mhurhangee/ep-ind-claims huggingface dataset:
A wet-dry vacuum cleaner device comprising: a housing; a motor-fan assembly mounted in the housing and arranged to generate an air flow between a dirty air inlet and a clean air outlet; a tank arranged to capture liquid entrained in the dirty air flow, the tank comprising a tank inlet in fluid communication with the dirty air inlet and a tank outlet in fluid communication with the motor-fan assembly; wherein the tank outlet is in fluid communication with a liquid trap mounted inside the tank; characterized in that the liquid trap comprises a chamber arranged to capture and retain liquid entrained in the air flow exiting the tank. a housing; a motor-fan assembly mounted in the housing and arranged to generate an air flow between a dirty air inlet and a clean air outlet; a tank arranged to capture liquid entrained in the dirty air flow, the tank comprising a tank inlet in fluid communication with the dirty air inlet and a tank outlet in fluid communication with the motor-fan assembly; wherein the tank outlet is in fluid communication with a liquid trap mounted inside the tank; characterized in that the liquid trap comprises a chamber arranged to capture and retain liquid entrained in the air flow exiting the tank.
A device for actuating elevator doors, comprising movement means for moving the car door, which are supported by the car of the elevator, and at least one coupling device for coupling between the car door and the floor doors, which is adapted to pass on command from an inactive condition to an active condition, in which it is adapted to render mutually integral the car door and the floor door that corresponds to the stopping floor of the car, said movement means comprising at least one first flexible element for motion transmission which is functionally connected to the car door and is extended between first guiding wheels (8a, 8b), of which at least one is motorized wherein said coupling device can be actuated between said inactive condition and said active condition by means of a second flexible motion transmission element characterized in that said second flexible motion transmission element is extended between second guiding wheels (10a, 10b).
A composition comprising a copolyamide containing 60 to 70 mol% 2-methyl-1,5-pentamethyleneterephthalamide ("MPMD-T") units and 30 to 40 mol% 2-methyl-1,5-pentamethyleneisophthalamide ("MPMD-I") units, wherein the copolyamide has a relative viscosity ("RV"), as determined according to the ISO 307 method, of more than 1.90.
Protection device (1, 101, 102, 103) for the protection of a knee, wherein said protection device (1, 101, 102, 103) includes a support structure able to surround at least partially a knee joint, at least one transformable element able to assume a first condition and a second condition, and one or more tie members able to connect said support structure to said transformable element, wherein, in a condition between said first condition and second condition of the transformable element, the tie members are in an at least partially stretched condition and are able to exert a pulling action on the support structure; and wherein the support structure includes a plurality of plate-shaped or ring-shaped bodies (9, 10, 11) able to be placed in a front area of the knee and rear area of the knee respectively; and wherein the plurality of bodies includes a first body able to be placed in the front area of the knee cap, a second body able to be placed in the upper rear area with respect to the knee joint and a third body able to be placed in the lower rear area with respect to the knee joint; and wherein a first group of tie members connects the first body to the transformable element and a second group of tie members connects the second body and the third body to the transformable element; and wherein the transformable element includes one or more intersection zones (6, 7) in front of the knee; and wherein the intersection zones include a first intersection zone able to be placed above the knee cap and a second intersection zone able to be placed below the knee cap; and wherein the intersection zones (6, 7) surround the first body of the support structure.
