mhurhangee/ep-ind-claims huggingface dataset:
A cylindrical lithium secondary battery comprising: an anode and a cathode, and a non-aqueous electrolyte comprising: (i) a lithium salt, and (ii) a non-linear carbonate-based solvent comprising a mixture of (a) one or more cyclic carbonate compounds and (b) one or more linear ester compounds characterized in that the one or more linear ester compounds are selected from a propionate-based compound and propyl acetate, the volume ratio of components (a) and (b) being in the range of from 2:8 to 4:6; wherein the battery further comprises a CID (Current Interruptive Device) for intercepting electric current and lowering inner pressure when the inner pressure of the secondary battery is increased, wherein the CID has an activating pressure in the range of from 49 to 196 N/cm 2 (=5 to 20 Kgf/cm2) wherein, if the secondary battery is kept at a constant temperature of 75°C in a fully-charged state, the CID is activated after 600 hours or more, and wherein, if the secondary battery is overcharged in a constant current/constant voltage manner at 10V/1C, the CID is activated at 2 hours or less. an anode and a cathode, and a non-aqueous electrolyte comprising: (i) a lithium salt, and (ii) a non-linear carbonate-based solvent comprising a mixture of (a) one or more cyclic carbonate compounds and (b) one or more linear ester compounds characterized in that the one or more linear ester compounds are selected from a propionate-based compound and propyl acetate, the volume ratio of components (a) and (b) being in the range of from 2:8 to 4:6; (i) a lithium salt, and (ii) a non-linear carbonate-based solvent comprising a mixture of (a) one or more cyclic carbonate compounds and (b) one or more linear ester compounds characterized in that the one or more linear ester compounds are selected from a propionate-based compound and propyl acetate, the volume ratio of components (a) and (b) being in the range of from 2:8 to 4:6;
Battery pack of a naval ship, the battery pack comprising a compartment intended to receive a plurality of accumulators, and a docking system removable for docking the compartment to an enclosure of the naval ship, the docking system comprising at least one locking member (9; 109) comprising a male element (11; 111) in the form of a hook, mounted on a first partition of the compartment, said male element (11; 111) being actuatable between an unlocked position and a locked position, said male element (11; 111) being designed, in its locked position, to engage with an additional fixing element (17; 117; 217) of a first wall of the enclosure or of a partition of another battery pack arranged opposite the first partition of the compartment, the docking system further comprising an actuation mechanism (30; 130) for actuating the male element (11; 111) from its unlocked position to its locked position, the locking member (9; 109) comprising an actuating portion (32; 132), disposed inside the compartment, and said male element (11; 111), said male element (11; 111) protruding from the actuating portion (32; 132) towards the outside of the compartment, at least in its locked position, characterized in that the docking system further comprises a fixing element (17; 117) complementary to said male element, arranged in fixed manner on a second partition of the compartment, opposite and parallel to the first partition, the complementary fixing element (17; 117) being designed to interact with the male element of another battery pack disposed opposite the second partition. the locking member (9; 109) comprising an actuating portion (32; 132), disposed inside the compartment, and said male element (11; 111), said male element (11; 111) protruding from the actuating portion (32; 132) towards the outside of the compartment, at least in its locked position, characterized in that the docking system further comprises a fixing element (17; 117) complementary to said male element, arranged in fixed manner on a second partition of the compartment, opposite and parallel to the first partition, the complementary fixing element (17; 117) being designed to interact with the male element of another battery pack disposed opposite the second partition.
A control system for a hybrid vehicle, said vehicle being operable in a hybrid mode where a combustion engine and an electric motor can be used, and in an electric mode where only said electric motor can be used; said control system comprising a propulsion mode control module configured to control said vehicle to operate in one of said hybrid mode and said electric mode; characterized in that said propulsion mode control module is further configured to verify that said vehicle has been in an off-state for a predetermined period of time before switching from said hybrid mode to said electric mode.
