mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, at a mobility management entity, MME, an emergency packet data network, PDN, connection request message from a user equipment, UE, identifying a public safety answering point, PSAP, callback number for the UE, and directing a session creation request message to a PDN gateway, PGW, in a visited public land mobile network, VPLMN, of the UE, the session creation request message comprising the PSAP callback number for the UE and configured to establish communication with a proxy call session control function, P-CSCF, of an internet protocol multimedia subsystem, IMS, in the VPLMN. receiving, at a mobility management entity, MME, an emergency packet data network, PDN, connection request message from a user equipment, UE, identifying a public safety answering point, PSAP, callback number for the UE, and directing a session creation request message to a PDN gateway, PGW, in a visited public land mobile network, VPLMN, of the UE, the session creation request message comprising the PSAP callback number for the UE and configured to establish communication with a proxy call session control function, P-CSCF, of an internet protocol multimedia subsystem, IMS, in the VPLMN.
A smart-card-connector comprising; a housing within which reading contact elements are arranged comprising reading contacts, said reading contact elements being arranged on a slide which is reciprocally movable within said housing in such a manner that at the time a smart card is inserted the slide is moved with the smart card and is lifted, thus avoiding a frictional slide movement between the smart card contacts and the reading contacts such that the reading contacts come into contact with said card contacts of the smart card, wherein a contact connection between the reading contact elements arranged in the slide and a connection of an outlet element adapted to be mounted at the housing is provided by a flexible circuit board characterised in that a contact element connecting end of the flexible circuit board extends approximately along the entire length of the slide.
A compound having an indolocarbazole ring structure and is represented by the following general formula, wherein, A is a divalent aromatic hydrocarbon group, Ar 1, Ar 2, Ar 3 and Ar 4 are, respectively, monovalent aromatic hydrocarbon groups, wherein Ar 3 or Ar 4 is bonded to the group A simply or via a methylene group, an oxygen atom or a sulfur atom to form another ring, and R 1 to R 9 are, respectively, hydrogen atoms, deuterium atoms, fluorine atoms, chlorine atoms, cyano groups, nitro groups, alkyl groups having 1 to 6 carbon atoms, cycloalkyl groups having 5 to 10 carbon atoms, alkenyl groups having 2 to 6 carbon atoms, alkyloxy groups having 1 to 6 carbon atoms, cycloalkyloxy groups having 5 to 10 carbon atoms, monovalent aromatic hydrocarbon groups or aryloxy groups. A is a divalent aromatic hydrocarbon group, Ar 1, Ar 2, Ar 3 and Ar 4 are, respectively, monovalent aromatic hydrocarbon groups, wherein Ar 3 or Ar 4 is bonded to the group A simply or via a methylene group, an oxygen atom or a sulfur atom to form another ring, and R 1 to R 9 are, respectively, hydrogen atoms, deuterium atoms, fluorine atoms, chlorine atoms, cyano groups, nitro groups, alkyl groups having 1 to 6 carbon atoms, cycloalkyl groups having 5 to 10 carbon atoms, alkenyl groups having 2 to 6 carbon atoms, alkyloxy groups having 1 to 6 carbon atoms, cycloalkyloxy groups having 5 to 10 carbon atoms, monovalent aromatic hydrocarbon groups or aryloxy groups.
Door, particularly furniture doors, with an upper and a lower hinges designed to couple both in the upper and lower section of the door for which it is intended to, and each of the upper and lower hinges comprising a base body representing a flat surface, susceptible to be integrally joined to the upper or lower base of a piece of furniture the door is coupled to, and wherein said base body comprises a circular cavity suitable for receiving, fitted therein, the lower or upper edge end of the door, the insertion of the lower and upper edge end of the door in the circular cavity is performed directly, through insertion in said circular cavity of a projection, determined by the existence of a stepped notched section made respectively in said lower and upper edges of the door, which is dimensioned to be tightly fitted in the circular cavity and/or the insertion of the upper and lower edge end of the door in the circular cavity is carried out through a rotation cylindrical part which is coupled with the cylindrical cavity; characterized in that the door is made of a material such as plastic, methacrylate, or any other similar material with a certain grade of flexibility, and further featuring little thickness, just enough to allow flexibility of the door and thus enable the coupling thereof to the lower and upper hinges
A device for receiving a liquid sample and measuring light emitted or refracted therefrom, comprising: a light-guiding vessel having walls defining a cavity for containing a liquid sample during a measuring process, said walls being in contact with said liquid sample and further defining an opening for passage of light to allow light to enter and exit said cavity, said walls being formed of an amorphous fluoropolymer doped with black dopant and having an index of refraction lower than the refractive index of water and an absorption coefficient in the range of 0,1 to 100 mm -1 at a wavelength within the wavelength range of UV, visible and near IR; said vessel further having a reflective surface opposite to said opening for returning light that has passed through said liquid sample back to said opening, wherein light within said cavity is guided by attenuated total reflection at the boundary between said liquid sample and said walls. a light-guiding vessel having walls defining a cavity for containing a liquid sample during a measuring process, said walls being in contact with said liquid sample and further defining an opening for passage of light to allow light to enter and exit said cavity, said walls being formed of an amorphous fluoropolymer doped with black dopant and having an index of refraction lower than the refractive index of water and an absorption coefficient in the range of 0,1 to 100 mm -1 at a wavelength within the wavelength range of UV, visible and near IR; said vessel further having a reflective surface opposite to said opening for returning light that has passed through said liquid sample back to said opening, wherein light within said cavity is guided by attenuated total reflection at the boundary between said liquid sample and said walls.
