mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling the braking for a vehicle equipped with a regenerative braking means and with an additional braking means, the method comprising: estimating an efficiency coefficient value of the additional braking means during the running of the vehicle, storing a plurality of efficiency coefficient values of the additional braking means, each stored value corresponding to a speed of the vehicle or to a speed range of this vehicle, receiving a current speed value (V) of the vehicle, and correcting an additional braking setpoint value C h cons intended for the additional braking means, by applying to said setpoint value an efficiency coefficient value chosen from among said plurality of stored values and corresponding to the current speed of the vehicle. estimating an efficiency coefficient value of the additional braking means during the running of the vehicle, storing a plurality of efficiency coefficient values of the additional braking means, each stored value corresponding to a speed of the vehicle or to a speed range of this vehicle, receiving a current speed value (V) of the vehicle, and correcting an additional braking setpoint value C h cons intended for the additional braking means, by applying to said setpoint value an efficiency coefficient value chosen from among said plurality of stored values and corresponding to the current speed of the vehicle.
An extruder apparatus comprising: a cylindrical barrel having an inlet end and an outlet end; and an extruder screw mounted in the cylindrical barrel , the screw having an outer surface having one or more helical flights mounted thereon; wherein (i) the inlet end of the cylindrical barrel has a support frame mounted thereto, an upper surface of the support frame being connected to a throat of a hopper , and wherein an insert is mounted to the support frame and has a lower end which extends down into the cylindrical barrel , the insert having an internal passageway having a first opening on the lower end and a second opening ; or (ii) the inlet end of the cylindrical barrel is connected to a throat of a hopper and one or more pressure relieving passageways are located in the cylindrical barrel , wherein a first end of the one or more pressure relieving passageways is located in the cylindrical barrel and in fluid communication with the pressure of the extruder screw , and wherein a second end of the one or more pressure relieving passageways is located upstream of the extruder screw and at or upstream of the throat . a cylindrical barrel having an inlet end and an outlet end; and an extruder screw mounted in the cylindrical barrel , the screw having an outer surface having one or more helical flights mounted thereon; wherein (i) the inlet end of the cylindrical barrel has a support frame mounted thereto, an upper surface of the support frame being connected to a throat of a hopper , and wherein an insert is mounted to the support frame and has a lower end which extends down into the cylindrical barrel , the insert having an internal passageway having a first opening on the lower end and a second opening ; or (ii) the inlet end of the cylindrical barrel is connected to a throat of a hopper and one or more pressure relieving passageways are located in the cylindrical barrel , wherein a first end of the one or more pressure relieving passageways is located in the cylindrical barrel and in fluid communication with the pressure of the extruder screw , and wherein a second end of the one or more pressure relieving passageways is located upstream of the extruder screw and at or upstream of the throat . (i) the inlet end of the cylindrical barrel has a support frame mounted thereto, an upper surface of the support frame being connected to a throat of a hopper , and wherein an insert is mounted to the support frame and has a lower end which extends down into the cylindrical barrel , the insert having an internal passageway having a first opening on the lower end and a second opening ; or (ii) the inlet end of the cylindrical barrel is connected to a throat of a hopper and one or more pressure relieving passageways are located in the cylindrical barrel , wherein a first end of the one or more pressure relieving passageways is located in the cylindrical barrel and in fluid communication with the pressure of the extruder screw , and wherein a second end of the one or more pressure relieving passageways is located upstream of the extruder screw and at or upstream of the throat .
