mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for heating air comprising an elongate body comprising a plurality of heat exchange fins defining a plurality of axially extending flow passages therebetween for heating air flowing through the elongate body, said apparatus further comprising one or more electrical heating elements (16,18), said one or more heating elements (16,18) being in thermal contact with the elongate body, characterised in that the body is formed from two halves (4,6) separable along the longitudinal axis of elongate body, said one or more heating elements (16,18) being provided in one or more recesses (8,10,12,14) defined between said two halves (4,6) of the body such that said halves can be separated to insert or remove said one or more heating elements, each half (4,6) being provided with a longitudinally extending flange arranged parallel to a split line between the halves whereby said flanges may support fasteners for securing the two halves together.
Device for producing and filling a filling material container, particularly a PET container, which comprises a filling device and an extrusion device for extruding a plastic liner, the interior side of which is sterile, into the filling material container, characterized in that: an isolating device is provided, which keeps the interior of the plastic liner sterile from the time of extrusion into the filling material container until filling, so that the filling material container equipped with the plastic liner extruded therein can be aseptically filled by the filling device. an isolating device is provided, which keeps the interior of the plastic liner sterile from the time of extrusion into the filling material container until filling, so that the filling material container equipped with the plastic liner extruded therein can be aseptically filled by the filling device.
A mounting system for strand-like functional elements such as, for example, cables or lines, in particular for wind turbines, comprising a main body that has strand passageways that are formed by receiving spaces which have an opening for the insertion of functional elements that can be closed by a cover device (49, 43) and which define a receiving axis that runs from the outer opening to the inner end of the respective receiving space, the main body being formed from at least two sectional elements (11, 12) which each have strand passageways and can be coupled to one another at at least one junction point, and the receiving axes of successive strand passageways on the main body diverging outward, characterised in that at least one attachment point of the sectional elements is formed as a hinge joint that makes a relative pivotal movement of the sectional elements possible.
A bone anchor inserter tool (100, 500), comprising: an outer shaft (102, 510) having proximal and distal ends (102p, 102d, 510p, 510d) and an inner lumen extending at least partially therethrough, the distal end (102d, 510d) having first and second prongs (108a, 108b, 502, 504) extending distally therefrom; and an inner shaft (104, 520) extending through the inner lumen of the outer shaft (102, 510), at least a portion of the inner shaft (104, 520) being non-rotatably and freely slidably coupled to the outer shaft (102, 510), the inner shaft (104, 520) having a distal end with a distally-extending central protrusion (128, 528) and at least first and second distally-extending side protrusions (130a, 130b, 130c, 130d) positioned on opposite sides of the central protrusion (128, 528). an outer shaft (102, 510) having proximal and distal ends (102p, 102d, 510p, 510d) and an inner lumen extending at least partially therethrough, the distal end (102d, 510d) having first and second prongs (108a, 108b, 502, 504) extending distally therefrom; and an inner shaft (104, 520) extending through the inner lumen of the outer shaft (102, 510), at least a portion of the inner shaft (104, 520) being non-rotatably and freely slidably coupled to the outer shaft (102, 510), the inner shaft (104, 520) having a distal end with a distally-extending central protrusion (128, 528) and at least first and second distally-extending side protrusions (130a, 130b, 130c, 130d) positioned on opposite sides of the central protrusion (128, 528).
A travelling apparatus comprising: a riding part (190,121,122) on which a rider rides; a first driving wheel configured to be attached to the riding part so that the first driving wheel is displaced in one side of the riding part, the first driving wheel being rotationally driven; a second driving wheel configured to be attached to the riding part so that the second driving wheel is displaced in another side of the riding part, the second driving wheel being rotationally driven independently from the first driving wheel; a receiving part (110,230) configured to receive a turning instruction from the rider; and an acquisition unit configured to acquire centroid information regarding the rider's centroid, characterized by a controller configured to add, when the receiving part receives the turning instruction, a first correction amount calculated based on the centroid information acquired by the acquisition unit to a first rotation amount of the first driving wheel calculated based on the turning instruction to rotationally drive the first driving wheel and add a second correction amount calculated based on the centroid information acquired by the acquisition unit to a second rotation amount of the second driving wheel calculated based on the turning instruction to rotationally drive the second driving wheel. a riding part (190,121,122) on which a rider rides; a first driving wheel configured to be attached to the riding part so that the first driving wheel is displaced in one side of the riding part, the first driving wheel being rotationally driven; a second driving wheel configured to be attached to the riding part so that the second driving wheel is displaced in another side of the riding part, the second driving wheel being rotationally driven independently from the first driving wheel; a receiving part (110,230) configured to receive a turning instruction from the rider; and an acquisition unit configured to acquire centroid information regarding the rider's centroid, characterized by a controller configured to add, when the receiving part receives the turning instruction, a first correction amount calculated based on the centroid information acquired by the acquisition unit to a first rotation amount of the first driving wheel calculated based on the turning instruction to rotationally drive the first driving wheel and add a second correction amount calculated based on the centroid information acquired by the acquisition unit to a second rotation amount of the second driving wheel calculated based on the turning instruction to rotationally drive the second driving wheel.