Nipple protector comprising an elastic substantially annular base having a continuous opening for accommodating, in a use position of the nipple protector, a nipple of a breast and preferably an areola surrounding the nipple, characterized in that the nipple protector additionally comprises a fabric cover which is pulled over the base, wherein the continuous opening is not covered by the cover.
A cable packaging assembly for storing and unspooling cable, the cable packaging assembly comprising: - a frame comprising a base plate and a drum support protruding from the base plate; - a packaging container comprising a compartment and an opening for accessing the compartment; wherein the drum support is provided within the compartment; wherein the frame is connected to the packaging container; and wherein the base plate is arranged in the opening of the packaging container; the cable packaging assembly being characterized in that the frame is configured to be in one of the following states: - a first state, in which the base plate and the drum support are oriented in the same plane; and - a second state, in which the drum support is oriented perpendicular to the base plate; wherein the frame is in the second state when the drum support is provided within the compartment. the cable packaging assembly comprising: - a frame comprising a base plate and a drum support protruding from the base plate; - a packaging container comprising a compartment and an opening for accessing the compartment; - a frame comprising a base plate and a drum support protruding from the base plate; - a packaging container comprising a compartment and an opening for accessing the compartment; wherein the drum support is provided within the compartment; wherein the frame is connected to the packaging container; and wherein the base plate is arranged in the opening of the packaging container; the cable packaging assembly being characterized in that the frame is configured to be in one of the following states: - a first state, in which the base plate and the drum support are oriented in the same plane; and - a second state, in which the drum support is oriented perpendicular to the base plate; - a first state, in which the base plate and the drum support are oriented in the same plane; and - a second state, in which the drum support is oriented perpendicular to the base plate; wherein the frame is in the second state when the drum support is provided within the compartment.
A hot melt sealant/adhesive composition containing:- Component A. a siloxane polymer composition comprising a) An organopolysiloxane which may comprise not less than two groups selected from i) silicon bonded alkenyl groups or ii) silicon-bonded hydroxyl groups and/or silicon bonded hydrolysable groups b) one or more fillers; and a cure system comprising c) a suitable catalyst and where required d) suitable cross-linker adapted to react with component (a), catalysed with component (c); and component C and component B. wherein:- B. is one or more hot melt resins having a T g of less than 25°C; and C. is one or more waxes having a melt temperature of between 40 and 200°C; and/or an organic resin having a viscosity average molecular weight of from 200 to 6000 and a softening point of from 0°C and 150°C; wherein the total amount of components B and C in the composition is from 2 to 60% by weight of the whole composition. a) An organopolysiloxane which may comprise not less than two groups selected from i) silicon bonded alkenyl groups or ii) silicon-bonded hydroxyl groups and/or silicon bonded hydrolysable groups i) silicon bonded alkenyl groups or ii) silicon-bonded hydroxyl groups and/or silicon bonded hydrolysable groups b) one or more fillers; and a cure system comprising c) a suitable catalyst and where required d) suitable cross-linker adapted to react with component (a), catalysed with component (c); and component C and component B. wherein:- B. is one or more hot melt resins having a T g of less than 25°C; and C. is one or more waxes having a melt temperature of between 40 and 200°C; and/or an organic resin having a viscosity average molecular weight of from 200 to 6000 and a softening point of from 0°C and 150°C; wherein the total amount of components B and C in the composition is from 2 to 60% by weight of the whole composition. B. is one or more hot melt resins having a T g of less than 25°C; and C. is one or more waxes having a melt temperature of between 40 and 200°C; and/or an organic resin having a viscosity average molecular weight of from 200 to 6000 and a softening point of from 0°C and 150°C;
Ophthalmic surgical system comprising an ophthalmic surgical control device (1, 11), a piezoelectric handpiece, a fluidics control device, a power supply unit, an input unit, and a central control unit, wherein these components together are coupled to the central control unit, wherein the ophthalmic surgical control device (1, 11) comprises a frequency generator, wherein the frequency generator comprises: - a first frequency module configured to produce a first vibration signal at a first frequency f 1, wherein the first frequency f 1 is lower than the ultrasonic resonant frequency of the piezoelectric handpiece, for emulsifying an eye lens, that is connected to the control device (1, 11), and the first vibration signal is a sinusoidal vibration according to the equation y 1 = sin(2πf 1 ·t), and - a second frequency module configured to produce a second vibration signal at a second frequency f 2, wherein the second frequency f 2 is higher than the ultrasonic resonant frequency of the piezoelectric handpiece that is connected