mhurhangee/patent-ind-claim-en huggingface dataset:
Airbag system for a vehicle , comprising : - an airbag chute module which forms a guide to direct an airbag deployment provided with a main body which includes two lateral sides , two longitudinal sides and a through-opening , - a deployment panel being movable between a through-opening closing position in which said deployment panel covers at least partially the through-opening and an airbag deployment position in which said deployment panel enables the airbag deployment through the through-opening , and - at least a flexible retention net comprising a first plane-portion disposed within one of the longitudinal sides of the main body of the airbag chute module , a second plane-portion disposed within the deployment panel and a third portion which extends from the first and second plane-portions, the third portion corresponds to a folded portion of the flexible retention net and the third portion comprises an overmolded area , characterized in that : - the flexible retention net has a T-shape formed by the first plane-portion , the second plane-portion and the third portion , in a plane which is sensibly perpendicular to an intersection line between the first plane-portion and the second plane-portion of the flexible retention net , and - the third portion is overmolded by a body which is not part of the airbag chute module and the deployment panel . - an airbag chute module which forms a guide to direct an airbag deployment provided with a main body which includes two lateral sides , two longitudinal sides and a through-opening , - a deployment panel being movable between a through-opening closing position in which said deployment panel covers at least partially the through-opening and an airbag deployment position in which said deployment panel enables the airbag deployment through the through-opening , and - at least a flexible retention net comprising a first plane-portion disposed within one of the longitudinal sides of the main body of the airbag chute module , a second plane-portion disposed within the deployment panel and a third portion which extends from the first and second plane-portions, the third portion corresponds to a folded portion of the flexible retention net and the third portion comprises an overmolded area , - the flexible retention net has a T-shape formed by the first plane-portion , the second plane-portion and the third portion , in a plane which is sensibly perpendicular to an intersection line between the first plane-portion and the second plane-portion of the flexible retention net , and - the third portion is overmolded by a body which is not part of the airbag chute module and the deployment panel .
A catheter device comprising a manifold having a main body with a longitudinal axis, said main body having an upstream end and a downstream end, a liquid input port connected to said upstream end of said main body, an elongated flexible catheter tube nonremovably affixed to said downstream end of said main body, an exhaust branch connected to said main body near said upstream end of said main body, said flexible catheter tube having an internal flexible high pressure tube nonremovably affixed therein for receiving and transmitting therethrough a liquid from said input port, said internal high pressure tube having a fluid jet emanator at a downstream end thereof and said flexible catheter tube having spaced output and input orifices upstream from said fluid jet emanator; wherein said internal high pressure tube comprises successive flexible sections made from stainless steel, nitinol, and stainless steel whereby a nitinol to stainless steel bond is formed near the downstream end, said bond being formed via laser swaging with gold plating and said distal end of said flexible catheter has a diameter of 3 French or smaller.
An apparatus for controlling access in a computer network, the computer network comprising a plurality of hosts accessible by directory users (U1, U2, U3, U4) whose user identity information is maintained as members of directory user entities in a user information directory , wherein the members are defined groups of users and the directory users access the plurality of hosts as members of the at least one directory user entity, the apparatus comprising at least one processor, and at least one memory for storing instructions characterized in that the at least one processor, when executing the instructions, cause the apparatus to manage centrally, and separately from the user information directory information for configuring attribute based filters for the plurality if hosts for attribute based filtering of access requests by the directory users to the plurality of hosts and provide the information for configuring attribute based filters such that two or more hosts (H0, H2) of the plurality of hosts are provided with a shared attribute based filter (DV1).
A pre-compression type emergency air spring assembly, comprising an upper cover plate , an air bag , an upper end plate and a lower end plate , wherein the periphery of the upper end plate is connected with the periphery of the lower end plate through the air bag ; the top part of the upper end plate is provided with transverse pre-compression cavities and transverse pre-compression plates arranged at the transverse openings of the transverse pre-compression cavities , and the transverse pre-compression cavities are internally provided with laminated spring elastomers through the transverse pre-compression plates in a pressing mode; multiple steel springs are arranged between the upper cover plate and the upper end plate in a pressing mode along the circumferential direction of the laminated spring elastomers ; and the upper cover plate is arranged on the periphery of the transverse pre-compression cavities in a sleeving mode.
