mhurhangee/ep-ind-claims huggingface dataset:
An endothermic reaction unit comprising at least one reaction element (8A,8B) including a housing body through which a reaction mixture is destined to pass characterized in that it comprises: = a first combustion chamber made of metal material, inside which a first combustion stage is produced; = a second combustion chamber defining a second combustion stage, said first combustion chamber being housed at least partly inside said second combustion chamber, wherein said at least one reaction element being housed at least partly inside said second combustion chamber and thermally connected to said first combustion chamber, said first combustion chamber being configured to generate heat inside itself and to transfer by conduction at least part of said heat to said at least one reaction element. = a first combustion chamber made of metal material, inside which a first combustion stage is produced; = a second combustion chamber defining a second combustion stage, said first combustion chamber being housed at least partly inside said second combustion chamber, wherein said at least one reaction element being housed at least partly inside said second combustion chamber and thermally connected to said first combustion chamber, said first combustion chamber being configured to generate heat inside itself and to transfer by conduction at least part of said heat to said at least one reaction element.
A composition comprising a hydrophobic monomer having the structure: CH 2 =CR 4 C NHC(R 1 R 1)(C(R 1 R 1)) n C XR 3 wherein n is an integer of 0 or 1; R 1 is independently selected from at least one of: alkyls, aryls, and alkylaryls, wherein the alkyls, aryls, and alkylaryls have a total of 10 carbon atoms or less; R 3 is a hydrophobic group selected from at least one of alkyls, aryls, alkylaryls and ethers, wherein the alkyls, aryls, alkylaryls and ethers have a total number of carbon atoms ranging from 4 to 30; R 4 is H or CH 3; and X is NH; wherein the hydrophobic monomer is derived from an amine (HXR 3) that has a hydrophilicity index of 25 or less, wherein the hydrophilicity index is defined as: HI = total molecular weight of the hydrophilic groups in HXR 3 molecular weight of HXR 3 × 100
An organ support apparatus, comprising: (a) a fluid circuit defining upstream and downstream legs (112, 114) adapted to be connected to an organ to be supported; (b) a circulation pump connected to the fluid circuit for circulating a process fluid through the fluid circuit and the organ; and wherein the organ support apparatus, comprises: (c) a first waveform generator disposed in the upstream leg for impressing a preselected first pressure waveform on the process fluid before it is delivered to the organ, wherein the first waveform generator comprises: (i) a first diaphragm-type pressure regulator; and (ii) a first reference pressure source connected to the first pressure regulator; and (d) a second waveform generator connected in the downstream leg of the fluid circuit for impressing a preselected second pressure waveform on the downstream pressure applied to the organ, wherein the second waveform generator comprises: (i) a second diaphragm-type pressure regulator; and (ii) a second reference pressure source connected to the second pressure regulator. (a) a fluid circuit defining upstream and downstream legs (112, 114) adapted to be connected to an organ to be supported; (b) a circulation pump connected to the fluid circuit for circulating a process fluid through the fluid circuit and the organ; and wherein the organ support apparatus, comprises: (c) a first waveform generator disposed in the upstream leg for impressing a preselected first pressure waveform on the process fluid before it is delivered to the organ, wherein the first waveform generator comprises: (i) a first diaphragm-type pressure regulator; and (ii) a first reference pressure source connected to the first pressure regulator; and (d) a second waveform generator connected in the downstream leg of the fluid circuit for impressing a preselected second pressure waveform on the downstream pressure applied to the organ, wherein the second waveform generator comprises: (i) a second diaphragm-type pressure regulator; and (ii) a second reference pressure source connected to the second pressure regulator. (c) a first waveform generator disposed in the upstream leg for impressing a preselected first pressure waveform on the process fluid before it is delivered to the organ, wherein the first waveform generator comprises: (i) a first diaphragm-type pressure regulator; and (ii) a first reference pressure source connected to the first pressure regulator; and (i) a first diaphragm-type pressure regulator; and (ii) a first reference pressure source connected to the first pressure regulator; and (d) a second waveform generator connected in the downstream leg of the fluid circuit for impressing a preselected second pressure waveform on the downstream pressure applied to the organ, wherein the second waveform generator comprises: (i) a second diaphragm-type pressure regulator; and (ii) a second reference pressure source connected to the second pressure regulator. (i) a second diaphragm-type pressure regulator; and (ii) a second reference pressure source connected to the second pressure regulator.
