mhurhangee/patent-ind-claim-en huggingface dataset:
A reception apparatus comprising: processing circuitry configured to: receive IP packets that include signaling information originating from a digital television broadcast stream received by a tuner device, the broadcast stream including a plurality of physical layer pipes, PLPs, each PLP containing a plurality of link-layer protocol packets, extract the signaling information from the IP packets, the signaling information including a link mapping table, LMT, and at least one low level signaling, LLS, table, the LMT being identified based on a predetermined IP address and port designated to indicate the presence of the LMT, and retrieve, based on the extracted LMT and extracted at least one LLS table, audio and visual content corresponding to a service associated with the broadcast stream; identify an IP address specified in the at least one LLS table, the IP address corresponding to the service associated with the broadcast stream, determine whether the LMT specifies an unprocessed PLP from the plurality of PLPs that is associated with the IP address which has been specified, and in response to the determination that the LMT specifies the unprocessed PLP, communicate a command to the tuner device that instructs the tuner device to output the link-layer protocol packets associated with the unprocessed PLP. receive IP packets that include signaling information originating from a digital television broadcast stream received by a tuner device, the broadcast stream including a plurality of physical layer pipes, PLPs, each PLP containing a plurality of link-layer protocol packets, extract the signaling information from the IP packets, the signaling information including a link mapping table, LMT, and at least one low level signaling, LLS, table, the LMT being identified based on a predetermined IP address and port designated to indicate the presence of the LMT, and retrieve, based on the extracted LMT and extracted at least one LLS table, audio and visual content corresponding to a service associated with the broadcast stream; identify an IP address specified in the at least one LLS table, the IP address corresponding to the service associated with the broadcast stream, determine whether the LMT specifies an unprocessed PLP from the plurality of PLPs that is associated with the IP address which has been specified, and in response to the determination that the LMT specifies the unprocessed PLP, communicate a command to the tuner device that instructs the tuner device to output the link-layer protocol packets associated with the unprocessed PLP.
An aircraft wing comprising: a fixed wing portion ; a wing tip moveably coupled to the fixed wing portion about a hinge axis , the wing tip moveable between an extended position and a folded position; a first stop pad coupled to the fixed wing portion , the first stop pad having a first contact surface ; a second stop pad coupled to the wing tip , the second stop pad having a second contact surface , the first and second contact surfaces to engage each other when the wing tip is in the extended position, a contact plane between the first and second contact surfaces being coplanar with the hinge axis , wherein the first stop pad includes a first wear plate and the second stop pad includes a second wear plate , the first wear plate is constructed of a harder material than the second wear plate . a fixed wing portion ; a wing tip moveably coupled to the fixed wing portion about a hinge axis , the wing tip moveable between an extended position and a folded position; a first stop pad coupled to the fixed wing portion , the first stop pad having a first contact surface ; a second stop pad coupled to the wing tip , the second stop pad having a second contact surface , the first and second contact surfaces to engage each other when the wing tip is in the extended position, a contact plane between the first and second contact surfaces being coplanar with the hinge axis , wherein the first stop pad includes a first wear plate and the second stop pad includes a second wear plate , the first wear plate is constructed of a harder material than the second wear plate .
A pierce pin for an inflator for piercing the frangible seal of a gas cartridge, comprising in combination: a shaft having an axial bore forming a tubular member having a tip with a rim ; and characterised in that a pair of slots are formed across said rim into said tip into said tubular member to a depth to form a tab , said tab being bent inwardly into said axial bore after formation of said slots . a shaft having an axial bore forming a tubular member having a tip with a rim ; and characterised in that a pair of slots are formed across said rim into said tip into said tubular member to a depth to form a tab , said tab being bent inwardly into said axial bore after formation of said slots .
A compound of Formula (Ia), or a pharmaceutically acceptable salt thereof: wherein, R 1 is hydrogen; R 2 is hydrogen or CH 3 ; R 3 is CH 3 or CF 3 ; and A is N or CH. R 1 is hydrogen; R 2 is hydrogen or CH 3 ; R 3 is CH 3 or CF 3 ; and A is N or CH.
A key derivation method, comprising: after a first handover of a User Equipment, UE, from Evolved Universal Terrestrial Radio Access Network, EUTRAN, to a UTRAN, in a second handover from the EUTRAN to a UTRAN, obtaining , by a Mobility Management Entity, MME, a new Non-Access Stratum, NAS, downlink COUNT value by adding a certain value to a current NAS downlink COUNT value; deriving , by the MME, a key of a User Equipment, UE, in the target UTRAN according to a Key Derivation Function, KDF, a root key, and the new NAS downlink COUNT value; and sending , by the MME, the new NAS downlink COUNT value to the UE. obtaining , by a Mobility Management Entity, MME, a new Non-Access Stratum, NAS, downlink COUNT value by adding a certain value to a current NAS downlink COUNT value; deriving , by the MME, a key of a User Equipment, UE, in the target UTRAN according to a Key Derivation Function, KDF, a root key, and the new NAS downlink COUNT value; and sending , by the MME, the new NAS downlink COUNT value to the UE.
