mhurhangee/ep-ind-claims huggingface dataset:
A method of collecting carbon dioxide (100,200,300,400), said method comprising: removing water from atmospheric air with a condenser (102,202,) and a desiccant material to produce dry air; adsorbing carbon dioxide to a material from the dry air in a contactor chamber; and releasing the adsorbed carbon dioxide from the contactor chamber; the method characterized in that the adsorbed carbon dioxide released from the contactor chamber is released to a vacuum chamber by applying a vacuum to the vacuum chamber and to the contactor chamber via the vacuum chamber; and wherein the method further comprises transitioning the released carbon dioxide from a gas to a solid in the vacuum chamber. removing water from atmospheric air with a condenser (102,202,) and a desiccant material to produce dry air; adsorbing carbon dioxide to a material from the dry air in a contactor chamber; and releasing the adsorbed carbon dioxide from the contactor chamber; the method characterized in that the adsorbed carbon dioxide released from the contactor chamber is released to a vacuum chamber by applying a vacuum to the vacuum chamber and to the contactor chamber via the vacuum chamber; and wherein the method further comprises transitioning the released carbon dioxide from a gas to a solid in the vacuum chamber.
Bearing bush (18, 19), which is embodied to support a domestic appliance part on a domestic appliance component (9 to 13), and the bearing bush (18, 19) has a rear connecting region for introduction into a hole (14 to 17) in the domestic appliance component, on which a contact flange for touching against an upper side (9a, 9b) of the domestic appliance component (9 to 13) is embodied on the front side, wherein the bearing bush (18, 19) has a mushroom-shaped base body with a cavity accessible from the front side, into which a retaining element, embodied separately, for the domestic appliance part is inserted, characterised in that the retaining element is a retaining frame, which has a front panel with a pass-through hole having a varying width.
Parquet floorboard having a rectangular configuration, comprising a covering layer of wood and a carrier plate, wherein there are provided in the lower side of the carrier plate slots which extend over the width (b T) of the carrier plate, characterised in that each slot has two depth portions (17,18), wherein the slot width in the depth portion located inside the slot is constant and the slot width increases in the mouth-side depth portion in the direction towards the opening.
A propulsion system for a vehicle, comprising: a propulsor; a gas turbine engine having a high pressure spool and a low pressure spool, wherein the low pressure spool is configured to mechanically drive the propulsor, wherein the propulsor is configured to impart motion to the vehicle during normal vehicle moving operations; an auxiliary power unit comprising one or more thermodynamic machines selectively mechanically coupled to the low pressure spool, wherein the APU is configured to supply rotational power to the propulsor when mechanically coupled to the low pressure spool to impart motion to the vehicle using the propulsor; a clutch mechanically coupled between the APU and the gas turbine engine, wherein the clutch is configured to mechanically disengage the APU from the low pressure spool; and a controller configured to cause the clutch to selectively mechanically engage the APU to the low pressure spool to enable the APU to impart motion to the vehicle using the propulsor without starting the gas turbine engine. a propulsor; a gas turbine engine having a high pressure spool and a low pressure spool, wherein the low pressure spool is configured to mechanically drive the propulsor, wherein the propulsor is configured to impart motion to the vehicle during normal vehicle moving operations; an auxiliary power unit comprising one or more thermodynamic machines selectively mechanically coupled to the low pressure spool, wherein the APU is configured to supply rotational power to the propulsor when mechanically coupled to the low pressure spool to impart motion to the vehicle using the propulsor; a clutch mechanically coupled between the APU and the gas turbine engine, wherein the clutch is configured to mechanically disengage the APU from the low pressure spool; and a controller configured to cause the clutch to selectively mechanically engage the APU to the low pressure spool to enable the APU to impart motion to the vehicle using the propulsor without starting the gas turbine engine.
Method in a winder for winding fiber webs for winding longitudinally slitted paper and board webs into partial web rolls (20A, 20B) around cores (26A, 26B), in which method the partial web rolls (20A, 20B) are wound in winding stations on two winding rolls (10A, 10B) by a nip between the winding roll (10A, 10B) and the partial web roll be wound (20A, 20B) characterized in, that in the method the new cores (25A, 25B) are transferred to the winding stations of the winder on feeding beams (11A, 11B) supported by support guides (12A, 12B) such that the cores (25A, 25B) are supported stationary on the two fixed support points during movement of the feeding beams (11A, 11B) and that the feeding beams (11A, 11B) for supporting cores (25A, 25B) are moved next to the winding stations by linear movement for pick-up of the cores (25A, 25B) to the winding stations and winding heads (13A, 13B) of the winding stations pick the cores (25A, 25B) directly from the feeding beams(11A, 11B) for beginning of the winding of the partial fiber webs around the new cores (25A, 25B).
