mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling wireless local area network, WLAN, physical layer, PHY, version detection, performed by a wireless communication device, the method comprising: generating a control signal for an uplink transmission, the control signal including: a first identifier indicating a WLAN PHY version of the transmission; and transmitting the control signal in a trigger frame, wherein the first identifier is an identifier field or identifier subfield of the trigger frame. generating a control signal for an uplink transmission, the control signal including: a first identifier indicating a WLAN PHY version of the transmission; and transmitting the control signal in a trigger frame, wherein the first identifier is an identifier field or identifier subfield of the trigger frame.
Household appliance having at least one hob unit and having at least one household appliance operating device in a region of the hob unit assigned to an operator in the mounted state, wherein the household appliance operating device has at least one operating unit which has at least three operating elements (14, 16, 18) at least for an input of at least one parameter and at least three sensor elements (20, 22, 24), wherein one of the sensor elements (20, 22, 24) is assigned in each case to a respective one of the operating elements (14, 16, 18), wherein the first and second operating elements (14, 16) form a first overlapping region and the second and third operating elements (16, 18) form a second overlapping region, wherein each of the overlapping regions (26, 28) is provided to trigger respective sensor elements (20, 22, 24) which are assigned to the operating elements (14, 16, 18) forming the overlapping region (26, 28), characterised in that the operating elements (14, 16, 18) and the sensor elements (20, 22, 24) are arranged spaced apart, wherein the operating unit has at least three conduction elements, and wherein one of the conduction elements is provided to connect at least partially one of the operating elements (14, 16, 18) to one sensor element (20, 22, 24) of the sensor elements (20, 22, 24) that is associated with the operating element (14, 16, 18), wherein the operating element has shielding elements which are designed as conductive, earthed components and are provided to shield the conduction elements and the sensor elements (20, 22, 24) for the most part, wherein the shielding elements, the conduction elements and the operating elements (14, 16, 18) are designed as a coating which is applied to a rear side of the hob unit.
A pole system comprising: a pole having at least one transversely extending aperture formed therein, said aperture extending through said pole; a pin mounted in said aperture, said pin extending exteriorly of said pole on opposite sides thereof; and a hub member, characterized in that said hub member has a bottom surface, said bottom surface including a scalloped wall comprising a plurality of arcuate recesses so as to permit rotation of said hub member about said pole when a sufficiently large rotational force is applied to said hub member, said scalloped wall sitting on said pin such that said hub member is supported. a pole having at least one transversely extending aperture formed therein, said aperture extending through said pole; a pin mounted in said aperture, said pin extending exteriorly of said pole on opposite sides thereof; and a hub member, characterized in that said hub member has a bottom surface, said bottom surface including a scalloped wall comprising a plurality of arcuate recesses so as to permit rotation of said hub member about said pole when a sufficiently large rotational force is applied to said hub member, said scalloped wall sitting on said pin such that said hub member is supported.
