mhurhangee/ep-ind-claims huggingface dataset:
A medical device, comprising: a powered surgical element; a pair of connections adapted to connect the powered surgical element to a power source; a termination circuit electrically coupled to at least one connection of the pair of connections, the termination circuit including: a monitoring circuit; and a deactivation circuit, the monitoring circuit configured to detect a predetermined deactivation pattern by monitoring the current in the pair of connections until the predetermined deactivation pattern following a triggering event is met; the deactivation circuit configured to interrupt one or more of the pair of connections for disabling the powered surgical element based on the occurrence of the predetermined deactivation pattern; and the medical device detachable from a console containing the power source, wherein the triggering event includes a first time the powered surgical element is powered, further comprising a connection from the termination circuit to the powered surgical element connections for deriving power for the termination circuit, wherein the termination circuit includes a programmable integrated circuit chip programmed to count to a predetermined value defined by the deactivation pattern, and a storage capacitor for storing charge from the pair of connections, and for controlling a count value in the chip by determining, through the capacitor's size, the amount of time voltage is delivered programmable integrated circuit chip. a powered surgical element; a pair of connections adapted to connect the powered surgical element to a power source; a termination circuit electrically coupled to at least one connection of the pair of connections, the termination circuit including: a monitoring circuit; and a deactivation circuit, a monitoring circuit; and a deactivation circuit, the monitoring circuit configured to detect a predetermined deactivation pattern by monitoring the current in the pair of connections until the predetermined deactivation pattern following a triggering event is met; the deactivation circuit configured to interrupt one or more of the pair of connections for disabling the powered surgical element based on the occurrence of the predetermined deactivation pattern; and the medical device detachable from a console containing the power source,
A method for operating a positive displacement pump, the method comprising: (a) detecting a position of at least one of the positive displacement pump and a rotor of a motor operatively coupled to the positive displacement pump; (b) accessing a ripple map, characterized in that the ripple map is a leakage ripple map; and the method further comprises: (c) determining, based at least in part on the position and the ripple map, a stabilized command profile; (d) operating an active component according to the stabilized command profile, wherein the stabilized command profile corresponds to one of a stabilized command velocity profile and a stabilized command torque profile, and wherein the active component is at least one of the rotor and the positive displacement pump. (a) detecting a position of at least one of the positive displacement pump and a rotor of a motor operatively coupled to the positive displacement pump; (b) accessing a ripple map, characterized in that the ripple map is a leakage ripple map; and the method further comprises: (c) determining, based at least in part on the position and the ripple map, a stabilized command profile; (d) operating an active component according to the stabilized command profile, wherein the stabilized command profile corresponds to one of a stabilized command velocity profile and a stabilized command torque profile, and wherein the active component is at least one of the rotor and the positive displacement pump.
Service device for handling devices of workpieces, in particular solar cell assemblies or strings, characterized in that the service device has a test device for the joint testing of the workpiece and the handling device.
An anaerobically curable composition comprising: (a) an anaerobically curable component the anaerobically curable component comprising: (i) a solid resin component, wherein the resin component is anaerobically curable and (ii) a solid anaerobically curable monomer; and (b) a curing component for curing the anaerobically curable component; wherein the resin component and the anaerobically curable monomer are each with a melting point in the range from 30°C to 100°C, wherein said melting point is measured by Differential Scanning Calorimetry, and wherein the composition is solid and has a melting point in the range from 30°C to 100°C, wherein said melting point is measured by Differential Scanning Calorimetry. (a) an anaerobically curable component the anaerobically curable component comprising: (i) a solid resin component, wherein the resin component is anaerobically curable and (ii) a solid anaerobically curable monomer; and (i) a solid resin component, wherein the resin component is anaerobically curable and (ii) a solid anaerobically curable monomer; and (b) a curing component for curing the anaerobically curable component; wherein the resin component and the anaerobically curable monomer are each with a melting point in the range from 30°C to 100°C, wherein said melting point is measured by Differential Scanning Calorimetry, and wherein the composition is solid and has a melting point in the range from 30°C to 100°C, wherein said melting point is measured by Differential Scanning Calorimetry.
