mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: establishing communication with a wireless device (300,501,502,503a,702,703) configured with a network identifier, the wireless device comprising a class of wireless device having a class of wireless application; the method being characterised in that it comprises: detecting the class of wireless device and/or the class of wireless application; classifying the class of wireless device and/or the class of wireless application, as a first category, in which the class of wireless device comprises either: (i) a narrowband device; or (ii) a wideband device; and in which the class of wireless application for the wide band device can be either a wideband application; or a narrowband application; and providing a first class of access to a network (207,505,506,704,705) to the first category. establishing communication with a wireless device (300,501,502,503a,702,703) configured with a network identifier, the wireless device comprising a class of wireless device having a class of wireless application; the method being characterised in that it comprises: detecting the class of wireless device and/or the class of wireless application; classifying the class of wireless device and/or the class of wireless application, as a first category, in which the class of wireless device comprises either: (i) a narrowband device; or (ii) a wideband device; and in which the class of wireless application for the wide band device can be either a wideband application; or a narrowband application; and detecting the class of wireless device and/or the class of wireless application; classifying the class of wireless device and/or the class of wireless application, as a first category, in which the class of wireless device comprises either: (i) a narrowband device; or (ii) a wideband device; (i) a narrowband device; or (ii) a wideband device; and in which the class of wireless application for the wide band device can be either a wideband application; or a narrowband application; and providing a first class of access to a network (207,505,506,704,705) to the first category.
A fluoride fluorescent material having a composition represented by formula: A 2 [M 1- a Mn 4+ a F 6] wherein A denotes at least one cation selected from the group consisting of K +, Li +, Na +, Rb +, Cs +, and NH 4 +; M denotes at least one element selected from the group consisting of elements from Groups 4 and 14 of the periodic table; and a satisfies 0.04< a <0.10, the fluoride fluorescent material having an internal fluorescence quantum efficiency of 80% or more. A denotes at least one cation selected from the group consisting of K +, Li +, Na +, Rb +, Cs +, and NH 4 +; M denotes at least one element selected from the group consisting of elements from Groups 4 and 14 of the periodic table; and a satisfies 0.04< a <0.10,
A star-shaped vinyl ether polymer comprising a central core and an arm portion bonded to the central core, wherein the arm portion includes a repeating unit derived from a vinyl ether monomer, and a structure represented by the following Formula is included in the molecule: -Y-Ar 1 -N=N-Ar 2 wherein Y represents an ether bond, a thioether bond, a group -NH-, or a group -OR 1 -* (R 1 represents an alkylene group, * represents a position bonded to Ar 1 in Formula), Ar 1 represents a substituted or unsubstituted divalent aromatic hydrocarbon group, and Ar 2 represents a substituted or unsubstituted monovalent aromatic hydrocarbon group,and wherein the structure represented by Formula is bonded to the central core.
Mixer apparatus for an exhaust gas aftertreatment system of a motor vehicle, which mixer apparatus has a cylindrical housing with a shell wall, a first end wall and a second end wall, an injection opening for an exhaust gas aftertreatment medium being configured in the shell wall, and at least one air guiding element which extends in a curved manner being arranged in the housing, which air guiding element conducts an exhaust gas flow from a plurality of inlet openings (8, 9, 10) to an outlet opening which is configured in the second end wall, the inlet openings (8, 9, 10) being configured in the first end wall, and at least one impact face for the exhaust gas aftertreatment medium being arranged downstream of the inlet opening (8, 9, 10) in the housing, the impact face being oriented perpendicularly with respect to the injection direction of the exhaust gas aftertreatment medium, characterized in that a further air guiding element (17, 18) is arranged in the housing, which further air guiding element (17, 18) has at least one laterally projecting impact element which forms the impact face, the first end wall having a section of opening-free configuration which extends parallel to the injection direction, begins at the level of the injection opening and ends in a manner which is spaced apart from the further air guiding element (17, 18), and in that the inlet openings are arranged adjacently with respect to the section.