to the control device, and the second vibration signal is a sinusoidal vibration according to the equation y 2 = sin (2πf 2 ·t), and wherein the control device (1, 11) comprises a frequency generator control module for actuating the first frequency module and the second frequency module, and wherein the control device (1, 11) comprises a superposition module configured to superpose, in an additive manner, the first vibration signal and the second vibration signal and to provide this as superposition vibration signal according to the equation y u = y 1 + y 2 for operating the piezoelectric handpiece, so that a beat vibration having a beat frequency is produced. - a first frequency module configured to produce a first vibration signal at a first frequency f 1, wherein the first frequency f 1 is lower than the ultrasonic resonant frequency of the piezoelectric handpiece, for emulsifying an eye lens, that is connected to the control device (1, 11), and the first vibration signal is a sinusoidal vibration according to the equation y 1 = sin(2πf 1 ·t), and - a second frequency module configured to produce a second vibration signal at a second frequency f 2, wherein the second frequency f 2 is higher than the ultrasonic resonant frequency of the piezoelectric handpiece that is connected to the control device, and the second vibration signal is a sinusoidal vibration according to the equation y 2 = sin (2πf 2 ·t),
A computer-implemented method of estimating a parameter of a display device, the method comprising: displaying, on a display, a first image comprising a first pattern and a second pattern; capturing second images generated when the first image is reflected by a reflector at different angles, using a camera combined with the display; and estimating a first transformation parameter between the camera and the display based on the first image and the second images, and characterized by further comprising: estimating a second transformation parameter between the display and an optical layer associated with the display based on the second pattern included in the first image and the at least one of the second images, wherein the second pattern is included in a shape repeated in the first pattern. displaying, on a display, a first image comprising a first pattern and a second pattern; capturing second images generated when the first image is reflected by a reflector at different angles, using a camera combined with the display; and estimating a first transformation parameter between the camera and the display based on the first image and the second images, and characterized by further comprising: estimating a second transformation parameter between the display and an optical layer associated with the display based on the second pattern included in the first image and the at least one of the second images, wherein the second pattern is included in a shape repeated in the first pattern.
Method for providing a recommendation message regarding a fluid of a vehicle to a user of the vehicle, the method comprising: determining a current measure of the fluid of the vehicle; determining a planned route of the vehicle; determining at least one environmental condition of the planned route of the vehicle; determining a fluid consumption pattern of a cleaning system of a sensor of the vehicle depending on the at least one environmental condition of the planned route of the vehicle; predicting a consumption of the fluid for the planned route of the vehicle based on the at least one environmental condition of the planned route of the vehicle and the determined fluid consumption pattern of the cleaning system of the sensor of the vehicle; generating the recommendation message dependent on the predicted consumption of the fluid for the planned route and the current measure of the fluid; and providing the recommendation message to the user of the vehicle. determining a current measure of the fluid of the vehicle; determining a planned route of the vehicle; determining at least one environmental condition of the planned route of the vehicle; determining a fluid consumption pattern of a cleaning system of a sensor of the vehicle depending on the at least one environmental condition of the planned route of the vehicle; predicting a consumption of the fluid for the planned route of the vehicle based on the at least one environmental condition of the planned route of the vehicle and the determined fluid consumption pattern of the cleaning system of the sensor of the vehicle; generating the recommendation message dependent on the predicted consumption of the fluid for the planned route and the current measure of the fluid; and providing the recommendation message to the user of the vehicle.
An input output connector comprising: a housing including surfaces defining a paddle card region; and a set of compressible contacts extending vertically through the housing into the paddle card region, characterized by: the set of compressible contacts includes one or more spring loaded pins; and each contact in the set of compressible contacts is to have an inductance of 0.5nH or less. a housing including surfaces defining a paddle card region; and a set of compressible contacts extending vertically through the housing into the paddle card region, characterized by: the set of compressible contacts includes one or more spring loaded pins; and each contact in the set of compressible contacts is to have an inductance of 0.5nH or less. the set of compressible contacts includes one or more spring loaded pins; and each contact in the set of compressible contacts is to have an inductance of 0.5nH or less.
