mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire comprising: a carcass extending from a tread portion through sidewall portions to bead cores in bead portions; a belt layer disposed outward of the carcass in a tire radial direction and inward of the tread portion; and clinch rubbers disposed in the bead portions and outward of the carcass in a tire axial direction and forming outer surfaces of the bead portions, wherein the belt layer is composed of a plurality of belt plies (7A, 7B) having belt cords (7a, 7b) tilted at an angle of 15° to 45° with respect to a tire equator, at respective buttress portions on both sides, a pair of buttress reinforcing layers are disposed between the carcass and the belt layer, wherein the pair of buttress reinforcing layers have reinforcing cords tilted in a direction opposite to that of a belt cord of an innermost belt ply, characterized in that a thickness (dc) of each clinch rubber at a location which is at a height (Hc) of 25 mm from a bead base line outwardly in the tire radial direction is 3 to 5 mm and a cord interval (Wc) between each reinforcing cord is not less than 0.4 mm and not greater than 2.0 mm. the belt layer is composed of a plurality of belt plies (7A, 7B) having belt cords (7a, 7b) tilted at an angle of 15° to 45° with respect to a tire equator, at respective buttress portions on both sides, a pair of buttress reinforcing layers are disposed between the carcass and the belt layer, wherein the pair of buttress reinforcing layers have reinforcing cords tilted in a direction opposite to that of a belt cord of an innermost belt ply, characterized in that a thickness (dc) of each clinch rubber at a location which is at a height (Hc) of 25 mm from a bead base line outwardly in the tire radial direction is 3 to 5 mm and a cord interval (Wc) between each reinforcing cord is not less than 0.4 mm and not greater than 2.0 mm.
A smart light guide battery cover, for being arranged above a battery of a mobile terminal, the smart light guide battery cover comprising: a plurality of LED lamps connected to the battery, a battery rear cover capable of transmitting light and comprising a body and a light transmitting structure arranged on the body, whereby the light transmitting structure comprises a plurality of light transmitting holes formed on the body, and the plurality of LED lamps are arranged correspondingly in the plurality of light transmitting holes; whereby the smart light guide battery cover further comprises a light guide film arranged above the battery rear cover and the plurality of LED lamps, covering the battery rear cover and the plurality of LED lamps, and configured to guide the light. a plurality of LED lamps connected to the battery, a battery rear cover capable of transmitting light and comprising a body and a light transmitting structure arranged on the body, whereby the light transmitting structure comprises a plurality of light transmitting holes formed on the body, and the plurality of LED lamps are arranged correspondingly in the plurality of light transmitting holes; whereby the smart light guide battery cover further comprises a light guide film arranged above the battery rear cover and the plurality of LED lamps, covering the battery rear cover and the plurality of LED lamps, and configured to guide the light.
Method of securing the loading of data into a nonvolatile memory of a secure element (12a; 12b), said nonvolatile memory comprising a storage area, called the code storage area, defined by an initial program of the secure element, any modification of which area is controlled solely by said initial program, said method comprising the following steps executed by a device (16a; 16b) external to the secure element (12a; 12b): - obtaining data to be transmitted to the secure element, said data representing only a part of the available space in the code storage area; - simulating an image of the code storage area modified by the loading of the data obtained into this code storage area of the secure element; - calculating a signature of the simulated image of the code storage area as a whole; and - transmitting the data obtained and the calculated signature to said secure element (12a; 12b). - obtaining data to be transmitted to the secure element, said data representing only a part of the available space in the code storage area; - simulating an image of the code storage area modified by the loading of the data obtained into this code storage area of the secure element; - calculating a signature of the simulated image of the code storage area as a whole; and - transmitting the data obtained and the calculated signature to said secure element (12a; 12b).
A telescoping strut for extension / retraction / damping of a landing gear in an aircraft, the telescoping strut comprising at least an extension chamber, a retraction chamber and a damper chamber, each of the extension, retraction and damper chambers being formed by tubes slidably telescoping along a longitudinal direction of the telescoping strut, the telescoping strut comprising two attachment connectors for securing the telescoping strut to the landing gear and to a body structure of the aircraft, wherein the tubes comprise an upper medium tube and an innermost lower tube forming together a sealed outer shell for the extension chamber that is central and pre-pressurized, the central extension chamber lengthening centrally in the telescoping strut between a top end of the upper medium tube and a bottom end of the innermost lower tube along the longitudinal direction; a top end of the innermost lower tube being slidably guided in an intermediate portion between ends (15, 16) of the upper medium tube along the longitudinal direction, the upper medium tube being rigidly secured to one of the attachment connectors and the innermost lower tube being rigidly secured to the other attachment connector; the telescoping strut further comprising an outermost damping tube and a floating upper intermediate tube, an outer shell of the upper medium tube and an inner shell of the floating upper intermediate tube forming together the surrounding retraction chamber that is radially surrounding the central extension chamber locally, the telescoping strut having only one fluid input / output passage for fluid circulation from an hydraulic source in an hydraulic generation architecture of the aircraft to the surrounding retraction chamber for opposing an extension positive pressure in the central extension chamber so that the surrounding retraction chamber counteracts the extension positive pressure to provoke a longitudinal shortening of the central extension chamber operating retraction of the telescoping strut when the surrounding retraction chamber is fed through the fluid input / output passage with an overcoming fluid pressure overwhelming the extension positive pressure; the floating upper intermediate tube being slidably guided around the upper medium tube and being slidably guided in the outermost damping tube, the outermost damping tube being rigidly secured to one of the attachment connectors; the outermost damping tube and the floating upper intermediate tube forming together a first chamber that is pre-pressurized at a first pre-loaded pressure; the outermost damping tube and the innermost lower tube forming together a second chamber that is pre-pressurized with a fluid at a second pre-loaded pressure and that is selectively communicable with the first chamber.