Control arrangement for a trailer vehicle, comprising an electronic brake system, a light system , a control device in the form of a central electronic control unit for controlling the light system , and a data transmission means for transmitting data between the central electronic control unit and the electronic brake system, wherein the central electronic control unit and the electronic brake system are designed by electronic components and programs in such a way that information about the status of the light system is transmitted to the electronic brake system by means of the central electronic control unit via the data transmission means and/or information in the electronic brake system is transmitted to the central electronic control unit via the data transmission means for the purpose of changing the status of the light system .
A light-emitting device comprising: a flexible substantially transparent substrate having a first substrate surface and a second substrate surface, wherein "substantially transparent" means allowing a total transmission of at least 50 % of light in the visible range; and an organic electroluminescent ("EL") member which comprises an organic EL layer disposed between two electrodes and is disposed on said flexible substantially transparent substrate ; characterized in that at least one of said substrate surface is coated with a graded-composition barrier coating comprising an inorganic and an organic material, a composition of which varies continuously across a thickness thereof. a flexible substantially transparent substrate having a first substrate surface and a second substrate surface, wherein "substantially transparent" means allowing a total transmission of at least 50 % of light in the visible range; and an organic electroluminescent ("EL") member which comprises an organic EL layer disposed between two electrodes and is disposed on said flexible substantially transparent substrate ; characterized in that at least one of said substrate surface is coated with a graded-composition barrier coating comprising an inorganic and an organic material, a composition of which varies continuously across a thickness thereof.
An apparatus for application of a liquid medium to seedlings , said seedlings comprising trunks extending in a vertical direction z and being arranged in rows in a culture vessel , said apparatus comprising a first aligning means movable in a first horizontal direction x, a displacement means arranged to provide a displacing movement between said culture vessel and said first aligning means , said first aligning means being arranged to be inserted between said rows of said seedlings , and an application means arranged to deliver said liquid medium to the trunks of said seedlings , said application means being movable in the vertical direction z, characterized in that said application means is arranged to deliver said liquid medium to said trunks of said seedlings during a vertical movement along said trunks of said seedlings .
A method for operating a haptic system , the haptic system comprising at least one actuator and at least one haptic control device adapted to control the at least one actuator and to provide haptic feedback to a user, the method comprising the steps of: obtaining (S1), from a feedback computational model, modelled feedback data, obtaining (S2), from a feedback estimator, estimated feedback data based on measurement data determined from measurement made on the haptic system, overlaying (S3) the modelled feedback data and the estimated feedback data to generate blended feedback data, summing the blended feedback data and at least an active friction force, an active damping force and an active inertia force to form a total force, and providing (S4) the total force to control the haptic feedback to the user. obtaining (S1), from a feedback computational model, modelled feedback data, obtaining (S2), from a feedback estimator, estimated feedback data based on measurement data determined from measurement made on the haptic system, overlaying (S3) the modelled feedback data and the estimated feedback data to generate blended feedback data, summing the blended feedback data and at least an active friction force, an active damping force and an active inertia force to form a total force, and providing (S4) the total force to control the haptic feedback to the user.
