mhurhangee/ep-ind-claims huggingface dataset:
A test procedure for an emergency call network to verify a correct call routing, including the following steps: - providing a test user cellphone connection between a test user at a test site and an integrated test environment, - assigning location data to a target location of the test user wherein such target location is emulated by the integrated test environment, - providing an emergency operator connection between the integrated test environment and an emergency operator in an emergency call center of the emergency call network using the assigned location data, - synchronizing the test user cellphone connection and the emergency operator connection to establish an end-to-end call connection between the test user and the emergency operator, - wherein during the test procedure a plurality of test calls is performed by the test user from one and the same location, wherein location data are assigned which are representative for different emulated locations, wherein the test call requires the equipment of the emergency call center to be tested as if a test user would be located physically at the emulated location. - providing a test user cellphone connection between a test user at a test site and an integrated test environment, - assigning location data to a target location of the test user wherein such target location is emulated by the integrated test environment, - providing an emergency operator connection between the integrated test environment and an emergency operator in an emergency call center of the emergency call network using the assigned location data, - synchronizing the test user cellphone connection and the emergency operator connection to establish an end-to-end call connection between the test user and the emergency operator, - wherein during the test procedure a plurality of test calls is performed by the test user from one and the same location, wherein location data are assigned which are representative for different emulated locations, wherein the test call requires the equipment of the emergency call center to be tested as if a test user would be located physically at the emulated location.
A particulate lithium metal/lithium sulphide composite material which has a core/shell morphology, wherein the shell consists of a C-containing lithium sulphide, and the core consists of metallic lithium, characterised in that maximally 50% by weight of the lithium contained is contained in a non-metallic form.
A method for obtaining a motion vector comprising: determining a reference block of a to-be-processed block, wherein the reference block and the to-be-processed block have a preset temporal or spatial correlation, the reference block has an initial motion vector, the initial motion vector of the reference block is obtained based on a predicted motion vector of the reference block, and a prediction block of the reference block is obtained based on the initial motion vector and a motion vector offset, wherein the motion vector offset is obtained on the basis of one or more preset motion vector offsets; and using the initial motion vector of the reference block as a predicted motion vector of the to-be-processed block. determining a reference block of a to-be-processed block, wherein the reference block and the to-be-processed block have a preset temporal or spatial correlation, the reference block has an initial motion vector, the initial motion vector of the reference block is obtained based on a predicted motion vector of the reference block, and a prediction block of the reference block is obtained based on the initial motion vector and a motion vector offset, wherein the motion vector offset is obtained on the basis of one or more preset motion vector offsets; and using the initial motion vector of the reference block as a predicted motion vector of the to-be-processed block.
A gas generator, comprising a cylindrical housing with an ignition device (16, 17) attached at one end and a diffuser portion, which has a gas discharge port, attached at the other end, a first combustion chamber formed inside the cylindrical housing at the one end to which the ignition device (16, 17) is attached, being defined by a first porous plate member, and being charged with a molded article of first gas generating agent, a second combustion chamber formed in the cylindrical housing and defined by a second porous plate member, which is disposed axially at a distance from the first porous plate member and has a second through hole, the second combustion chamber being charged with a molded article of second gas generating agent, the ignition device (16, 17) provided by fixing an igniter main body with a columnar ignition portion, to a fixing member including an igniter collar, the ignition portion disposed to protrude inside the first combustion chamber, axial end surfaces of the first combustion chamber, respectively, formed by the first porous plate member, and the ignition portion of the igniter main body and the igniter collar, an annular space formed between an outer peripheral surface of the ignition portion and an inner peripheral wall surface of the cylindrical housing, which radially faces the outer peripheral surface of the ignition portion, the annular space having a bottom surface defined by the igniter collar, and an axis X of the cylindrical housing being coincident with a central line of the ignition portion of the igniter main body, the first porous plate member, and the second porous plate member, characterized by the first porous plate member having first through holes, a proportion of a first total opening area of only outer first through holes arranged in the vicinity of a peripheral edge portion and in a circumferential direction of the first porous plate member to a total opening area of the first through holes in the first porous plate member being not less than 95%, and a height of a top surface of the ignition portion from the bottom surface and a smallest length (Lmin) of the molded article of first gas generating agent charged in the first combustion chamber satisfying a relation of Lmin<H.