A system for correcting network planning data, the system comprising: a planning repository comprising information on network traffic, network element locations, and network element connectivity; a service repository of a wireless network comprising a plurality of call trace records, the plurality of call trace records comprising any network measure of service usage or service activity for voice and/or data traffic; and an information processing system comprising a processor and a memory device coupled to the processor in communication with the planning repository and with the service repository of the wireless network, the memory device containing a set of instructions that, when executed by the processor, cause the processor to: receive at least one of the plurality of call trace records from the service repository of the wireless network; and compare information in the at least one call trace record with corresponding information stored in the planning repository to identify one or more errors in the information stored in the planning repository, wherein the set of instructions that cause the processor to identify one or more errors further cause the processor to identify one or more network elements having uncalibrated media latency based on timing advance information. a planning repository comprising information on network traffic, network element locations, and network element connectivity; a service repository of a wireless network comprising a plurality of call trace records, the plurality of call trace records comprising any network measure of service usage or service activity for voice and/or data traffic; and an information processing system comprising a processor and a memory device coupled to the processor in communication with the planning repository and with the service repository of the wireless network, the memory device containing a set of instructions that, when executed by the processor, cause the processor to: receive at least one of the plurality of call trace records from the service repository of the wireless network; and compare information in the at least one call trace record with corresponding information stored in the planning repository to identify one or more errors in the information stored in the planning repository, wherein the set of instructions that cause the processor to identify one or more errors further cause the processor to identify one or more network elements having uncalibrated media latency based on timing advance information. receive at least one of the plurality of call trace records from the service repository of the wireless network; and compare information in the at least one call trace record with corresponding information stored in the planning repository to identify one or more errors in the information stored in the planning repository, wherein the set of instructions that cause the processor to identify one or more errors further cause the processor to identify one or more network elements having uncalibrated media latency based on timing advance information.
Solid Oxide Cell stack comprising a plurality of stacked cell units, each cell unit comprises a cell layer and an interconnect layer, one interconnect layer separates one cell layer from the adjacent cell layer in the cell stack, wherein the interconnect layer comprises an integrated interconnect and spacer 1 made from one piece of plate with the thickness, T, the spacer 2 is formed by at least a part of the edges of the interconnect which is bent 180° a number, N, of times to provide a spacer covering at least a part of the edges of the interconnect, so said spacer and interconnect together form an edge of at least a part of the integrated interconnect and spacer with a thickness equal to or less than (1 + N) times the thickness of the plate T.
An absorbent article comprising a liquid impermeable back sheet, an absorbent core, and a fluid flow control member, characterised in that the absorbent article is a disposable personal hygiene article comprising a liquid permeable top sheet, that the absorbent core is enclosed between the top sheet and the back sheet and that the fluid control member is arranged between the top sheet and the back sheet, that said fluid flow control member is a spacer fabric comprising thermoplastic polymer fibres, said spacer fabric comprising a top layer and a bottom layer and an interconnecting layer of pile filaments between the top layer and the bottom layer, the spacer fabric having a ratio of thickness to basis weight at 15 kPa of at least 1.5 ·10 -5 m/gsm and less than 2.5 ·10 -5 m/gsm, as measured according to the Mecano-method disclosed herein.
Document folder, in particular an automotive document folder, comprising a rectangular rear wall and comprising a transparent cover film sheet which is connected to the rear wall at at least one right-hand and/or lefthand longitudinal side edge and a bottom broadside edge in order to form an insert pocket which is open at the head end for in particular sheet-shaped recording media, characterized in that at least one selected area of the cover film sheet has color-bearing areas and transparent areas for only partial image or picture permeability, and the selected area: - is provided with a color-structured surface comprising ink printing to define color-bearing areas, the color-bearing areas being line-shaped and positioned with different angular orientation relative to a vertical central axis of the cover film sheet, and - is provided with transparent areas which remain transparent where no ink printing is applied, in such a way that the selected area is alienated by the application of the line-shaped color-bearing areas, so that recognition of the content of documents lying under the cover film sheet is made difficult or impossible. - is provided with a color-structured surface comprising ink printing to define color-bearing areas, the color-bearing areas being line-shaped and positioned with different angular orientation relative to a vertical central axis of the cover film sheet, and - is provided with transparent areas which remain transparent where no ink printing is applied, in such a way that the selected area is alienated by the application of the line-shaped color-bearing areas, so that recognition of the content of documents lying under the cover film sheet is made difficult or impossible.
A compressor assembly comprising: a case; a stator vane stage comprising a plurality of stator vanes supported within the case about an axis, wherein each of the plurality of stator vanes includes a platform having a recess on a first side and a tongue on a second side, wherein the tongue overlaps a recess of an adjacent one of the plurality of stator vanes, characterised in that at least one of the recess and the tongue includes a crowned surface that provides a line contact with an interface with one of a tongue and recess of an adjacent vane for forming a seal. a case; a stator vane stage comprising a plurality of stator vanes supported within the case about an axis, wherein each of the plurality of stator vanes includes a platform having a recess on a first side and a tongue on a second side, wherein the tongue overlaps a recess of an adjacent one of the plurality of stator vanes, characterised in that at least one of the recess and the tongue includes a crowned surface that provides a line contact with an interface with one of a tongue and recess of an adjacent vane for forming a seal.
