mhurhangee/patent-ind-claim-en huggingface dataset:
Method for checking the neutral position of a gearbox actuator responsible for engaging a gear ratio at the end of a preliminary phase of synchronizing two shafts of the gearbox using a traction machine controlled in torque to bring the discrepancy in the speeds of the two shafts back inside a range that allows them to be mechanically coupled, whereby convergence of the measured speed measured on one of the two shafts with a value of the observed speed observed as a function of a value of the observed inertia observed on this shaft and of an estimate of the torque of the machine is ensured, characterized in that the following operations are carried out: - an estimate of the torque actually supplied by the machine is calculated by filtering the setpoint emanating from the synchronization algorithm, - the value for the observed speed observed on the shaft is updated by using the last value for the observed inertia observed thereon, - the observed inertia value is updated, in an inertia regulator, as a function of the discrepancy between the value of the observed speed and of the measured speed of the shaft. - an estimate of the torque actually supplied by the machine is calculated by filtering the setpoint emanating from the synchronization algorithm, - the value for the observed speed observed on the shaft is updated by using the last value for the observed inertia observed thereon, - the observed inertia value is updated, in an inertia regulator, as a function of the discrepancy between the value of the observed speed and of the measured speed of the shaft.
A secondary battery comprising a current cut-off mechanism provided in a current path between an external terminal and an electrode inside a battery container , wherein the current cut-off mechanism is accommodated in the battery container , and includes a diaphragm connected to the external terminal and a current collector connected to the electrode , characterized in that the current collector includes a concave portion on a surface opposing the diaphragm having a planar shape which is formed in an elliptical shape, an oblong shape or a shape with a straight portion and curved portions at both ends of the straight portion having the width direction of the battery container as a long-side direction thereof, the planar shape of the current collector corresponding to the planar shape of the diaphragm when seen in a plan view, the diaphragm includes a circumferential portion , a side wall portion , a bottom wall portion , and a protruding portion from the outer side to the inner side of the battery container in a direction from a battery cover toward a bottom surface of a battery case , at least a part of the bottom wall portion is accommodated in the concave portion which includes one continuously inclined surface along the bottom wall portion of the diaphragm , and the protruding portion is bonded to the current collector inside the concave portion .
A frequency characteristic adjusting jig configured to be attached to a loop antenna including a conductor that is formed in the shape of a loop such that a width of said conductor (W2) measured in a direction perpendicular to a plane of the loop is larger than a width of said conductor (W1) measured in the plane of the loop and that includes a feed point formed in a portion of the loop, the frequency characteristic adjusting jig comprising: a conductive first member which is configured to be located along an outer periphery of the loop for a portion of the conductor and electromagnetically coupled or electrically connected to the portion of the conductor; a conductive second member which is configured to be located along the outer periphery of the loop for another portion of the conductor and electromagnetically coupled or electrically connected to the other portion of the conductor; and a conductive third member configured to connect the first and second members together via a different path than a path formed along the loop, wherein the first and second members are chosen to have a length along the loop such that a frequency characteristic of the loop antenna is shifted according to the length. a conductive first member which is configured to be located along an outer periphery of the loop for a portion of the conductor and electromagnetically coupled or electrically connected to the portion of the conductor; a conductive second member which is configured to be located along the outer periphery of the loop for another portion of the conductor and electromagnetically coupled or electrically connected to the other portion of the conductor; and a conductive third member configured to connect the first and second members together via a different path than a path formed along the loop, wherein the first and second members are chosen to have a length along the loop such that a frequency characteristic of the loop antenna is shifted according to the length.
A satellite system comprising a radio frequency signal amplifier device , the amplifier device comprising a control and supply module and a plurality N of travelling wave tubes (1020-n), the control and supply module being configured to apply, for at least one of said tubes (1020-n), an anode voltage operating value Va 0 n , the tube (1020-n) generating a cathode current Ik in response to the application of said anode voltage operating value Va 0 n , characterised in that the control and supply module is configured to measure at least one sum of the cathode currents M Σ Ik associated with said plurality N of travelling wave tubes (1020-n), said at least one measurement of the sum of the cathode currents being implemented based on a single measuring circuit , the control and supply module being configured to determine at least one corrected anode voltage operating value associated with said at least one of said tubes (1020-n) based on said at least one measurement of the sum of the cathode currents, the control and supply module being further configured to apply said at least one associated corrected anode voltage operating value to said at least one of said tubes (1020-n).
