mhurhangee/patent-ind-claim-en huggingface dataset:
An electrosurgical instrument , comprising: an end effector comprising a first jaw member and a second jaw member , the first and second jaw members being movable relative to one another from a first, open position to a second, closed position for grasping tissue therebetween, wherein at least one of the jaw members (216a/b) is adapted to connect to an electrosurgical energy source such that electrosurgical energy may be selectively communicated through tissue held between the jaw members to effect a tissue seal; at least one of the first or second jaw members (216a/b) including a knife channel defined therein configured to reciprocate a knife therealong for severing tissue held between the first and second jaw members; and a two-stage articulation joint coupled to the end effector , the two-stage articulation joint operatively coupled to first and second articulation bands (208a/b) configured to articulate the end effector , the two-stage articulation joint comprising: an outer cut metal tube comprising a plurality of articulation sections with hinge and locking features that closes and opens the first and second jaw members (216a/b); and a solid but flexible inner core positioned within the outer cut metal tube . an end effector comprising a first jaw member and a second jaw member , the first and second jaw members being movable relative to one another from a first, open position to a second, closed position for grasping tissue therebetween, wherein at least one of the jaw members (216a/b) is adapted to connect to an electrosurgical energy source such that electrosurgical energy may be selectively communicated through tissue held between the jaw members to effect a tissue seal; at least one of the first or second jaw members (216a/b) including a knife channel defined therein configured to reciprocate a knife therealong for severing tissue held between the first and second jaw members; and a two-stage articulation joint coupled to the end effector , the two-stage articulation joint operatively coupled to first and second articulation bands (208a/b) configured to articulate the end effector , the two-stage articulation joint comprising: an outer cut metal tube comprising a plurality of articulation sections with hinge and locking features that closes and opens the first and second jaw members (216a/b); and a solid but flexible inner core positioned within the outer cut metal tube . an outer cut metal tube comprising a plurality of articulation sections with hinge and locking features that closes and opens the first and second jaw members (216a/b); and a solid but flexible inner core positioned within the outer cut metal tube .
A process for producing a three-dimensional object by means of a powder-based additive manufacturing method from at least one first pulverulent material, characterized in that the at least one first pulverulent material includes at least one solid isocyanate based on HDI, IPDI, TDI or MDI or mixtures thereof and a thermoplastic polyurethane, wherein the solid isocyanate exhibits a blocked isocyanate group or a mixture of an isocyanate group and a blocked isocyanate group.
A system comprising: a pressure sensor configured to generate pressure readings from a user who is sleeping on a bladder ; a worn-sensor configured to be worn by the user, a client unit communicably coupled to the worn-sensor and configured to receive the pressure readings from the pressure sensor and worn-readings from the worn-sensor for a plurality of night's sleep for the user, and transmit sleep-data to a cloud unit that is geographically remote from the client unit ; and the cloud unit that is configured to receive the sleep-data, wherein the sleep-data is generated from both the pressure readings and from the worn-readings, generate report-data from the sleep data, and generate sleep-reports for the user, each report corresponding to at least one different night's sleep of the user, wherein the worn-readings are sensed based on information of the pressure readings. a pressure sensor configured to generate pressure readings from a user who is sleeping on a bladder ; a worn-sensor configured to be worn by the user, a client unit communicably coupled to the worn-sensor and configured to receive the pressure readings from the pressure sensor and worn-readings from the worn-sensor for a plurality of night's sleep for the user, and transmit sleep-data to a cloud unit that is geographically remote from the client unit ; and receive the pressure readings from the pressure sensor and worn-readings from the worn-sensor for a plurality of night's sleep for the user, and transmit sleep-data to a cloud unit that is geographically remote from the client unit ; and the cloud unit that is configured to receive the sleep-data, wherein the sleep-data is generated from both the pressure readings and from the worn-readings, generate report-data from the sleep data, and generate sleep-reports for the user, each report corresponding to at least one different night's sleep of the user, receive the sleep-data, wherein the sleep-data is generated from both the pressure readings and from the worn-readings, generate report-data from the sleep data, and generate sleep-reports for the user, each report corresponding to at least one different night's sleep of the user, wherein the worn-readings are sensed based on information of the pressure readings.