A steering control method for a vehicle equipped with a steer-by-wire steering mechanism in which a steering wheel and a steered wheel are mechanically separated, comprising: setting a steering reaction force that includes a restoration component for restoring a steering angle of the steering wheel to a reference angle, a viscous component that corresponds to a steering angular velocity of the steering wheel, and a friction component that corresponds to the steering angular velocity; controlling an actuator that applies rotational torque to the steering wheel such that the steering reaction force is generated in the steering wheel; controlling a turning angle of the steered wheel in accordance with the steering angle; and determining whether a driver is operating the steering wheel, characterized by, when the driver is not operating the steering wheel, setting a target travel path along which the vehicle travels, controlling the actuator such that the steering angle of the steering wheel becomes a target steering angle for causing the vehicle to travel along the target travel path, and suppressing the friction component included in the steering reaction force. setting a steering reaction force that includes a restoration component for restoring a steering angle of the steering wheel to a reference angle, a viscous component that corresponds to a steering angular velocity of the steering wheel, and a friction component that corresponds to the steering angular velocity; controlling an actuator that applies rotational torque to the steering wheel such that the steering reaction force is generated in the steering wheel; controlling a turning angle of the steered wheel in accordance with the steering angle; and determining whether a driver is operating the steering wheel, characterized by, when the driver is not operating the steering wheel, setting a target travel path along which the vehicle travels, controlling the actuator such that the steering angle of the steering wheel becomes a target steering angle for causing the vehicle to travel along the target travel path, and suppressing the friction component included in the steering reaction force.
A container for ammunition which can be closed at least at a rear end, and intended to enclose an ammunition which is radially wedged within the container by a housing which is movable in translation between a front position and a rear position when the rear end of the container is opened, container for ammunition characterized in that the housing comprises at least one transversal slot in which a jaw can radially slide, the slot forming a slide for guiding the jaw, the jaw being intended to partially penetrate a groove of the ammunition so as to immobilize the ammunition in longitudinal translation with respect to the housing, the jaw comprising at least one guiding finger which is intended to slide in a groove of the container forming a ramp which is arranged such that the translation of the housing towards its rear position causes the jaw to move away from the longitudinal axis of the container and, conversely, that the translation of the housing towards its front position causes the jaw and the longitudinal axis of the container to move closer to each other.
A reload assembly for a surgical stapling system, the reload assembly comprising: an elongate shaft having a proximal end and a distal end and defining a longitudinal axis extending between the proximal end and the distal end; a jaw assembly positioned at the distal end of the elongate shaft, the jaw assembly comprising: a first jaw comprising a reload support configured to receive a staple reload; and a second jaw pivotably coupled to the first jaw, the second jaw comprising an anvil surface; a firing member longitudinally slidable within the jaw assembly; an actuation beam longitudinally slidable within the elongate shaft, the actuation beam having a proximal end and a distal end, the distal end of the actuation beam coupled to the firing member, and the actuation beam comprising a lock recess formed therein; and a reload lockout mechanism comprising: a lockout lever pivotally coupled to the reload support and pivotable between a locked position preventing distal movement of the actuation beam relative to the elongate shaft and an unlocked position allowing distal movement of the actuation beam relative to the elongate shaft, and wherein the lockout lever engages the lock recess when the lockout lever is in the locked position, characterized in that the firing member has a tail extending proximally therefrom and in that, with the firing member in a proximally fully retracted position, the tail of the firing member maintains the lockout lever pivoted to the unlocked position. an elongate shaft having a proximal end and a distal end and defining a longitudinal axis extending between the proximal end and the distal end; a jaw assembly positioned at the distal end of the elongate shaft, the jaw assembly comprising: a first jaw comprising a reload support configured to receive a staple reload; and a second jaw pivotably coupled to the first jaw, the second jaw comprising an anvil surface; a first jaw comprising a reload support configured to receive a staple reload; and a second jaw pivotably coupled to the first jaw, the second jaw comprising an anvil surface; a firing member longitudinally slidable within the jaw assembly; an actuation beam longitudinally slidable within the elongate shaft, the actuation beam having a proximal end and a distal end, the distal end of the actuation beam coupled to the firing member, and the actuation beam comprising a lock recess formed therein; and a reload lockout mechanism comprising: a lockout lever pivotally coupled to the reload support and pivotable between a locked position preventing distal movement of the actuation beam relative to the elongate shaft and an unlocked position allowing distal movement of the actuation beam relative to the elongate shaft, and wherein the lockout lever engages the lock recess when the lockout lever is in the locked position, characterized in that the firing member has a tail extending proximally therefrom and in that, with the firing member in a proximally fully retracted position, the tail of the firing member maintains the lockout lever pivoted to the unlocked position.