A water tank assembly, comprising a water tank, a floater and a proximity switch, the floater is able to go up or down with water in the water tank, the floater has magnetic properties, the proximity switch comprising a magnetic sensor and a seal waterproof layer provided outside the magnetic sensor, the magnetic sensor outputs different signals according to different positions of the floater with respect to the magnetic sensor, and the seal waterproof layer is used for waterproofing of the magnetic sensor, characterised in that an outer side wall of the water tank is provided with an installing column which is configured to form an included angle with a side wall of the water tank, and the installing column passes through the proximity switch so as to achieve pre-installation of the proximity switch, the side wall of the water tank is provided with multiple limiting ribs, the multiple limiting ribs are provided at a circumferential outer side of the proximity switch, the multiple limiting ribs are provided at an upper part, a lower part and two sides of the proximity switch.
Method for handling failure of a MME - Mobility Management Entity - in an EPS - Evolved Packet System - by performing pro-active MME restoration, wherein at pro-active MME restoration, MME relocation and restoration of the lost state is triggered, as soon as failure of said MME is detected, wherein multiple UEs - User Equipment - are attached to a first MME, wherein said first MME stores first context information representing the UEs attached to said first MME, wherein said UEs are connected to one of multiple eNBs - evolved NodeB, wherein said eNB may communicate with said first MME and with at least two neighboring MMEs, and wherein said UEs may communicate with said first MME and with said at least two neighboring MMEs via said eNB, characterized by the steps of detecting failure of said first MME, sending bulk paging signaling to idle mode UEs which are affected by the failure of said first MME, thus gathering information about said idle mode UEs, wherein said bulk paging signaling refers to paging signaling which is addressed to multiple idle mode UEs, wherein failed MME information is used as identifier in the paging message, wherein the step of sending bulk paging is triggered by the detection of said failure, restoring at least parts of said first context information at one or several of said neighboring MME using the gathered information, and re-establishing network internal logical connections with said one or several of said neighboring MME using the restored first context information, wherein bulk paging is initiated by one of the neighboring MMEs that detects the failure of the first MME or by the eNB which detects failure of said first MME and wherein a neighboring MME which sends bulk paging signaling may notify other neighboring MMEs of the detected failure in order to avoid duplicate paging.
A nonaqueous electrolyte comprising an electrolyte and a nonaqueous solvent dissolving the electrolyte, the nonaqueous electrolyte comprising: a cyclic sulfone compound in an amount of 10-50% by volume based on the whole nonaqueous solvent; at least one compound having a coefficient of viscosity at 25°C of 1.5 mPa·s or lower selected from the group consisting of acyclic carbonates, wherein the coefficient of viscosity at 25°C is a value measured with any of a capillary viscometer, falling-ball viscometer, and vibration viscometer; and further at least one compound selected from the group consisting of monofluorophosphates and difluorophosphates. a cyclic sulfone compound in an amount of 10-50% by volume based on the whole nonaqueous solvent; at least one compound having a coefficient of viscosity at 25°C of 1.5 mPa·s or lower selected from the group consisting of acyclic carbonates, wherein the coefficient of viscosity at 25°C is a value measured with any of a capillary viscometer, falling-ball viscometer, and vibration viscometer; and further at least one compound selected from the group consisting of monofluorophosphates and difluorophosphates.
