mhurhangee/ep-ind-claims huggingface dataset:
Method for resource management in a vehicle-based mobile communications unit, the memory of which stores a plurality of activatable identity profiles (201, 202) each comprising a user-specific and a user-non-specific data component, and which has a modem device which can be used to establish, using a respective identity profile (201, 202), two simultaneous mobile communications channels to mobile communications networks belonging to mobile communications service providers which can be used to provide mobile communications services, the method being carried out in an automated manner by a control unit of the mobile communications unit, characterized in that while carrying out mobile communication via two simultaneously established mobile communications channels, - the user-non-specific data components, containing mobile communications service provider information, of the currently active identity profiles (201, 202) are compared with one another in order to determine currently used mobile communications service providers, and - in the case of mobile communications service provider identity determined during the comparison, one of the mobile communications channels is switched off and mobile communication is carried out via the other mobile communications channel. - the user-non-specific data components, containing mobile communications service provider information, of the currently active identity profiles (201, 202) are compared with one another in order to determine currently used mobile communications service providers, and - in the case of mobile communications service provider identity determined during the comparison, one of the mobile communications channels is switched off and mobile communication is carried out via the other mobile communications channel.
A magnetoresistive random access memory, MRAM, device (500; 180) comprising: a magnetic tunnel junction comprising a reference layer having a fixed magnetization direction, a free layer, and a nonmagnetic tunnel barrier layer located between the reference layer and the free layer; a negative-magnetic-anisotropy assist layer (160; 260) having negative magnetic anisotropy that provides an in-plane magnetization within a plane that is perpendicular to the fixed magnetization direction; and a first nonmagnetic spacer layer located between the free layer and the negative-magnetic-anisotropy assist layer (160; 260); the MRAM device characterized by: a pinned magnetization layer having positive uniaxial magnetic anisotropy which provides a magnetization direction that is parallel or antiparallel to the fixed magnetization direction of the reference layer; and a second nonmagnetic spacer layer located between the negative-magnetic-anisotropy assist layer (160; 260) and the pinned magnetization layer. a magnetic tunnel junction comprising a reference layer having a fixed magnetization direction, a free layer, and a nonmagnetic tunnel barrier layer located between the reference layer and the free layer; a negative-magnetic-anisotropy assist layer (160; 260) having negative magnetic anisotropy that provides an in-plane magnetization within a plane that is perpendicular to the fixed magnetization direction; and a first nonmagnetic spacer layer located between the free layer and the negative-magnetic-anisotropy assist layer (160; 260); the MRAM device characterized by: a pinned magnetization layer having positive uniaxial magnetic anisotropy which provides a magnetization direction that is parallel or antiparallel to the fixed magnetization direction of the reference layer; and a second nonmagnetic spacer layer located between the negative-magnetic-anisotropy assist layer (160; 260) and the pinned magnetization layer. a pinned magnetization layer having positive uniaxial magnetic anisotropy which provides a magnetization direction that is parallel or antiparallel to the fixed magnetization direction of the reference layer; and a second nonmagnetic spacer layer located between the negative-magnetic-anisotropy assist layer (160; 260) and the pinned magnetization layer.
Plug for an electric plug connector, comprising a plurality of plug contacts (6.1) and an electric connection to a corresponding number of connecting elements each for connecting one electric cable core, characterised by a cast plastic part that forms a plug body and comprises a plurality of conductors adhering to the surface of the plastic part and running along a three-dimensional path, which conductors are arranged and implemented in such a way that they form the plug contacts (6.1) of the plug and also electrically connect them to the respectively assigned connecting element and also comprise compensation portions (6.3) for reducing crosstalk.
A safety isolation bag configured as a pneumoperitoneum device for intra-abdominal, endoscopic procedures, power morcellation and vaginal morcellation for facilitating a safe removal of a surgical specimen or a body mass from within an abdominal cavity or from anywhere in the body; said safety isolation bag comprising an expandable and collapsible bag configured to enclose an internal space or cavity and comprising a neck portion with a mouth or a wide opening; said safety isolation bag being made of one or more layers of flexible biocompatible / medical grade plastic film ensuring that the bag is leak proof, wherein said mouth of the bag is normally kept in open position by means of a flexible retainer ring embedded at upper circumferential portion of the mouth, and the periphery of said mouth of the bag is attached with a retractor means for facilitating to pull out the bag through an incision in the body; said safety isolation bag being characterised in that said neck portion is provided with markings, or colour coded indicating how much the bag is to be pulled out for the removal of large, medium or small tissue mass, and said safety isolation bag is provided with one or more non-return valves on the wall of the safety isolation bag to help puncture the bag for introducing surgical instruments and accessories into the enclosed internal space or cavity and said one or more non-return valves are provided with long looped threads for giving enough counter pressure when pulled, to facilitate puncture at the right position for inserting the surgical instruments and the accessories.