A method of analysing Magnetic Resonance images comprising: acquiring a first medical MR image and a second medical MR image having inversion times that are different in a range from 300ms to 5000ms of a subject at the same nominal magnetic field strength; analysing the first and second MR images to determine a water T1 map from the first and second MR images; applying a field strength correction by which measurements are standardized to 3T based on the nominal magnetic field strength used for the first and second MR image acquisitions, and an iron correction to correct for differences in the iron concentration from a normal level using a T2* map of the subject, to the water T1 map from the first and second images to generate a corrected water T1 map; characterized in that the method further comprises: using the corrected water T1 map, a PDFF value or PDFF map of the subject, and an exact pulse sequence of a reference 3T MRI scanner in a forward Bloch simulation of a MOLLI acquisition to determine simulated MRI signals dependent on inversion time and position for the subject as though with normal iron levels, wherein fat and water signals are simulated separately and combined in proportion to the PDFF value or PDFF map, and fitting the simulated MRI signals to a function at each pixel to yield a standard cT1 map for the subject. acquiring a first medical MR image and a second medical MR image having inversion times that are different in a range from 300ms to 5000ms of a subject at the same nominal magnetic field strength; analysing the first and second MR images to determine a water T1 map from the first and second MR images; applying a field strength correction by which measurements are standardized to 3T based on the nominal magnetic field strength used for the first and second MR image acquisitions, and an iron correction to correct for differences in the iron concentration from a normal level using a T2* map of the subject, to the water T1 map from the first and second images to generate a corrected water T1 map; characterized in that the method further comprises: using the corrected water T1 map, a PDFF value or PDFF map of the subject, and an exact pulse sequence of a reference 3T MRI scanner in a forward Bloch simulation of a MOLLI acquisition to determine simulated MRI signals dependent on inversion time and position for the subject as though with normal iron levels, wherein fat and water signals are simulated separately and combined in proportion to the PDFF value or PDFF map, and fitting the simulated MRI signals to a function at each pixel to yield a standard cT1 map for the subject. using the corrected water T1 map, a PDFF value or PDFF map of the subject, and an exact pulse sequence of a reference 3T MRI scanner in a forward Bloch simulation of a MOLLI acquisition to determine simulated MRI signals dependent on inversion time and position for the subject as though with normal iron levels, wherein fat and water signals are simulated separately and combined in proportion to the PDFF value or PDFF map, and fitting the simulated MRI signals to a function at each pixel to yield a standard cT1 map for the subject.
Nitroglycerin for use in a method of reducing side effects of a treatment with nitroglycerin, wherein said treatment is for the treatment or prevention of an arterial insufficiency, comprising administering during a defined time period a gradually increasing amount of nitroglycerin at any dose from 0.05 mg to 2.0 mg in an intermitting manner, wherein the defined time period is 3 days to 40 weeks long.
Method for manufacturing a hybrid contact lens (7, 21) formed of a rigid central portion connected to a flexible peripheral portion (9, 23) by an adhesive material (10, 24), characterised in that from a rigid disc permeable to oxygen and a hydrophilic flexible disc previously hydrated to a determined first level of hydration, a composite part is formed by gluing one disc on the other, said composite part comprising three superposed layers, namely a first layer formed by the rigid disc, a second, connecting, layer formed by the adhesive material and a third layer formed by the flexible disc, said composite part is dried for a determined time sufficient to allow the dehydration of the flexible disc to a determined second level of hydration lower than the first, then said composite part is cut dry by a machining tool presenting the face of the hydrophilic flexible portion on the side of the tool to obtain the hybrid lens, forming a release strip on the external circumference of the rigid peripheral portion.
A method of using authentication apparatus to authenticate an access operation by a user by means of a multi-factor authentication process, the user having an associated access device and an associated notification device, said method including the step of notifying to the user's notification device at least one factor for use in the multi-factor authentication process, the method comprising: transmission of a first factor of the multi-factor authentication process, in a notification message addressed to the notification device; detection at the authentication apparatus of initiation of the multi-factor authentication process from the access device, the detection being subsequent to said transmission; maintaining a store of two or more valid first factors transmitted to the notification device for use in the initiated multi-factor authentication process; locking each transmitted first factor after receipt at the authentication apparatus for use in an authentication process, against subsequent use; and receipt at the authentication apparatus, from the access device, of the first factor and a second factor, whereby the authentication apparatus is provided with two factors for use in said multi-factor authentication process. transmission of a first factor of the multi-factor authentication process, in a notification message addressed to the notification device; detection at the authentication apparatus of initiation of the multi-factor authentication process from the access device, the detection being subsequent to said transmission; maintaining a store of two or more valid first factors transmitted to the notification device for use in the initiated multi-factor authentication process; locking each transmitted first factor after receipt at the authentication apparatus for use in an authentication process, against subsequent use; and receipt at the authentication apparatus, from the access device, of the first factor and a second factor, whereby the authentication apparatus is provided with two factors for use in said multi-factor authentication process.