Commutation device for current transmission to an armature of an electric machine, comprising an armature-side collector , which has a plurality of lamellas in circumferential direction, wherein the lamellas of the collector each comprise an aluminum or a zinc section and, on the outer side of the running surface, a copper or a brass section , with which brushes of the commutation device are in contact, wherein the aluminum or zinc section is connected to the copper or brass section , and wherein the aluminum or zinc section is in electric contact with an armature winding , characterized in that the aluminum or zinc section is disposed at the axial end face of the copper or brass section .
An electroacoustic driver , comprising: a diaphragm; a diaphragm drive system configured to subject the diaphragm to a motion; and a diaphragm suspension configured to guide the diaphragm; wherein the diaphragm suspension comprises an option taken from i) a spider and a surround or ii) the surround ; the surround comprising one or more active elements being integrated into the surround and configured to actively influence the motion of the diaphragm in accordance to a control signal by changing a restoring force in accordance to the control signal and/or by applying a force to the diaphragm in accordance to the control signal, wherein the electroacoustic driver comprises a basket , wherein the surround is arranged between the basket and the diaphragm such that the surround guides and seals the diaphragm against the basket ; wherein the one or more active elements comprise electrical devices or piezo electrical devices; characterized in that the electroacoustic driver comprises a controller configured to output the control signal to the one or more active elements of the diaphragm suspension based on detected non-linearities and/or based on an audio signal via which the diaphragm drive system is controlled; the electroacoustic driver also comprising a sensor attached to the diaphragm and/or to the diaphragm suspension configured for detecting non-linearities in the piston-like motion of the diaphragm; and/or wherein the sensor is formed by one of the active elements . a diaphragm; a diaphragm drive system configured to subject the diaphragm to a motion; and a diaphragm suspension configured to guide the diaphragm; wherein the diaphragm suspension comprises an option taken from i) a spider and a surround or ii) the surround ; the surround comprising one or more active elements being integrated into the surround and configured to actively influence the motion of the diaphragm in accordance to a control signal by changing a restoring force in accordance to the control signal and/or by applying a force to the diaphragm in accordance to the control signal, wherein the electroacoustic driver comprises a basket , wherein the surround is arranged between the basket and the diaphragm such that the surround guides and seals the diaphragm against the basket ; wherein the one or more active elements comprise electrical devices or piezo electrical devices; characterized in that the electroacoustic driver comprises a controller configured to output the control signal to the one or more active elements of the diaphragm suspension based on detected non-linearities and/or based on an audio signal via which the diaphragm drive system is controlled; the electroacoustic driver also comprising a sensor attached to the diaphragm and/or to the diaphragm suspension configured for detecting non-linearities in the piston-like motion of the diaphragm; and/or wherein the sensor is formed by one of the active elements .
A capillary pumping heat pipe comprising a channel and at least one groove opening into the channel, said heat pipe comprising a first end for being heated and a second end for being cooled, and a sealed enclosure extending between the first end and the second end , the enclosure comprising a stack of plates, said stack including two closing plates , and dividing plates between the closing plates , each dividing plate including at least one opening the edges of which partly delimit a channel , and wherein the openings of at least three dividing plates are dimensioned such that they delimit at least one groove extending between the first end and the second end of the heat pipe, said groove having a width in a stack direction lower than or equal to the depth in the plane direction of the plates , the heat pipe being characterised in that , among the three dividing plates , one is disposed between both other dividing plates and is in mechanical contact with both other dividing plates and wherein at least one edge of the opening of the dividing plate disposed between both other dividing plates forms the bottom of at least one groove in the plane direction, each face of the groove in the stack direction being defined by a dividing plate different from the dividing plate defining the bottom of the groove in the plane direction.