A tip for the dispensing, mixing and application of a material having first and second components to be mixed prior to application comprising a housing, first and second chambers disposed within said housing and in communication, said chambers providing a means to attach said mixing tip to a preloaded cartridge fluidly communicating with a mixing reservoir, a dispensing barrel having a hollow interior also in fluid communication with said mixing reservoir and having an output orifice, a static mixing device disposed within said barrel, said static mixing device comprising a twisted wire component characterized in that said twisted wire component has a plurality of brush bristles physically trapped within the twists thereof.
A beam for use in a piece of construction equipment, the beam having a longitudinal axis and comprising: a) a top shell and a bottom shell connected together into a beam of varying curvature, the top shell having a curved shape, the top shell including at least a first panel member, and the bottom shell having a curved shape, characterized in that the bottom shell includes at least two pieces of material (460, 470), wherein the two pieces of material (460, 470) have a different compressive strength per unit of length in a direction transverse to said longitudinal axis; and, c) the top shell being butt welded with full penetration welds (475, 485) to the bottom shell. a) a top shell and a bottom shell connected together into a beam of varying curvature, the top shell having a curved shape, the top shell including at least a first panel member, and the bottom shell having a curved shape, characterized in that the bottom shell includes at least two pieces of material (460, 470), wherein the two pieces of material (460, 470) have a different compressive strength per unit of length in a direction transverse to said longitudinal axis; and, c) the top shell being butt welded with full penetration welds (475, 485) to the bottom shell.
A method in a network node configured for operation in a wireless communication network, the method comprising: determining whether a device-to-device-capable, D2D-capable, user equipment, UE, is or will be performing a D2D operation based on at least a report, received from the D2D-capable UE, indicating that one or more additional D2D UEs have been discovered by the D2D-capable UE and whether the D2D-capable UE is or will be performing a cellular operation; adapting an activity/inactivity state configuration for the D2D-capable UE, based on said determining, wherein adapting the activity/inactivity state configuration comprises configuring discontinuous reception, DRX, for the D2D operation and for the cellular operation, and wherein adapting the activity/inactivity state configuration further comprises aligning active state periods for the D2D operation and the cellular operation so that the active state periods for the D2D operation and the cellular operation overlap at least in part; determining whether the D2D-capable UE with the adapted activity/inactivity state configuration has stopped or will stop performing the D2D operation and/or the cellular operation; and in response to said determining, deconfiguring or reconfiguring the adapted activity/inactivity state configuration for the D2D-capable UE, wherein deconfiguring or reconfiguring the adapted activity/inactivity state configuration comprises deconfiguring the DRX resulting in a continuous reception by the D2D-capable UE. determining whether a device-to-device-capable, D2D-capable, user equipment, UE, is or will be performing a D2D operation based on at least a report, received from the D2D-capable UE, indicating that one or more additional D2D UEs have been discovered by the D2D-capable UE and whether the D2D-capable UE is or will be performing a cellular operation; adapting an activity/inactivity state configuration for the D2D-capable UE, based on said determining, wherein adapting the activity/inactivity state configuration comprises configuring discontinuous reception, DRX, for the D2D operation and for the cellular operation, and wherein adapting the activity/inactivity state configuration further comprises aligning active state periods for the D2D operation and the cellular operation so that the active state periods for the D2D operation and the cellular operation overlap at least in part; determining whether the D2D-capable UE with the adapted activity/inactivity state configuration has stopped or will stop performing the D2D operation and/or the cellular operation; and in response to said determining, deconfiguring or reconfiguring the adapted activity/inactivity state configuration for the D2D-capable UE, wherein deconfiguring or reconfiguring the adapted activity/inactivity state configuration comprises deconfiguring the DRX resulting in a continuous reception by the D2D-capable UE.
A filter cartridge for removing impurities from a stream of raw gas to be filtered, comprising a cylindrical filter element which is made of a filter material and in which a filter insert is inserted, an interior space being formed between the filter element and the filter insert, the filter material being designed to be cleaned when a stream of compressed air is applied against a flow direction of the stream of raw gas, and having a cap designed as a flow guiding device provided for expanding the stream of compressed air, wherein the cap is arranged at an axial end of the filter insert, is fixed to the filter insert, and is arranged such that it projects beyond an axial length of the filter element in the axial direction, wherein a first portion of the cap is arranged outside the filter element in the axial direction and a second portion of the cap is arranged inside the filter element, characterized in that an outer shape of the cap follows a parabolic function and the first portion of the cap has an axial length in the axial direction which is 0.5 to 1.0 times as large as an inner diameter of the filter element.