A device for delivering a medicament into a body of a patient by injection into or through a skin surface of the patient, comprising: a housing having a bottom surface adapted to contact a skin surface of a patient, the bottom surface having an aperture; a needle adapted for penetration of the skin surface and for movement through the aperture; an activation button slidably disposed with the device; a safety member ; and at least one shield configured to be held in place by the safety member, wherein the shield is urged to move relative to the bottom surface from a position exposing the needle into a position to at least partially cover the needle or the aperture; characterized by a reservoir, disposed within the housing, for containing the medicament; a needle holder for holding the needle; the shield comprising a ramp configured to contact and raise the needle holder to retract the needle into the device; wherein the safety member further comprises a skin adhesion surface to move the safety member upon release by the activation button and upon removal from a skin surface, wherein the movement of the safety member releases the shield to be urged into a position to at least partially cover the needle or the aperture; further comprising a spring disposed between the ramp and the activation button, wherein the movement of the activation button is configured to load the spring prior to release of the safety member by the activation button. a housing having a bottom surface adapted to contact a skin surface of a patient, the bottom surface having an aperture; a needle adapted for penetration of the skin surface and for movement through the aperture; an activation button slidably disposed with the device; a safety member ; and at least one shield configured to be held in place by the safety member, wherein the shield is urged to move relative to the bottom surface from a position exposing the needle into a position to at least partially cover the needle or the aperture; characterized by a reservoir, disposed within the housing, for containing the medicament; a needle holder for holding the needle; the shield comprising a ramp configured to contact and raise the needle holder to retract the needle into the device; wherein the safety member further comprises a skin adhesion surface to move the safety member upon release by the activation button and upon removal from a skin surface, wherein the movement of the safety member releases the shield to be urged into a position to at least partially cover the needle or the aperture; further comprising a spring disposed between the ramp and the activation button, wherein the movement of the activation button is configured to load the spring prior to release of the safety member by the activation button.
Refrigeration and/or freezer device comprising a thermally insulated device body which encloses an interior space, comprising a device door which reversibly closes a removal opening, and comprising a heat pump for cooling the interior space, wherein at least one lighting module is arranged in the interior space, which lighting module has a light-emitting surface which extends over at least part of a wall of the interior space, wherein the lighting module comprises segmented lighting configured to selectively emit light into the interior space over the entire surface or punctually at one or more partial segments of the light-emitting surface, characterised in that the lighting module comprises a primary light guide plate with primary light sources , which preferably extends over the entire light-emitting surface, is operable independently of the segmented lighting and is configured to emit light into the interior space over the entire surface in an active state. wherein the lighting module comprises segmented lighting configured to selectively emit light into the interior space over the entire surface or punctually at one or more partial segments of the light-emitting surface, characterised in that the lighting module comprises a primary light guide plate with primary light sources , which preferably extends over the entire light-emitting surface, is operable independently of the segmented lighting and is configured to emit light into the interior space over the entire surface in an active state.
Use of compositions comprising a) 3 to 30% by weight of poly(1,4-cyclohexylenedimethylene) terephthalate (PCT), where the proportion of PCT based on the sum total of all the thermoplastic polymers present in the composition is in the range from 5 to 40% by weight, b) 15 to 90% by weight of polyethylene terephthalate (PET), c) 5 to 70% by weight of glass fibres, and d) 0.01 to 10% by weight of talc, where the sum total of all the percentages by weight of the components is always 100, for increasing the short-term heat distortion resistance of products. a) 3 to 30% by weight of poly(1,4-cyclohexylenedimethylene) terephthalate (PCT), where the proportion of PCT based on the sum total of all the thermoplastic polymers present in the composition is in the range from 5 to 40% by weight, b) 15 to 90% by weight of polyethylene terephthalate (PET), c) 5 to 70% by weight of glass fibres, and d) 0.01 to 10% by weight of talc, where the sum total of all the percentages by weight of the components is always 100, for increasing the short-term heat distortion resistance of products.
