mhurhangee/patent-ind-claim-en huggingface dataset:
A retrofit seat back assembly for a stowable seat having a seat back frame , the retrofit seat back assembly comprising: a supplemental recline panel having an upper end and a lower end ; a pivot member disposed proximate the upper end and configured to pivotally engage the seat back frame of the stowable seat ; an actuator disposed proximate the lower end and configured to operably engage the seat back frame and move the supplemental recline panel between a retracted position and a deployed position; and a bias element configured for disposition between the supplemental recline panel and the seat back frame and configured to urge the supplemental recline panel toward the seat back frame , wherein the bias element comprises a spring having a first spring end connected to the supplemental recline panel and a second spring end configured for connecting to the seat back frame ; characterised in that : the bias element further comprises a main body configured for disposition within a lower aperture of the seat back frame , the second spring end is connected to the main body , and the main body comprises a flange configured to engage a first surface of the seat back frame and is configured to receive a retaining clip proximate a second surface of the seat back frame . a supplemental recline panel having an upper end and a lower end ; a pivot member disposed proximate the upper end and configured to pivotally engage the seat back frame of the stowable seat ; an actuator disposed proximate the lower end and configured to operably engage the seat back frame and move the supplemental recline panel between a retracted position and a deployed position; and a bias element configured for disposition between the supplemental recline panel and the seat back frame and configured to urge the supplemental recline panel toward the seat back frame , wherein the bias element comprises a spring having a first spring end connected to the supplemental recline panel and a second spring end configured for connecting to the seat back frame ; characterised in that : the bias element further comprises a main body configured for disposition within a lower aperture of the seat back frame , the second spring end is connected to the main body , and the main body comprises a flange configured to engage a first surface of the seat back frame and is configured to receive a retaining clip proximate a second surface of the seat back frame .
An apparatus for water treatment comprising: means for removing soluble ingredients contained in water; means for adsorbing ions with a porous formed article as an adsorbent, wherein the porous formed article comprises fibrils, where fibril refers to a fibrous structure which contains an organic polymer resin and forms a three-dimensionally continuous network structure on the outer surface and the inside of the formed article, wherein the fibrils form communicating pores opening at the outer surface of the article, wherein there are cavities in the interior of the fibrils, and at least a part of said cavities opens at the surface of the fibril, and wherein the opening ratio at the outer surface of the formed article is in the range of 10 to 90%, the opening ratio referring to the ratio of the total opening area of all pores with respect to an area of a visual field shown when the surface is observed with a scanning electron microscope; wherein the diameter of the opening at the outer surface of the formed article is in the range of 0.005 to 100 μm; and an inorganic ion adsorbing material in the form of a powder, which is supported on the outer surface of the fibril and on the surface of inner cavities of the fibril, wherein said means for adsorbing ions with a porous formed article as an adsorbent is not included in said means for removing ingredients contained in water. means for removing soluble ingredients contained in water; means for adsorbing ions with a porous formed article as an adsorbent, wherein the porous formed article comprises fibrils, where fibril refers to a fibrous structure which contains an organic polymer resin and forms a three-dimensionally continuous network structure on the outer surface and the inside of the formed article, wherein the fibrils form communicating pores opening at the outer surface of the article, wherein there are cavities in the interior of the fibrils, and at least a part of said cavities opens at the surface of the fibril, and wherein the opening ratio at the outer surface of the formed article is in the range of 10 to 90%, the opening ratio referring to the ratio of the total opening area of all pores with respect to an area of a visual field shown when the surface is observed with a scanning electron microscope; wherein the diameter of the opening at the outer surface of the formed article is in the range of 0.005 to 100 μm; and an inorganic ion adsorbing material in the form of a powder, which is supported on the outer surface of the fibril and on the surface of inner cavities of the fibril, wherein said means for adsorbing ions with a porous formed article as an adsorbent is not included in said means for removing ingredients contained in water.
A pharmaceutical acceptable salt of a pirlindole enantiomer for use in medicine, wherein the salt is selected from the group consisting of: (S)-pirlindole (R)-mandelate and (R)-pirlindole (S)-mandelate.