A turbine (60, 62, 64, 66, 68, 70, 72, 74), for rotating responsive to a fluid flowing relative to the turbine wherein in use the turbine is oriented with its axis of rotation transverse to the fluid flow, the turbine comprising: at least two foils extending along the axis of rotation, wherein: a) each foil has a mount end at one end of its span and a non-mount end at the other end of its span; b) each foil has a twist about the axis of rotation of no less than about 180 degrees along its span; c) the length of the chord of the foil in the vicinity of the mount end is greater than the length of the chord of the foil in the vicinity of the non-mount end, whereby the profile of the turbine is generally tapered, characterized in that d) one side of the foil section (100, 200, 300, 400, 500, 600) of each foil is generally concave and the other side of the foil section of the foil has an outer convex section, an intermediate concave section and an inner convex section. at least two foils extending along the axis of rotation, wherein: a) each foil has a mount end at one end of its span and a non-mount end at the other end of its span; b) each foil has a twist about the axis of rotation of no less than about 180 degrees along its span; c) the length of the chord of the foil in the vicinity of the mount end is greater than the length of the chord of the foil in the vicinity of the non-mount end, whereby the profile of the turbine is generally tapered, characterized in that d) one side of the foil section (100, 200, 300, 400, 500, 600) of each foil is generally concave and the other side of the foil section of the foil has an outer convex section, an intermediate concave section and an inner convex section. a) each foil has a mount end at one end of its span and a non-mount end at the other end of its span; b) each foil has a twist about the axis of rotation of no less than about 180 degrees along its span; c) the length of the chord of the foil in the vicinity of the mount end is greater than the length of the chord of the foil in the vicinity of the non-mount end, whereby the profile of the turbine is generally tapered, d) one side of the foil section (100, 200, 300, 400, 500, 600) of each foil is generally concave and the other side of the foil section of the foil has an outer convex section, an intermediate concave section and an inner convex section.
Antenna system including at least one elementary antenna, a metal plane provided around the elementary antenna, and a decoupling device arranged on the metal plane, the decoupling device being of a three-dimensional electromagnetic absorption structure consisting of a plurality of cells arranged in an array, each cell including, stacked along a direction normal to the metal plane, a base and a raised wall on top of the base, the antenna system being characterized in that the raised wall is shaped to form a recessed pattern for trapping electromagnetic waves, the recessed pattern consisting of a plurality of frames (757, 758) interlocked one inside the other, and in that at least one frame of each pattern is provided with at least one lug (755, 759), said at least one lug extending laterally away from the frame and cooperating with an adjacent frame of the same cell or of an adjacent cell, in order to close, at least partially, a channel between the frame and said adjacent frame.
An apparatus for controlling field weakening of an AC power supply 1 for a permanent magnet AC electric i motor, said AC power supply being derived from a DC voltage, the apparatus comprising: a comparer configured to provide a comparison of a modulation index of a motor control signal with a reference value, wherein the modulation index of the control signal is the ratio of the motor control signal amplitude to one of: (a) a maximum amplitude value of a controller that provides the motor control signal; or (b) the amplitude of a timing signal used to determine a PWM signal from the motor control signal; and a current data | provider, configured to provide motor current data based on: a torque demand signal; a speed signal indicating the speed of rotation of the AC motor; and an indication of the DC voltage, i for control of the motor control signal based on the motor current data characterized in that the indication of the DC voltage is modified, based on the comparison. a comparer configured to provide a comparison of a modulation index of a motor control signal with a reference value, wherein the modulation index of the control signal is the ratio of the motor control signal amplitude to one of: (a) a maximum amplitude value of a controller that provides the motor control signal; or (b) the amplitude of a timing signal used to determine a PWM signal from the motor control signal; and a current data | provider, configured to provide motor current data based on: a torque demand signal; a speed signal indicating the speed of rotation of the AC motor; and an indication of the DC voltage, i a torque demand signal; a speed signal indicating the speed of rotation of the AC motor; and an indication of the DC voltage, i
A polyolefin microporous membrane having a width of not less than 100 mm, wherein a variation range of an F25 value in a width direction is not greater than 1 MPa, the F25 value being a value obtained by dividing a load at 25% elongation of a sample piece measured according to standard method JIS K7113 using a tensile testing machine by a cross-sectional area of the sample piece.
Trailer coupling for a towing vehicle, in particular a car, for attaching a trailer to the towing vehicle, with a coupling device (11a-11f) which includes a ball carrier and a coupling ball (15a-15g) mounted at the free end of the ball carrier for rotatable bearing of a coupling seating of a tow ball coupling of the trailer, wherein an inner surface of the coupling seating is able to slide on a ball surface of the coupling ball (15a-15g), and with a sensor array to detect an angle of rotation of the tow ball coupling relative to the ball carrier, wherein it has a rotary driving device (31a-31g) which has at least one rotary driving body (30a-30g) protruding in a contact position from the ball surface and which is rotatably mounted on the coupling device (11a-11f) relative to the ball surface and has a rotary driving surface designed for frictional and/or form-fitting and/or force-fitting rotary driving contact with the coupling seating, in particular the inner surface of the coupling seating, and wherein the sensor array is designed to detect an angle of rotation of the rotary driving body or bodies (30a-30g) relative to the ball carrier, characterised in that the rotary driving body or bodies (30a-30g) has or have elasticity in the direction of the contact position and/or is or are spring-loaded by a spring assembly into the contact position, in which the rotary driving body or bodies (30a-30g) stands or stand forward of the ball surface.