A polymer co-network obtainable by the reaction of: an injectible functionalized polyisobutylene compound selected from (a) an injectible functionalized polyisobutylene compound having a core structure having three polyisobutylene arms connected thereto, wherein each of the polyisobutylene arms contain a -NH 2 pendant group, [Ø(PIB-NH 2) 3] or (b) an injectible functionalized polyisobutylene compound having a core structure having two or more polyisobutylene arms connected thereto, wherein each of the polyisobutylene arms contain a -NEt 2 pendant group [Ø(PIB-NEt 2) 2 or 3]; with either (i) an injectible functionalized polyisobutylene compound having a core structure having three polyisobutylene arms connected thereto, wherein each of the polyisobutylene arms contain a pendant group selected from a cyanoacrylate group [Ø(PIB-CA) 3] or (ii) a mixture of (i) and 1-cyanoacryl-2,4,4-trimethylpentane [Ø(PIB-CA) 3 /TMP-CA], with the proviso that (ii) is only used with Ø(PIB-NEt 2) 3. an injectible functionalized polyisobutylene compound selected from (a) an injectible functionalized polyisobutylene compound having a core structure having three polyisobutylene arms connected thereto, wherein each of the polyisobutylene arms contain a -NH 2 pendant group, [Ø(PIB-NH 2) 3] or (b) an injectible functionalized polyisobutylene compound having a core structure having two or more polyisobutylene arms connected thereto, wherein each of the polyisobutylene arms contain a -NEt 2 pendant group [Ø(PIB-NEt 2) 2 or 3]; with either (i) an injectible functionalized polyisobutylene compound having a core structure having three polyisobutylene arms connected thereto, wherein each of the polyisobutylene arms contain a pendant group selected from a cyanoacrylate group [Ø(PIB-CA) 3] or (ii) a mixture of (i) and 1-cyanoacryl-2,4,4-trimethylpentane [Ø(PIB-CA) 3 /TMP-CA], with the proviso that (ii) is only used with Ø(PIB-NEt 2) 3.
A method of transmitting time division multiplexed, TDM, pilots in a communication system, comprising: identifying a first pseudo-random number, PN, sequence from a first set of possible PN sequences for a first TDM pilot; generating the first TDM pilot with the first PN sequence; identifying a second PN sequence from a second set of possible PN sequences for a second TDM pilot, wherein the first set of PN sequences is different from the second set of PN sequences and the pair of the first PN sequence and the second PN sequence is associated with an identity of a transmitting entity; generating the second TDM pilot with the second PN sequence; transmitting the first TDM pilot in a first portion of each transmission interval for the first and second TDM pilots (222, 224); and transmitting the second TDM pilot in a second portion of said each transmission interval. identifying a first pseudo-random number, PN, sequence from a first set of possible PN sequences for a first TDM pilot; generating the first TDM pilot with the first PN sequence; identifying a second PN sequence from a second set of possible PN sequences for a second TDM pilot, wherein the first set of PN sequences is different from the second set of PN sequences and the pair of the first PN sequence and the second PN sequence is associated with an identity of a transmitting entity; generating the second TDM pilot with the second PN sequence; transmitting the first TDM pilot in a first portion of each transmission interval for the first and second TDM pilots (222, 224); and transmitting the second TDM pilot in a second portion of said each transmission interval.