A strip-shaped toilet cleaning product for application in the interior of a toilet bowl, comprising: • a width, a height and a thickness, wherein the ratio of the width, height and thickness is between 1:1:0.01 and 1:0.1:0.2, • a first extruded phase and • at least one second extruded phase, wherein the first phase differs from at least the second phase, wherein however all the phases (2, 3, 7) comprise at least one adhesion promoter at least on the side of the toilet cleaning product to be applied onto the toilet bowl and • the first phase and at least the second phase have a contact surface with one another, wherein • at least the contour of a contact surface (4, 4a, 4b) along the center axis is designed in the form of a sine wave having an amplitude of A 1,O, wherein the ratio of the amplitude to the width A 1,O:B is between 1:10 and 1:25, and the period of the sine wave corresponds to 0.1 to 1 times the width of the toilet cleaning product. • a width, a height and a thickness, wherein the ratio of the width, height and thickness is between 1:1:0.01 and 1:0.1:0.2, • a first extruded phase and • at least one second extruded phase, wherein the first phase differs from at least the second phase, wherein however all the phases (2, 3, 7) comprise at least one adhesion promoter at least on the side of the toilet cleaning product to be applied onto the toilet bowl and • the first phase and at least the second phase have a contact surface with one another, wherein • at least the contour of a contact surface (4, 4a, 4b) along the center axis is designed in the form of a sine wave having an amplitude of A 1,O, wherein the ratio of the amplitude to the width A 1,O:B is between 1:10 and 1:25, and the period of the sine wave corresponds to 0.1 to 1 times the width of the toilet cleaning product.
A method of sensing a pressure applied to a surface, comprising: monitoring an electrical signal generated by redistribution of mobile ions in a piezoionic layer (102, 408, 502, 602, 802, 902, 1002, 1102, 1204, 1302, 1304, 1404, 1502, 1602, 1702, 2302, 2402) under the surface, wherein the redistribution of mobile ions in the piezoionic layer is induced by an externally applied local pressure at a portion of the layer without application of an external electrical signal to the piezoionic layer; and determining that the surface is pressured based on detection of the electrical signal, characterized in that the electrical signal is monitored through at least two electrodes (108, 110, 406, 504, 604, 606, 608, 610, 702, 704, 804, 904, 906, 1006, 1104, 1106, 1206, 1208, 1306, 1308, 1406, 1504, 1506, 1604, 1606, 1704, 1706, 2304, 2306, 2404) in contact with one side of the piezoionic layer at different locations, and wherein the at least two electrodes are formed of the same material. monitoring an electrical signal generated by redistribution of mobile ions in a piezoionic layer (102, 408, 502, 602, 802, 902, 1002, 1102, 1204, 1302, 1304, 1404, 1502, 1602, 1702, 2302, 2402) under the surface, wherein the redistribution of mobile ions in the piezoionic layer is induced by an externally applied local pressure at a portion of the layer without application of an external electrical signal to the piezoionic layer; and determining that the surface is pressured based on detection of the electrical signal, characterized in that the electrical signal is monitored through at least two electrodes (108, 110, 406, 504, 604, 606, 608, 610, 702, 704, 804, 904, 906, 1006, 1104, 1106, 1206, 1208, 1306, 1308, 1406, 1504, 1506, 1604, 1606, 1704, 1706, 2304, 2306, 2404) in contact with one side of the piezoionic layer at different locations, and wherein the at least two electrodes are formed of the same material.
A stopping device for a container, said stopping device comprising a circular stopper provided to close the neck of the container as well as a cap made from a synthetic material able to cover both the neck and the stopper placed in that neck, said cap comprising a ring and being capable of surrounding the stopper and the neck in the mounted configuration and being provided with means (253, 255) for locking on the neck, as well as with a cover, whereas the ring and the cover are made as a single component and connected by breakable bridges distributed over a circumference of the ring, characterized in that: - the ring has a minimum inner diameter strictly larger than the maximum diameter of the stopper, - the circumference of the ring on which the breakable bridges are distributed has an inner diameter strictly larger than the maximum diameter of the stopper, - the means for locking the ring comprise: - first locking tabs formed on the inside of the ring across from windows that are radially open to the outside of the ring, - second locking tabs formed on the inside of the ring across from a closed part of the ring, and - each second locking tab is formed, on the circumference of the ring, between two first locking tabs, facing a strip of material separating windows which are facing the first locking tabs. - the ring has a minimum inner diameter strictly larger than the maximum diameter of the stopper, - the circumference of the ring on which the breakable bridges are distributed has an inner diameter strictly larger than the maximum diameter of the stopper, - the means for locking the ring comprise: - first locking tabs formed on the inside of the ring across from windows that are radially open to the outside of the ring, - second locking tabs formed on the inside of the ring across from a closed part of the ring, and - first locking tabs formed on the inside of the ring across from windows that are radially open to the outside of the ring, - second locking tabs formed on the inside of the ring across from a closed part of the ring, and - each second locking tab is formed, on the circumference of the ring, between two first locking tabs, facing a strip of material separating windows which are facing the first locking tabs.