Vessel closure (1, 21, 41, 61) with a sealing element (3, 23, 43, 63), wherein the sealing element (3, 23, 43, 63) comprises a polymer composition and the polymer composition comprises... (a) a polyalphaolefin with a kinematic viscosity, determined according to ASTM D445 / ISO 3104, of at least 4 cSt, at a temperature of 100°C, and/or with a dropping point, determined according to ASTM 5950, of at most -10°C; and (b) up to 95% by weight of a second polyolefin. (a) a polyalphaolefin with a kinematic viscosity, determined according to ASTM D445 / ISO 3104, of at least 4 cSt, at a temperature of 100°C, and/or with a dropping point, determined according to ASTM 5950, of at most -10°C; and (b) up to 95% by weight of a second polyolefin.
Bread dough, comprising - one or more fructans having two or more fructosyl moieties linked by a beta(2,1) bond selected from the group of inulins and inulin hydrolysates the total content of said fructans selected from the group of inulins and inulin hydrolysates, being in the range of 1-10 wt. %, - one or more extracellular inulinases (EC 3.2.1.7 and EC 3.2.1.80), the inulinase content being 5-1000 ppm, and - one or more extracellular invertases (EC 3.2.1.26), the invertase content being 5 - 2000 ppm, the bread dough having a total added sugar content of 0-5 wt. %, based on dry weight. - one or more fructans having two or more fructosyl moieties linked by a beta(2,1) bond selected from the group of inulins and inulin hydrolysates the total content of said fructans selected from the group of inulins and inulin hydrolysates, being in the range of 1-10 wt. %, - one or more extracellular inulinases (EC 3.2.1.7 and EC 3.2.1.80), the inulinase content being 5-1000 ppm, and - one or more extracellular invertases (EC 3.2.1.26), the invertase content being 5 - 2000 ppm,
A linear actuator (2, 2') comprising a limit switch (1, 1'), the linear actuator (2, 2') comprising a support plate and a wire, and the limit switch (1, 1') comprising: an insulation housing, fixed on the support plate and formed with an opening and plural slots; a press block, disposed on the insulation housing and exposed outside the opening; a pair of connection pins, disposed in the insulation housing and spaced with an interval, and respectively protruded from the slots and the support plate, and then each connection pin welded with the corresponding wire; characterised in that an elastic connection guiding set, including an elastic unit pressed by the press block and a connection guiding sheet connected to the elastic unit; one end of the elastic unit connected to one of the pair of connection pins and the other end of the elastic unit connected to the connection guiding sheet; whereas one end of the connection guiding sheet electrically connected to one of the pair of connection pins and the other end of the connection guiding sheet actuated by the elastic unit to be operatively electrically connected to the other of the pair of connection pins; said limit switch further comprises a diode, disposed in the insulation housing, and including two guide pins, the two guide pins being respectively and correspondingly connected to the pair of connection pins in the insulation housing. an insulation housing, fixed on the support plate and formed with an opening and plural slots; a press block, disposed on the insulation housing and exposed outside the opening; a pair of connection pins, disposed in the insulation housing and spaced with an interval, and respectively protruded from the slots and the support plate, and then each connection pin welded with the corresponding wire; characterised in that an elastic connection guiding set, including an elastic unit pressed by the press block and a connection guiding sheet connected to the elastic unit; one end of the elastic unit connected to one of the pair of connection pins and the other end of the elastic unit connected to the connection guiding sheet; whereas one end of the connection guiding sheet electrically connected to one of the pair of connection pins and the other end of the connection guiding sheet actuated by the elastic unit to be operatively electrically connected to the other of the pair of connection pins; said limit switch further comprises a diode, disposed in the insulation housing, and including two guide pins, the two guide pins being respectively and correspondingly connected to the pair of connection pins in the insulation housing.