Gripping system comprising a base module, in which a vacuum chamber is provided which can be subjected to a vacuum, and comprising a suction gripper arranged on the base module for sucking up and handling objects, wherein the base module has at least one suction opening on a suction side, wherein resiliently compressible suction cups corresponding to the suction openings and having suction chambers and a contact surface for contacting the object to be sucked up are assigned to the suction side, wherein the suction chambers each extend along a suction axis oriented perpendicularly to the contact surface, wherein, in an operation in which no objects are held by suction on the contact surface, the suction cups assume a neutral state, and wherein, in an operation in which an object is held by suction on the contact surface, the suction cups assume a compression state, wherein at least one sensor is provided on or in the base module and at least one sensor element is provided on or in at least one suction cup, wherein the at least one sensor element is arranged on an insert arranged in the suction chamber or is formed by the insert, wherein the at least one sensor and the at least one sensor element interact and are designed such that sensor signals are generated by the at least one sensor by displacement of the at least one sensor element and at least when the predetermined or predeterminable compression state is reached, characterized in that an evaluation unit is provided which evaluates the sensor signals and is designed to determine one or more of the following variables from the sensor signals: - the compression depth when sucking up objects, - a distance of the sensor element from the suction axis and/or its angle with respect to the suction axis, - the change of the compression state during handling of the objects, - a tilting of the suction cup due to a change in orientation of the sensor element. - the compression depth when sucking up objects, - a distance of the sensor element from the suction axis and/or its angle with respect to the suction axis, - the change of the compression state during handling of the objects, - a tilting of the suction cup due to a change in orientation of the sensor element.
A breathing mask device for administering a breathable gas, having: a sealing lip device structured to seal against a contact surface of a user's face in use, a body structure being a hard mask shell that, in combination with the sealing lip device, in part defines a breathing mask interior, a gel structure for at least intermittent and/or partial transmission of the retention forces, acting on the body structure, to the user's face area, and an elastically deformable receiving wall attached to the body structure at at least two locally defined reactive zones (10, 11, 12), wherein the elastically deformable receiving wall of elastomer material is integrally formed onto a wall portion of the body structure at the at least two locally defined reactive zones (10, 11, 12) of the breathing mask device, said receiving wall is separated from the wall portion between the at least two locally defined reactive zones (10, 11, 12) to form a gel receiving chamber in which gel material is received, wherein a gel material defining the gel structure is received in the gel receiving chamber defined at least in part by the body structure. a sealing lip device structured to seal against a contact surface of a user's face in use, a body structure being a hard mask shell that, in combination with the sealing lip device, in part defines a breathing mask interior, a gel structure for at least intermittent and/or partial transmission of the retention forces, acting on the body structure, to the user's face area, and an elastically deformable receiving wall attached to the body structure at at least two locally defined reactive zones (10, 11, 12),
A recombinant Tetrahymena thermophila Glutathione S Transferase Mu34 (TtGSTm34] enzyme encoded by the nucleic acid sequence comprising 8xHis tag (TtGSTm34-8xHis] which is at least 95% homologous to SEQ ID NO: 1.
An apparatus for driving a load, the apparatus comprising - an input (1, 2) configured to, in a first situation, receive an input signal, - an output configured to, in the first situation, provide a first output signal to a series arrangement of the load and a source, wherein the first output signal is configured to feed the load and to charge the source with input power provided via the input signal, and - a converter configured to, in a second situation different from the first situation, convert a source signal from the source into a second output signal destined for the load, wherein the second output signal is configured to feed the load with source power provided by the source. - an input (1, 2) configured to, in a first situation, receive an input signal, - an output configured to, in the first situation, provide a first output signal to a series arrangement of the load and a source, wherein the first output signal is configured to feed the load and to charge the source with input power provided via the input signal, and - a converter configured to, in a second situation different from the first situation, convert a source signal from the source into a second output signal destined for the load, wherein the second output signal is configured to feed the load with source power provided by the source.
A device for processing a torque request for a drive machine and for reducing drive train impacts, which is configured to reduce a gradient of the torque request in a region around a clutch zero torque; characterized in that the device is configured to determine an inertia-conditioned torque of the drive unit and to determine the clutch zero torque as a function of the inertia-conditioned torque.
System for supplying power to a set of loads, comprising a DC power supply bus (DC BUS) and a set of power supply lines that are connected in parallel to the power supply bus and provide said loads with a supply of power, characterized in that the system comprises decoupling and damping means (Lh, C) that are suitable for decreasing the homopolar signals flowing through the power supply system when supplying power to the loads, the decoupling and damping means comprising, on each power supply line, one or more inductors (Lh) that are positioned in series with a converter, on the DC current side, and one or more capacitors linking the DC bus to ground.