A vehicle, comprising: an engine; a transaxle with a tandem axle; a transmission with an integrated interaxle differential mounted remotely from said engine, said transmission and said integrated interaxle differential mounted on at least one vehicle frame member so that both are sprung weight on said vehicle; and a driveshaft spanning a gap between said engine and said transmission, characterized in that a forward axle half shaft is connected at an inboard end to a forward tandem axle and to a forward spindle housing at an outboard end, or a rear axle half shaft is connected at an inboard end to a rear tandem axle and to a rear spindle housing at an outboard end, wherein said interaxle differential has a first output connected to a first output shaft which is connected to said forward tandem axle, and a second output connected to a second output shaft which is connected to the rear tandem axle, and wherein a rear portion of a first trailing arm is unitary and integrally formed with or is attached by welding or fasteners to a forward portion of said forward spindle housing of said forward tandem axle or of a second trailing arm is unitary and integrally formed with or is attached by welding or fasteners to a forward portion of said rear spindle housing of said rear tandem axle, and a forward portion of said first and said second, respectively, trailing arm is pivotally connected to said vehicle frame member of said vehicle. an engine; a transaxle with a tandem axle; a transmission with an integrated interaxle differential mounted remotely from said engine, said transmission and said integrated interaxle differential mounted on at least one vehicle frame member so that both are sprung weight on said vehicle; and a driveshaft spanning a gap between said engine and said transmission, characterized in that a forward axle half shaft is connected at an inboard end to a forward tandem axle and to a forward spindle housing at an outboard end, or a rear axle half shaft is connected at an inboard end to a rear tandem axle and to a rear spindle housing at an outboard end, wherein said interaxle differential has a first output connected to a first output shaft which is connected to said forward tandem axle, and a second output connected to a second output shaft which is connected to the rear tandem axle, and wherein a rear portion of a first trailing arm is unitary and integrally formed with or is attached by welding or fasteners to a forward portion of said forward spindle housing of said forward tandem axle or of a second trailing arm is unitary and integrally formed with or is attached by welding or fasteners to a forward portion of said rear spindle housing of said rear tandem axle, and a forward portion of said first and said second, respectively, trailing arm is pivotally connected to said vehicle frame member of said vehicle.
A target transport system (1;100) for a radionuclide generation system, said target transport system (1;100) comprising: - a conduit for transporting irradiation targets through the radionuclide generation system; - a target drive system configured to drive the irradiation targets through said conduit; - a counting system configured for counting the number of irradiation targets passing though the conduit; characterized in that said counting system comprises at least two distance sensors, each configured for measuring a radial distance (d 1, d 2) between the distance sensor and the irradiation target, said distance sensors being arranged at a same axial position along the conduit and being regularly spaced along the circumference of the conduit with a constant angular spacing. - a conduit for transporting irradiation targets through the radionuclide generation system; - a target drive system configured to drive the irradiation targets through said conduit; - a counting system configured for counting the number of irradiation targets passing though the conduit;
An apparatus (1, 2, 3, 4, 5) comprising: a display screen; a projective optical element (20a, 20b) in front of the display screen and configured to project a first image displayed on the display screen into an eye (40a, 40b) of a viewer, wherein the first image is a virtual reality image; and a transparent optical element (36a, 36b; 60a, 60b; 160a, 160b) positioned in an optical pathway from the display screen to the eye (40a, 40b) of the viewer and configured to superpose a second image on top of the first image, wherein the second image is an augmented reality image comprising a user interface for controlling the content of the first image. a display screen; a projective optical element (20a, 20b) in front of the display screen and configured to project a first image displayed on the display screen into an eye (40a, 40b) of a viewer, wherein the first image is a virtual reality image; and a transparent optical element (36a, 36b; 60a, 60b; 160a, 160b) positioned in an optical pathway from the display screen to the eye (40a, 40b) of the viewer and configured to superpose a second image on top of the first image, wherein the second image is an augmented reality image comprising a user interface for controlling the content of the first image.
Plug-in connection system, in particular for fluidic lines, fittings or assemblies, comprising a first coupling part, such as a housing part, and a second coupling part, such as a plug part, which can be plugged into a receiving opening of the first coupling part along an axis (X-X), wherein a holding element is arranged on one of the two coupling parts (1, 2) for latching with a mating holding element of the other coupling part (2, 1), wherein the holding element has a spreading surface which, by sliding relative to a mating spreading surface of the mating holding element, causes a spreading movement of the holding element transversally to the axis (X-X) by a spreading travel (s w) under the effect of a mounting force (F M) during plugging in by a mounting travel (s M), wherein a contour of the spreading surface that faces the mating spreading surface is adapted to a mating contour of the mating spreading surface that faces the spreading surface in such a way that the spreading travel (S w) changes non-linearly during plugging in in dependence on the mounting travel (s M), or conversely the mating contour is correspondingly adapted to the contour, characterized in that the mounting travel (s M) of the second coupling part that is covered in a main mounting phase (PZ o, PZ x) during plugging in is multiply greater than the mounting travel (s M) covered in an initial mounting phase (PA o, PA x), and/or the mounting travel (s M) of the second coupling part that is covered in a final mounting phase (PE o, PE x), wherein an increase in the mounting force (F M), in particular up to a maximum (F Mmaxo, F Mmaxx), occurs in the initial mounting phase (PA o, PA x), the maximum (F Mmaxo, F Maxx) of the mounting force (F M) is present in the main mounting phase (PZ o, PZ x), and the mounting force (F M) lowers in the final mounting phase (PE o, PE x).