Device for adjusting stirring blades at a stirring blade mount of a stirrer, which are fixable by a stirring blade axle in receiving bores, which are arranged transversely to an axis of rotation, of the stirring blade mount at an intended angle (14, 15) of incidence relative to a virtual plane arranged transversely to the axis of rotation of the stirrer, characterised in that a device body (3, 3', 3") is provided with a receiving element for reception of the stirring blade mount with unfixed stirring blades and a respective abutment is arranged at the device body (3, 3', 3") for each lower surface, which faces the receiving element, of the stirring blades outside the respective stirring blade axle, against which abutment the respective stirring blade is able to abut on attainment of its angle (14, 15) of incidence.
An apparatus, comprising: - a chassis (102; 202) configured to hold one or more electronic systems; - a first panel; - a first frame (104; 204) configured to engage a first open side of the chassis (102; 202); - a second frame (106; 206) configured to engage a second open side of the chassis (102; 202) opposite the first open side; and - members (108a-d; 208a-d) attached between the first frame (104; 204) and the second frame (106; 206) using fasteners (110a-d; 210a-d), the members (108a-d; 208a-d) extending between the first frame (104; 204) and the second frame (106; 206) to rigidly secure the first frame (104; 204) and the second frame (106; 206) against the chassis (102; 202) to create an enclosure comprising the first frame (104; 204), the second frame (106; 206), the first panel, and the chassis (102; 202), the members (108a-d; 208a-d) being exterior to the chassis (102; 202), wherein the first frame (104; 204) comprises a shoulder to hold the first panel against the first open side of the chassis (102, 202) and a groove to mate with the chassis (102; 202). - a chassis (102; 202) configured to hold one or more electronic systems; - a first panel; - a first frame (104; 204) configured to engage a first open side of the chassis (102; 202); - a second frame (106; 206) configured to engage a second open side of the chassis (102; 202) opposite the first open side; and - members (108a-d; 208a-d) attached between the first frame (104; 204) and the second frame (106; 206) using fasteners (110a-d; 210a-d), the members (108a-d; 208a-d) extending between the first frame (104; 204) and the second frame (106; 206) to rigidly secure the first frame (104; 204) and the second frame (106; 206) against the chassis (102; 202) to create an enclosure comprising the first frame (104; 204), the second frame (106; 206), the first panel, and the chassis (102; 202), the members (108a-d; 208a-d) being exterior to the chassis (102; 202),
A method of filtering at least a part of gas chromatography-mass spectrometry data, the method comprising: - providing gas chromatography-mass spectrometry data for a gas mixture comprising data representing one or more gas chromatography elution peaks obtained for at least one sample, wherein the gas mixture comprises exhaled breath, - filtering the gas chromatography-mass spectrometry data to reduce the amount of data, wherein the filtering comprises taking into account predetermined data representing one or more elution peaks previously determined to be false positives and/or predetermined data representing one or more elution peaks previously determined to be true positives, wherein said predetermined data are stored data that were determined based on earlier analysis for gas mixtures, simpler than the gas mixture for which said data representing one or more gas chromatography elution peaks obtained for at least one sample are provided, - displaying on a display, a representation of a decision line or plane, the decision line or plane illustrating a linear or non-linear boundary of the gas chromatography-mass spectrometry data between what is kept and what is removed after filtering, and - registering a selection made by a user of a filtering method and presenting to the user the decision line or plane associated with the selected filtering method. - providing gas chromatography-mass spectrometry data for a gas mixture comprising data representing one or more gas chromatography elution peaks obtained for at least one sample, wherein the gas mixture comprises exhaled breath, - filtering the gas chromatography-mass spectrometry data to reduce the amount of data, wherein the filtering comprises taking into account predetermined data representing one or more elution peaks previously determined to be false positives and/or predetermined data representing one or more elution peaks previously determined to be true positives, wherein said predetermined data are stored data that were determined based on earlier analysis for gas mixtures, simpler than the gas mixture for which said data representing one or more gas chromatography elution peaks obtained for at least one sample are provided, - displaying on a display, a representation of a decision line or plane, the decision line or plane illustrating a linear or non-linear boundary of the gas chromatography-mass spectrometry data between what is kept and what is removed after filtering, and - registering a selection made by a user of a filtering method and presenting to the user the decision line or plane associated with the selected filtering method.