An optical fiber re-coating device comprising an optical fiber coater that cures resin and coats a coating-removed portion of an optical fiber therewith, characterized by the optical fiber coater comprising: an inner glass opening-and-closing unit comprising: a pair of glass members (G1, G2) having grooves formed thereon; and a pair of mounting tables (D1, D2) on which the respective glass members (G1, G2) are provided and which are coupled to each other via a first hinge, wherein a hollow that is used to coat an optical fiber is formed by matching the grooves of the paired glass members (G1, G2) when the mounting tables (D1, D2) are in a closed state; and an outer opening-and-closing unit comprising: a pair of covers (C1, C2) which are coupled to each other via a second hinge, one of the paired covers (C1, C2) having a magnet provided therein, the other of the paired covers (C1, C2) having a magnet catch provided therein, the magnet and the magnet catch facing each other when the paired covers (C1, C2) are in a closed state; and a light source (L1, L2) that cures a resin used to coat an optical fiber provided in the inner glass opening-and-closing unit and is provided in one of the paired covers (C1, C2), and wherein the paired mounting tables (D1, D2) are fitted into the respective insides of the paired covers (C1, C2), the inner glass opening-and-closing unit and the outer opening-and-closing unit are removable, and when the paired covers (C1, C2) are in a closed state, the magnet attracts the magnet catch, the paired glass members (G1, G2) are butt-jointed to each other, and the hollow is thereby in a closed state. an inner glass opening-and-closing unit comprising: a pair of glass members (G1, G2) having grooves formed thereon; and a pair of mounting tables (D1, D2) on which the respective glass members (G1, G2) are provided and which are coupled to each other via a first hinge, wherein a hollow that is used to coat an optical fiber is formed by matching the grooves of the paired glass members (G1, G2) when the mounting tables (D1, D2) are in a closed state; and an outer opening-and-closing unit comprising: a pair of covers (C1, C2) which are coupled to each other via a second hinge, one of the paired covers (C1, C2) having a magnet provided therein, the other of the paired covers (C1, C2) having a magnet catch provided therein, the magnet and the magnet catch facing each other when the paired covers (C1, C2) are in a closed state; and a light source (L1, L2) that cures a resin used to coat an optical fiber provided in the inner glass opening-and-closing unit and is provided in one of the paired covers (C1, C2), and wherein the paired mounting tables (D1, D2) are fitted into the respective insides of the paired covers (C1, C2), the inner glass opening-and-closing unit and the outer opening-and-closing unit are removable, and when the paired covers (C1, C2) are in a closed state, the magnet attracts the magnet catch, the paired glass members (G1, G2) are butt-jointed to each other, and the hollow is thereby in a closed state.
A controlled dosage form-dispensing device, comprising: a. a multi-chamber, bulk medicine storage and distribution unit, wherein said unit is provided with a plurality of individual dosage form-containing storage chambers with respective delivery ports; and b. a personal medication dispenser comprising a fixed dosage form extracting station comprising a dosage form receiving and extracting mechanism; wherein said medication dispenser is provided with a controller which moves said bulk medicine storage and distribution unit sequentially bringing said respective delivery port of a predetermined chamber into register with said fixed dosage form extracting station such that said dosage form receiving and extracting mechanism extracts and receives only one dosage form at a time; and c. at least one portable dosage form-dispensing cassette having a plurality of compartments and a first delivery controller for delivery of a predetermined dosage form from a predetermined compartment of said portable dosage form-dispensing cassette, said at least one portable cassette being releasably attachable to a personal medication dispenser; and a second delivery controller for the controlled delivery of predetermined dosage forms from said multi-chamber, bulk medicine storage and distribution unit to said portable dosage form-dispensing cassette via a conduit in said personal medication dispenser. a. a multi-chamber, bulk medicine storage and distribution unit, wherein said unit is provided with a plurality of individual dosage form-containing storage chambers with respective delivery ports; and b. a personal medication dispenser comprising a fixed dosage form extracting station comprising a dosage form receiving and extracting mechanism; wherein said medication dispenser is provided with a controller which moves said bulk medicine storage and distribution unit sequentially bringing said respective delivery port of a predetermined chamber into register with said fixed dosage form extracting station such that said dosage form receiving and extracting mechanism extracts and receives only one dosage form at a time; and c. at least one portable dosage form-dispensing cassette having a plurality of compartments and a first delivery controller for delivery of a predetermined dosage form from a predetermined compartment of said portable dosage form-dispensing cassette, said at least one portable cassette being releasably attachable to a personal medication dispenser; and a second delivery controller for the controlled delivery of predetermined dosage forms from said multi-chamber, bulk medicine storage and distribution unit to said portable dosage form-dispensing cassette via a conduit in said personal medication dispenser.
Element (1, 38) for accommodating a receiving device, comprising at least one fitting device for the element (1, 38), further comprising a base plate element (23, 25, 40, 40') as well as a cover plate element (24, 24', 26, 26', 41, 41') for the base plate element (23, 25, 40, 40'), wherein the attachment of base plate element (23, 25, 40, 40') and cover plate element (24, 24', 26, 26', 41, 41') to one another takes place at least partially by means of magnet devices (32, 42), characterized by at least one recess means (35, 35', 43), wherein at least parts of the at least one base plate element (23, 25, 40, 40') are received by the at least one recess means (35, 35', 43) and parts of the fitting device are not received by the recess means (35, 35', 43), wherein the base plate element (23, 25, 40, 40') and the cover plate element (24, 24', 26, 26', 41, 41') comprise a magnet device (32, 42), and wherein the magnet devices (32, 42) are permanent magnets (32, 42).