Device for the electrical energizing of a brake associated with an electric motor, this brake comprising a coil and a braking member that can be displaced under the action of a magnetic field generated by the coil between a braking position and a position of free rotation of the motor, this device having to be linked to a sinusoidal voltage supply of period T and being devised so as to deliver to the coil a holding current, during which the coil is periodically under-energized for a duration greater than T.
A safety system (10, 64) for safeguarding a surrounding area of a vehicle, in particular of a driverless vehicle, the safety system (10, 64) comprising an optoelectronic safety sensor for monitoring the surrounding area, a first input connectable to a first kinematic sensor for determining a first speed value for the speed of the vehicle, an inertial measurement unit for determining movement information of the vehicle, and a control and evaluation unit (34, 64) configured to compare the first speed value and the movement information with one another and to use sensor data from the safety sensor to detect objects in the surrounding area and, taking into account the speed of the vehicle, to evaluate whether or not a safety reaction of the vehicle is initiated, characterized in that the safety sensor is configured as a safety laser scanner and the inertial measurement unit is integrated therein.
A load measuring apparatus for a working machine applicable to a working machine having a body frame, front wheels and rear wheels rotatably disposed on the body frame, a vessel tiltably mounted on the body frame for carrying a cargo, and front suspension cylinders and rear suspension cylinders disposed between the body frame and the front wheels and rear wheels, respectively, for reducing shocks to a body during traveling, to measure a load of the cargo carried on the vessel, the load measuring apparatus for a working machine comprising: a surface resistance detection unit that detects a surface resistance of a travel road for the working machine; characterized by a front load acquisition unit that acquires a front load applied to the front suspension cylinders; a rear load acquisition unit that acquires a rear load applied to the rear suspension cylinders; a total load computing unit that based on the front load acquired by the front load acquisition unit and the rear load acquired by the rear load acquisition unit, computes a total load (PTa) acting on the front suspension cylinders and rear suspension cylinders to determine the load of the cargo; and a total load correction unit that corrects the total load computed by the total load computing unit, according to the surface resistance detected by the surface resistance detection unit. a surface resistance detection unit that detects a surface resistance of a travel road for the working machine; characterized by a front load acquisition unit that acquires a front load applied to the front suspension cylinders; a rear load acquisition unit that acquires a rear load applied to the rear suspension cylinders; a total load computing unit that based on the front load acquired by the front load acquisition unit and the rear load acquired by the rear load acquisition unit, computes a total load (PTa) acting on the front suspension cylinders and rear suspension cylinders to determine the load of the cargo; and a total load correction unit that corrects the total load computed by the total load computing unit, according to the surface resistance detected by the surface resistance detection unit.
Method of implementation of a NFC transaction between a mobile terminal and a distant module, said terminal comprising a processor hosting an application establishing the NFC transaction, a near-field communication module, and a secure element distinct from the processor, the method comprising at least the following successive steps: (a) said near-field communication module sends, to said first application, first data sent by the distant module and ciphered by said secure element; and (b) said first application asks said secure element to decipher said first data. (a) said near-field communication module sends, to said first application, first data sent by the distant module and ciphered by said secure element; and (b) said first application asks said secure element to decipher said first data.
