mhurhangee/ep-ind-claims huggingface dataset:
An obturator comprising: an elongate shaft having proximal and distal ends; a cap disposed at the proximal end of the elongate shaft; a button disposed on the cap, the button movable between rest and actuated positions the button being electrically coupled to a first wire; a cable extending from the cap and connectable to a source of electrical energy, the cable including said first wire and a second wire; and a cutting assembly disposed at the distal end of the elongate shaft, the cutting assembly including: a frame having a proximal portion and a distal opening, the second wire is attached to the proximal portion of the frame, a support block coupled to the proximal portion of the frame and having the first wire attached thereto, an electrode extending from the support block to the distal opening, the electrode coupled to the first wire, and a standoff having a groove for supporting a distal portion of the electrode, the standoff electrically isolating the distal portion of the electrode from the frame. an elongate shaft having proximal and distal ends; a cap disposed at the proximal end of the elongate shaft; a button disposed on the cap, the button movable between rest and actuated positions the button being electrically coupled to a first wire; a cable extending from the cap and connectable to a source of electrical energy, the cable including said first wire and a second wire; and a cutting assembly disposed at the distal end of the elongate shaft, the cutting assembly including: a frame having a proximal portion and a distal opening, the second wire is attached to the proximal portion of the frame, a support block coupled to the proximal portion of the frame and having the first wire attached thereto, an electrode extending from the support block to the distal opening, the electrode coupled to the first wire, and a standoff having a groove for supporting a distal portion of the electrode, the standoff electrically isolating the distal portion of the electrode from the frame. a frame having a proximal portion and a distal opening, the second wire is attached to the proximal portion of the frame, a support block coupled to the proximal portion of the frame and having the first wire attached thereto, an electrode extending from the support block to the distal opening, the electrode coupled to the first wire, and a standoff having a groove for supporting a distal portion of the electrode, the standoff electrically isolating the distal portion of the electrode from the frame.
Card reader (20, 30, 40) comprising a printed circuit board, a magnetic head and a smart card connector, said magnetic head and said smart card connector sharing a common operating volume for card reading, said reader being characterized in that the printed circuit board comprises an opening within which said magnetic head is mobile between an idle position, wherein the magnetic head is not solicited, and a reading position, wherein the magnetic head is moved in said opening.
An epoxy resin adhesive comprising an epoxy resin, a curing agent, and a particulate polyolefin-based resin having a volume average particle size of 1 to 25 μm, measured as indicated in the description, wherein the particulate polyolefin-based resin is spherical, wherein the particulate polyolefin-based resin is present in an amount of 1 to 50 parts by mass per 100 parts by mass of the epoxy resin, wherein the particulate polyolefin-based resin is coated with silica, and wherein the amount of silica is 0.1 to 1 parts by mass per 100 parts by mass of the particulate polyolefin-based resin, and wherein the silica surface is hydrophobized.
A method for controlling a gas turbine, comprising: 1.1 detecting a combustion vibration value of each of a plurality of combustor cans using a first detector; 1.2 detecting a temperature value of each of the plurality of combustor cans using a second detector; 1.3 comparing the combustion vibration value of each of the plurality of combustor cans to a predetermined reference value; 1.5 comparing the temperature value of each of the plurality of combustor cans to a predetermined temperature reference value; 1.6 grouping combustor cans having combustion vibration values greater than the predetermined reference value and temperature values greater than the predetermined temperature reference value respectively into a first group; 1.7 grouping combustor cans having combustion vibration values not greater than the predetermined reference value and temperature values not greater than the predetermined temperature reference value respectively into a second group; 1.8 controlling an output of each of the combustor cans of the first group using a plurality of first control valves, wherein 1.9 each of the plurality of first control valves is coupled to each of the combustor cans of the first group respectively; further comprising: 1.10 grouping combustor cans having combustion vibration values greater than the reference value and temperature values not greater than the temperature reference value into a third group; and 1.11 controlling an output of each of the combustor cans of the third group to lower the combustion vibration values of the combustor cans of the third group. 1.1 detecting a combustion vibration value of each of a plurality of combustor cans using a first detector; 1.2 detecting a temperature value of each of the plurality of combustor cans using a second detector; 1.3 comparing the combustion vibration value of each of the plurality of combustor cans to a predetermined reference value; 1.5 comparing the temperature value of each of the plurality of combustor cans to a predetermined temperature reference value; 1.6 grouping combustor cans having combustion vibration values greater than the predetermined reference value and temperature values greater than the predetermined temperature reference value respectively into a first group; 1.7 grouping combustor cans having combustion vibration values not greater than the predetermined reference value and temperature values not greater than the predetermined temperature reference value respectively into a second group; 1.8 controlling an output of each of the combustor cans of the first group using a plurality of first control valves, wherein 1.9 each of the plurality of first control valves is coupled to each of the combustor cans of the first group respectively; further comprising: 1.10 grouping combustor cans having combustion vibration values greater than the reference value and temperature values not greater than the temperature reference value into a third group; and 1.11 controlling an output of each of the combustor cans of the third group to lower the combustion vibration values of the combustor cans of the third group.