A working tool for mounting to a vehicle, comprising: a mounting beam, including a pair of mounting brackets providing beam connection points for connection to the vehicle; a frame for carrying a tool, including at least one frame connection point for connection to the vehicle; wherein the frame is mounted from the mounting beam by a rotatable connection (16, 20), said rotatable connection located toward a centre of gravity of the frame and enabling the frame to roll relative to the vehicle;wherein each of the pair of mounting brackets includes a pivotable connection for potentially pivoting the respective mounting bracket relative to the vehicle. a mounting beam, including a pair of mounting brackets providing beam connection points for connection to the vehicle; a frame for carrying a tool, including at least one frame connection point for connection to the vehicle; wherein the frame is mounted from the mounting beam by a rotatable connection (16, 20), said rotatable connection located toward a centre of gravity of the frame and enabling the frame to roll relative to the vehicle;wherein each of the pair of mounting brackets includes a pivotable connection for potentially pivoting the respective mounting bracket relative to the vehicle.
A valve comprising: a housing having an upper housing, a lower housing, a first opening and a second opening; and an elastomeric member positioned in the housing, the elastomeric member comprising a continuous peripheral wall projecting from a surface; and a slit extending through the surface, a continuous portion of the peripheral wall creating a continuous sealable contact with the housing and partitioning the housing into an upper section and a lower section, the elastomeric member configured such that upon creating a pressure differential between the upper section and the lower section of the housing causes either: (i) the peripheral wall to deflect from the housing permitting fluid flow around the elastomeric member; or (ii) the slit to open permitting fluid flow through the elastomeric member wherein the upper housing and the lower housing are secured to one another by welding characterized in that the valve further comprises a support positioned in the housing and surrounded by the continuous peripheral wall, the support configured to provide fluid communication between the first opening and the second opening, wherein the support in combination with the slit is configured to receive and/or guide an elongated medical device through the housing. a housing having an upper housing, a lower housing, a first opening and a second opening; and an elastomeric member positioned in the housing, the elastomeric member comprising a continuous peripheral wall projecting from a surface; and a slit extending through the surface, a continuous portion of the peripheral wall creating a continuous sealable contact with the housing and partitioning the housing into an upper section and a lower section, the elastomeric member configured such that upon creating a pressure differential between the upper section and the lower section of the housing causes either: (i) the peripheral wall to deflect from the housing permitting fluid flow around the elastomeric member; or (ii) the slit to open permitting fluid flow through the elastomeric member (i) the peripheral wall to deflect from the housing permitting fluid flow around the elastomeric member; or (ii) the slit to open permitting fluid flow through the elastomeric member wherein the upper housing and the lower housing are secured to one another by welding characterized in that the valve further comprises a support positioned in the housing and surrounded by the continuous peripheral wall, the support configured to provide fluid communication between the first opening and the second opening, wherein the support in combination with the slit is configured to receive and/or guide an elongated medical device through the housing.
A main rotor blade assembly for a rotary wing aircraft comprising: a blade chord (c) defined between a leading edge and a trailing edge of a main rotor blade having a root region, an inboard region outboard of said root region; a main region outboard of said inboard region, and a tip region outboard of said main region; said trailing edge defined through a root trailing edge of said root region, an inboard trailing edge of said inboard region, a main region trailing edge of said main region and a tip region trailing edge of said tip region; said blade chord (c) increasing from a root attachment chord contained within said root region to a maximum chord (c max) contained within said main region then decreasing from said maximum chord (c max) to a tip chord contained within said tip region; wherein said leading edge is generally straight while said trailing edge is contoured to define said changing blade chord (c) beginning to increase adjacent the root region over the length of the inboard region and into the main region of the blade, achieving said maximum chord (c max) at a spanwise location within the main region, and then decreasing towards a distal end of the tip region; characterized in that the blade chord increases smoothly from the root region to the maximum chord (c max) within the main region following a continuous curve and the main region tapers down to a tip chord of the tip region in a smooth curve.
A method for selectively establishing radio bearers in wireless communications, comprising: receiving a request to setup a list of radio bearers, where each radio bearer in the list of radio bearers is associated with a separate non-access stratum, NAS, message, from a network component, wherein the request specifies a quality of service for the plurality of radio bearers; attempting to initialize at least one of the plurality of radio bearers according to the specified quality of service; initializing one or more of the plurality of radio bearers; and forwarding one or more NAS messages to a mobile device based at least in part on determining which of the NAS messages in the list correspond to the one or more initialized radio bearers; wherein the NAS message for each entry in the list is embedded within an entry for the associated radio bearer in the list. receiving a request to setup a list of radio bearers, where each radio bearer in the list of radio bearers is associated with a separate non-access stratum, NAS, message, from a network component, wherein the request specifies a quality of service for the plurality of radio bearers; attempting to initialize at least one of the plurality of radio bearers according to the specified quality of service; initializing one or more of the plurality of radio bearers; and forwarding one or more NAS messages to a mobile device based at least in part on determining which of the NAS messages in the list correspond to the one or more initialized radio bearers; wherein the NAS message for each entry in the list is embedded within an entry for the associated radio bearer in the list.