A tool (510, 510', 510") for installing a blind fastener including a bolt and a nut , the tool comprising: a socket assembly including a socket housing ; and a drive body coupled to the socket housing and configured to rotate the socket housing about an axis ; wherein: a collet is disposed about the axis , the collet being configured to selectively engage a tool engagement portion of the nut ; the socket assembly includes a plurality of rollers , the socket housing being rotatable relative to the collet and defining a bore disposed about the axis , the rollers being spaced circumferentially about the axis , a surface of each roller being configured to engage a cylindrical tool engagement portion of the bolt within the bore to rotate the bolt about the axis ; and a mode clutch is operable in an engaged mode in which the socket housing is coupled to the collet for common rotation about the axis and a disengaged mode in which the socket housing is rotatable relative to the collet . a socket assembly including a socket housing ; and a drive body coupled to the socket housing and configured to rotate the socket housing about an axis ; wherein: a collet is disposed about the axis , the collet being configured to selectively engage a tool engagement portion of the nut ; the socket assembly includes a plurality of rollers , the socket housing being rotatable relative to the collet and defining a bore disposed about the axis , the rollers being spaced circumferentially about the axis , a surface of each roller being configured to engage a cylindrical tool engagement portion of the bolt within the bore to rotate the bolt about the axis ; and a mode clutch is operable in an engaged mode in which the socket housing is coupled to the collet for common rotation about the axis and a disengaged mode in which the socket housing is rotatable relative to the collet . a collet is disposed about the axis , the collet being configured to selectively engage a tool engagement portion of the nut ; the socket assembly includes a plurality of rollers , the socket housing being rotatable relative to the collet and defining a bore disposed about the axis , the rollers being spaced circumferentially about the axis , a surface of each roller being configured to engage a cylindrical tool engagement portion of the bolt within the bore to rotate the bolt about the axis ; and a mode clutch is operable in an engaged mode in which the socket housing is coupled to the collet for common rotation about the axis and a disengaged mode in which the socket housing is rotatable relative to the collet .
A driving device for a shedding unit , the driving device comprising a rotationally mounted drive element , a crank , and a locking unit , wherein the drive element has an axis of rotation , a first end , and a second end , wherein the first end and the second end are distanced from each other in the direction of the axis of rotation of the drive element , wherein the drive element is provided at the second end with a seat , wherein the crank is provided with a coupling element , which coupling element cooperates with the seat for mounting the crank to the drive element so as to be rotatable about a seat axis of the seat , which seat axis is parallel but offset to the axis of rotation of the drive element , wherein for a rotation about the axis of rotation of the drive element together with the drive element , the crank is releasably lockable to the drive element in different angular positions with respect to the drive element by the locking unit , characterized in that when the crank is unlocked from the drive element , for adjusting the angular position of the crank with respect to the drive element , the driving device is configured to move the drive element about the axis of rotation of the drive element for causing a relative movement between the drive element and the crank about the seat axis , wherein means are provided for restricting a movement of a distal end of the crank to movement along a defined path, when unlocking the crank from the drive element and moving the drive element about the axis of rotation of the drive element .
A heat transfer element having at least one flexible mat on which at least one distributor and at least one collector are arranged, said flexible mat having a plurality of flow channels , at least one end face, at least one longitudinal face , and at least one width , with at least one distributor and at least one collector being arranged on the same end face of the flexible mat , and with at least one distributor and at least one collector being at least in part axially nested within one another, characterised in that all flow channels extend parallel to the longitudinal axis of the flexible mat , all parallel flow channels of the flexible mat lead to at least one distributor and/or to at least one collector , and the distributor is arranged within the collector in such a manner that a medium present in the collector may flow at least partially around the distributor .
A method for preparing a compound of formula I, comprising reacting a compound of formula A with a compound of formula 6 or a salt thereof to obtain a compound of formula 7 or a compound of formula 14, and preparing the compound of formula I from the compound of formula 7 or the compound of formula 14: wherein R 1 is selected from the group consisting of H and an amino-protecting group; and R A is selected from the group consisting of H and CH 3 .
A damping device, characterized in that it comprises: a housing , a guide roller , a friction cylinder , and a buffer shaft , the buffer shaft comprising a shaft body and a buffer , wherein: a mounting portion of the buffer is fixedly arranged in the housing relative to the friction cylinder , and one end of the shaft body is connected with the buffer ; the other end of the shaft body is arranged on a bottom plate of the housing , and the guide roller is rotatably arranged on the shaft body ; the friction cylinder is sleeved on the guide roller and separated from the housing , and the guide roller has an outer diameter less than an inner size of the friction cylinder , so that there exists a gap between an inner diameter of the friction cylinder and an outer diameter of the guide roller ; and the housing is provided with a first wire inlet hole and a first wire outlet hole in a sidewall , the friction cylinder is provided with a second wire inlet hole and a second wire outlet hole , and the first wire outlet hole is arranged to be aligned with the second wire outlet hole when the first wire inlet hole is aligned with the second wire inlet hole . a mounting portion of the buffer is fixedly arranged in the housing relative to the friction cylinder , and one end of the shaft body is connected with the buffer ; the other end of the shaft body is arranged on a bottom plate of the housing , and the guide roller is rotatably arranged on the shaft body ; the friction cylinder is sleeved on the guide roller and separated from the housing , and the guide roller has an outer diameter less than an inner size of the friction cylinder , so that there exists a gap between an inner diameter of the friction cylinder and an outer diameter of the guide roller ; and the housing is provided with a first wire inlet hole and a first wire outlet hole in a sidewall , the friction cylinder is provided with a second wire inlet hole and a second wire outlet hole , and the first wire outlet hole is arranged to be aligned with the second wire outlet hole when the first wire inlet hole is aligned with the second wire inlet hole .