Shading device for a transparent surface part of a motor vehicle, having a flexible shading structure which can be displaced between a rest position, in which it is stowed in a compact manner, and a shading position, in which it covers the transparent surface part, in a vehicle interior, having two non-parallel lateral guide arrangements which are fixed with respect to the vehicle and which flank a displacement travel of the shading structure on opposite sides, having a dimensionally stable pull-out profile which is arranged on a front face end region of the shading structure as viewed in the pulling-out direction, the pull-out profile having assigned thereto drive means for parallel displacement of the pull-out profile between the rest position and the shading position of the shading structure, and having a flexible transverse guidance strand which extends on the front end face region of the shading structure transverse to the pull-out direction of the shading structure over the width thereof and with a respective lateral guidance strand section in the region of the opposite lateral guide arrangements protrudes into associated receiving spaces (18, 19), in a manner dependent on the displacement travel of the shading structure, wherein the pull-out profile comprises a middle part and two lateral telescopic sections guided in said middle part, characterized in that the telescopic sections are provided with sliding guide tracks extending along the pull-out profile for the lateral guidance strand sections of the transverse guidance strand, which ensure a relative linear displaceability between the telescopic sections and the guidance strand sections and equally give support to prevent spreading of the guidance strand sections.
Battery with a cell assembly, wherein the cell assembly comprises a plurality of battery cells, wherein the cell assembly comprises at least two battery sections and each battery section consists of a plurality of battery cells, wherein the battery cells of the battery sections are aligned such that end terminals of the battery cells of the respective battery section lie in a common first contacting plane and that end terminals of the battery cells of the respective battery section lie in a common second contacting plane, wherein the battery sections are arranged adjacent to one another, wherein in each case a first contacting plane of a battery section faces a second contacting plane of an adjacently arranged battery section and wherein the contacting planes are aligned parallel to one another, wherein an at least partially electrically and thermally conductive connecting plate having a first side and a second side is arranged between at least two successive battery sections, which on the first side and on the second side each has at least one electrically and thermally conductive contacting section, wherein the end terminals facing the first side of this connecting plate are electrically and thermally conductively connected to the at least one contacting section of this first side and wherein the end terminals facing the second side of this connecting plate are electrically and thermally conductively connected to the at least one contacting section of this second side, wherein contacting sections of the connecting plate are connected to one another in an electrically and thermally conductive manner via the connecting plate, and wherein a battery start region and a battery end region are defined by the end terminals lying in the two outer contacting planes of the battery, wherein the battery start region and the battery end region are each connected to outer connecting plates, characterised in that a pressure plate is in each case arranged at the battery start region and the battery end region, wherein a pressure plate is in each case arranged on a side of the outer connecting plates facing away from the battery start region or rather the battery end region, and the pressure plates being designed as metal plates, wherein the pressure plates are connected to one another via tension elements and thereby press the battery cells bearing against the at least one connecting plate against the at least one connecting plate.
A pressure relief device comprising a relatively thin metallic member having opposed faces, one of said faces of the member being provided with an elongated line of weakness defined by a recess in said one face, said elongated line-of-weakness recess being configured to present the outline of an over pressure relief area of the member, characterized in that said line-of-weakness recess is defined by spaced opposed channel portions (120, 122) separated by a central raised crown portion, said channel portions (120, 122) being of greater depth than said crown portion.
A connector position assurance device, comprising: a two-component locking system including an upper component and a lower component, wherein the lower component forms an aperture; at least one tooth formed at a front end of the lower component; and a first curved upper region and a second curved upper region formed on the upper component, wherein the upper component extends forward from the second curved upper region toward a front of the connector position assurance device; characterized by further comprising: a back being connected to the upper component and the lower component; and a pair of arms being connected to the back, wherein the lower component has edges curved upward toward the upper component. a two-component locking system including an upper component and a lower component, wherein the lower component forms an aperture; at least one tooth formed at a front end of the lower component; and a first curved upper region and a second curved upper region formed on the upper component, wherein the upper component extends forward from the second curved upper region toward a front of the connector position assurance device; characterized by further comprising: a back being connected to the upper component and the lower component; and a pair of arms being connected to the back, wherein the lower component has edges curved upward toward the upper component. a back being connected to the upper component and the lower component; and a pair of arms being connected to the back, wherein the lower component has edges curved upward toward the upper component.