Rectifier (40; 40A, 400) for a welding transformer of a welding apparatus (2; 3) for welding at least one component part , comprising a first side part for electrically conductive connection to the welding transformer, a second side part for electrically conductive connection to the welding transformer, a central part which is arranged between the first and second side parts and configured for a current output in the direction of a welding electrode of the welding apparatus, and at least two semiconductor modules which are configured to be switched between a welding tool of the welding apparatus (2; 3) and an output of the welding transformer , wherein at least one semiconductor module of the at least two semiconductor modules is arranged between the central part and the first side part , wherein at least one semiconductor module of the at least two semiconductor modules is arranged between the central part and the second side part , characterized in that the first side part and the second side part are configured asymmetrically in such a way that an exchange of the arrangement of the side parts relative to the central part alters the number of semiconductor modules which are able to be clamped in between one of the side parts and the central part . a first side part for electrically conductive connection to the welding transformer, a second side part for electrically conductive connection to the welding transformer, a central part which is arranged between the first and second side parts and configured for a current output in the direction of a welding electrode of the welding apparatus, and at least two semiconductor modules which are configured to be switched between a welding tool of the welding apparatus (2; 3) and an output of the welding transformer , wherein at least one semiconductor module of the at least two semiconductor modules is arranged between the central part and the first side part , wherein at least one semiconductor module of the at least two semiconductor modules is arranged between the central part and the second side part , characterized in that the first side part and the second side part are configured asymmetrically in such a way that an exchange of the arrangement of the side parts relative to the central part alters the number of semiconductor modules which are able to be clamped in between one of the side parts and the central part .
A method for improving the catalytic activity of an oxygen evolution reaction (OER) catalyst comprising a substrate with a catalytic metallic composite coating, the method comprising: (i) exposing the metallic composite coating to a reducing agent in solution for a period between 30 sec to 100 min, wherein the solution has a temperature between 10 °C and 50 °C and the reducing agent is sodium borohydride (NaBH 4 ), to thereby increase oxygen vacancy density in the metallic composite coating. (i) exposing the metallic composite coating to a reducing agent in solution for a period between 30 sec to 100 min, wherein the solution has a temperature between 10 °C and 50 °C and the reducing agent is sodium borohydride (NaBH 4 ),
A saw blade attachment for pruning shears having a cutter head with cutters interconnected in an articulated manner via a pivot screw and being pivotable between an open position and a cutting position, wherein the saw blade attachment has a fastening part for fastening a saw blade to a part of the cutter head of the pruning shears, characterized in that the fastening part is formed by a flat, pocket-shaped fastening part that can be attached the two cutters in their open position, and has slots for receiving the cutters at a first one of its narrow sides, that on the narrow side opposite the first narrow side, fastening slots for the end of the saw blade facing the cutter head are provided, and that latching devices are provided for the detachable latching fastening of the fastening part to the cutter head .
A fuse assembly , comprising: an insulated steel bolt comprising: a shaft comprising a threaded portion and an insulated portion ; and a base coupled to the shaft , the base being a rectangular cube of a first dimension, wherein the shaft is vertically disposed atop one side of the base ; a metal terminal comprising: a bolt base receptacle comprising a second rectangular cube, the second rectangular cube comprising a hollow interior of a second dimension, the second dimension being greater than the first dimension, wherein the base fits into the hollow interior of the bolt base receptacle ; and a threaded shaft disposed on one side of the bolt base receptacle wherein the shaft of the insulated steel bolt is to be fed through a cylindrical opening of a fuse. an insulated steel bolt comprising: a shaft comprising a threaded portion and an insulated portion ; and a base coupled to the shaft , the base being a rectangular cube of a first dimension, wherein the shaft is vertically disposed atop one side of the base ; a shaft comprising a threaded portion and an insulated portion ; and a base coupled to the shaft , the base being a rectangular cube of a first dimension, wherein the shaft is vertically disposed atop one side of the base ; a metal terminal comprising: a bolt base receptacle comprising a second rectangular cube, the second rectangular cube comprising a hollow interior of a second dimension, the second dimension being greater than the first dimension, wherein the base fits into the hollow interior of the bolt base receptacle ; and a threaded shaft disposed on one side of the bolt base receptacle wherein the shaft of the insulated steel bolt is to be fed through a cylindrical opening of a fuse. a bolt base receptacle comprising a second rectangular cube, the second rectangular cube comprising a hollow interior of a second dimension, the second dimension being greater than the first dimension, wherein the base fits into the hollow interior of the bolt base receptacle ; and a threaded shaft disposed on one side of the bolt base receptacle wherein the shaft of the insulated steel bolt is to be fed through a cylindrical opening of a fuse.