An optical transmitter, comprising: means for performing a process to select a pulse amplitude modulation (PAM) value from a set of candidate PAM values based on currently transmitted training data bits, transmitted PAM values corresponding to previously transmitted training data bits, and training data bits transmitted subsequently, the selected PAM value corresponding to the currently transmitted training data bits; means for transmitting the selected PAM value to an optical receiver; means for receiving, from the optical receiver, an indication as to whether the optical receiver correctly detects the currently transmitted training data bits; and means for updating the process at least in part based on the indication. means for performing a process to select a pulse amplitude modulation (PAM) value from a set of candidate PAM values based on currently transmitted training data bits, transmitted PAM values corresponding to previously transmitted training data bits, and training data bits transmitted subsequently, the selected PAM value corresponding to the currently transmitted training data bits; means for transmitting the selected PAM value to an optical receiver; means for receiving, from the optical receiver, an indication as to whether the optical receiver correctly detects the currently transmitted training data bits; and means for updating the process at least in part based on the indication.
A power conversion device for supplying power to a motor included in an air conditioner , the power conversion device comprising: an inverter circuit including: upper-arm switching elements and lower-arm switching elements connected in series to each other; and connection nodes (cn1, cn2, cn3) provided between the upper-arm switching elements and the lower-arm switching elements , and connected to the motor ; a switching controller configured to control pulse width modulation, PMW, to turn ON and OFF each of the upper-arm switching elements and the lower-arm switching elements ; and a first detection circuit connected to a first connection node (cn3) of a first selected lower-arm switching element and the switching controller , and configured to detect an induced voltage of the motor before activation of the motor ; wherein said switching controller is configured to activate the motor , by controlling ON and OFF of the upper-arm switching elements and the lower-arm switching elements , in accordance with an activation sequence determined according to a result of the detection by the first detection circuit , characterized in that the switching controller is configured to perform switching control causing the first selected lower-arm switching element to alternately turn ON and OFF when the first detection circuit detects the induced voltage. an inverter circuit including: upper-arm switching elements and lower-arm switching elements connected in series to each other; and connection nodes (cn1, cn2, cn3) provided between the upper-arm switching elements and the lower-arm switching elements , and connected to the motor ; a switching controller configured to control pulse width modulation, PMW, to turn ON and OFF each of the upper-arm switching elements and the lower-arm switching elements ; and a first detection circuit connected to a first connection node (cn3) of a first selected lower-arm switching element and the switching controller , and configured to detect an induced voltage of the motor before activation of the motor ; wherein said switching controller is configured to activate the motor , by controlling ON and OFF of the upper-arm switching elements and the lower-arm switching elements , in accordance with an activation sequence determined according to a result of the detection by the first detection circuit , characterized in that the switching controller is configured to perform switching control causing the first selected lower-arm switching element to alternately turn ON and OFF when the first detection circuit detects the induced voltage.