A method of supporting location services, the method comprising: a location server receiving a Secure User Plane Location, SUPL, message comprising measured data from a terminal, and wherein the measured data comprises at least one of timing advance, TA, for a serving cell, received signal level of the serving cell, received signal level of at least one neighbour cell, received wireless local area network access point signal strength; and updating , by the location server, a database of terrestrial assistance data, the updating being based on using the received measured data, wherein the terrestrial assistance data comprises base station almanac, BSA, data, and wherein the BSA data includes one or more of (i) information that identifies one or more wireless access entities, the one or more wireless access entities including one or more base stations, one or more cells, one or more cell sectors, and/or one or more wireless local area network access points, (ii) information that provides details on wireless support by the or each wireless access entity, (iii) information that provides the location of the or each wireless access entity, and (iv) information that provides received signal level of the serving cell or at least one neighbour cell, signal strength received at wireless local area network access point, or timing details for the or each wireless access entity. a location server receiving a Secure User Plane Location, SUPL, message comprising measured data from a terminal, and wherein the measured data comprises at least one of timing advance, TA, for a serving cell, received signal level of the serving cell, received signal level of at least one neighbour cell, received wireless local area network access point signal strength; and updating , by the location server, a database of terrestrial assistance data, the updating being based on using the received measured data, wherein the terrestrial assistance data comprises base station almanac, BSA, data, and wherein the BSA data includes one or more of (i) information that identifies one or more wireless access entities, the one or more wireless access entities including one or more base stations, one or more cells, one or more cell sectors, and/or one or more wireless local area network access points, (ii) information that provides details on wireless support by the or each wireless access entity, (iii) information that provides the location of the or each wireless access entity, and (iv) information that provides received signal level of the serving cell or at least one neighbour cell, signal strength received at wireless local area network access point, or timing details for the or each wireless access entity.
Ringspinning system for producing a yarn, the ringspinning system comprising a bobbin holder for holding a bobbin from which a first filament is supplied, a drafting stage for drafting the first filament together with a second filament , which is fed to the drafting stage , and a spindle, which is provided downstream of the drafting stage on which the ring spun yarn is wound up, at least one sensor for detecting a breakage of the first and/or second filament and/or a roving comprising the first and second filament , which roving comes out of the drafting stage , characterized in that the ringspinning system further contains a clamp assembly comprising a clamp for fixing the second filament in the case that the sensor detects the breakage, wherein the clamp is provided adjacent the bobbin holder. a bobbin holder for holding a bobbin from which a first filament is supplied, a drafting stage for drafting the first filament together with a second filament , which is fed to the drafting stage , and a spindle, which is provided downstream of the drafting stage on which the ring spun yarn is wound up, at least one sensor for detecting a breakage of the first and/or second filament and/or a roving comprising the first and second filament , which roving comes out of the drafting stage , characterized in that the ringspinning system further contains a clamp assembly comprising a clamp for fixing the second filament in the case that the sensor detects the breakage, wherein the clamp is provided adjacent the bobbin holder.
Machine for dispersing sediments that have collected on a bed of a body of water, this machine comprising: - a floating vessel having a bow and a stern , - an underwater structure having at least one leg and a rotary agitator mounted on the leg , the leg being mounted in an articulated manner with respect to the vessel between a working position in which the leg is deployed so as to be anchored in the bed of the body of water, and an idle position in which the leg is retracted towards the vessel ; this machine being characterised: - in that the underwater structure comprises at least one pair of bow legs mounted next to the bow of the vessel and at least one stern leg mounted next to the stern of the vessel ; - in that the agitator is mounted between the bow legs ; - in that each leg is articulated by a deformable parallelogram mechanism. - a floating vessel having a bow and a stern , - an underwater structure having at least one leg and a rotary agitator mounted on the leg , the leg being mounted in an articulated manner with respect to the vessel between a working position in which the leg is deployed so as to be anchored in the bed of the body of water, and an idle position in which the leg is retracted towards the vessel ; - in that the underwater structure comprises at least one pair of bow legs mounted next to the bow of the vessel and at least one stern leg mounted next to the stern of the vessel ; - in that the agitator is mounted between the bow legs ; - in that each leg is articulated by a deformable parallelogram mechanism.
An ultrasound system , comprising: an ultrasound data acquiring unit configured to transmit a plurality of ultrasound signals to a moving target object included in a living body in M transmission directions, and receive a plurality of ultrasound echo signals from the moving target object included in the living body in N reception directions for each and every transmission of the plurality of ultrasound signals to acquire ultrasound data; and a processing unit configured to form vector information corresponding to a motion of the moving target object based on the ultrasound data, by defining an over-determined system of M x N equations obtained according to the M transmission directions and the N reception directions, and by solving the over-determined system of M x N equations by using a pseudo inverse method or a weighted least squares method to form the vector information corresponding to the motion of the moving target object, wherein the M and the N are integer numbers bigger than 1. an ultrasound data acquiring unit configured to transmit a plurality of ultrasound signals to a moving target object included in a living body in M transmission directions, and receive a plurality of ultrasound echo signals from the moving target object included in the living body in N reception directions for each and every transmission of the plurality of ultrasound signals to acquire ultrasound data; and a processing unit configured to form vector information corresponding to a motion of the moving target object based on the ultrasound data, by defining an over-determined system of M x N equations obtained according to the M transmission directions and the N reception directions, and by solving the over-determined system of M x N equations by using a pseudo inverse method or a weighted least squares method to form the vector information corresponding to the motion of the moving target object, wherein the M and the N are integer numbers bigger than 1.