A method for producing electric power from radiation, comprising: placing a first fluorescent absorber/emitter material having a band-gap Eg1 in sunlight concentrated by a lens to absorb heat and a first photon and emit a second photon; placing a solar cell including a second material having a band-gap Eg2 to absorb said second photon and produce electric current; and wherein Eg2 > Eg1, heating said first fluorescent absorber/emitter material to a temperature T1 by said concentrated sunlight, wherein each said second photon has an energy Eg1+3KbT1, where Kb is the Boltzman constant; and T1 > (Eg2-Eg1)/3Kb, thereby producing electric power from radiation from the absorption of the second photon by the solar cell. placing a first fluorescent absorber/emitter material having a band-gap Eg1 in sunlight concentrated by a lens to absorb heat and a first photon and emit a second photon; placing a solar cell including a second material having a band-gap Eg2 to absorb said second photon and produce electric current; and wherein Eg2 > Eg1, heating said first fluorescent absorber/emitter material to a temperature T1 by said concentrated sunlight, wherein each said second photon has an energy Eg1+3KbT1, where Kb is the Boltzman constant; and T1 > (Eg2-Eg1)/3Kb, thereby producing electric power from radiation from the absorption of the second photon by the solar cell.
A medical device system comprising: a first medical device ; a second medical device ; a remote interface comprising a touch screen, the remote interface in wireless communication with the first medical device and the second medical device, the remote interface configured to provide a user interface to the first medical device and the second medical device, wherein the remote interface configured to receive user input through a touch screen; and a charging device configured to receive at least the first medical device and the remote interface, wherein the charging device configured to recharge a first medical device battery, and wherein the charging device configured to recharge an interface battery in the remote interface, the charging device connected to a personal computer wherein the personal computer provides information to the remote interface; wherein the first medical device is an infusion pump; and the remote interface further comprises at least one camera; characterized in that the remote interface is configured to receive a basal profile using the camera and a bar code. a first medical device ; a second medical device ; a remote interface comprising a touch screen, the remote interface in wireless communication with the first medical device and the second medical device, the remote interface configured to provide a user interface to the first medical device and the second medical device, wherein the remote interface configured to receive user input through a touch screen; and a charging device configured to receive at least the first medical device and the remote interface, wherein the charging device configured to recharge a first medical device battery, and wherein the charging device configured to recharge an interface battery in the remote interface, the charging device connected to a personal computer wherein the personal computer provides information to the remote interface; wherein the first medical device is an infusion pump; and the remote interface further comprises at least one camera; characterized in that the remote interface is configured to receive a basal profile using the camera and a bar code.
Belt conveyor with at least one control device and with at least one drive for driving a conveyor belt consisting of conveyor belt segments and with at least one carrying roller , the conveyor belt having connecting sections between the conveyor belt segments , and with a first sensor system for sensing the energy consumption of the drive and with a second sensor system for sensing a loading that can be assigned to a section of the conveyor belt , characterized in that a third sensor system is provided for detecting connecting sections between the conveyor belt segments and wherein a correlation function can be applied to a calculated energy demand to bring about an agreement of the calculated energy demand with a measured energy demand for the identification of conveyor belt sections which are distinguished by a low energy consumption, and/or for the identification of installation sections that have a higher energy demand.
A method for fluidizing a spent catalyst in a regenerator during a combustion process, the regenerator including a vessel and an air distributor , the air distributor including an air grid disposed at a bottom of the vessel and a plurality of first nozzles extending from the air grid, the method comprising: introducing the spent catalyst into the vessel; providing air to the vessel via the plurality of first nozzles at a base combustion air rate; and providing additional air to the vessel via a plurality of second nozzles of a fluffing air distributor at a fluffing air rate that is between 0.5 wt% and 10 wt% of the base combustion air rate to fluidize the spent catalyst, the plurality of second nozzles having outlets that are disposed below the air grid and above a bottom head of the vessel, wherein the outlets of the plurality of second nozzles are disposed on at least two levels, each of the two levels being disposed at a different height distance from the air grid; and wherein said plurality of second nozzles are arranged in a plurality of rings , wherein the plurality of rings includes a radially inner ring and a radially outer ring of piping, and wherein the outer ring defines a plane that is disposed above a plane defined by the inner ring ; wherein a plurality of arms are arranged circumferentially about the inner ring and coupled to the inner ring , and wherein the arms project outwardly from the inner ring , providing branches for the fluffing air distributor ; each of the inner ring , the outer ring , and the arms have bores formed on bottom and/or top surfaces. introducing the spent catalyst into the vessel; providing air to the vessel via the plurality of first nozzles at a base combustion air rate; and providing additional air to the vessel via a plurality of second nozzles of a fluffing air distributor at a fluffing air rate that is between 0.5 wt% and 10 wt% of the base combustion air rate to fluidize the spent catalyst, the plurality of second nozzles having outlets that are disposed below the air grid and above a bottom head of the vessel, wherein the outlets of the plurality of second nozzles are disposed on at least two levels, each of the two levels being disposed at a different height distance from the air grid; and wherein said plurality of second nozzles are arranged in a plurality of rings , wherein the plurality of rings includes a radially inner ring and a radially outer ring of piping, and wherein the outer ring defines a plane that is disposed above a plane defined by the inner ring ; wherein a plurality of arms are arranged circumferentially about the inner ring and coupled to the inner ring , and wherein the arms project outwardly from the inner ring , providing branches for the fluffing air distributor ; each of the inner ring , the outer ring , and the arms have bores formed on bottom and/or top surfaces.