A ceiling system, comprising: at least two elongate carriers (12, 71), configured to support at least one ceiling panel; at least one elongate beam; at least two connecting brackets (20, 50, 60, 80, 90, 100, 110); and at least two suspension hangers, configured to support the ceiling system from a structure; wherein each elongate carrier (12, 71) is supported at one or more suspension locations provided on said elongate carrier, and the suspension hangers are directly coupled to the elongate carriers (12, 71) at the suspension locations; each elongate beam is coupled to at least two elongate carriers (12, 71) by a respective connecting bracket (20, 50, 60, 80, 90, 100, 110), at respective locations separate from the one or more suspension locations on the elongate carriers (12, 71); the connecting brackets (20, 50, 60, 80, 90, 100, 110) are coupled to the elongate carriers (12, 71) by a push-fit connection; and the connecting brackets (20, 50, 60, 80, 90, 100, 110) are coupled to the elongate beam by a push-fit connection. at least two elongate carriers (12, 71), configured to support at least one ceiling panel; at least one elongate beam; at least two connecting brackets (20, 50, 60, 80, 90, 100, 110); and at least two suspension hangers, configured to support the ceiling system from a structure; wherein each elongate carrier (12, 71) is supported at one or more suspension locations provided on said elongate carrier, and the suspension hangers are directly coupled to the elongate carriers (12, 71) at the suspension locations; each elongate beam is coupled to at least two elongate carriers (12, 71) by a respective connecting bracket (20, 50, 60, 80, 90, 100, 110), at respective locations separate from the one or more suspension locations on the elongate carriers (12, 71); the connecting brackets (20, 50, 60, 80, 90, 100, 110) are coupled to the elongate carriers (12, 71) by a push-fit connection; and the connecting brackets (20, 50, 60, 80, 90, 100, 110) are coupled to the elongate beam by a push-fit connection.
An optical waveguide comprising a core and a clad whose refractive index is lower than that of the core; wherein a core material and a clad material are crystals that have a composition of KTa 1-x Nb x O 3 (KTN: 0<x<1) and perovskite type crystal structure, the optical waveguide being characterised in that the element Zr substitutes for a portion of one element of the constituent elements of KTN of the clad material, and the refractive index difference between said core and said clad is adjusted by the amount of the element Zr.
A method comprising: encoding a first picture from a first sequence and a second picture from a second sequence into a first access unit of at least one bitstream; forming a view random-access access unit different from the first access unit for the at least one bitstream comprising: encoding a third picture from the first sequence and a fourth picture from the second sequence into the view random-access access unit of the at least one bitstream, the third picture being intra coded and the fourth picture being predicted from the second picture. encoding a first picture from a first sequence and a second picture from a second sequence into a first access unit of at least one bitstream; forming a view random-access access unit different from the first access unit for the at least one bitstream comprising: encoding a third picture from the first sequence and a fourth picture from the second sequence into the view random-access access unit of the at least one bitstream, the third picture being intra coded and the fourth picture being predicted from the second picture.
A circuit for de-emphasizing information transmitted via a differential communication link, comprising: a voltage mode differential circuit (225,241), having a first and second output terminal, that is operative to provide a first voltage via the first output terminal and second voltage via the second output terminal in response to a differential input voltage; and characterized by a bi-directional current source circuit (224,240), operatively coupled between the first and second terminals, that is operative to selectively provide current in a first and second direction between the first and second terminals based on the first voltage, the second voltage, and de-emphasis control information, wherein the bi-directional current source circuit comprises a plurality of current source circuits configured in parallel between the first output terminal and the second output terminal. a voltage mode differential circuit (225,241), having a first and second output terminal, that is operative to provide a first voltage via the first output terminal and second voltage via the second output terminal in response to a differential input voltage; and
A method of operating a controller in a wireless communications network, comprising: receiving a request from an active process at an application server to trigger a wireless device to enter a dormant state; receiving network traffic information corresponding to a time interval from the wireless device; and if the network traffic information indicates that the active process is solely responsible for network traffic at a transport layer of the wireless device during the time interval, transmitting one or more commands to the wireless device such that the wireless device enters the dormant state. receiving a request from an active process at an application server to trigger a wireless device to enter a dormant state; receiving network traffic information corresponding to a time interval from the wireless device; and if the network traffic information indicates that the active process is solely responsible for network traffic at a transport layer of the wireless device during the time interval, transmitting one or more commands to the wireless device such that the wireless device enters the dormant state.