Balancing machine including: - a driving device capable of rotating a rotor ; - an unbalance detecting device of said rotor placed in rotation by said driving device ; - said driving device including - at least one belt able to drive said rotor in rotation; - and at least two transmissions defining sliding surfaces for said belt ; - a drive pulley , able to move said belt , wherein said transmissions are interposed between said rotor and said drive pulley on opposite sides with respect to the rotor - and characterised by the fact that said movement device includes an adduction apparatus able to introduce pressurized air between said sliding surface and said belt creating an air bearing between said transmissions and said belt . - a driving device capable of rotating a rotor ; - an unbalance detecting device of said rotor placed in rotation by said driving device ; - said driving device including - at least one belt able to drive said rotor in rotation; - and at least two transmissions defining sliding surfaces for said belt ; - a drive pulley , able to move said belt , wherein said transmissions are interposed between said rotor and said drive pulley on opposite sides with respect to the rotor - at least one belt able to drive said rotor in rotation; - and at least two transmissions defining sliding surfaces for said belt ; - a drive pulley , able to move said belt , wherein said transmissions are interposed between said rotor and said drive pulley on opposite sides with respect to the rotor - and characterised by the fact that said movement device includes an adduction apparatus able to introduce pressurized air between said sliding surface and said belt creating an air bearing between said transmissions and said belt .
Filter apparatus for use in a converter on an AC voltage network , having a choke unit , a capacitor unit and means for reducing saturation for the choke unit , prepared for a first operation of the converter on a network designed as an AC voltage network with a grounded external conductor or on a ground-free network designed as an AC voltage network , wherein the means for reducing saturation can be activated and the capacitor unit can be disconnected from a grounded protective conductor and prepared for a second operation of the converter on a network designed as an AC voltage network with a grounded network star point , wherein the capacitor unit can be connected to the grounded protective conductor for current dissipation of a current and the means for reducing saturation can be deactivated, wherein - the choke unit comprises a first coil in a first AC voltage phase , a second coil in a second AC voltage phase and a third coil in a third AC voltage phase of the first AC voltage cable , - the means for reducing saturation has a fourth coil of the choke unit , - the choke unit forms a common choke core on the first, second, third and fourth coil and - the means for reducing saturation comprises a first contact unit for opening and closing a first electrical connection of a circuit on the fourth coil . prepared for a first operation of the converter on a network designed as an AC voltage network with a grounded external conductor or on a ground-free network designed as an AC voltage network , wherein the means for reducing saturation can be activated and the capacitor unit can be disconnected from a grounded protective conductor and prepared for a second operation of the converter on a network designed as an AC voltage network with a grounded network star point , wherein the capacitor unit can be connected to the grounded protective conductor for current dissipation of a current and the means for reducing saturation can be deactivated, wherein - the choke unit comprises a first coil in a first AC voltage phase , a second coil in a second AC voltage phase and a third coil in a third AC voltage phase of the first AC voltage cable , - the means for reducing saturation has a fourth coil of the choke unit , - the choke unit forms a common choke core on the first, second, third and fourth coil and - the means for reducing saturation comprises a first contact unit for opening and closing a first electrical connection of a circuit on the fourth coil . - the choke unit comprises a first coil in a first AC voltage phase , a second coil in a second AC voltage phase and a third coil in a third AC voltage phase of the first AC voltage cable , - the means for reducing saturation has a fourth coil of the choke unit , - the choke unit forms a common choke core on the first, second, third and fourth coil and - the means for reducing saturation comprises a first contact unit for opening and closing a first electrical connection of a circuit on the fourth coil .
A pit type furnace for vacuum carburization of workpieces, equipped with a vacuum-tight cylindrical outer furnace body with a sliding cover embedded on it, wherein in the outer furnace body there is a heating chamber equipped with the insulation with a multi-layered structure with at least three layers made of ceramic materials and there are heating elements inside the chamber, characterised in that, the heating chamber insulation is multi-layered and contains at least three different layers made of ceramic materials and a 20 mm thick external layer in the form of microporous elements made of pyrogenic silica, a 155 mm thick middle layer in the form of a high-temperature fibrous ceramic mat is made of silica (SiO 2 ), calcium oxide (CaO) and magnesium oxide (MgO) and a 125 mm thick internal layer in the form of vacuum-moulded fibrous ceramic modules resistant, located on the hot heating chamber side, made of aluminium oxide (Al 2 O 3 ) and silica (SiO 2 ), while the heating elements are made of heat-resistant iron-chromium-aluminium alloys with the following composition: 4-7 wt. % Al, 20-30 wt. % Cr, and 63-76 wt. % Fe, and are located, divided into heating zones, along the heating chamber height .