A water-in-oil polymeric emulsion composition, comprising: (a) 25 to 65 wt% of a cross-linked polymer; (b) 15 to 40 wt% of at least one oil; (c) 1 to 12 wt% of a least one surfactant or polymeric surfactant; and (d) 1 to 40 wt% of water, wherein (a) the cross-linked polymer is polymerized by using 35 to 85 mol% of a 2-acrylamido-2-methylpropane-sulfonic acid totally or partially salified by an alkali metal or ammonium, 10 to 50 mol% of acryloyl morpholine, 2 to 25 mol% of an acrylic acid totally or partially salified by an alkali metal or ammonium, and 0.005 to 1 mol% (mole of cross-linker / mole of monomer) of a polyethylenic monomer used as a cross-linking agent. (a) 25 to 65 wt% of a cross-linked polymer; (b) 15 to 40 wt% of at least one oil; (c) 1 to 12 wt% of a least one surfactant or polymeric surfactant; and (d) 1 to 40 wt% of water,
Connecting rod comprising, at each of its two ends, a connecting part intended to cooperate with an external member, one of these connecting parts comprising a yoke and the other of these connecting parts comprising an eyelet , said yoke being connected to said eyelet by a continuous reinforcing strip forming a loop, the connecting rod being characterized in that said strip is passed inside said yoke and around said eyelet , said yoke , said eyelet and said strip being overmoulded at least partially by a thermoplastic material .
A method for encoding video data, the method comprising: obtaining an x-coordinate and a y-coordinate indicating a position of a last significant coefficient within a rectangular, two dimensional video block of size T, wherein T defines a number of rows or columns of the video block; determining a first binarization for the x-coordinate of the position of the last significant coefficient consisting of a first binary string and a second binary string; determining a second binarization for the y-coordinate of the position of the last significant coefficient consisting of a third binary string and a fourth binary string; wherein the first binary string and the third binary string are determined by a truncated unary coding scheme; the second binary string and the fourth binary string are determined by a fixed length coding scheme; and encoding the first, second, third, and fourth binary strings to a bitstream using a context-adaptive arithmetic coding (CABAC) process, the CABAC process comprising encoding the first binary string and third binary string based on context models and bypass encoding the second binary string and the fourth binary string; characterized in that the truncated unary coding scheme, by which the first binary string and the third binary string are determined, is defined by a maximum bit length defined by 2log2 (T)-1. obtaining an x-coordinate and a y-coordinate indicating a position of a last significant coefficient within a rectangular, two dimensional video block of size T, wherein T defines a number of rows or columns of the video block; determining a first binarization for the x-coordinate of the position of the last significant coefficient consisting of a first binary string and a second binary string; determining a second binarization for the y-coordinate of the position of the last significant coefficient consisting of a third binary string and a fourth binary string; wherein the first binary string and the third binary string are determined by a truncated unary coding scheme; the second binary string and the fourth binary string are determined by a fixed length coding scheme; and encoding the first, second, third, and fourth binary strings to a bitstream using a context-adaptive arithmetic coding (CABAC) process, the CABAC process comprising encoding the first binary string and third binary string based on context models and bypass encoding the second binary string and the fourth binary string; characterized in that the truncated unary coding scheme, by which the first binary string and the third binary string are determined, is defined by a maximum bit length defined by 2log2 (T)-1.
A safety module for a handle of a drive rod fitting , having a housing provided for screwing in a window, a French door or the like, having at least one drive spindle provided for arrangement between the handle and a driving mechanism of the drive rod fitting , having form fitting means for optional generation or release of a form fit of the drive spindle with a further component and with actuation means for actuating the form fitting means, wherein the form fitting means have a controller movable by the actuation means and an adapter displaceable with the controller and the adapter formed for optional generation or release of a form fit of the drive spindle with a second drive spindle , characterized in that the adapter is arranged in the manner of a sandwich between the controller and a bearing part connected to the controller , and that at least one of the components of the controller or of the bearing part have supporting surfaces for rotationally fixed support of the drive spindle in its position outside of the adapter .