A self capacitive touch panel comprising: (m×n) sub-pixels, m and n being positive integer, respectively; wherein touch/fingerprint recognition electrodes including sub-pixels in a row share one sensing line; a readout circuit configured to sense self-capacitance of touch/fingerprint recognition electrodes through the sensing line; a touch detection processor configured to detect touch point or obtain fingerprint information through the sensed self-capacitance; a driver configured to drive the sub-pixels, wherein the readout circuit further includes a sensing switch for transmitting a signal to a sub-pixel of said sub-pixels through a scan line connected to said sub-pixel and switching connection between the scan line and a charge amplifier; and the touch/fingerprint recognition electrodes are connected to the readout circuit through a plurality of scan lines and a plurality of sensing lines are connected to the readout circuit, wherein in touch point detection, the readout circuit is configured to transmit simultaneously signals to the plurality of scan lines, to turn on simultaneously sensing switches between the plurality of sensing lines and corresponding charge amplifiers and then to sense self-capacitance of the touch/fingerprint recognition electrodes through the sensing lines, and the touch detection processor detects the touch point through the sensed self-capacitance. (m×n) sub-pixels, m and n being positive integer, respectively; wherein touch/fingerprint recognition electrodes including sub-pixels in a row share one sensing line; a readout circuit configured to sense self-capacitance of touch/fingerprint recognition electrodes through the sensing line; a touch detection processor configured to detect touch point or obtain fingerprint information through the sensed self-capacitance; a driver configured to drive the sub-pixels, wherein the readout circuit further includes a sensing switch for transmitting a signal to a sub-pixel of said sub-pixels through a scan line connected to said sub-pixel and switching connection between the scan line and a charge amplifier; and the touch/fingerprint recognition electrodes are connected to the readout circuit through a plurality of scan lines and a plurality of sensing lines are connected to the readout circuit, wherein in touch point detection, the readout circuit is configured to transmit simultaneously signals to the plurality of scan lines, to turn on simultaneously sensing switches between the plurality of sensing lines and corresponding charge amplifiers and then to sense self-capacitance of the touch/fingerprint recognition electrodes through the sensing lines, and the touch detection processor detects the touch point through the sensed self-capacitance.
An apparatus for carrying cargo, the apparatus being mountable in a subfloor region of an aircraft, comprising: a first bracket is adapted to be rigidly attached to a first structural component (80, 85) of the aircraft; a second bracket is adapted to be rigidly attached to a second structural component (80, 85) of the aircraft; a cargo hook; and a cargo sling beam that has a longitudinal axis in a longitudinal direction and first and second ends in the longitudinal direction, wherein the cargo sling beam has a tubular shape at the first and second ends and a constriction region at a predetermined location between the first and second ends that is narrower than the first and second ends, and wherein the cargo sling beam comprises: a suspension device in the constriction region that receives the cargo hook, and first and second attachments connect the first and second ends removably and at least partially pivotably around the longitudinal axis with the first and second brackets, respectively; wherein the suspension device further comprises a bolt that connects an attach point of the cargo hook with the cargo sling beam; and a bolt bearing between the bolt and the attach point, characterized in that the bolt bearing has a section thinning on at least one side, the bolt bearing being adapted to ensure a turnout of the cargo hook during a crash of the aircraft.
A rotor assembly with a rotor shaft and two flexible rotor blades coupled to a rotor head which in turn is rotationally coupled to the rotor shaft, each rotor blade extending outwards from the rotor shaft, comprising a rotating swash plate through which centre the rotor shaft runs, having at least three flybars extending from and being distributed around said centre provided with a weight element on respective outer tips, the swash plate being rotationally coupled to and synchronized with the rotor shaft and adjusted to tilt in all directions relative to a plane perpendicular to the rotor shaft, wherein the rotor head is hinged to the rotor shaft in one direction so that the rotor head and the rotor blades jointly are able to tilt around their concurrent longitudinal axis, but not around their traversal axis, and the rotating swash plate is coupled to the rotor head by two tilt links being hinged to both the rotating swash plate and the rotor head, one at each side of the longitudinal axis of the rotor head, providing synchronized tilt movements between the rotor head and the rotating swash plate around the longitudinal axis of the rotor head.
A releasable hinge assembly for a motor vehicle seat comprising: - a first flange including an inner toothing centred on its axis; - a second flange having an axis parallel to and slightly separated from said first flange, said first and second flanges (2, 3) being provided so as to be fixed respectively to the seat pan and to the back of the seat or vice versa; - an eccentric mechanism linking said inner toothing to an outer toothing centred on the axis of said second flange, and comprising a number of teeth fewer by at least one tooth than that of said inner toothing, - a control member for rotating said eccentric mechanism and driving the rotation of said outer toothing in said inner toothing; said hinge assembly being characterized in that said outer toothing is mounted on a pinion, and in that it comprises furthermore a release member able to be actuated in rotation and able to drive locking pins in axial translation in order to shift said hinge assembly from a locked configuration in which said pins are introduced at least partially in orifices having complementary shapes arranged in the wall of said pinion so as to link in rotation said outer toothing and said second flange, to an unlocked configuration in which said pins do not cooperate with said orifices such that said outer toothing and said second flange are rotationally uncoupled from each other. - a first flange including an inner toothing centred on its axis; - a second flange having an axis parallel to and slightly separated from said first flange, said first and second flanges (2, 3) being provided so as to be fixed respectively to the seat pan and to the back of the seat or vice versa; - an eccentric mechanism linking said inner toothing to an outer toothing centred on the axis of said second flange, and comprising a number of teeth fewer by at least one tooth than that of said inner toothing, - a control member for rotating said eccentric mechanism and driving the rotation of said outer toothing in said inner toothing;
Thermoelectric device, in particular for an air conditioning system of a motor vehicle, comprising a plurality of electrically conductive first threads and a plurality of electrically insulating second threads, which together form a woven fabric, wherein a plurality of p-doped and n-doped thread segments (5, 6) is present in alternation in at least one first thread, preferably in all first threads, in order to design the woven fabric as a thermoelectrically active woven fabric, characterised in that the first threads in the woven fabric have a wavy course with a plurality of curvature turning points, wherein the p- and n-doped thread segments (5, 6) are disposed in a respective curvature turning point of the first thread.