A dose setting mechanism for a drug delivery device comprising: a dial sleeve; a nut; a housing component, preferably an inner body; and a sliding lock (9, 10) on the dial sleeve and the nut, wherein the dial sleeve is coupled to the nut that is threadedly engaged to the housing component, wherein the sliding lock (9, 10) comprises a protrusion formed on the outer surface of the nut and a slit-like opening provided in the dial sleeve and receiving the protrusion, so that the dial sleeve and nut are coupled to prevent any relative rotational movement between these two parts but allowing a relative axial movement during priming, wherein the dial sleeve is configured to move axially relative to the nut during priming of the drug delivery device from a first, proximal position to a second, distal position, wherein the protrusion and the slit-like opening are configured to be discouraged from engaging with each other by an interference fit between the two components when the dose dial sleeve is in the first position; wherein the sliding lock (9, 10) is configured to engage the nut when the dial sleeve is in the second, distal position, and wherein the dial sleeve is configured to translate along a helical path during dose setting of the drug delivery device. a dial sleeve; a nut; a housing component, preferably an inner body; and a sliding lock (9, 10) on the dial sleeve and the nut, wherein the dial sleeve is coupled to the nut that is threadedly engaged to the housing component, wherein the sliding lock (9, 10) comprises a protrusion formed on the outer surface of the nut and a slit-like opening provided in the dial sleeve and receiving the protrusion, so that the dial sleeve and nut are coupled to prevent any relative rotational movement between these two parts but allowing a relative axial movement during priming, wherein the dial sleeve is configured to move axially relative to the nut during priming of the drug delivery device from a first, proximal position to a second, distal position, wherein the protrusion and the slit-like opening are configured to be discouraged from engaging with each other by an interference fit between the two components when the dose dial sleeve is in the first position; wherein the sliding lock (9, 10) is configured to engage the nut when the dial sleeve is in the second, distal position, and wherein the dial sleeve is configured to translate along a helical path during dose setting of the drug delivery device.
An R-Fe-B based anisotropic sintered magnet, where R is at least one of the rare-earth elements that include Y, comprising, as a main phase, an R 2 Fe 14 B type compound that includes a light rare-earth element RL, which is at least one of Nd and Pr, as a major rare-earth element R, and also comprising a heavy rare-earth element RH, which is at least one element selected from the group consisting of Dy and Tb, wherein the magnet includes a portion in which at least two peaks of diffraction are observed within a 2θ range of 60.5 degrees to 61.5 degrees when an X-ray diffraction measurement is carried out using a CuK α ray on a plane that is located at a depth of 500 μm or less under a pole face of the magnet and that is parallel to the pole face, and wherein the portion in which the at least two peaks of diffraction are observed within the 2θ range of 60.5 degrees to 61.5 degrees when subjected to the X-ray diffraction measurement forms part of the plane that is parallel to the pole face.
