said brewing position; wherein said first chamber portion, said second chamber portion and said at least one capsule supporting member are configured and arranged to maintain the capsule in a fixed brewing position with respect to the frame, said first chamber portion and said second chamber portion being movable one towards the other to close the brewing chamber, the capsule being maintained in the brewing position defined by said at least one capsule supporting member; characterized in that the device comprises a pair of opposed guiding channels for inserting from the top the capsule in the brewing position, configured and arranged for engaging a flange of the capsule, wherein said at least one capsule supporting member is arranged to support the capsule from the bottom and is controllably moved reversibly between a supporting position and a releasing position allowing the capsule to fall from said brewing position downwards; and wherein said at least one capsule supporting member includes a respective projection arranged inside each guiding channel, the distance between said projections being less than the maximum diameter of a capsule flange (C"). - a frame whereon an insertion area for a capsule towards a brewing position is defined, - a brewing chamber (13, 14) including a first chamber portion and a second chamber portion, movably arranged in said frame, said chamber portions (13, 14) being movable both one with respect to the other as well as with respect to said frame, between a closed position and an open position and vice versa, - ducts (14B, 13B), respectively for supplying a brewing fluid in the brewing chamber (13, 14) and for dispensing the brewed product from the brewing chamber, - at least one capsule supporting member for supporting the capsule in said brewing position;
A DC motor with fluid through-flow, having an end shield, a stator winding, arranged in grooves of a stator core and with free spaces for cooling channels between stator coils of the stator winding, and a permanent magnet rotor, wherein the cooling channels are partially formed by a stator encapsulation, composed of plastics material, which encloses the stator core and the stator coils and partially by the end shield and wherein the cooling channels are configured to be open towards the permanent magnet rotor over a portion of their length, characterised in that the end shield has a projecting, annular bearing receiver whose diameter is matched to the inner diameter of the stator encapsulation, wherein the outer circumference of the bearing receiver forms a partial portion of the cooling channels.
An insulated wire, comprising at least one thermosetting resin layer and at least one thermoplastic resin layer in this order, as covering layers, on a conductor having a quadrilateral cross-section, wherein, in each of 4 covering layer portions corresponding to 4 sides of the cross-section of said insulated wire, a difference between the maximum value and the minimum value of a coating thickness is each 20 μm or less, and in the whole of the above 4 covering layer portions, a value of the maximum value divided by the minimum value of the coating thickness is 1.3 or more.
Portion capsule for producing a beverage, having a capsule body with a capsule base and a lid, wherein a cavity for receiving a pulverulent or liquid beverage substrate is configured between the capsule base and the lid, and wherein a filter element is disposed in the cavity and the filter element is made from a non-woven fibrous material, wherein the fibrous material is plastically formed, preferably thermoformed, wherein the capsule base has a salient in a direction that is counter to the filling side.
A two-wheeled motor vehicle comprising left and right guard pipes disposed outside both sides of a vehicle body and mounted on the sides, and a mounting structure of the left and right guard pipes comprising a pair of left and right brackets each having a mounting part, a guard pipe support part, and a support plate part formed into a flat plate shape along a plane perpendicular to a vehicle width direction and linking the mounting part and the guard pipe support part, the brackets being formed as members separate from the guard pipes, wherein the mounting parts of the pair of left and right brackets are fixed to both left and right sides of a vehicle body frame configuring part of the vehicle body, the left and right guard pipes monolithically connected are fixed to the guard pipe support parts of the pair of left and right brackets so that the left and right guard pipes can be displaced in the vehicle width direction relative to the vehicle body frame due to the bending of the support plate parts of the pair of left and right brackets in the vehicle width direction when a load equal to or larger than a predetermined value acts on them in the vehicle width direction, and each guard pipe is so formed as to extend toward a front side from a part corresponding to the guard pipe support part, characterized in that a front part of the vehicle body frame is covered by a front cowl configuring part of the vehicle body, on each side of the vehicle body the lower part of the guard pipe is along a lower rim of the front cowl in side view, and front end parts of the left and right guard pipes are monolithically connected by a connecting portion (40, 111) in front of the front fork rotatably supporting the front wheel.