A compound of formula or a racemate, enantiomer, diastereomer or tautomer thereof: Wherein A 1, A 2, A 3, R 1, R 2 and R 4 are defined as Cmpd # A 1 A 2 A 3 R 1 R 2 R 4 1001 N CH CH 1002 N CH CH 1003 N CH CH 1004 N CH CH 1005 N CH CH 1006 N CH CH 1007 N C-CN CH 1008 N C-CN CH 1009 N C-CH 3 CH 1010 N CCl CH 1011 N C-OCH 3 CH 1012 CH CF CH 1013 CH CH CH 1014 CH CH CH 1015 CH CH CH 1016 CH CF CH 1017 CH CF CH 1018 CH CCl CH 1019 CH C-CH 3 CH 1020 CH C-OCH 3 CH 1021 CH C-OCH 3 CH 1022 CH CH C-OCH 3 1023 CH CH C-CH 3 1024 CH CH N 1025 CH N CH 1026 CH N CH 1027 CH N C-CH 3 1028 CH CH CF 1129 N CH CH wherein R1 of compound 1013 denotes tetrahydropyran-2yl-ethyl or a salt thereof.
Box, in particular for use in areas subject to explosion hazards, with a lower box part and a cover part mounted pivotably relative to this lower box part by means of a hinge device, wherein the hinge device has a lower hinge part associated with the lower box part and an upper hinge part associated with the cover part, which are pivotably connected to each other, wherein are arranged one hinge part (6, 7) mounted slidably and the other hinge part (7, 6) at least partially screwable in the respectively associated lower box part or cover part, characterized in that the lower hinge part is formed as a displacement bolt with an at least partially circumferential edge flange, wherein the upper hinge part is pivotably mounted on a bearing end opposite the flange end, which edge flange has an oval, cornered or other non-circular cross-section, which substantially corresponds to a cross-section of an edge flange depression in the lower box part.
Plug connection with at least one current-carrying electric lead (3, 5), with at least one sealing device provided for the conductor (3, 5), which has at least one sealing body, which comprises at least one elastically deformable sealing member, which is elastically deformable by introducing a force acting in the longitudinal direction of the lead (3, 5) transverse to this longitudinal direction against the lead (3, 5), wherein the sealing member is elastically deformable by at least one wedge slider, which is provided with a wedge surface, which cooperates with a wedge surface of the sealing member, characterised in that the wedge slider is guided in a retaining member, which secures the sealing member axially, and that the wedge slider is prestressed axially by at least one compression spring element, which can be actuated by at least one pressure member.
A prepreg composed of reinforcing fibers and a resin composition, wherein the resin composition comprises the following to:: an epoxy resin;: a dicyandiamide; and: a compound which has a melting point of 130°C or lower and a solubility parameter whose difference from the solubility parameter of is 8 or less, wherein the solubility parameter of and the solubility parameter of are calculated by Hansen solubility parameter method at 25 °C; and wherein the resin composition has a viscosity at 25°C of 1,000 Pa·s or more, as measured according to the description. wherein the resin composition comprises the following to:: an epoxy resin;: a dicyandiamide; and: a compound which has a melting point of 130°C or lower and a solubility parameter whose difference from the solubility parameter of is 8 or less, wherein the solubility parameter of and the solubility parameter of are calculated by Hansen solubility parameter method at 25 °C; and: an epoxy resin;: a dicyandiamide; and: a compound which has a melting point of 130°C or lower and a solubility parameter whose difference from the solubility parameter of is 8 or less, wherein the solubility parameter of and the solubility parameter of are calculated by Hansen solubility parameter method at 25 °C; and wherein the resin composition has a viscosity at 25°C of 1,000 Pa·s or more, as measured according to the description.