A process for separating lignin and volatile reaction products such as DMS from a black liquor deriving from pulp production, in which lignin contained in the black liquor is demethylated in a heat treatment reactor and CH 3 + ions separated out of the lignin are reacted with reduced sulphur-containing components from cooking chemicals contained in the black liquor to form DMS and DMS is withdrawn from the heat treatment reactor, characterized in that a rise in pressure in the heat treatment reactor is controlled and DMS as well as other possible volatile or gaseous reaction products are withdrawn therefrom, repeatedly where necessary, when a pressure of ≥ 15 bar to approximately ≤ 40 bar, preferably ≤ 30 bar, is reached in the heat treatment reactor, in that the black liquor which is depleted in DMS as well as other possible volatile reaction products is transferred to a first precipitation stage and CO 2 and/or sulphur-containing reaction products are added in order to precipitate out a slurry containing demethylated lignin, in that the slurry containing demethylated lignin is transferred into a second precipitation stage with at least one sulphur-containing acidifying agent and in that the precipitated crude slurry containing demethylated lignin is discharged from the second precipitation stage and supplied to a demethylated lignin separation step and also at least a portion of the withdrawn other volatile reaction products, in particular sulphur-containing reaction products, is recycled to the process.
A maneuvering drive (24, 30) for a trailer, comprising a central unit and at least two drive units which are associated with wheels of the trailer, wherein an enable line via which at least one pulse width modulated enabling signal can be transmitted for activating the drive units is provided between the central unit and each drive unit, characterized in that the enabling signal differs from an actuating signal for actuating the drive units.
A light emitting device comprising: a first conductive type semiconductor layer including P-type dopants, the first conductive type semiconductor layer having a plurality of holes therein; an electrode connected to the first conductive type semiconductor layer; an active layer under the first conductive type semiconductor layer; a second conductive type semiconductor layer under the active layer; and an electrode layer under the second conductive type semiconductor layer; an insulating material disposed in each of the holes, and height of the holes is formed to a thickness less than or equal to thickness of the first conductive type semiconductor layer; Characterized in that a void space is disposed in at least one of the holes. a first conductive type semiconductor layer including P-type dopants, the first conductive type semiconductor layer having a plurality of holes therein; an electrode connected to the first conductive type semiconductor layer; an active layer under the first conductive type semiconductor layer; a second conductive type semiconductor layer under the active layer; and an electrode layer under the second conductive type semiconductor layer; an insulating material disposed in each of the holes, and height of the holes is formed to a thickness less than or equal to thickness of the first conductive type semiconductor layer; Characterized in that a void space is disposed in at least one of the holes.
Laser diode circuit, comprising a charging circuit, which is connectable to a voltage source and has a capacitor, and a load circuit, which is powered by the charging circuit and has a laser diode in forward direction, wherein the load circuit is connected in parallel with the capacitor and comprises a controllable first switch connected in series with the laser diode, and wherein the charging circuit comprises, in a serial connection, a coil, an electronic element (D1, SD, SL) which allows current to pass to the capacitor and blocks current in the opposite direction, and the capacitor, characterized in that the load circuit has a second diode, which is not a laser diode, connected in the same forward direction in series with the laser diode, or has a disconnector connected in series upstream or downstream of the laser diode, which is configured to be disconnected at the end of the recharging process when the laser diode would have a negative potential in order to protect the laser diode. wherein the load circuit is connected in parallel with the capacitor and comprises a controllable first switch connected in series with the laser diode, and wherein the charging circuit comprises, in a serial connection, a coil, an electronic element (D1, SD, SL) which allows current to pass to the capacitor and blocks current in the opposite direction, and the capacitor, characterized in that the load circuit has a second diode, which is not a laser diode, connected in the same forward direction in series with the laser diode, or has a disconnector connected in series upstream or downstream of the laser diode, which is configured to be disconnected at the end of the recharging process when the laser diode would have a negative potential in order to protect the laser diode.