Sanding pad for a sanding unit, for sanding wood, plastic, metal and similar surfaces, comprising a rotating body having a rotating driven shaft and a main plate coupled with said shaft, said main plate having a first and a second face and a lateral surface, an abrasive disc arranged on said first face of said main plate, so as to carry out a sanding operation when said shaft is opreated in rotation, and an annular element for the perimeter blocking of said abrasive disc, wherein said annular element is coupled with said main plate so as to be movable between an unlocking position of said abrasive disc and a blocking position of said abrasive disc, characterized in that it comprises elastic means for coupling between said annular element and said main plate to hold said annular element in said blocking position of said abrasive disc. a rotating body having a rotating driven shaft and a main plate coupled with said shaft, said main plate having a first and a second face and a lateral surface, a rotating driven shaft and a main plate coupled with said shaft, said main plate having a first and a second face and a lateral surface, an abrasive disc arranged on said first face of said main plate, so as to carry out a sanding operation when said shaft is opreated in rotation, and an annular element for the perimeter blocking of said abrasive disc, wherein said annular element is coupled with said main plate so as to be movable between an unlocking position of said abrasive disc and a blocking position of said abrasive disc, characterized in that it comprises elastic means for coupling between said annular element and said main plate to hold said annular element in said blocking position of said abrasive disc.
A back-rest pivot fitting for a seat, in particular a vehicle seat, the pivot fitting comprising at least: - a first fitting member which is mountable to a seat pan, - a second fitting member which is pivotable coupled to the first fitting member and which is mountable to a back-rest, wherein the second fitting member is relatively adjustable with respect to the first fitting member, - a recliner heart, - an adjustment member which is rotatable coupled to the first and second fitting members, and - a drive unit which is fixedly mounted to the first fitting member and configured to drive the adjustment member, wherein the recliner heart, when actuated, is configured to allow an unimpeded motion of the second fitting member relative to the first fitting member from an upright use position to a non-use position of the back-rest, and the adjustment member, when actuated, is configured to interact with the drive unit such that, when the drive unit is actuated, the second fitting member is moved from the non-use position to the upright use position, characterised in that the recliner heart comprises at least one free swing gate which is configured to allow the unimpeded motion of the second fitting member relative to the first fitting member when the recliner heart is in a released state. - a first fitting member which is mountable to a seat pan, - a second fitting member which is pivotable coupled to the first fitting member and which is mountable to a back-rest, wherein the second fitting member is relatively adjustable with respect to the first fitting member, - a recliner heart, - an adjustment member which is rotatable coupled to the first and second fitting members, and - a drive unit which is fixedly mounted to the first fitting member and configured to drive the adjustment member,
An information storage medium including graphic data comprising a display set, the display set comprising: a page composition segment which includes information about a composition of a graphic screen and a first presentation time stamp information; an object display segment which includes coded graphic object data defining a graphic object to appear on the graphic screen, size information on a display size of the graphic object and a second presentation time stamp information; and an end segment which indicates an end of the display set, wherein the first presentation time stamp information indicates when graphic screen data defining the graphic screen composed from the page composition segment and the object display segment is output to a display device, wherein the second presentation time stamp information indicates when decoding and storing of the coded graphic object data in a first buffer of a reproducing device reproducing from the information storage medium is to be completed, and wherein the graphic object data is identified by an object identifier. a page composition segment which includes information about a composition of a graphic screen and a first presentation time stamp information; an object display segment which includes coded graphic object data defining a graphic object to appear on the graphic screen, size information on a display size of the graphic object and a second presentation time stamp information; and an end segment which indicates an end of the display set,
A solution comprising: thiophosphoric triamide urease inhibitor, and solvent comprising triethyl phosphate and dimethyl sulfoxide as co-solvent. thiophosphoric triamide urease inhibitor, and solvent comprising triethyl phosphate and dimethyl sulfoxide as co-solvent.