A package comprising a case having a bottom , characterized in that the bottom integrates a system for measuring weight, the system comprising: - at least one sensor for measuring weight having a fixing bracket and a deformable portion carried by the bracket ; - at least one casing in which the sensor is housed, the casing comprising a female shell to which the bracket for fixing the sensor is secured, and a male shell slidably mounted in the female shell and to which the deformable portion of the sensor is secured, the male shell comprising at least one abutment for driving the male shell into the female shell , the male shell protruding from an outer surface of the bottom of the case . - at least one sensor for measuring weight having a fixing bracket and a deformable portion carried by the bracket ; - at least one casing in which the sensor is housed, the casing comprising a female shell to which the bracket for fixing the sensor is secured, and a male shell slidably mounted in the female shell and to which the deformable portion of the sensor is secured, the male shell comprising at least one abutment for driving the male shell into the female shell , the male shell protruding from an outer surface of the bottom of the case .
A composition capable of detecting and typing viruses that cause a respiratory tract infection, the composition simultaneously comprising: a novel coronavirus 2019-nCoV forward primer as shown in SEQ ID NO: 1, a novel coronavirus 2019-nCoV reverse primer as shown in SEQ ID NO: 2, and a novel coronavirus 2019-nCoV probe as shown in SEQ ID NO: 3; and at least one of the following two groups: a first group: an influenza A virus forward primer as shown in SEQ ID NO: 7, an influenza A virus reverse primer as shown in SEQ ID NO: 8, and an influenza A virus probe as shown in SEQ ID NO: 9; and a second group: an influenza B virus forward primer as shown in SEQ ID NO: 10, an influenza B virus reverse primer as shown in SEQ ID NO: 11, and an influenza B virus probe as shown in SEQ ID NO: 12, where fluorescent groups of the probes are different from each other and do not interfere with each other. a first group: an influenza A virus forward primer as shown in SEQ ID NO: 7, an influenza A virus reverse primer as shown in SEQ ID NO: 8, and an influenza A virus probe as shown in SEQ ID NO: 9; and a second group: an influenza B virus forward primer as shown in SEQ ID NO: 10, an influenza B virus reverse primer as shown in SEQ ID NO: 11, and an influenza B virus probe as shown in SEQ ID NO: 12, where fluorescent groups of the probes are different from each other and do not interfere with each other.
An apparatus for controlling a cylindrical medical device, comprising: a bottom component having a working channel and one or more fingers comprising a sliding track , each of the one or more fingers having a top surface , a side surface , and a bottom surface; and a top component having one or more slots corresponding to the one or more fingers comprising the sliding track , the top component being slidable along the sliding track , wherein the top component , upon being slid along the sliding track from a rearward end of the apparatus to a forward end of the apparatus, is frictionally engaged with the cylindrical medical device, said cylindrical medical device being secured therein, characterized in the sliding track comprising gradations along the top surface of each of the one or more fingers , said gradations allowing the top component to reversibly slide in a step-wise manner from the rearward end of the apparatus to the forward end of the apparatus, the sliding track is declined from the rearward end of the bottom component to the forward end of the bottom component , a distance from a bottom surface of each of the one or more fingers to a surface of the working channel decreasing, accordingly, along a working axis of the bottom component. a bottom component having a working channel and one or more fingers comprising a sliding track , each of the one or more fingers having a top surface , a side surface , and a bottom surface; and a top component having one or more slots corresponding to the one or more fingers comprising the sliding track , the top component being slidable along the sliding track , wherein the top component , upon being slid along the sliding track from a rearward end of the apparatus to a forward end of the apparatus, is frictionally engaged with the cylindrical medical device, said cylindrical medical device being secured therein, characterized in the sliding track comprising gradations along the top surface of each of the one or more fingers , said gradations allowing the top component to reversibly slide in a step-wise manner from the rearward end of the apparatus to the forward end of the apparatus, the sliding track is declined from the rearward end of the bottom component to the forward end of the bottom component , a distance from a bottom surface of each of the one or more fingers to a surface of the working channel decreasing, accordingly, along a working axis of the bottom component.