A stretching structure of a tension member for a chair in which a recess is formed on a front surface of a frame, an engagement member fitting in the recess, a first groove being formed in an outer circumference of the frame, a second groove being formed in an outer circumference of the engagement member, the first and second grooves (24; 25) communicating with each other and being open backward around the frame and engagement member, a circumferential edge of the tension member engaging in the first and second grooves (24; 25) so that the tension member is stretched over the front surface of the frame, characterized in that: an engagement projection (20; 21) is provided on one of opposing faces of the recess of the frame and the engagement member facing the engagement projection (20; 21), while an engagement groove which engages with the engagement projection (20; 21) is formed in the other, the engagement projection (20; 21) being prevented from leaving the engagement groove by moment of the engagement member resulting from tension of the tension member. an engagement projection (20; 21) is provided on one of opposing faces of the recess of the frame and the engagement member facing the engagement projection (20; 21), while an engagement groove which engages with the engagement projection (20; 21) is formed in the other, the engagement projection (20; 21) being prevented from leaving the engagement groove by moment of the engagement member resulting from tension of the tension member.
Device for determining a state of health of an energy store, configured for: - including first process data and a first process capacity of at least one first real charging/discharging process of the energy store; - generating a first model on the basis of the first process data and the first process capacity for the at least one first charging/discharging process of the energy store, wherein, by applying the first model to the first process data, a simulated process capacity of the first charging/discharging process is calculated, which simulated process capacity corresponds to the first process capacity; - including second process data and a second process capacity of at least one second charging/discharging process of the energy store; - determining a state of health of the energy store by using the first model, the second process data, and the second process capacity. - including first process data and a first process capacity of at least one first real charging/discharging process of the energy store; - generating a first model on the basis of the first process data and the first process capacity for the at least one first charging/discharging process of the energy store, wherein, by applying the first model to the first process data, a simulated process capacity of the first charging/discharging process is calculated, which simulated process capacity corresponds to the first process capacity; - including second process data and a second process capacity of at least one second charging/discharging process of the energy store; - determining a state of health of the energy store by using the first model, the second process data, and the second process capacity.
A portable electronic device comprising electrical components and a battery cell for providing power to the electrical components, the battery cell comprising: an anode configured to operate as a source of cations during discharge of the battery cell; a cathode; and an electrolyte configured to transport the cations from the anode to the cathode during discharge of the battery cell, wherein the cathode comprises material that is configured to enable the reversible insertion of transported cations during discharge of the battery cell and to have optical properties that are dependent upon cation insertion, a translucent or transparent flexible substrate, and a translucent or transparent conductive electrode film that is located between the substrate and the material, and the material comprises Vanadium Oxide V 2 O 5, wherein the optical properties comprise a visible colour change of the material, and wherein the portable electronic device is configured such that the battery cell is incorporated into a case of the portable electronic device or constitutes the case itself so that the material is visible, at least in part, to a user of the portable electronic device during use of the battery cell. an anode configured to operate as a source of cations during discharge of the battery cell; a cathode; and an electrolyte configured to transport the cations from the anode to the cathode during discharge of the battery cell, wherein the cathode comprises material that is configured to enable the reversible insertion of transported cations during discharge of the battery cell and to have optical properties that are dependent upon cation insertion, a translucent or transparent flexible substrate, and a translucent or transparent conductive electrode film that is located between the substrate and the material, and the material comprises Vanadium Oxide V 2 O 5, wherein the optical properties comprise a visible colour change of the material, and wherein the portable electronic device is configured such that the battery cell is incorporated into a case of the portable electronic device or constitutes the case itself so that the material is visible, at least in part, to a user of the portable electronic device during use of the battery cell.