A method of operating a lower limb device comprising at least a powered knee joint (105, 110), the method comprising: configuring the lower limb device to a first state in a finite state model for a running activity mode; based on real-time sensor information for the lower limb device, transitioning the lower limb device from a current state in the finite state model to a subsequent state in the finite state model when a pre-defined criterion for transitioning to the subsequent state is met; and repeating the transitioning while the running activity mode remains the current activity mode, wherein the finite state model comprises at least one stance state and at least one swing state, wherein the at least one stance state comprises at least one absorption mode (Mode 0) and at least one propulsion mode (Mode 1), and wherein the transitioning comprises causing the powered knee joint (105, 110) to generate a first amount of power for knee extension during the at least one propulsion mode (Mode 1) and to dissipate a second amount of power during the absorption mode (Mode 0), wherein the first amount of power is at least equal to the second amount of power. configuring the lower limb device to a first state in a finite state model for a running activity mode; based on real-time sensor information for the lower limb device, transitioning the lower limb device from a current state in the finite state model to a subsequent state in the finite state model when a pre-defined criterion for transitioning to the subsequent state is met; and repeating the transitioning while the running activity mode remains the current activity mode, wherein the finite state model comprises at least one stance state and at least one swing state, wherein the at least one stance state comprises at least one absorption mode (Mode 0) and at least one propulsion mode (Mode 1), and wherein the transitioning comprises causing the powered knee joint (105, 110) to generate a first amount of power for knee extension during the at least one propulsion mode (Mode 1) and to dissipate a second amount of power during the absorption mode (Mode 0), wherein the first amount of power is at least equal to the second amount of power.
A print cartridge comprising: a cartridge housing comprising a container body and a lid (10, 161) that encloses the container body, the lid (10, 161) comprising a bottom surface and a top surface; a fluid reservoir disposed within the container body that receives and contains fluid; a fluid ejector chip disposed on the cartridge housing and comprising a plurality of heating elements that eject the fluid from the print cartridge; one or more air vent openings formed through the entire thickness of the lid (10, 161) from the top surface to the bottom surface; characterized in that a hydrophobic coating is disposed on at least one of the top or the bottom surfaces (12, 14) of the lid (10, 161), and the hydrophobic coating being comprised of three layers including an alumina seed layer, created using trimethylaluminum, to bond the lid: a self-assembled monolayer to create a hydrophobic surface: and a silica layer, created using 1,2-bis(trichlorosilyl)ethane, to bond the alumina seed layer and providing an active surface for the self-assembled monolayer, and in that the hydrophobic coating being absent over the one or more air vent openings. a cartridge housing comprising a container body and a lid (10, 161) that encloses the container body, the lid (10, 161) comprising a bottom surface and a top surface; a fluid reservoir disposed within the container body that receives and contains fluid; a fluid ejector chip disposed on the cartridge housing and comprising a plurality of heating elements that eject the fluid from the print cartridge; one or more air vent openings formed through the entire thickness of the lid (10, 161) from the top surface to the bottom surface; characterized in that a hydrophobic coating is disposed on at least one of the top or the bottom surfaces (12, 14) of the lid (10, 161), and the hydrophobic coating being comprised of three layers including an alumina seed layer, created using trimethylaluminum, to bond the lid: a self-assembled monolayer to create a hydrophobic surface: and a silica layer, created using 1,2-bis(trichlorosilyl)ethane, to bond the alumina seed layer and providing an active surface for the self-assembled monolayer, and in that the hydrophobic coating being absent over the one or more air vent openings.
An air filter featuring - a filter housing having an inlet port on the raw air side, an outlet port on the clean air side and a closable maintenance opening; - a first filter element and a second filter element disposed between the inlet port and the outlet port inside the filter housing; - a mounting frame in which the first filter element is accommodated; wherein the filter elements (24, 26) can be flowed through in series in at least one operating state of the air filter; wherein the mounting frame is extractable from the filter housing in a joining direction through the maintenance opening and insertable in the joining direction into the filter housing; wherein the mounting frame features a clamping wedge and the second filter element features a wedge stop; wherein the clamping wedge of the mounting frame comes to rest by insertion at the wedge stop of the second filter element and the second filter element is thereby tensioned in a clamping direction transverse to the joining direction with the filter housing. - a filter housing having an inlet port on the raw air side, an outlet port on the clean air side and a closable maintenance opening; - a first filter element and a second filter element disposed between the inlet port and the outlet port inside the filter housing; - a mounting frame in which the first filter element is accommodated; wherein the filter elements (24, 26) can be flowed through in series in at least one operating state of the air filter; wherein the mounting frame is extractable from the filter housing in a joining direction through the maintenance opening and insertable in the joining direction into the filter housing; wherein the mounting frame features a clamping wedge and the second filter element features a wedge stop; wherein the clamping wedge of the mounting frame comes to rest by insertion at the wedge stop of the second filter element and the second filter element is thereby tensioned in a clamping direction transverse to the joining direction with the filter housing. wherein the filter elements (24, 26) can be flowed through in series in at least one operating state of the air filter; wherein the mounting frame is extractable from the filter housing in a joining direction through the maintenance opening and insertable in the joining direction into the filter housing; wherein the mounting frame features a clamping wedge and the second filter element features a wedge stop; wherein the clamping wedge of the mounting frame comes to rest by insertion at the wedge stop of the second filter element and the second filter element is thereby tensioned in a clamping direction transverse to the joining direction with the filter housing.