A method for establishing a wireless local area network tunnel, comprising: sending, by an access controller, a first configuration message to an access point device, wherein the first configuration message comprises a first tunnel establishment configuration parameter, and the first tunnel establishment configuration parameter comprises information about binding between an Internet Protocol, IP, address of at least one broadband access server and at least one service set identifier, SSID, wherein the first tunnel establishment configuration parameter further includes information about binding between the at least one SSID and at least one virtual local area network identifier, VLAN ID, so that the access point device establishes a data tunnel with the at least one broadband access server according to the first tunnel establishment configuration parameter; sending, by the access controller, a second configuration message to the broadband access server or an authentication, authorization and accounting device, wherein the second configuration message comprises a second tunnel establishment configuration parameter, and the second tunnel establishment configuration parameter comprises information about binding between an IP address of the at least one access point device and the at least one service set identifier; and establishing, by the access controller, a control tunnel with the access point device. sending, by an access controller, a first configuration message to an access point device, wherein the first configuration message comprises a first tunnel establishment configuration parameter, and the first tunnel establishment configuration parameter comprises information about binding between an Internet Protocol, IP, address of at least one broadband access server and at least one service set identifier, SSID, wherein the first tunnel establishment configuration parameter further includes information about binding between the at least one SSID and at least one virtual local area network identifier, VLAN ID, so that the access point device establishes a data tunnel with the at least one broadband access server according to the first tunnel establishment configuration parameter; sending, by the access controller, a second configuration message to the broadband access server or an authentication, authorization and accounting device, wherein the second configuration message comprises a second tunnel establishment configuration parameter, and the second tunnel establishment configuration parameter comprises information about binding between an IP address of the at least one access point device and the at least one service set identifier; and establishing, by the access controller, a control tunnel with the access point device.
An apparatus comprising: a polarization waveguide (102, 202, 902) comprising: a waveguide substrate (320, 920) comprising first and second opposing surfaces (322, 323; 922, 923); an in-coupling interface proximate to a first end of the polarization waveguide; an out-coupling interface proximate to a second end of the polarization waveguide; a first quarter-wave plate layer overlying the first surface of the waveguide substrate; a first polarization beam splitter layer overlying the first quarter-wave plate layer; a second quarter-wave plate layer overlying the second surface of the waveguide substrate; a second polarization beam splitter layer overlying the second quarter-wave plate layer; and a light extraction component (342, 942) configured to reflect incident light received in the waveguide substrate toward the out-coupling interface, characterized in that the out-coupling interface is adjacent to the first surface of the waveguide substrate; and the light extraction component (342, 942) comprises a set of Fresnel facets (943, 944, 945, 946) disposed adjacent to the second surface of the waveguide substrate (320, 920) and aligned with the out-coupling interface. a polarization waveguide (102, 202, 902) comprising: a waveguide substrate (320, 920) comprising first and second opposing surfaces (322, 323; 922, 923); an in-coupling interface proximate to a first end of the polarization waveguide; an out-coupling interface proximate to a second end of the polarization waveguide; a first quarter-wave plate layer overlying the first surface of the waveguide substrate; a first polarization beam splitter layer overlying the first quarter-wave plate layer; a second quarter-wave plate layer overlying the second surface of the waveguide substrate; a second polarization beam splitter layer overlying the second quarter-wave plate layer; and a light extraction component (342, 942) configured to reflect incident light received in the waveguide substrate toward the out-coupling interface, a waveguide substrate (320, 920) comprising first and second opposing surfaces (322, 323; 922, 923); an in-coupling interface proximate to a first end of the polarization waveguide; an out-coupling interface proximate to a second end of the polarization waveguide; a first quarter-wave plate layer overlying the first surface of the waveguide substrate; a first polarization beam splitter layer overlying the first quarter-wave plate layer; a second quarter-wave plate layer overlying the second surface of the waveguide substrate; a second polarization beam splitter layer overlying the second quarter-wave plate layer; and a light extraction component (342, 942) configured to reflect incident light received in the waveguide substrate toward the out-coupling interface, characterized in that the out-coupling interface is adjacent to the first surface of the waveguide substrate; and the light extraction component (342, 942) comprises a set of Fresnel facets (943, 944, 945, 946) disposed adjacent to the second surface of the waveguide substrate (320, 920) and aligned with the out-coupling interface.
An instrument for adjusting the draw of a cigar comprising: a shaft; a neck attached to the distal end of the shaft; and a working portion attached to the distal end of the neck, the working portion configured to be inserted into a cigar after the cigar has been made and at least one of catch, pull, and cut tobacco within the cigar, wherein the working portion comprises one or more discrete blades, wherein each of the one or more discrete blades are positioned around an inner rod of the working portion. a shaft; a neck attached to the distal end of the shaft; and a working portion attached to the distal end of the neck, the working portion configured to be inserted into a cigar after the cigar has been made and at least one of catch, pull, and cut tobacco within the cigar, wherein the working portion comprises one or more discrete blades, wherein each of the one or more discrete blades are positioned around an inner rod of the working portion.