Method for authenticating a user to a machine , comprising the following steps: - generating a challenge by the machine; - generating a first pattern, in which the challenge is coded, by the machine; - displaying the first pattern on a display device of the machine; - optically recording the first pattern by a user device ; - decoding the first pattern to receive the challenge by the user device; - generating a response to the challenge by the user device; - generating a second pattern, in which the response is coded, by the user device; - displaying the second pattern on a display device of the user device; - optically recording the second pattern by the machine; - decoding the second pattern to receive the response by the machine; - checking the correctness of the response by the machine; and - on the condition that the response is correct, fulfilling a function by the machine; wherein the user device has access to an electronic memory of a secure element , in which electronic memory a private key of an asymmetric cryptographic key pair assigned to the user and an attribute of the user are stored, wherein, besides the challenge, an attribute request is coded in the first pattern so that the machine signals to the user device that the user device should transmit the attribute to the machine , wherein the attribute is read by the user device and is coded, in addition to the response, in the second pattern, wherein the user inputs a transaction request into the machine to request a transaction, wherein the challenge includes transaction data of the requested transaction, and wherein the response is generated by signing of the transaction data by the user device with use of the private key, wherein the fulfilment of the function is the execution of the requested transaction, wherein the attribute of the user is received by decoding of the second pattern by the machine, wherein the machine compares the attribute with a predefined criterion , and wherein the function is fulfilled by the machine only on the further condition that the attribute of the user fulfils the predefined criterion . - generating a challenge by the machine; - generating a first pattern, in which the challenge is coded, by the machine; - displaying the first pattern on a display device of the machine; - optically recording the first pattern by a user device ; - decoding the first pattern to receive the challenge by the user device; - generating a response to the challenge by the user device; - generating a second pattern, in which the response is coded, by the user device; - displaying the second pattern on a display device of the user device; - optically recording the second pattern by the machine; - decoding the second pattern to receive the response by the machine; - checking the correctness of the response by the machine; and - on the condition that the response is correct, fulfilling a function by the machine;
An anchoring system configured to be attached to a fixed structural component comprising a beam or rafter tail having an upper surface, two vertical side surfaces and a bottom surface, the anchoring system comprising: a coupling device comprising: a first plate and a second plate that form a dihedral angle therebetween; a bracket affixed to the second plate ; an axial member supported by the bracket ; and a lever having a lever arm and a lever body attached to the lever arm , the lever body rotatably resting on the axial member that is configured as a pivot for the lever , the lever arm facing away from the first plate , the lever body having a curved surface facing the first plate ; wherein the first plate , the second plate and the lever together form a cradle space therebetween; wherein pivoting of the lever about the axial member allows the curved surface to move within the cradle space between a closed position and an open position, thereby allowing at least partial insertion of the beam or rafter tail into the cradle space and engagement between the curved surface and one of the vertical side surfaces and between the first plate and the other of the vertical side surfaces to attach the coupling device to the beam or rafter tail around the bottom surface and at least partially around the two vertical side surfaces; and an affixation member cooperated with the second plate and extending below the second plate or the bracket . a first plate and a second plate that form a dihedral angle therebetween; a bracket affixed to the second plate ; an axial member supported by the bracket ; and a lever having a lever arm and a lever body attached to the lever arm , the lever body rotatably resting on the axial member that is configured as a pivot for the lever , the lever arm facing away from the first plate , the lever body having a curved surface facing the first plate ; wherein the first plate , the second plate and the lever together form a cradle space therebetween; wherein pivoting of the lever about the axial member allows the curved surface to move within the cradle space between a closed position and an open position, thereby allowing at least partial insertion of the beam or rafter tail into the cradle space and engagement between the curved surface and one of the vertical side surfaces and between the first plate and the other of the vertical side surfaces to attach the coupling device to the beam or rafter tail around the bottom surface and at least partially around the two vertical side surfaces; and an affixation member cooperated with the second plate and extending below the second plate or the bracket .
Quick-break switch , in particular for a motor vehicle, that comprises a relay with a magnetic drive and a pyrotechnic additional drive , wherein the quick-break switch comprises a relay drive , characterized in that the magnetic drive has a control line connected to the relay drive and the additional drive has an actuation line and a disconnection element for severing the control line .