Burner apparatus for the combustion chamber of a burner, wherein the burner apparatus has a structure which can be traversed by a combustible mixture and which has flow cross section areas of different sizes, and wherein the traversable structure has multiple flow ducts (5, 6) with flow cross sections that change in the flow direction, of which each flow duct (5, 6) has at least one duct section with a smaller flow cross section area, in which no ignition of the traversing mixture takes place, and a duct section with a larger flow cross section area in which ignition of the traversing mixture is possible, characterized in that the flow ducts (5, 6) are formed by metal foils (2, 3) or zirconium oxide-containing ceramic or SiC or aluminium titanate or mullite.
A non-acoustic measurement unit (5, 50) intended to be integrated into a fully optical antenna comprising at least one hydrophone, said non-acoustic measurement unit (5, 50) comprising at least one non-acoustic sensor with an electrical output able to deliver at least one electrical signal representing at least one physical quantity, a passive electro-optical transducer (6, 60) subjected to said electrical signal and a portion (12a, 13a) of an optical fibre intended to convey non-acoustic measurements comprising a first sensitive zone (13, 130), on which said passive electro-optical transducer (6, 60) acts, the passive electro-optical transducer (6, 60) acting on a mechanical constraint experienced by the first sensitive zone (13, 130) in such a way that a value of a measurable property of a first optical signal conveyed by the optical fibre intended to convey non-acoustic measurements represents the electrical signal, and at least one photovoltaic cell electrically coupled to said non-acoustic sensor so as to electrically power said sensor, wherein the photovoltaic cell is supplied with light energy by means of the optical fibre intended to convey non-acoustic measurements.
An anion generator comprising a plasma generating apparatus, the plasma generating apparatus comprising: - a first electrode; - a second electrode spaced apart from the first electrode; - at least one porous dielectric member disposed between the first and second electrodes (110, 120), - a dielectric layer formed on a first face of the first electrode and/or the second electrode; and - a voltage source configured to apply an alternating voltage to and between the first electrode and the second electrode, wherein when a voltage is applied to and between the first electrode and the second electrode using the voltage source, dielectric barrier discharge plasma is generated between the first electrode and the second electrode, characterized in that: - the at least one porous dielectric member is partially immersed in liquid, and in that - the at least one porous dielectric member is partially located in the plasma-generation region. - a first electrode; - a second electrode spaced apart from the first electrode; - at least one porous dielectric member disposed between the first and second electrodes (110, 120), - a dielectric layer formed on a first face of the first electrode and/or the second electrode; and - a voltage source configured to apply an alternating voltage to and between the first electrode and the second electrode, wherein when a voltage is applied to and between the first electrode and the second electrode using the voltage source, dielectric barrier discharge plasma is generated between the first electrode and the second electrode, - the at least one porous dielectric member is partially immersed in liquid, and in that - the at least one porous dielectric member is partially located in the plasma-generation region.
A supply air device comprising: an outflow structure comprising a nozzle structure and an outflow channel structure, wherein the nozzle structure comprises a plurality of nozzles which are arranged to the bottom of the supply air device for supplying primary air, and wherein the outflow channel structure comprises an outflow channel (210, 211), a first end of which is arranged in a first distance from said plurality of nozzles so that a mixing chamber is formed between said plurality of nozzles and the first end of the outflow channel (210, 211) and so that said plurality of nozzles supply the primary air towards the first end of the outflow channel (210, 211) and wherein the second end of the outflow channel (210, 211) is arranged outside the supply air device and wherein said primary air entrains secondary air from outside the supply air device to flow to the mixing chamber to be mixed with the primary air in the mixing chamber before the primary air and the secondary air enter the outflow channel (210, 211) through the first end of the outflow channel (210, 211) and flow out of the supply air device through the second end of the outflow channel, wherein the first end of outflow channel (210, 211) is arranged in a second distance from the side of the supply air device so that a notch (213, 215) is formed between the outflow channel (210, 211) and the side of the supply air device, characterized in that the cross-sectional area, which is perpendicular to the air flow of the outflow channel (210, 211), remains constant, and wherein the second end of the outflow channel (210, 211) is wider in the vertical direction and narrower in the horizontal direction than the first end of the outflow channel (210, 211).