A waveguide combiner/divider comprising: a first waveguide including a first ridge extending to a waveguide junction of the waveguide combiner/divider ; a second waveguide including a second ridge extending to the waveguide junction , the second ridge connected to the first ridge at a ridge junction within the waveguide junction , wherein the first and second waveguides each have a width in an X-Y plane that is defined by X and Y axes, and wherein the first and second waveguides each have a height in a Z direction that is defined by a Z axis, each of the X, Y and Z axes being perpendicular to the other two axes; and a third waveguide including a third ridge extending to the waveguide junction , the third ridge connected to the ridge junction via a ridge transition section (180; 280f; 280g; 280h; 280i), the ridge transition section having a ridge transition section height in the Z direction within the waveguide junction that is less than heights of the first ridge and the second ridge in the Z direction, wherein the waveguide combiner/divider is configured to divide a signal, incident on the first waveguide , into a first divided signal in the second waveguide and a second divided signal in the third waveguide in accordance with an unequal power split ratio that is based at least in part on differences between the ridge transition section height and the heights of the first ridge and the second ridge . a first waveguide including a first ridge extending to a waveguide junction of the waveguide combiner/divider ; a second waveguide including a second ridge extending to the waveguide junction , the second ridge connected to the first ridge at a ridge junction within the waveguide junction , wherein the first and second waveguides each have a width in an X-Y plane that is defined by X and Y axes, and wherein the first and second waveguides each have a height in a Z direction that is defined by a Z axis, each of the X, Y and Z axes being perpendicular to the other two axes; and a third waveguide including a third ridge extending to the waveguide junction , the third ridge connected to the ridge junction via a ridge transition section (180; 280f; 280g; 280h; 280i), the ridge transition section having a ridge transition section height in the Z direction within the waveguide junction that is less than heights of the first ridge and the second ridge in the Z direction, wherein the waveguide combiner/divider is configured to divide a signal, incident on the first waveguide , into a first divided signal in the second waveguide and a second divided signal in the third waveguide in accordance with an unequal power split ratio that is based at least in part on differences between the ridge transition section height and the heights of the first ridge and the second ridge .
A method for delivering data in order, which is applied to a first network device, characterized by comprising: in a case that a bearer of a data flow is transferred from the first network device to a second network device, receiving , from a terminal device and through an original bearer that is maintained, first partial data of the data flow and indication information, the indication information indicating that the first partial data in the data flow, which have not been transmitted completely when transferring of the data flow from the first network device to the second network device occurs, are transmitted completely; and sending the first partial data of the data flow to a core network and sending the indication information to the second network device; wherein, when sending the first partial data of the data flow to the core network and sending the indication information to a second network device, the first partial data of the data flow are sent to the core network through a General Packet Radio Service, GPRS, Tunnelling Protocol, GTP, tunnel with the core network; and the indication information is sent to the second network device through an Xn interface. in a case that a bearer of a data flow is transferred from the first network device to a second network device, receiving , from a terminal device and through an original bearer that is maintained, first partial data of the data flow and indication information, the indication information indicating that the first partial data in the data flow, which have not been transmitted completely when transferring of the data flow from the first network device to the second network device occurs, are transmitted completely; and sending the first partial data of the data flow to a core network and sending the indication information to the second network device; wherein, when sending the first partial data of the data flow to the core network and sending the indication information to a second network device, the first partial data of the data flow are sent to the core network through a General Packet Radio Service, GPRS, Tunnelling Protocol, GTP, tunnel with the core network; and the indication information is sent to the second network device through an Xn interface.