Method for ascertaining a suitable deployment of a terrestrial optoelectronic coordinate measuring device within measurement surroundings (3, 3a-3d), wherein the coordinate measuring device is embodied for a measuring beam-based determination of object coordinates, wherein - a measurement region (M, M') is surveyed (20, 20') from a first deployment, - the coordinate measuring device is moved away from the first deployment for the purposes of changing the deployment, - measurement surroundings (3, 3a-3d) are automatically optically captured within the scope of changing the deployment, - at least one task region (O, O'), as a region of the measurement surroundings (3, 3a-3d) to be surveyed (21, 21'), is ascertained automatically on the basis of the measurement surroundings (3, 3a-3d) captured thus, - at least one visual range (V, V'), as a region of the measurement surroundings (3, 3a-3d) surveyable (22, 22') from a position (P1-P3) of the coordinate measuring device adopted within the scope of the movement, is ascertained automatically on the basis of the measurement surroundings (3, 3a-3d) captured thus, - the position (P1-P3) is checked for the suitability thereof for a deployment, in particular for a second and next deployment, on the basis of an automatic combined analysis (23, 23') of the measurement region (M, M'), the task region (O, O') and the visual range (V, V'). - a measurement region (M, M') is surveyed (20, 20') from a first deployment, - the coordinate measuring device is moved away from the first deployment for the purposes of changing the deployment, - measurement surroundings (3, 3a-3d) are automatically optically captured within the scope of changing the deployment, - at least one task region (O, O'), as a region of the measurement surroundings (3, 3a-3d) to be surveyed (21, 21'), is ascertained automatically on the basis of the measurement surroundings (3, 3a-3d) captured thus, - at least one visual range (V, V'), as a region of the measurement surroundings (3, 3a-3d) surveyable (22, 22') from a position (P1-P3) of the coordinate measuring device adopted within the scope of the movement, is ascertained automatically on the basis of the measurement surroundings (3, 3a-3d) captured thus, - the position (P1-P3) is checked for the suitability thereof for a deployment, in particular for a second and next deployment, on the basis of an automatic combined analysis (23, 23') of the measurement region (M, M'), the task region (O, O') and the visual range (V, V').
A gear for an electric power steering device for reducing the rotation speed of an electric motor for steering assist with a reduction gear mechanism and transmitting the rotation to a steering mechanism, the gear being incorporated and used in the reduction gear mechanism, wherein at least the teeth of the gear are formed from a non-reinforced resin composition comprising: (a) a polyamide resin having a carboxyl group at least at a terminal end; (b) 0.5-5 wt.% of a polycarbodiimide compound; and (c) 3-15 wt.% of an elastic material modified with a reactive functional group. (a) a polyamide resin having a carboxyl group at least at a terminal end; (b) 0.5-5 wt.% of a polycarbodiimide compound; and (c) 3-15 wt.% of an elastic material modified with a reactive functional group.
A thermal expansion valve, comprising a valve body and a valve core component, characterized in that the valve body is provided with a first connecting chamber, a lower chamber in which a transmission component is arranged, and a first sealing component for separating the first connecting chamber from the lower chamber; a fifth pressure-bearing surface and a sixth pressure-bearing surface respectively subjected to pressures from a refrigerant in the first connecting chamber in opposite directions are arranged on a side wall of the valve core component; the first sealing component comprises a first flexible sealing member which is arranged between the transmission component and an upper end portion of the valve core component and has a first edge portion connected to the valve body in a sealing manner; and a sum of an effective bearing area of a first pressure-bearing surface of the first flexible sealing member and a bearing area of the fifth pressure-bearing surface is substantially equal to a sum of an effective bearing area of a third pressure-bearing surface of the upper end portion of the valve core component and a bearing area of the sixth pressure-bearing surface.
A seat, in particular for a vehicle, comprising a first sensor arranged in order to generate a first electrical signal upon a user seating themselves on a seat and upon the vacating of the seat by the user, characterised in that the seat also comprises a second sensor that is capable of generating a second electrical signal in a substantially continuous or repeated manner when the user is seated on the seat, wherein the first sensor and the second sensor are energy harvesting sensors, the second sensor comprising at least one thermopile arranged under a seating base or a back rest of the seat, with the thermopile having a first surface that extends so as to be facing the seating base or the back rest and a second surface that extends away from the seating base or the back rest. characterised in that the seat also comprises a second sensor that is capable of generating a second electrical signal in a substantially continuous or repeated manner when the user is seated on the seat, wherein the first sensor and the second sensor are energy harvesting sensors, the second sensor comprising at least one thermopile arranged under a seating base or a back rest of the seat, with the thermopile having a first surface that extends so as to be facing the seating base or the back rest and a second surface that extends away from the seating base or the back rest.
Use of a non-aqueous electrolyte solution in a non-aqueous secondary battery comprising the non-aqueous electrolyte solution, a positive electrode, and a negative electrode comprising, as the negative-electrode active materials, materials capable of doping lithium ions at a potential lower than 0.4 V vs. Li/Li +, wherein the non-aqueous electrolyte solution comprises acetonitrile and an organic lithium salt, wherein the anion of the organic lithium salt has a LUMO (lowest unoccupied molecular orbital) energy in the range of -2.00 to 4.35 eV, and a HOMO (highest occupied molecular orbital) energy in the range of -5.35 to -2.90 eV, wherein the organic lithium salt is one or more organic lithium salts selected from the group consisting of LiB(C 2 O 4) 2, LiN(SO 2 CF 3) 2, LiN(SO 2 C 2 F 5) 2, LiBF 2 (C 2 O 4) and LiPF 4 (C 2 O 4), and wherein the content of the acetonitrile is 70 to 100 vol% based on the total amount of ingredients contained in the non-aqueous electrolyte solution, other than the organic lithium salt.