An image processing apparatus , comprising: first obtaining means for obtaining a movie for a predetermined imaging range including a plurality of frame images, wherein the movie includes, as one of the plurality of frame images, a target image including an object, and brightness of the plurality of frame images included in the movie varies at a cycle; second obtaining means for obtaining a background image , which is obtained from one or plural selected images selected from the plurality of frame images based on brightness of the target image ; and region determination means for determining a region of the object in the target image based on the background image , characterized in that the second obtaining means is further for determining the cycle (S503), performing a first selection from the plurality of frame images based on the determined cycle (S504), and performing, from the result of the first selection, a second selection of the one or plural selected images having a similarity of a feature amount reflecting brightness with the target image equal to or larger than a threshold (S505). first obtaining means for obtaining a movie for a predetermined imaging range including a plurality of frame images, wherein the movie includes, as one of the plurality of frame images, a target image including an object, and brightness of the plurality of frame images included in the movie varies at a cycle; second obtaining means for obtaining a background image , which is obtained from one or plural selected images selected from the plurality of frame images based on brightness of the target image ; and region determination means for determining a region of the object in the target image based on the background image , characterized in that the second obtaining means is further for determining the cycle (S503), performing a first selection from the plurality of frame images based on the determined cycle (S504), and performing, from the result of the first selection, a second selection of the one or plural selected images having a similarity of a feature amount reflecting brightness with the target image equal to or larger than a threshold (S505).
Pharmaceutical composition comprising clomipramine (3-(3-chloro-10,11-dihydro-5H-dibenzo[b,f]azepin-5-yl)-N,N-dimethylpropan-1-amine) or a pharmaceutically acceptable salt form thereof and yohimbine (17α-hydroxy-yohimban-16α-carboxylic acid methyl ester) or a pharmaceutically acceptable salt form thereof for use in the treatment and prevention of premature ejaculation (PE) .
An absorbent core comprising: a front portion ; a back portion ; a middle portion position between the front portion and the back portion ; and a longitudinal axis extending along a length of said core and crossing said front, middle and back portions , the absorbent core having a width extending perpendicular to said length and a perimeter comprising at least two opposing ends and at least two opposing sides positioned between said ends characterized in that the absorbent core comprises one or more channels having a first shape when the absorbent core is in dry state and a second shape when the absorbent core is in wet state and in that said first and second shapes are different and in that the absorbent core comprises a single substantially interconnected channel in dry state, and a plurality of distinct channels in wet state. a front portion ; a back portion ; a middle portion position between the front portion and the back portion ; and a longitudinal axis extending along a length of said core and crossing said front, middle and back portions , the absorbent core having a width extending perpendicular to said length and a perimeter comprising at least two opposing ends and at least two opposing sides positioned between said ends characterized in that the absorbent core comprises one or more channels having a first shape when the absorbent core is in dry state and a second shape when the absorbent core is in wet state and in that said first and second shapes are different and in that the absorbent core comprises a single substantially interconnected channel in dry state, and a plurality of distinct channels in wet state.
A device for creating an arteriovenous (AV) fistula, comprising: an elongate member; a distal member having a tapered distal end, connected to the elongate member and movable relative to the elongate member; a first heating member disposed on a blunt tapered face of one of said moveable distal member and said elongate member; and a second heating member disposed on a blunt tapered face of the other one of said movable distal member and said elongate member; structure for retaining tissue associated with one of said heating members, and a cavity disposed within said one of said heating members for receiving tissue retained by said structure; wherein said structure comprises a plurality of physically separate protruding elements disposed adjacent to a face of and around a periphery of said one of said heating members and surrounding said cavity; wherein one of the first and second heating members is actively energized to apply heat energy to tissue, and the other of the first and second heating members is a passive non-energised heat conductive surface for promoting heat transfer through a coapted tissue interface from the active heating member to the passive heating member, the heating members being adapted to cut through said tissue to create the fistula. an elongate member; a distal member having a tapered distal end, connected to the elongate member and movable relative to the elongate member; a first heating member disposed on a blunt tapered face of one of said moveable distal member and said elongate member; and a second heating member disposed on a blunt tapered face of the other one of said movable distal member and said elongate member; structure for retaining tissue associated with one of said heating members, and a cavity disposed within said one of said heating members for receiving tissue retained by said structure; wherein said structure comprises a plurality of physically separate protruding elements disposed adjacent to a face of and around a periphery of said one of said heating members and surrounding said cavity; wherein one of the first and second heating members is actively energized to apply heat energy to tissue, and the other of the first and second heating members is a passive non-energised heat conductive surface for promoting heat transfer through a coapted tissue interface from the active heating member to the passive heating member, the heating members being adapted to cut through said tissue to create the fistula.