A method for storing data on a storage entity, 'SE', comprising the steps of a) computing a file identifier for a file to be stored on said SE, b) checking, by said SE, if the file has already been stored using said file identifier, c) generating a user-specific secret and a user-specific public identifier, d) in case the file is already stored updating computed tags of said file by said client such that said updating is homomorphic in the user-specific secret identifier and in parts of said file, e) providing said user-specific public identifier, said updated tags and a proof of possession of said user-specific secret identifier to said SE by said client, f) verifying by said SE, said proof-of-possession, g) verifying validity of said tags, h) upon successful checking, storing an updated public identifier for said file incorporating said user-specific public identifier and said updated tags by said SE a) computing a file identifier for a file to be stored on said SE, b) checking, by said SE, if the file has already been stored using said file identifier, c) generating a user-specific secret and a user-specific public identifier, d) in case the file is already stored updating computed tags of said file by said client such that said updating is homomorphic in the user-specific secret identifier and in parts of said file, e) providing said user-specific public identifier, said updated tags and a proof of possession of said user-specific secret identifier to said SE by said client, f) verifying by said SE, said proof-of-possession, g) verifying validity of said tags, h) upon successful checking, storing an updated public identifier for said file incorporating said user-specific public identifier and said updated tags by said SE
Assembly of a synthetic cylindrical pipe and a pipe coupling for connecting to the synthetic pipe , wherein the pipe coupling comprises an insertion part having an insertion opening for in an insertion direction (A) inserting the synthetic pipe into the pipe coupling , wherein the insertion part comprises a synthetic casing that is provided with a circumferential insertion wall into which the pipe fits, wherein via a first diameter step the insertion wall merges into a first circumferential accommodation wall having a larger inside diameter (D2) than the insertion wall , wherein the first accommodation wall bounds a first rebate , wherein the insertion part comprises a grip ring that is accommodated in the first rebate and that engages around the inserted pipe and that can be moved in the insertion direction (A) in the first rebate between a first position in which the pipe can be inserted through the grip ring towards the insertion wall , and a second position closer towards the insertion opening in which the grip ring fixedly engages around and onto the inserted pipe , wherein the first accommodation wall merges into a circumferential confining wall having an inside diameter that decreases towards the insertion opening , wherein the insertion part comprises a circumferential seal within the confining wall , which seal engages around and onto the pipe , wherein the insertion part is provided with a pinching ring extending around the grip ring , wherein the pinching ring is provided with an inner surface that is oriented towards the grip ring and obliquely oriented to the insertion direction (A), wherein upon moving from the first position to the second position the inner surface urges the grip ring into fixed engagement onto the pipe , characterized in that the pinching ring and the seal are connected to one another or form one unity, wherein the pinching ring and the seal form one separate insert piece that is placed in the casing .
Motor vehicle latch having a locking mechanism with a catch and at least one pawl , the catch being lockable by means of the pawl at least in a main ratchet position , and having a catch spring , the catch being pretensioned by means of the catch spring in the direction of an opening position, having a locking device , an actuating chain for unlocking the locking mechanism being lockable or unlockable by means of the locking device , and having a release device for the catch spring , characterized in that the locking device is operable by means of the catch spring and after release of the catch spring .
Eyeglasses of the folding type composed of a front part comprising respective lens means and means for hooking to the wearer's face, said front part comprising first and second lens means which are connected to each other by corresponding bridge means which comprise a bridge body and means for fastening the bridge body to the respective first and second lens means ; said means for fastening the bridge body to the respective first and second lens means comprise, or are in the form of, corresponding wire-like means, in particular metal wire , which are adapted to define respective means for articulating and rotating the bridge body relative to the lens means ; the bridge body being a solid bridge body and having an underside face , a top face , a front face , a rear face , which faces, in use, the wearer's face, and opposite lateral end faces ; characterized in that the respective fastening means define a pin portion which is adapted for insertion into a corresponding hole made in the bridge body , in particular in the respective lateral or end portion ; the pin and hole extending vertically or substantially vertically, in use; the articulation hole made in the bridge body being a through hole, and extending between the underside face and the top face of the bridge, in particular at the respective end or lateral portion thereof; in that the means for fastening the bridge body to the respective lens means are fixedly, or firmly, connected to the lens means ; in particular comprising a respective fastening portion , in particular in the general shape of a C, which is inserted into corresponding through holes extending between the front face and the rear face of the lens means themselves; and in that the means for fastening the bridge body to the respective lens means extends transversely to the inside lateral edge of the lens means and transversely to the respective lateral end face of the bridge body and comprises a respective transversely elongate extension portion , so that in the folded condition, the bridge body extends longitudinally spaced from the lens means .
A dispersible tablet comprising a β-lactam antibiotic and from 0.3-1.6% by weight of the tablet of crospovidone, and wherein said β-lactam antibiotic is amoxicillin trihydrate, and wherein said amoxicillin trihydrate is present in an amount of from 50% to 97% by weight of the tablet.
A method for use in a user equipment , UE, for handling UE capability information in a wireless communication system including an access network , comprising storing the UE capability information divided into a plurality of data blocks (51-54), wherein each data block includes a subset of the UE capability information; determining , for each data block, a corresponding capability ID ; transmitting a capability message to the access network , comprising at least one of the determined capability IDs. storing the UE capability information divided into a plurality of data blocks (51-54), wherein each data block includes a subset of the UE capability information; determining , for each data block, a corresponding capability ID ; transmitting a capability message to the access network , comprising at least one of the determined capability IDs.