A method for detecting a failed rectifier in an AC/DC converter for converting three-phase AC power to DC power and having its AC side connected to an AC source for power supply and its DC side connected to a DC load, the AC/DC converter including a rectifier circuit comprising at least three legs, each of the legs connected to a corresponding AC phase and including at least one rectifier, the method comprises - measuring instantaneous AC currents of each of the phases, characterized in that the method further comprises - estimating an instantaneous DC current based on the measured instantaneous AC currents during one period of the power supply frequency, - calculating a ripple value of the estimated instantaneous DC current, - determining if the calculated ripple value exceeds a pre-defined threshold value, - initiating an alarm upon the calculated ripple value exceeding the pre-defined threshold value, - upon the calculated ripple value exceeding the pre-defined threshold value, for each of the legs, calculating a rectifier status value based on a maximum instantaneous AC phase current and a minimum instantaneous AC phase current during the same one period, and - determining, for each of the legs, if the rectifier in the leg has a non-conducting fault based on the calculated rectifier status value (160, 190). - measuring instantaneous AC currents of each of the phases, characterized in that the method further comprises - estimating an instantaneous DC current based on the measured instantaneous AC currents during one period of the power supply frequency, - calculating a ripple value of the estimated instantaneous DC current, - determining if the calculated ripple value exceeds a pre-defined threshold value, - initiating an alarm upon the calculated ripple value exceeding the pre-defined threshold value, - upon the calculated ripple value exceeding the pre-defined threshold value, for each of the legs, calculating a rectifier status value based on a maximum instantaneous AC phase current and a minimum instantaneous AC phase current during the same one period, and - determining, for each of the legs, if the rectifier in the leg has a non-conducting fault based on the calculated rectifier status value (160, 190).
A kernel reboot method for a processor comprising a primary physical core and at least two secondary physical cores for loading a new kernel, wherein the method comprises: receiving, by the at least two secondary physical cores, a request for stopping executing an old kernel, wherein the request is sent from the primary physical core in parallel to the at least two secondary physical cores; in response to receiving the request, setting a state of the at least two secondary physical cores to a busy waiting state; querying, by the at least two secondary physical cores in the busy waiting state, whether respective entry addresses of the at least two secondary physical cores are modified, wherein the primary physical code modifies the respective entry addresses when the primary physical core has loaded the new kernel; and setting, by the at least two secondary physical cores, after it is determined that the respective entry addresses of the at least two secondary physical cores are modified, the state of the at least two secondary physical cores to exiting the busy waiting state; wherein exiting the busy waiting state comprises performing an initialization procedure of the at least two secondary physical cores by jumping to a code segment indicated by the respective modified entry addresses. receiving, by the at least two secondary physical cores, a request for stopping executing an old kernel, wherein the request is sent from the primary physical core in parallel to the at least two secondary physical cores; in response to receiving the request, setting a state of the at least two secondary physical cores to a busy waiting state; querying, by the at least two secondary physical cores in the busy waiting state, whether respective entry addresses of the at least two secondary physical cores are modified, wherein the primary physical code modifies the respective entry addresses when the primary physical core has loaded the new kernel; and setting, by the at least two secondary physical cores, after it is determined that the respective entry addresses of the at least two secondary physical cores are modified, the state of the at least two secondary physical cores to exiting the busy waiting state; wherein exiting the busy waiting state comprises performing an initialization procedure of the at least two secondary physical cores by jumping to a code segment indicated by the respective modified entry addresses.
An alarm system comprising at least two alarm signaling devices (11a, 11b) which are configured for receiving an alarm activation signal of a hazard detection system and for outputting a signal in response to receiving an alarm activation signal, and comprising an alarm system monitoring device, wherein the at least two alarm signaling devices (11a, 11b) and the alarm system monitoring device are configured for exchanging data with each other, wherein the alarm system is configured for coupling with at least one coupling device of the hazard detection system and wherein the alarm system is further configured for transmitting a voltage signal from the coupling device of the hazard detection system as an alarm activation signal to the alarm signaling devices (11a, 11b), wherein the coupling device is a relay to which the at least two alarm signaling devices (11a, 11b) are connected.
A single-chain variable fragment (scFv), comprising: a heavy variable chain consisting of amino acid sequence SEQ ID NO: 7 or sequences having at least 95% identity; a light variable chain consisting of amino acid sequence SEQ ID NO: 8 or sequences having at least 95% identity; a peptide linker joining said heavy variable chain to said light variable chain, wherein said fragment is directed against an epitope of the extracellular domain of the CD99 human protein consisting of the amino acid sequence SEQ ID NO: 25. a heavy variable chain consisting of amino acid sequence SEQ ID NO: 7 or sequences having at least 95% identity; a light variable chain consisting of amino acid sequence SEQ ID NO: 8 or sequences having at least 95% identity; a peptide linker joining said heavy variable chain to said light variable chain, wherein said fragment is directed against an epitope of the extracellular domain of the CD99 human protein consisting of the amino acid sequence SEQ ID NO: 25.