Rotary electric machine, notably for a motor vehicle, having: - a stator comprising a body provided with teeth delimiting notches and a winding seated in the notches of the stator body, - a rotor comprising a body and poles formed by permanent magnets, - two successive polar angles (Ax'), each corresponding to a circumferential extent of a pole, or - two successive double polar angles (Ax), each corresponding to a circumferential extent of two adjacent poles, - the successive polar angles and the successive double polar angles having an angular spacing in relation to one another that is a function of an angular offset parameter (δ) related to a slot pitch (sp), characterized in that the term numbers of the polar angles (Ax') or double polar angles (Ax) are distributed randomly on the circumference of the rotor, the double polar angle (Ax) being defined by the following relationship: Ax = 360 / P − δ / 2 + x * δ / P − 1 - x being the term number of the double polar angle, i.e. a whole number between 0 and P-1, - P being the number of pairs of poles, - δ being the angular offset parameter, the polar angle (Ax') being defined by the following relationship: Ax ′ = 180 / P − δ / 2 + x * δ / 2P − 1 - x being the term number of the polar angle, i.e. a whole number between 0 and 2P-1, - P being the number of pairs of poles, - δ being the angular offset parameter. - a stator comprising a body provided with teeth delimiting notches and a winding seated in the notches of the stator body, - a rotor comprising a body and poles formed by permanent magnets, - two successive polar angles (Ax'), each corresponding to a circumferential extent of a pole, or - two successive double polar angles (Ax), each corresponding to a circumferential extent of two adjacent poles, - the successive polar angles and the successive double polar angles having an angular spacing in relation to one another that is a function of an angular offset parameter (δ) related to a slot pitch (sp), characterized in that the term numbers of the polar angles (Ax') or double polar angles (Ax) are distributed randomly on the circumference of the rotor, the double polar angle (Ax) being defined by the following relationship: Ax = 360 / P − δ / 2 + x * δ / P − 1 - x being the term number of the double polar angle, i.e. a whole number between 0 and P-1, - P being the number of pairs of poles, - δ being the angular offset parameter, - x being the term number of the double polar angle, i.e. a whole number between 0 and P-1, - P being the number of pairs of poles, - δ being the angular offset parameter, the polar angle (Ax') being defined by the following relationship: Ax ′ = 180 / P − δ / 2 + x * δ / 2P − 1 - x being the term number of the polar angle, i.e. a whole number between 0 and 2P-1, - P being the number of pairs of poles, - δ being the angular offset parameter. - x being the term number of the polar angle, i.e. a whole number between 0 and 2P-1, - P being the number of pairs of poles, - δ being the angular offset parameter.
Method for preserving a preparation of insulin-secreting cells comprising the step of: - contacting said preparation of insulin-secreting cells with a biological medium, said biological medium comprising a nutrient product including albumin, characterised in that the biological medium further comprises a peptone or a peptone mixture in sufficient quantity to preserve the insulin-secreting cells. - contacting said preparation of insulin-secreting cells with a biological medium, said biological medium comprising a nutrient product including albumin, characterised in that the biological medium further comprises a peptone or a peptone mixture in sufficient quantity to preserve the insulin-secreting cells.
A vehicle motion control system capable of independently controlling a driving force and braking force of four wheels (61,62,63,64), the vehicle motion control system being characterized by: a first mode in which substantially the same driving force and braking force are generated with respect to left and right wheels (61,62,63,64) among the four wheels (61,62,63,64) based on a target longitudinal acceleration/deceleration control command that is coordinated with a lateral motion of the vehicle; and a second mode in which different driving forces and braking forces are generated with respect to the left and right wheels (61,62,63,64) among the four wheels (61,62,63,64) based on a target yaw moment derived from sideslip information of the vehicle, wherein the first mode is selected when the target yaw moment is equal to or less than a pre-defined threshold, and the second mode is selected when the target yaw moment is greater than the threshold. a first mode in which substantially the same driving force and braking force are generated with respect to left and right wheels (61,62,63,64) among the four wheels (61,62,63,64) based on a target longitudinal acceleration/deceleration control command that is coordinated with a lateral motion of the vehicle; and a second mode in which different driving forces and braking forces are generated with respect to the left and right wheels (61,62,63,64) among the four wheels (61,62,63,64) based on a target yaw moment derived from sideslip information of the vehicle, wherein the first mode is selected when the target yaw moment is equal to or less than a pre-defined threshold, and the second mode is selected when the target yaw moment is greater than the threshold.