Apparatus for laser cladding filler material distribution, comprising: a housing having an external surface defining an array of at least two distribution apertures for controlled distribution of filler material on a cladding substrate, and an internal chamber in communication with the distribution apertures adapted for retention of filler material therein; a mechanical feed mechanism adapted for feeding filler material from the internal chamber through the distribution apertures in the distribution aperture array; and a feed mechanism drive system, coupled to the mechanical feed mechanism, adapted for selectively varying filler material feed rate, characterised in that the mechanical feed mechanism comprises a rotatable auger mounted in the housing, wherein the auger has front and rear seals (342, 344) for limiting the flow of filler material along the auger, wherein the auger is rotated by the feed mechanism drive system under the control of a controller and transfers filler material from a supply hopper to the distribution apertures, wherein the width of feeding of the filler material from the distribution apertures is selectively variable by axial movement of the auger within the housing, said axial movement narrowing or widening the feeding width by respectively isolating or deisolating one or more of the distribution apertures from the auger. a housing having an external surface defining an array of at least two distribution apertures for controlled distribution of filler material on a cladding substrate, and an internal chamber in communication with the distribution apertures adapted for retention of filler material therein; a mechanical feed mechanism adapted for feeding filler material from the internal chamber through the distribution apertures in the distribution aperture array; and a feed mechanism drive system, coupled to the mechanical feed mechanism, adapted for selectively varying filler material feed rate, characterised in that the mechanical feed mechanism comprises a rotatable auger mounted in the housing, wherein the auger has front and rear seals (342, 344) for limiting the flow of filler material along the auger, wherein the auger is rotated by the feed mechanism drive system under the control of a controller and transfers filler material from a supply hopper to the distribution apertures, wherein the width of feeding of the filler material from the distribution apertures is selectively variable by axial movement of the auger within the housing, said axial movement narrowing or widening the feeding width by respectively isolating or deisolating one or more of the distribution apertures from the auger.
A floor panel comprising: a top layer; a base layer having a first base section, a second base section, and a glass fiber section, wherein the glass fiber section is positioned between the first base section and the second base section, wherein the first base section includes a first composition of polyvinyl chloride, a filler, and a plasticizer; characterized in that the second base section includes a second composition of polyvinyl chloride, a filler, and a plasticizer, with a higher content of polyvinyl and plasticizer than the first composition; and that the floor panel further comprises a tongue connection section extending outward from one side of the base layer and extending outward beyond the top layer, and a groove connection section arranged on an opposite side of the base layer, wherein the tongue connection section has a top surface and a tapered surface, which are both formed from the glass fiber section, and wherein the groove connection section includes an upper inclined wall, which is also formed from the glass fiber section. a top layer; a base layer having a first base section, a second base section, and a glass fiber section, wherein the glass fiber section is positioned between the first base section and the second base section, wherein the first base section includes a first composition of polyvinyl chloride, a filler, and a plasticizer; characterized in that the second base section includes a second composition of polyvinyl chloride, a filler, and a plasticizer, with a higher content of polyvinyl and plasticizer than the first composition; and that the floor panel further comprises a tongue connection section extending outward from one side of the base layer and extending outward beyond the top layer, and a groove connection section arranged on an opposite side of the base layer, wherein the tongue connection section has a top surface and a tapered surface, which are both formed from the glass fiber section, and wherein the groove connection section includes an upper inclined wall, which is also formed from the glass fiber section.
A method for facilitating a forward handover in a communications system, comprising: establishing, by a user terminal, a connection with a first base station of a first cell, the connection including a Radio Resource Control Connected, RRC_Connected, state; storing, at the user terminal, first identity information associated with the connection to the first cell, the first identity information comprising a Physical Cell Identity, PCI, and a Cell Radio Network Temporary Identifier, C-RNTI; initiating (614, 830), at the user terminal, a forward handover to the second base station of the second cell; receiving, at the user terminal, second identity information associated with the second cell; re-establishing (618, 840) the RRC_Connected state with the second base station; detecting and declaring (722, 850), by the user terminal, Radio Link Failure, RLF, between re-establishment of the RRC_Connected state and completion of establishment of the connection to the second base station; and initiating (724, 860), by the user terminal, re-establishment of the connection with a third base station of a third cell using the first identity information. establishing, by a user terminal, a connection with a first base station of a first cell, the connection including a Radio Resource Control Connected, RRC_Connected, state; storing, at the user terminal, first identity information associated with the connection to the first cell, the first identity information comprising a Physical Cell Identity, PCI, and a Cell Radio Network Temporary Identifier, C-RNTI; initiating (614, 830), at the user terminal, a forward handover to the second base station of the second cell; receiving, at the user terminal, second identity information associated with the second cell; re-establishing (618, 840) the RRC_Connected state with the second base station; detecting and declaring (722, 850), by the user terminal, Radio Link Failure, RLF, between re-establishment of the RRC_Connected state and completion of establishment of the connection to the second base station; and initiating (724, 860), by the user terminal, re-establishment of the connection with a third base station of a third cell using the first identity information.