Exhaust gas cleaning apparatus for cleaning of exhaust gas which originates from a combustion process in a combustion chamber, the exhaust gas cleaning apparatus comprising an exhaust gas flow path (50, 51, 52, 56, 57, 73, 74, 79) which is connectable to the combustion chamber and which is arranged in fluid communication with the combustion chamber and through which the exhaust gas is flowing, wherein the exhaust gas cleaning apparatus further comprises a cold flame gas supply (16, 18, 20) which provides a cold flame gas, and that the cold flame gas supply (16, 18, 20) is arranged in fluid communication with the exhaust gas flow path (50, 51, 52, 56, 57, 73, 74, 79) such that the cold flame gas can be injected into the exhaust gas flowing in the exhaust gas flow path (50, 51, 52, 56, 57, 73, 74, 79) and thereby, at least partly, remove impurities which are present in the exhaust gas, wherein the cold flame gas supply (16, 18, 20) comprises a cold flame gas generator which is arranged in fluid communication with the exhaust gas flow path (50, 51, 52, 56, 57, 73, 74, 79), characterized in that the cold flame gas supply (16, 18, 20) comprises a reservoir (18, 20) for cold flame gas, the reservoir (18, 20) being arranged in fluid communication with the cold flame gas generator and the exhaust gas flow path (50, 51, 52, 56, 57, 73, 74, 79) and that the reservoir (18, 20) comprises heating means such that the temperature of the cold flame gas which is stored in the reservoir (18, 20) is kept above the condensation point of the cold flame gas.
A rotary steerable subterranean drill capable of establishing a deflection angle and azimuthal toolface direction of a drill bit, the rotary steerable subterranean drill, comprising: a housing; an anti-rotation device positioned at an exterior of the housing and comprising a radially deployable drag member; characterised in that the drag member has a plurality of settable operational configurations wherein, within each settable operational configuration, the drag member is deployable across a borehole engaging range of motion spanning from a start position to a maximally extended, borehole engaging position; and for at least two of the plurality of settable operational configurations, the start position of the borehole engaging range of motion is different. a housing; an anti-rotation device positioned at an exterior of the housing and comprising a radially deployable drag member; characterised in that the drag member has a plurality of settable operational configurations wherein, within each settable operational configuration, the drag member is deployable across a borehole engaging range of motion spanning from a start position to a maximally extended, borehole engaging position; and for at least two of the plurality of settable operational configurations, the start position of the borehole engaging range of motion is different.
A forming tool, comprising: a first arm member having a handle portion and a forming portion, the forming portion including a base connected to a pressure pad and a bending member, wherein the pressure pad and the bending member extend outwardly from a bottom side of the base; a second arm member having a handle portion and a die portion, wherein the first arm member is pivotally connected to the second arm member allowing for the forming portion and the die portion to move between an open and a closed position in response to a force applied to the handle portions, of the first and second arm members,, the die portion comprises a die body having a slot and a bending channel that each extend inwardly from a top side of the die body, wherein the slot is complementary to the pressure pad and the bending channel is complementary to the bending member; and a shearing plate arranged to cut a band of sheet metal inserted into the slot, wherein the pressure pad is interposed between the shearing plate and the bending member and the shearing plate is arranged to be outside the slot when the forming portion and the die portion are in the closed position and wherein the shearing plate and the bending member are configured to cut and bend a band of sheet metal inserted into the slot when the hand held forming tool is forced from the open position to the closed position. a first arm member having a handle portion and a forming portion, the forming portion including a base connected to a pressure pad and a bending member, wherein the pressure pad and the bending member extend outwardly from a bottom side of the base; a second arm member having a handle portion and a die portion, wherein the first arm member is pivotally connected to the second arm member allowing for the forming portion and the die portion to move between an open and a closed position in response to a force applied to the handle portions, of the first and second arm members,, the die portion comprises a die body having a slot and a bending channel that each extend inwardly from a top side of the die body, wherein the slot is complementary to the pressure pad and the bending channel is complementary to the bending member; and a shearing plate arranged to cut a band of sheet metal inserted into the slot, wherein the pressure pad is interposed between the shearing plate and the bending member and the shearing plate is arranged to be outside the slot when the forming portion and the die portion are in the closed position and wherein the shearing plate and the bending member are configured to cut and bend a band of sheet metal inserted into the slot when the hand held forming tool is forced from the open position to the closed position.