A kit comprising: a) at least one aldehyde-functionalized polysaccharide containing single aldehyde groups or dialdehydes attached to the polysaccharide through a linking group comprising carbon, hydrogen and oxygen atoms, but not containing a nitrogen atom, via an ether linkage to one of the ring hydroxyl groups of the polysaccharide or in the case of dialdehydes alternatively via an ester linkage to one of the ring hydroxyl groups of the polysaccharide, said aldehyde-functionalized polysaccharide having a weight-average molecular weight of 1,000 to 1,000,000 Daltons and a degree of aldehyde substitution of 10% to 200%; and b) at least one water-dispersible, multi-arm amine wherein at least three of the arms are terminated by at least one primary amine group, said multi-arm amine having a number-average molecular weight of 450 to 200,000 Daltons. a) at least one aldehyde-functionalized polysaccharide containing single aldehyde groups or dialdehydes attached to the polysaccharide through a linking group comprising carbon, hydrogen and oxygen atoms, but not containing a nitrogen atom, via an ether linkage to one of the ring hydroxyl groups of the polysaccharide or in the case of dialdehydes alternatively via an ester linkage to one of the ring hydroxyl groups of the polysaccharide, said aldehyde-functionalized polysaccharide having a weight-average molecular weight of 1,000 to 1,000,000 Daltons and a degree of aldehyde substitution of 10% to 200%; and b) at least one water-dispersible, multi-arm amine wherein at least three of the arms are terminated by at least one primary amine group, said multi-arm amine having a number-average molecular weight of 450 to 200,000 Daltons.
A method of generating an assistance force to assist a user to stand-up using an assistance device (100, 400), device, said assistance device comprising a waist support and a thigh wearing portion, the method comprising: measuring a magnitude of pressure applied to a part of a body of a user; characterized in that the method further comprises: acquiring a value of torque corresponding to the magnitude of the pressure; and providing the torque between the waist support and the thigh wearing portion based on the value of the torque for assisting a standing-up of the user. measuring a magnitude of pressure applied to a part of a body of a user; characterized in that the method further comprises: acquiring a value of torque corresponding to the magnitude of the pressure; and providing the torque between the waist support and the thigh wearing portion based on the value of the torque for assisting a standing-up of the user. acquiring a value of torque corresponding to the magnitude of the pressure; and providing the torque between the waist support and the thigh wearing portion based on the value of the torque for assisting a standing-up of the user.
A method in a system in which a device has an eSIM that includes a first profile and a second profile, the device switching from attachment to a first network using the first profile to attachment to a second network using the second profile, the second network connecting to an external network over a data tunnel, the second network further connecting to a third network over the data tunnel and the second network further connecting to the external network via the data tunnel and the third network, the method comprising: extracting, at a data inspection device, information communicated over the data tunnel, the information associated with the eSIM and communicated over the data tunnel between the second network and the third network, the data inspection device positioned to inspect data as it passes to the external network; and sending, from the data inspection device to an application server, at least a portion of the extracted information as a notification to the application server that the eSIM has switched to the second profile, wherein the second network lacks SMS capability for delivering an SMS message as the notification. extracting, at a data inspection device, information communicated over the data tunnel, the information associated with the eSIM and communicated over the data tunnel between the second network and the third network, the data inspection device positioned to inspect data as it passes to the external network; and sending, from the data inspection device to an application server, at least a portion of the extracted information as a notification to the application server that the eSIM has switched to the second profile, wherein the second network lacks SMS capability for delivering an SMS message as the notification.