A rail vehicle, in particular a rail vehicle for passenger transport, comprising at least one rail vehicle outer wall; at least a first step, wherein this step overcomes a height difference between a rail vehicle floor and a lower exit; and a boarding arrangement having a first sliding footboard, a second sliding footboard and a drive unit for the first sliding footboard, wherein the first sliding footboard and the second sliding footboard are supported so as to be able to slide laterally and the first sliding footboard and the second sliding footboard both being pushable from a travel position by means of a lateral deployment movement in the direction of the rail vehicle outer wall into an end position, wherein the second sliding footboard in the end position thereof protrudes beyond the first sliding footboard in the end position thereof, characterized in that the boarding arrangement contains a coupling mechanism for coupling the first sliding footboard and the second sliding footboard, wherein the deployment movement of the first sliding footboard brings about via the coupling mechanism the deployment movement of the second sliding footboard.
A pharmaceutical transport container, comprising: a first body portion adapted to receive at least a portion of a pharmaceutical vial and defining an opening for establishing fluid communication with the vial, and comprising a proximal end; a second body portion engaged with the first body portion to fully enclose the vial, the second body portion having a distal end engaged with the proximal end of the first body portion and a closed proximal end and defining an interior cavity therebetween; and a flexible ring positioned in the interior cavity of the second body portion and configured to flex between a relaxed state and a radially-outward extended state, wherein the second body portion is adapted to cooperate with a receiving docking station of a fluid injection system to establish a fluid connection between the vial and a fluid connector element disposed within the docking station as the second body portion is inserted axially into the docking station, and wherein insertion of the first body portion into the interior cavity of the second body portion causes the flexible ring to deform from the relaxed state to the extended state thereby allowing the proximal end of the first body portion to be inserted therethrough, and after such insertion the flexible ring returns to the relaxed state to secure a removable engagement between the first body portion and the second body portion. a first body portion adapted to receive at least a portion of a pharmaceutical vial and defining an opening for establishing fluid communication with the vial, and comprising a proximal end; a second body portion engaged with the first body portion to fully enclose the vial, the second body portion having a distal end engaged with the proximal end of the first body portion and a closed proximal end and defining an interior cavity therebetween; and a flexible ring positioned in the interior cavity of the second body portion and configured to flex between a relaxed state and a radially-outward extended state, wherein the second body portion is adapted to cooperate with a receiving docking station of a fluid injection system to establish a fluid connection between the vial and a fluid connector element disposed within the docking station as the second body portion is inserted axially into the docking station, and wherein insertion of the first body portion into the interior cavity of the second body portion causes the flexible ring to deform from the relaxed state to the extended state thereby allowing the proximal end of the first body portion to be inserted therethrough, and after such insertion the flexible ring returns to the relaxed state to secure a removable engagement between the first body portion and the second body portion.
A ventilator configured to estimate the pressure of a gas within an interface, comprising: control logic configured to determine a first relationship between a measurable quantity associated with the gas and the pressure of the gas within the interface, wherein the interface is disposed at an output of a venturi device; and a sensor configured to generate at a first location a first measurement of the measurable quantity associated with the gas exiting one or more mechanical components, wherein the first location resides between the one of more mechanical components and an input of the venturi device, wherein the control logic receives the first measurement and estimates the pressure of the gas within the interface based on the first relationship and the first measurement. control logic configured to determine a first relationship between a measurable quantity associated with the gas and the pressure of the gas within the interface, wherein the interface is disposed at an output of a venturi device; and a sensor configured to generate at a first location a first measurement of the measurable quantity associated with the gas exiting one or more mechanical components, wherein the first location resides between the one of more mechanical components and an input of the venturi device, wherein the control logic receives the first measurement and estimates the pressure of the gas within the interface based on the first relationship and the first measurement.