A liquid medicine administration device for administering a liquid medicine (M) into a living body, the device comprising: a cylinder filled with the liquid medicine (M); a gasket located inside the cylinder in a slidable manner; a liquid lubricant (LM) applied to an inner peripheral surface of the cylinder or an outer peripheral surface of the gasket ; an advancing mechanism configured to advance the gasket in a distal direction; a drive mechanism including a motor that is configured to drive the advancing mechanism ; a battery configured to supply power to the motor ; and a control unit configured to control an operation of the motor , characterized in that an advancing movement of the gasket within the cylinder includes a first movement section from when a part of the gasket starts moving until the gasket entirely starts moving, and a second movement section following the first movement section, and the control unit includes a program set such that one cycle including one continuous rotation and one continuous stop of the motor is repeated two or more times in the first movement section. a cylinder filled with the liquid medicine (M); a gasket located inside the cylinder in a slidable manner; a liquid lubricant (LM) applied to an inner peripheral surface of the cylinder or an outer peripheral surface of the gasket ; an advancing mechanism configured to advance the gasket in a distal direction; a drive mechanism including a motor that is configured to drive the advancing mechanism ; a battery configured to supply power to the motor ; and a control unit configured to control an operation of the motor , characterized in that an advancing movement of the gasket within the cylinder includes a first movement section from when a part of the gasket starts moving until the gasket entirely starts moving, and a second movement section following the first movement section, and the control unit includes a program set such that one cycle including one continuous rotation and one continuous stop of the motor is repeated two or more times in the first movement section.
A flexible coupling between two shafts , including a spacer element inserted between a actuating shaft or drive shaft and a actuated shaft or load shaft , and an assembly of articulated connecting rods at both points of connection (between the drive shaft and the spacer element and between the spacer element and the load shaft ), and each connecting assembly is formed by said articulated connecting rods respectively linking the two elements to be connected, being tangentially arranged in relation to the coupling shaft and angularly spaced around same, each connecting assembly existing on each side of the spacer , respectively between it and the drive shaft and the load shaft , is formed by three connecting rods , which in both cases exhibit a circumferential phase shift of 60°, characterised in that all of the connecting rods on both ends being articulated in ball joints used to facilitate the rotation of the connecting rods in any direction, so that the coupling can adapt itself to all of the potential disalignments that may occur, both radially and axially, or when there is play between the spacer and the load shaft ; where between the spacer and the drive shaft there is a connecting rod , axially arranged between both elements, intended to stabilise this area, preventing the occurrence of axial play therebetween beyond what is required when the spacer is slightly misaligned with respect to a motor due to the occurrence of a radial disalignment.
A flash dryer for drying a product , comprising: a chamber having a product inlet and a product outlet , a drive unit arranged below the chamber having a drive shaft extending through a hole in a bottom of the chamber into the lower section of the chamber , at least one rotatable disintegrator element connected to the drive shaft in the lower section of the chamber , an air inlet connected to the lower section of the chamber and adapted to provide air into the chamber to dry the product , and a first conduit extending axially inside the drive shaft into the chamber and adapted to provide a suspension or fluid into the lower section of the chamber characterised by a second conduit extending through the drive shaft and adapted to provide air, steam or further suspension or fluid to the lower section of the chamber . a chamber having a product inlet and a product outlet , a drive unit arranged below the chamber having a drive shaft extending through a hole in a bottom of the chamber into the lower section of the chamber , at least one rotatable disintegrator element connected to the drive shaft in the lower section of the chamber , an air inlet connected to the lower section of the chamber and adapted to provide air into the chamber to dry the product , and a first conduit extending axially inside the drive shaft into the chamber and adapted to provide a suspension or fluid into the lower section of the chamber characterised by a second conduit extending through the drive shaft and adapted to provide air, steam or further suspension or fluid to the lower section of the chamber .