A composition comprising a biologically pure culture of a fungicidal Paenibacillus sp. strain comprising a variant fusaricidin synthetase lacking a functional adenylation domain in the third module (FusA-A3), wherein the lack of a functional FusA-A3 inhibits synthesis of fusaricidins with a tyrosine and a phenylalanine at amino acid residue 3 compared to synthesis of fusaricidins by a Paenibacillus sp. strain comprising a wild-type fusaricidin synthetase, and wherein the variant fusaricidin synthetase comprises an amino acid sequence exhibiting at least 90% sequence identity to SEQ ID NO: 10.
A microelectromechanical and/or nanoelectromechanical structure comprising two parts (2, 4) and a mechanical connection connected the twoparts, the mechanical connection forming a pivot with an axis of rotation comprising at least one first beam (20.1, 20.2, 120) provided in parallel to the pivot axis, said first beam being configured to work in torsion, and at least one second beam (22.1, 22.2, 122), with an axis orthogonal to the axis of the first beam,, each one of the first (20.1, 20.2, 120) and second (22.1, 22.2, 122) beams being connected at theirs ends to the two parts (2, 4) of the structure so as to enable said parts to be rotationally displaced along said pivot axis and prevent said parts from being translationally displaced along this axis, wherein the first beam (20.1, 20.2, 120) works in torsion along a first axis of rotation characterized in that the second beam (22.1, 22.2, 122) works in bending defining a second axis of rotation, and wherein the pivot axis of said mechanical connection results from the first axis and the second axis and is parallel to the first and second axes.
A vehicle headrest (100; 200; 400; 600) comprising: a main body (110; 210; 410; 610) having a front surface (120; 220; 420; 620) arranged to support a back of a head of a user and a pair of acoustic channels (130a, b; 230a, b; 430a, b; 630a, b) each formed in part by a side wall (140a, b; 240a, b; 440a; b; 640a, b) having a front edge (150a, b; 250a, b; 450a, b; 650a, b) that is offset from the front surface, characterized in that: the main body comprises a portion (160a, b; 260a, b; 460a, b; 660a, b) configured to receive first and second transducers (170a, b: 270a, b; 470a, b; 670a, b) having a center-to-center spacing of 130 millimeters (mm) to 240 mm, and a dimension (Dimension D) defined by a distance from the front surface of the main body to a midpoint of each of the transducers is equal to 15-60 mm. a main body (110; 210; 410; 610) having a front surface (120; 220; 420; 620) arranged to support a back of a head of a user and a pair of acoustic channels (130a, b; 230a, b; 430a, b; 630a, b) each formed in part by a side wall (140a, b; 240a, b; 440a; b; 640a, b) having a front edge (150a, b; 250a, b; 450a, b; 650a, b) that is offset from the front surface, characterized in that: the main body comprises a portion (160a, b; 260a, b; 460a, b; 660a, b) configured to receive first and second transducers (170a, b: 270a, b; 470a, b; 670a, b) having a center-to-center spacing of 130 millimeters (mm) to 240 mm, and a dimension (Dimension D) defined by a distance from the front surface of the main body to a midpoint of each of the transducers is equal to 15-60 mm. the main body comprises a portion (160a, b; 260a, b; 460a, b; 660a, b) configured to receive first and second transducers (170a, b: 270a, b; 470a, b; 670a, b) having a center-to-center spacing of 130 millimeters (mm) to 240 mm, and a dimension (Dimension D) defined by a distance from the front surface of the main body to a midpoint of each of the transducers is equal to 15-60 mm.
A charging method of a non-aqueous electrolyte secondary battery comprising a negative electrode including a carbon material and a silicon compound as a negative electrode active material, comprising: a first charging step of charging the secondary battery to a battery capacity Q 1st satisfying an expression described below at a first constant current value, when a ratio of a capacity of the silicon compound to a rated capacity Q of the secondary battery is x (0.1 ≤ x ≤ 0.5); and a large current charging step of charging at a constant current value larger than the first constant current value, after an end of the first charging step, the expression being: 0.38x + 0.063 - α ≤ Q 1st / Q ≤ 0.38x + 0.063 + α, wherein α = 0.1. a first charging step of charging the secondary battery to a battery capacity Q 1st satisfying an expression described below at a first constant current value, when a ratio of a capacity of the silicon compound to a rated capacity Q of the secondary battery is x (0.1 ≤ x ≤ 0.5); and a large current charging step of charging at a constant current value larger than the first constant current value, after an end of the first charging step, the expression being: 0.38x + 0.063 - α ≤ Q 1st / Q ≤ 0.38x + 0.063 + α, wherein α = 0.1.