A belt harness, comprising - two shoulder belts, - two lap belts, - precisely one crotch belt, and - precisely one central belt buckle, with which the belts (11, 13, 14, 15) can be fastened and released, wherein the belt harness comprises two leg belts, which when worn each run over an upper side of thigh of a user, and can be fastened and released by means of the precisely one belt buckle, and wherein one respective end of the belts (11, 13, 14, 15) can be attached to a seat, to a stretcher or to a parachute module. - two shoulder belts, - two lap belts, - precisely one crotch belt, and - precisely one central belt buckle, with which the belts (11, 13, 14, 15) can be fastened and released,
Method of initialising a call for a mobile terminal comprising applications (1, 1a, 1b) of the type of a Push-to-Talk PTT client for a PTT communication with a PTT server on an IP-WAN cellular network, connected to an IP-WAN modem and intended to register for a group call, said method comprising the following steps: - a step, which is triggered on starting up the IP-WAN modem, during which there is performed a procedure for connection to the IP-WAN cellular network, - a step that is executed when the PTT client is active and has obtained the IP address of the PTT server, through which the PTT client triggers a procedure for registering the SIP with the PTT server on a default IP-WAN carrier, - a step through which the PTT client carries out a procedure for affiliation to the call group with the PTT server on the default IP-WAN carrier, characterised in that it further comprises: - a step, executed as soon as the procedure for affiliation to the call group is carried out, through which an "INVITE" SIP procedure is carried out to reserve RTP resources at the application level on the PTT server side and on the PTT client side, so as to allow the establishment of an RTP session immediately after the procedure of affiliation of the PTT client to the group, but without initialising at this step a dedicated carrier suitable for supporting the voice service for a PTT communication; and, - a step of initialising a dedicated carrier, suitable for supporting the voice service for the PTT communication, executed only as a response to a PTT request initiated by the PTT client. - a step, which is triggered on starting up the IP-WAN modem, during which there is performed a procedure for connection to the IP-WAN cellular network, - a step that is executed when the PTT client is active and has obtained the IP address of the PTT server, through which the PTT client triggers a procedure for registering the SIP with the PTT server on a default IP-WAN carrier, - a step through which the PTT client carries out a procedure for affiliation to the call group with the PTT server on the default IP-WAN carrier, - a step, executed as soon as the procedure for affiliation to the call group is carried out, through which an "INVITE" SIP procedure is carried out to reserve RTP resources at the application level on the PTT server side and on the PTT client side, so as to allow the establishment of an RTP session immediately after the procedure of affiliation of the PTT client to the group, but without initialising at this step a dedicated carrier suitable for supporting the voice service for a PTT communication; and, - a step of initialising a dedicated carrier, suitable for supporting the voice service for the PTT communication, executed only as a response to a PTT request initiated by the PTT client.
A blood plasma collecting flask made of plastic for the storage of blood plasma in a frozen state with a flask body having a cross section of rectangular shape in horizontal section and on its upper side a flask neck, characterized in that the side surfaces of the flask neck each defining a flat or a slightly curved inward region, the curvature has a maximum depth of 2 mm, particularly of 1.5 mm, to which connect to the end faces rounded areas, and that the flat or slightly inwardly curved areas have a hexagonal form, the base sides (3a, 3b) of which lay on the crossover areas of the lateral faces to the upper side and lower side of the flask body, wherein in particular the flat or slightly curved areas have a uniformly hexagonal form such that the corners lay between the base sides are positioned approximately half way up the flask body.