A nanoparticle, wherein the nanoparticle is a quantum dot, comprising on its surface: (a) a population of antigen presenting complexes that activate T cell receptors (TCRs) of NKT cells and (b) a population of NKT cell costimulatory ligands. (a) a population of antigen presenting complexes that activate T cell receptors (TCRs) of NKT cells and (b) a population of NKT cell costimulatory ligands.
Floating-caliper brake, comprising a brake caliper floatingly mounted on a support structure of the floating-caliper brake, on which brake caliper a first brake pad and a pressing device are arranged, wherein a second brake pad being arranged on the pressing device and the pressing device moving the second brake pad toward the first brake pad in order to actuate the floating-caliper brake and moving the second brake pad away from the first brake pad in order to release the floating-caliper brake, wherein a lifting part is hinged to the brake caliper at a hinge point, characterized in that the lifting part is supported on the support structure at a contact point at least partly at releasing the floating-caliper brake, and in that a lift drive is provided which rotates the lifting part about the hinge point such that a support for the lifting part is produced at the contact point, whereby the hinge point and the brake caliper are moved.
A method of constructing an inflatable irrigated electrode assembly for an electrophysiology catheter, the method comprising: providing a flex circuit having a substrate with a pre-formed aperture, the substrate having a higher heat resistance; providing an inflated balloon member with a flexible membrane, the membrane having a lower heat resistance; affixing the substrate to the membrane with adhesive; applying heat through the pre-formed aperture of the substrate, the heat creating a temperature sufficient to melt a portion of membrane and the adhesive without melting the substrate, the portion of the membrane and the adhesive melted forming an aperture in the membrane and adhesive; and wherein the aperture in the membrane is larger than the pre-formed aperture in the substrate due to reflow of the membrane and the adhesive. providing a flex circuit having a substrate with a pre-formed aperture, the substrate having a higher heat resistance; providing an inflated balloon member with a flexible membrane, the membrane having a lower heat resistance; affixing the substrate to the membrane with adhesive; applying heat through the pre-formed aperture of the substrate, the heat creating a temperature sufficient to melt a portion of membrane and the adhesive without melting the substrate, the portion of the membrane and the adhesive melted forming an aperture in the membrane and adhesive; and wherein the aperture in the membrane is larger than the pre-formed aperture in the substrate due to reflow of the membrane and the adhesive.
A sample analyzer for analyzing a sample, comprising: a holding section comprising a plurality of holding regions for holding reagent containers, each of the reagent containers containing a reagent, and being capable of moving the holding regions; analyzing means for analyzing a measurement sample prepared by mixing a sample and the reagent contained in a reagent container held by the holding section; a display for displaying a screen including a plurality of display areas (421, 422) corresponding to the plurality of holding regions, the display areas (421, 422) being selectable; receiving means for receiving a selection of a display area from the plurality of display areas (421, 422) to replace or add a reagent; and control means (4, 4a, 501) for controlling the holding section so as to move a holding region corresponding to the selected display area to a replacement-addition position at which the reagent is replaced or added, when the receiving means receives the selection of the display area. a holding section comprising a plurality of holding regions for holding reagent containers, each of the reagent containers containing a reagent, and being capable of moving the holding regions; analyzing means for analyzing a measurement sample prepared by mixing a sample and the reagent contained in a reagent container held by the holding section; a display for displaying a screen including a plurality of display areas (421, 422) corresponding to the plurality of holding regions, the display areas (421, 422) being selectable; receiving means for receiving a selection of a display area from the plurality of display areas (421, 422) to replace or add a reagent; and control means (4, 4a, 501) for controlling the holding section so as to move a holding region corresponding to the selected display area to a replacement-addition position at which the reagent is replaced or added, when the receiving means receives the selection of the display area.
A composite material, comprising: a polymer matrix and a thermal conductor, wherein the thermal conductor comprises a first anisotropic heat-conductive filler and a second anisotropic heat-conductive filler, wherein the first anisotropic heat-conductive filler is combined with a magnetic body and the second anisotropic heat-conductive filler is not combined with the magnetic body, wherein each of the first and second anisotropic heat-conductive fillers has an aspect ratio of 5 or more, wherein a volume of the thermal conductor in the composite material is 60 vol% or less of the composite material, and wherein a ratio (V1/V2) of the volume of the first anisotropic heat-conductive filler to the volume of the second anisotropic heat-conductive filler is 3 or less. a polymer matrix and a thermal conductor, wherein the thermal conductor comprises a first anisotropic heat-conductive filler and a second anisotropic heat-conductive filler, wherein the first anisotropic heat-conductive filler is combined with a magnetic body and the second anisotropic heat-conductive filler is not combined with the magnetic body, wherein each of the first and second anisotropic heat-conductive fillers has an aspect ratio of 5 or more, wherein a volume of the thermal conductor in the composite material is 60 vol% or less of the composite material, and wherein a ratio (V1/V2) of the volume of the first anisotropic heat-conductive filler to the volume of the second anisotropic heat-conductive filler is 3 or less.