A method for controlling a streetlight (6, 7) by means of a controlling device, to illuminate a portion of a street, the streetlight (6, 7) including a lamp and a steering module, the controlling device comprising a memory accessible by a processor configured to control the steering module, the method being characterised in that it comprises the steps of: a) storing in said memory a predetermined maximum illumination intensity value Imax for said portion of said street; b) storing in said memory a maximum illumination intensity output value Omax of said lamp; c) storing in said memory input and output values for said streetlight (6, 7), said input values being control signals for said streetlight (6, 7) and said output values being corresponding percentages of said maximum illumination intensity output value of said lamp; d) storing in said memory a maintenance factor Mf of said lamp, said factor being the percentage of decrease of maximum illumination intensity output over the lifetime of said lamp; e) storing and keeping up-to-date in said memory a running hours value RH of said lamp; f) storing in said memory a maximum running hours value Mrh of said streetlight thereby defining the lifetime of said lamp; g calculating in said processor an actual percentage of said maximum illumination intensity output value %actual of said streetlight by the formula: % actual = 100 - M f × Mrh - RH Mrh × I max O max h) retrieving from said memory an actual control signal that corresponds to said calculated %actual; and i) steering said streetlight (6, 7) using said steering module by transmitting said actual control signal to said steering module. a) storing in said memory a predetermined maximum illumination intensity value Imax for said portion of said street; b) storing in said memory a maximum illumination intensity output value Omax of said lamp; c) storing in said memory input and output values for said streetlight (6, 7), said input values being control signals for said streetlight (6, 7) and said output values being corresponding percentages of said maximum illumination intensity output value of said lamp; d) storing in said memory a maintenance factor Mf of said lamp, said factor being the percentage of decrease of maximum illumination intensity output over the lifetime of said lamp; e) storing and keeping up-to-date in said memory a running hours value RH of said lamp; f) storing in said memory a maximum running hours value Mrh of said streetlight thereby defining the lifetime of said lamp; g calculating in said processor an actual percentage of said maximum illumination intensity output value %actual of said streetlight by the formula: % actual = 100 - M f × Mrh - RH Mrh × I max O max h) retrieving from said memory an actual control signal that corresponds to said calculated %actual; and i) steering said streetlight (6, 7) using said steering module by transmitting said actual control signal to said steering module.
A lighting apparatus comprising: a plurality of lighting circuits coupled in series, each of the lighting circuits comprising a first control circuit configured to selectively provide current to at least one LED and at least one charge storage device coupled to the at least one LED, characterized in that the first control circuit is configured to charge the at least one charge storage device by limiting current through the at least one LED responsive to a first state of a varying voltage applied to the serially coupled lighting circuits to divert current to the at least one storage device and to discharge the charged at least one charge storage device via the at least one LED responsive to a second state of the varying voltage.
A cable adaptor assembly of an electrical box having an electrical box body, comprising: a sealing plate, and at least one waterproof terminal; the at least one waterproof terminal comprising: a clamping claw, a clamping nut, and a terminal body;wherein an outer wall of the terminal body is provided with an external thread connected with the clamping nut, and the terminal body and the clamping nut are sleeved outside of the clamping claw, the terminal body and the sealing plate have an integrated structure, characterized in that, a main plate surface of the sealing plate is convexly arranged, at least two annular grooves, arranged circumferentially, are provided at a junction of an edge of the sealing plate and the main plate surface of the sealing plate, the edge is configured to fixedly connect to the electronic box body by a fastener, the at least two annular grooves are each configured to install a corresponding sealing strip, each sealing strip is connected end to end, and the at least two adjacent annular grooves are arranged concentrically. a sealing plate, and at least one waterproof terminal; the at least one waterproof terminal comprising: a clamping claw, a clamping nut, and a terminal body;wherein an outer wall of the terminal body is provided with an external thread connected with the clamping nut, and the terminal body and the clamping nut are sleeved outside of the clamping claw, the terminal body and the sealing plate have an integrated structure, characterized in that, a main plate surface of the sealing plate is convexly arranged, at least two annular grooves, arranged circumferentially, are provided at a junction of an edge of the sealing plate and the main plate surface of the sealing plate, the edge is configured to fixedly connect to the electronic box body by a fastener, the at least two annular grooves are each configured to install a corresponding sealing strip, each sealing strip is connected end to end, and the at least two adjacent annular grooves are arranged concentrically. a clamping claw, a clamping nut, and a terminal body;wherein an outer wall of the terminal body is provided with an external thread connected with the clamping nut, and the terminal body and the clamping nut are sleeved outside of the clamping claw, the terminal body and the sealing plate have an integrated structure, characterized in that, a main plate surface of the sealing plate is convexly arranged, at least two annular grooves, arranged circumferentially, are provided at a junction of an edge of the sealing plate and the main plate surface of the sealing plate, the edge is configured to fixedly connect to the electronic box body by a fastener, the at least two annular grooves are each configured to install a corresponding sealing strip, each sealing strip is connected end to end, and the at least two adjacent annular grooves are arranged concentrically.