A method for detecting errors in an information packet received by an OFDM receiver in an Orthogonal Frequency-Division Multiplexing, OFDM, system, where the information packet is encoded using a Forward Error Correction, FEC, technique, said FEC technique involves at the receiver an iterative decoding process, the method comprising the following steps performed at the receiver: a) performing a number of iterations, N iter, of the Forward Error Correction decoding technique on the received packet of length N FEC bits, where N iter is lower than the minimum number of iterations required for full FEC decoding at the intended signal to noise and interference ratio, SINR; b) obtaining a posteriori log-likelihood ratio, LLR, value for each decoded bit after N iter FEC decoding iterations; the method being characterised by: c) obtaining the probability that the block of decoded bits after N iter iterations has an error, denoted as block error probability of the received packet after N iter iterations BLE P 0 Niter, and the probability density function of said block error probability, denoted as f BLEP Niter ( BLEP Niter), from said a posteriori LLR values, where f BLEP Niter ( BLEP Niter) is obtained as a transformation of the a posteriori LLR values; d) estimating a block error rate that would correspond to the received packet under full FEC decoding, based on post-detection Signal to Interference and Noise Ratios, SINR, of the received bits; e) obtaining a decision variable value for block error decisions, Z, by means of the following expression: Z = ∫ BLE P 0 Niter 1 f BLE P Niter BLE P Niter dBLE P Niter and f) determining whether the received packet has errors or not, by comparing said decision variable with said estimated block error rate. a) performing a number of iterations, N iter, of the Forward Error Correction decoding technique on the received packet of length N FEC bits, where N iter is lower than the minimum number of iterations required for full FEC decoding at the intended signal to noise and interference ratio, SINR; b) obtaining a posteriori log-likelihood ratio, LLR, value for each decoded bit after N iter FEC decoding iterations; the method being characterised by: c) obtaining the probability that the block of decoded bits after N iter iterations has an error, denoted as block error probability of the received packet after N iter iterations BLE P 0 Niter, and the probability density function of said block error probability, denoted as f BLEP Niter ( BLEP Niter), from said a posteriori LLR values, where f BLEP Niter ( BLEP Niter) is obtained as a transformation of the a posteriori LLR values; d) estimating a block error rate that would correspond to the received packet under full FEC decoding, based on post-detection Signal to Interference and Noise Ratios, SINR, of the received bits; e) obtaining a decision variable value for block error decisions, Z, by means of the following expression: Z = ∫ BLE P 0 Niter 1 f BLE P Niter BLE P Niter dBLE P Niter and f) determining whether the received packet has errors or not, by comparing said decision variable with said estimated block error rate.
Liquid detergent or personal care product comprising: (a) an aqueous medium; (b) a surfactant system; and (c) an external structuring agent; wherein said external structuring agent comprises a particulate parenchymal cellulose material that contains, by dry weight of said particulate cellulose material, at least 70% cellulose, 0.5-10 % pectin and 1-15 % hemicelluloses; and wherein said particulate cellulose material is characterized by a reported volume-weighted median major dimension within the range of 25-75 μm when measured with a Malvern Mastersizer particle size analyzer. (a) an aqueous medium; (b) a surfactant system; and (c) an external structuring agent; wherein said external structuring agent comprises a particulate parenchymal cellulose material that contains, by dry weight of said particulate cellulose material, at least 70% cellulose, 0.5-10 % pectin and 1-15 % hemicelluloses; and wherein said particulate cellulose material is characterized by a reported volume-weighted median major dimension within the range of 25-75 μm when measured with a Malvern Mastersizer particle size analyzer.
Variable displacement lubricant pump for providing pressurized lubricant for a motor vehicle, comprising - a pump rotor rotating about a rotor axis, comprising • a pump rotor shaft, • a rotor body provided with vane slits, and • pump vanes being provided radially slidable in the vane slits, and - a shiftable control ring being actuated to set the eccentricity of the control ring and defining the volumetric pump performance, the control ring defining a pump chamber separated by the pump vanes into pumping compartments wherein the control ring is provided with a radial inlet opening and/or a radial outlet opening, characterized in that the control ring comprises a control ring main body and at least two separate bushing rings at the radial inside of the control ring main body, and in that the radial inlet opening and/or the radial outlet opening is/are arranged axially between the two bushing rings. - a pump rotor rotating about a rotor axis, comprising • a pump rotor shaft, • a rotor body provided with vane slits, and • pump vanes being provided radially slidable in the vane slits, and • a pump rotor shaft, • a rotor body provided with vane slits, and • pump vanes being provided radially slidable in the vane slits, and - a shiftable control ring being actuated to set the eccentricity of the control ring and defining the volumetric pump performance, the control ring defining a pump chamber separated by the pump vanes into pumping compartments wherein the control ring is provided with a radial inlet opening and/or a radial outlet opening, characterized in that the control ring comprises a control ring main body and at least two separate bushing rings at the radial inside of the control ring main body, and in that the radial inlet opening and/or the radial outlet opening is/are arranged axially between the two bushing rings.