Magnetic quick-release buckle having a plug and a socket , wherein - a fastening device for fastening a strap is provided on the plug and on the socket , - the plug is configured such that it can be plugged into the socket , - at least one ferromagnetic armature is provided on the plug and at least one magnet is provided on the socket , wherein, in the attracted state, the magnet and armature are located opposite one another in a magnet/armature plane and there is a magnetic force of attraction (F) present corresponding to the necessary retaining force of the plug in the socket , characterized in that an opening device is provided displacing the armature relative to the magnet in the magnet/armature plane until the magnetic force of attraction (F) is sufficiently small for the magnetic quick-release buckle to be opened, wherein the armature is removed in a direction y which is not identical to, and does not run counter to, a direction x, in which the armature is pulled onto the magnet by the magnetic force during the closing operation. - a fastening device for fastening a strap is provided on the plug and on the socket , - the plug is configured such that it can be plugged into the socket , - at least one ferromagnetic armature is provided on the plug and at least one magnet is provided on the socket , wherein, in the attracted state, the magnet and armature are located opposite one another in a magnet/armature plane and there is a magnetic force of attraction (F) present corresponding to the necessary retaining force of the plug in the socket ,
A reciprocating vitrectomy probe (100, 100-2) for use in ophthalmic surgery, comprising: a housing body ; a cutter extending from a distal end of the housing body , the cutter comprising a moveable inner cutter element , wherein the cutter further comprises an outer cutter element , and wherein the moveable inner cutter element is reciprocable within the outer cutter element ; a magnetic drive unit disposed in the housing body , the magnetic drive unit comprising: a permanent magnet ; and at least one electromagnetic coil , one of the permanent magnet and the electromagnetic coil being fixed to the housing body and the other of the permanent magnet and the electromagnetic coil being fixed to the moveable inner cutter element and the magnetic drive unit operable to reciprocate the moveable inner cutter element , characterized in that the magnetic drive unit comprises a voice coil actuator and in that the magnetic drive unit is configured to reciprocate the moveable inner cutter element at a rate within a range of 300 to 500 cycles per second. a housing body ; a cutter extending from a distal end of the housing body , the cutter comprising a moveable inner cutter element , wherein the cutter further comprises an outer cutter element , and wherein the moveable inner cutter element is reciprocable within the outer cutter element ; a magnetic drive unit disposed in the housing body , the magnetic drive unit comprising: a permanent magnet ; and at least one electromagnetic coil , one of the permanent magnet and the electromagnetic coil being fixed to the housing body and the other of the permanent magnet and the electromagnetic coil being fixed to the moveable inner cutter element and the magnetic drive unit operable to reciprocate the moveable inner cutter element , a permanent magnet ; and at least one electromagnetic coil , one of the permanent magnet and the electromagnetic coil being fixed to the housing body and the other of the permanent magnet and the electromagnetic coil being fixed to the moveable inner cutter element and the magnetic drive unit operable to reciprocate the moveable inner cutter element ,
A folding chair comprising as main components a mainframe , a seat and a back leg support , wherein: at least one of said main components is substantially uniplanar and the other said main components fit within a plane of the at least one main component when the chair is collapsed; the folding chair uses a type A construction, wherein forward movement of the top of the seat relative to the mainframe causes the back leg support to move backwards relative to the mainframe ; the mainframe comprises a backrest (1.4), front legs (1.1, 1B.1, 10.1) extending downwards from the outer sides of the backrest (1.4), and seat supports (1.5, 10.5) extending downwards; the front legs (1.1, 1B.1, 10.1) extend further down than the seat supports (1.5, 10.5); and the seat is pivotally attached to the seat supports (1.5, 10.5); whereby the back leg support is disposed inwards of the front legs (1.1, 1B.1, 10.1) when the chair is collapsed; and characterised in that : the back leg support comprises a pair of back legs (3.1, 3B.1, 30A.1, 30B.1), each of which is disposed between a corresponding front leg (1.1, 10.1) and seat support (1.5, 10.5) when the chair is collapsed. at least one of said main components is substantially uniplanar and the other said main components fit within a plane of the at least one main component when the chair is collapsed; the folding chair uses a type A construction, wherein forward movement of the top of the seat relative to the mainframe causes the back leg support to move backwards relative to the mainframe ; the mainframe comprises a backrest (1.4), front legs (1.1, 1B.1, 10.1) extending downwards from the outer sides of the backrest (1.4), and seat supports (1.5, 10.5) extending downwards; the front legs (1.1, 1B.1, 10.1) extend further down than the seat supports (1.5, 10.5); and the seat is pivotally attached to the seat supports (1.5, 10.5); whereby the back leg support is disposed inwards of the front legs (1.1, 1B.1, 10.1) when the chair is collapsed; and characterised in that : the back leg support comprises a pair of back legs (3.1, 3B.1, 30A.1, 30B.1), each of which is disposed between a corresponding front leg (1.1, 10.1) and seat support (1.5, 10.5) when the chair is collapsed.
A tyre for running on rough terrain comprising a tread portion , wherein the tread portion comprises a plurality of blocks and tread crossing grooves extending between a first tread edge (Te1) and a second tread edge (Te2) without intersecting the plurality of the blocks , in a development view of the tread portion , each of the tread crossing grooves includes a soil discharging space having a width (w1) of at least 10 mm or more and extending linearly so as to connect between the first tread edge (Te1) and the second tread edge (Te2), and the soil discharging space is inclined at an angle (α1) of 30 degrees or more and 50 degrees or less with respect to a tyre axial direction, characterized in that the tread crossing grooves include first grooves each inclined to one side with respect to the tyre axial direction, and second grooves each inclined in an opposite direction to the first grooves .
Drive system for conveyor systems with a motor and a transmission mounted on a swing arm , characterized in that the swing arm is mounted by means of a torque support , an absorber being arranged at the axial motor-side end of the swing arm , the absorber being arranged spaced apart from the torque support for the provision of a lever.