A radio frequency filter circuit for rejecting one or more spurious components of an input signal, the filter circuit comprising: a first resonator circuit (38a; 44a) including a first capacitor and a first coupled inductor pair of a first inductor and a second inductor; a second resonator circuit (38b; 44b) including a second capacitor and a second coupled inductor pair of a third inductor and a fourth inductor; a first resonator coupling capacitor connected directly to a first node of the first capacitor of the first resonator circuit and connected directly to a first node of the second capacitor of the second resonator circuit; a second resonator coupling capacitor connected directly to a second node of the first capacitor of the first resonator circuit and connected directly to a second node of the second capacitor of the second resonator circuit; a first port connected to at least one of the first resonator circuit and the second resonator circuit; and a second port connected to at least one of the first resonator circuit and the second resonator circuit; the input signal being transmitted to one of the first port and the second port, and a filtered signal of the input signal passed through both the first resonator circuit and the second resonator circuit being output from another one of the first port and the second port. a first resonator circuit (38a; 44a) including a first capacitor and a first coupled inductor pair of a first inductor and a second inductor; a second resonator circuit (38b; 44b) including a second capacitor and a second coupled inductor pair of a third inductor and a fourth inductor; a first resonator coupling capacitor connected directly to a first node of the first capacitor of the first resonator circuit and connected directly to a first node of the second capacitor of the second resonator circuit; a second resonator coupling capacitor connected directly to a second node of the first capacitor of the first resonator circuit and connected directly to a second node of the second capacitor of the second resonator circuit; a first port connected to at least one of the first resonator circuit and the second resonator circuit; and a second port connected to at least one of the first resonator circuit and the second resonator circuit; the input signal being transmitted to one of the first port and the second port, and a filtered signal of the input signal passed through both the first resonator circuit and the second resonator circuit being output from another one of the first port and the second port.
A method performed in a communication device for handling network slices in a wireless communication network, the method comprising: encrypting Network Slice Selection Assistance information, NSSAI, using public key cryptography; wherein the encryption is performed using Public Land Mobile Network, PLMN, public key; including the encrypted NSSAI in a Non Access Stratum, NAS, registration request; sending a Radio Resource Control, RRC, connection request to a network node (111/112) including the NAS registration request and including an Access and Mobility Management Function, AMF, selection identifier in the RRC connection request. encrypting Network Slice Selection Assistance information, NSSAI, using public key cryptography; wherein the encryption is performed using Public Land Mobile Network, PLMN, public key; including the encrypted NSSAI in a Non Access Stratum, NAS, registration request; sending a Radio Resource Control, RRC, connection request to a network node (111/112) including the NAS registration request and including an Access and Mobility Management Function, AMF, selection identifier in the RRC connection request.
A network entity for a Public Land Mobile Network, PLMN, comprising: a request input, arranged to receive a network signalling message, the network signalling message comprising a routeing part and an instruction part, each of the routeing part and the instruction part comprising a respective message address wherein each of the routeing part and the instruction part are on different layers of a protocol stack, the instruction part using a Transaction Capabilities Application Part, TCAP, protocol; verification logic, configured to authenticate the received network signalling message, so as to check if the received network signalling message is an imitation, on the basis of the message address of the routeing part and the message address of the instruction part; and a message processor, configured to process the received network signalling message based on the authentication of the verification logic; and wherein the verification logic is configured to authenticate the received network signalling message by comparing the message address of the routeing part with the message address of the instruction part, and/or wherein the network signalling message identifies a mobile subscriber to which the network signalling message relates and wherein the verification logic is configured to determine at least one database message address associated with the identified mobile subscriber and to authenticate the received network signalling message by comparing the message address of the routeing part and the message address of the instruction part with the at least one database message address. a request input, arranged to receive a network signalling message, the network signalling message comprising a routeing part and an instruction part, each of the routeing part and the instruction part comprising a respective message address wherein each of the routeing part and the instruction part are on different layers of a protocol stack, the instruction part using a Transaction Capabilities Application Part, TCAP, protocol; verification logic, configured to authenticate the received network signalling message, so as to check if the received network signalling message is an imitation, on the basis of the message address of the routeing part and the message address of the instruction part; and a message processor, configured to process the received network signalling message based on the authentication of the verification logic; and wherein the verification logic is configured to authenticate the received network signalling message by comparing the message address of the routeing part with the message address of the instruction part, and/or wherein the network signalling message identifies a mobile subscriber to which the network signalling message relates and wherein the verification logic is configured to determine at least one database message address associated with the identified mobile subscriber and to authenticate the received network signalling message by comparing the message address of the routeing part and the message address of the instruction part with the at least one database message address.