Sliding and rotating leaf system comprising - at least one rail profile , - at least two leaves , which are each displaceably mounted in the at least one rail profile via two support elements , wherein the at least one rail profile has a lateral outlet opening for releasing a support element of a leaf and wherein one leaf acts as door leaf, which can be swivelled into the remaining opening in the engaged state of all other leaves , - and a locking mechanism , by means of which opening of the door leaf can be prevented, characterised in that the locking mechanism comprises a drive as well as a control unit , via which the drive can be operated, wherein the door leaf can be displaced in the rail profile so far in the direction of the adjacent leaf via the drive that no support element of the door leaf is aligned with the outlet opening , whereby leaving of a support element through the lateral outlet opening is prevented. - at least one rail profile , - at least two leaves , which are each displaceably mounted in the at least one rail profile via two support elements , wherein the at least one rail profile has a lateral outlet opening for releasing a support element of a leaf and wherein one leaf acts as door leaf, which can be swivelled into the remaining opening in the engaged state of all other leaves , - and a locking mechanism , by means of which opening of the door leaf can be prevented,
Use of carboxylic acids in the rinsing step of machine washing processes in such quantities that the pH value of the after-treatment liquor is adjusted to a value in the range below pH 7 to shorten the drying time of the washed and, if necessary, spin-dried textiles.
A method of data communications, comprising: configuring a clock recovery circuit to provide a first clock signal that includes pulses corresponding to symbols transmitted on a 3-wire, 3-phase interface, wherein the symbols are transmitted on the 3-wire, 3-phase interface at a first frequency; adjusting a loop delay of the clock recovery circuit to modify the first clock signal to have a second frequency that is no more than half the first frequency, wherein the clock recovery circuit generates a pulse in the first clock signal for a first of an integer number of symbols and suppresses pulse generation for other symbols in the integer number of symbols; configuring a clock generation circuit to provide a second clock signal, wherein the second clock signal includes pulses for each of the other symbols in the integer number of symbols; and capturing the symbols from the 3-wire, 3-phase interface using the first clock signal and the second clock signal. configuring a clock recovery circuit to provide a first clock signal that includes pulses corresponding to symbols transmitted on a 3-wire, 3-phase interface, wherein the symbols are transmitted on the 3-wire, 3-phase interface at a first frequency; adjusting a loop delay of the clock recovery circuit to modify the first clock signal to have a second frequency that is no more than half the first frequency, wherein the clock recovery circuit generates a pulse in the first clock signal for a first of an integer number of symbols and suppresses pulse generation for other symbols in the integer number of symbols; configuring a clock generation circuit to provide a second clock signal, wherein the second clock signal includes pulses for each of the other symbols in the integer number of symbols; and capturing the symbols from the 3-wire, 3-phase interface using the first clock signal and the second clock signal.
A measurement device for use in an electroencephalogram (EEG) measurement performed in the presence of a magnetic field, the measurement device comprising a wiring array for connecting an electrodes arrangement to an (EEG) monitoring device, wherein: the wiring array comprises a plurality of sampling lines arranged to form a first group G1 of sampling lines and a second group G2 of sampling lines ; the first group G1 of sampling lines is arranged in a spaced-apart substantially parallel relationship extending along a first axis, said first group G1 of sampling lines comprises wire bundles each comprising a plurality of first wires for connecting to a corresponding first plurality of electrodes, of said electrodes arrangement; the second group G2 of sampling lines is arranged in a spaced-apart substantially parallel relationship extending along a second axis, intersecting with said first axis, such that said first group G1 of sampling lines cross said second group G2 of sampling lines to form a net structure, said second group G2 of sampling lines comprises wire bundles each comprising a plurality of second wires for connecting to a corresponding second plurality of electrodes, of said electrodes arrangement; the wiring array is configured and operable for transmitting signals measured, by the first and second plurality of electrodes, in two directions, across and along the first group G1 of the sampling lines and across and along the second group G2 of the sampling lines, to the EEG monitoring device, wherein the wiring array is configured to generate EEG data indicative of a neural signal profile of EEG measurements with a decreased effect from motion and/or gradient artifacts caused by the magnetic field, by sampling along two directions, by the first and second plurality of electrodes connected by the corresponding plurality of first and second wires being held tightly together or twisted together.