A flow system (200,204,206,600) of a dialysis device comprising: a dialysate conduit which is capable of being in fluid communication with the peritoneal cavity (60,604) of a patient's body and of being in fluid communication with a flow path, said flow path allowing dialysate to flow from a patient's body to a sorbent (84,602) capable of removing contaminants within said dialysate in an outflow mode and in an inflow mode returning said dialysate substantially free of contaminants to said patient's body; only a single pump (70,612) for moving said dialysate along said flow path in both the outflow mode and inflow mode; a plurality of valves (64, 66, 68, 72, 74, 78, 80, 90, 92, 110, 112, 114, 116, 118, 120, 122, 124) disposed along said flow path and being configured to, in the outflow mode, allow said dialysate to flow from said dialysate conduit to said sorbent (84,602) for removal of contaminants therein, and in the inflow mode, allow dialysate substantially free of said contaminants to flow back to said dialysate conduit for transmission to said patient's body; and a storage module (86,622) in fluid communication with said flow path, said storage module (86,622) configured to store dialysate that is substantially free of contaminants which have been removed by said sorbent (84,602). a dialysate conduit which is capable of being in fluid communication with the peritoneal cavity (60,604) of a patient's body and of being in fluid communication with a flow path, said flow path allowing dialysate to flow from a patient's body to a sorbent (84,602) capable of removing contaminants within said dialysate in an outflow mode and in an inflow mode returning said dialysate substantially free of contaminants to said patient's body; only a single pump (70,612) for moving said dialysate along said flow path in both the outflow mode and inflow mode; a plurality of valves (64, 66, 68, 72, 74, 78, 80, 90, 92, 110, 112, 114, 116, 118, 120, 122, 124) disposed along said flow path and being configured to, in the outflow mode, allow said dialysate to flow from said dialysate conduit to said sorbent (84,602) for removal of contaminants therein, and in the inflow mode, allow dialysate substantially free of said contaminants to flow back to said dialysate conduit for transmission to said patient's body; and a storage module (86,622) in fluid communication with said flow path, said storage module (86,622) configured to store dialysate that is substantially free of contaminants which have been removed by said sorbent (84,602).
A food packaging tray, for packaging fluid exuding and oxygen sensitive food product under modified atmosphere, the tray being provided with - an outer side wall and a bottom, the side wall being extended by a top border generally parallel to the bottom for securing a cover to close the tray, the inner surface of the sidewall being provided with a shelf having a top annular surface onto which is secured: - a food supporting partition dividing the tray into a food chamber above the supporting partition and a liquid chamber between the supporting partition and the bottom of the tray, the food supporting partition being a permeable film obturating both chambers, - the liquid chamber being empty of absorbent material and being suitable to collect fluid exuded from a food product placed on the perforated permeable film, characterized in that the bottom of the liquid chamber is provided with a capillary honeycomb structure. - an outer side wall and a bottom, the side wall being extended by a top border generally parallel to the bottom for securing a cover to close the tray, the inner surface of the sidewall being provided with a shelf having a top annular surface onto which is secured: - a food supporting partition dividing the tray into a food chamber above the supporting partition and a liquid chamber between the supporting partition and the bottom of the tray, the food supporting partition being a permeable film obturating both chambers, - the liquid chamber being empty of absorbent material and being suitable to collect fluid exuded from a food product placed on the perforated permeable film, characterized in that the bottom of the liquid chamber is provided with a capillary honeycomb structure.
A method, characterized in that the method comprises: determining at a network application function a list of desired user equipment security features to be used, the security features of the list ordered by preference of the network application function; sending the list to a database of user security settings via a bootstrapping server function; and receiving by the network application function, via the bootstrapping server function, a security features response comprising a security key, derived from information stored in the database, corresponding to a most preferred security feature contained in the list, if available, otherwise the key corresponds to a lesser preferred security feature, thereby informing the network application function of the availability of at least one of the desired security features in the user equipment. determining at a network application function a list of desired user equipment security features to be used, the security features of the list ordered by preference of the network application function; sending the list to a database of user security settings via a bootstrapping server function; and receiving by the network application function, via the bootstrapping server function, a security features response comprising a security key, derived from information stored in the database, corresponding to a most preferred security feature contained in the list, if available, otherwise the key corresponds to a lesser preferred security feature, thereby informing the network application function of the availability of at least one of the desired security features in the user equipment.