mhurhangee/ep-ind-claims huggingface dataset:
High-frequency line filter for a converter, wherein the converter has three phase connections (31, 32, 33) for receiving a three-phase AC signal (L1', L2', L3') from a three-phase voltage grid (L1, L2, L3) and is designed to convert the received three-phase AC signal (L1', L2', L3') into an output signal for a load, wherein the high-frequency line filter comprises: - a first filter path for forming a conductive connection between a first of the three phase connections and an earth connection; - a second filter path for forming a conductive connection between a second of the three phase connections and the earth connection; - a third filter path for forming a conductive connection between a third of the three phase connections and the earth connection; wherein the high-frequency line filter is characterized by - a series circuit composed of a pulse-proof capacitor (Cil, Ci2, Ci3), which is not permitted to bypass an insulation, and a parallel circuit of at least two non-pulse-proof Y capacitors (Cyla-b, Cy2a-b, Cy3a-b), which are permitted to bypass a basic insulation, the series circuit being provided in each of the three filter paths (51, 52, 53), - and by a fourth filter path for forming a conductive connection between a star point, which is formed by the converter, and the earth connection, wherein the fourth filter path comprises a series circuit composed of an ohmic damping resistor and a parallel circuit of at least two Y capacitors (Cy4a-b) but does not comprise a pulse-proof capacitor. - a first filter path for forming a conductive connection between a first of the three phase connections and an earth connection; - a second filter path for forming a conductive connection between a second of the three phase connections and the earth connection; - a third filter path for forming a conductive connection between a third of the three phase connections and the earth connection; - a series circuit composed of a pulse-proof capacitor (Cil, Ci2, Ci3), which is not permitted to bypass an insulation, and a parallel circuit of at least two non-pulse-proof Y capacitors (Cyla-b, Cy2a-b, Cy3a-b), which are permitted to bypass a basic insulation, the series circuit being provided in each of the three filter paths (51, 52, 53), - and by a fourth filter path for forming a conductive connection between a star point, which is formed by the converter, and the earth connection, wherein the fourth filter path comprises a series circuit composed of an ohmic damping resistor and a parallel circuit of at least two Y capacitors (Cy4a-b) but does not comprise a pulse-proof capacitor.
Swim suit, particularly for competition swimming, comprising an outer shell suitable to cover at least part of the body trunk and of the legs of a swimmer, wherein the outer shell is made of a flexible stretchable fabric having, in at least a region of the shell, a non-linear tensile stress-strain behavior with: - a base strain range in which the tensile strain of the fabric is smaller than a transition strain value, and - an overstrain range in which the tensile strain of the fabric is greater than the transition strain value, wherein a tensile modulus of the fabric in the overstrain range is greater than a tensile modulus of the fabric in the base strain range. - a base strain range in which the tensile strain of the fabric is smaller than a transition strain value, and - an overstrain range in which the tensile strain of the fabric is greater than the transition strain value, wherein a tensile modulus of the fabric in the overstrain range is greater than a tensile modulus of the fabric in the base strain range.
A medical device comprising: a first interface to receive heartbeat data of a patient; a second interface to receive activity data of the patient, wherein the activity data includes one or more activity values that are related to an activity level of the patient and that are measured independently of the heartbeat data and includes accelerometer data of the patient; and a processor configured to: determine a value of a weighting factor to be applied to at least a portion of the heartbeat data based on the activity data; determine modified heartbeat data by applying the weighting factor to the at least portion of the heartbeat data; in response to the activity data indicating an increased activity level of the patient, determine the value of the weighting factor such that an effect of prior heartbeat data on the modified heartbeat data is decreased; (paragraph) and detect a seizure event based on the modified heartbeat data. a first interface to receive heartbeat data of a patient; a second interface to receive activity data of the patient, wherein the activity data includes one or more activity values that are related to an activity level of the patient and that are measured independently of the heartbeat data and includes accelerometer data of the patient; and a processor configured to: determine a value of a weighting factor to be applied to at least a portion of the heartbeat data based on the activity data; determine modified heartbeat data by applying the weighting factor to the at least portion of the heartbeat data; in response to the activity data indicating an increased activity level of the patient, determine the value of the weighting factor such that an effect of prior heartbeat data on the modified heartbeat data is decreased; (paragraph) and detect a seizure event based on the modified heartbeat data. determine a value of a weighting factor to be applied to at least a portion of the heartbeat data based on the activity data; determine modified heartbeat data by applying the weighting factor to the at least portion of the heartbeat data; in response to the activity data indicating an increased activity level of the patient, determine the value of the weighting factor such that an effect of prior heartbeat data on the modified heartbeat data is decreased; (paragraph) and detect a seizure event based on the modified heartbeat data.
Method for operating a textile machine, in particular a spinning machine, with a multiple number of work stations arranged next to each other in a longitudinal direction of the textile machine, whereas each work station, as a work element (3, 28, 4, 10, 16, 17, 18), features at least one spinning unit with a spinning device for producing a thread and/or one winding device for winding a thread onto a bobbin and handling elements (10, 16, 17, 18) of their own work station for piecing the thread or for connecting two thread ends, whereas, in the event of a predictable interruption in production, a thread end on the bobbin side is provided in a defined receiving position at the work station, whereas the work station is shut down in a controlled manner, such that the thread end remains in the defined receiving position, and whereas, for piecing the thread or for connecting two thread ends, the thread end on the bobbin side is cut to length by work elements (3, 28, 4, 10, 16, 17, 18) of the work station, in particular the handling elements (10, 16, 17, 18) of their own work station, received from the receiving position, prepared for piecing or for connecting and pieced up or connected, characterized in that, in the event of a winding-on of the thread end on the bobbin, the thread end wound on the bobbin is sought out by means of a thread seeking device on the surface of the bobbin movable in the area of multiple work stations of the textile machine, and the thread end is subsequently moved into the receiving position at the work station, from which it is received by a work element (3, 28, 4, 10, 16, 17, 18) of the work station, in particular a handling element (10, 16, 17, 18) of its own work station.
A communication system comprising: a control line transmitting a control signal for controlling charging of a battery mounted on a vehicle; a reference potential line connected to a reference potential; a communication device connected to the control line and the reference potential line serving as a transmission medium of a differential signal_and superposing onto the control signal the differential signal having a higher frequency than the control signal so as to perform communication with an external power supply apparatus; and an inductive element which is provided at a point of connection between the reference potential line and the reference potential or provided in the reference potential line, the inductive element having impedance for a noise having a higher frequency than the control signal that is higher than the impedance for the control signal, characterized in that: the inductive element is a choke coil, no choke coil is provided in the control line, and the inductive element is arranged to suppress that a common mode noise generated in the control line and the reference potential line is converted into a differential mode noise. a control line transmitting a control signal for controlling charging of a battery mounted on a vehicle; a reference potential line connected to a reference potential; a communication device connected to the control line and the reference potential line serving as a transmission medium of a differential signal_and superposing onto the control signal the differential signal having a higher frequency than the control signal so as to perform communication with an external power supply apparatus; and an inductive element which is provided at a point of connection between the reference potential line and the reference potential or provided in the reference potential line, the inductive element having impedance for a noise having a higher frequency than the control signal that is higher than the impedance for the control signal, characterized in that: the inductive element is a choke coil, no choke coil is provided in the control line, and the inductive element is arranged to suppress that a common mode noise generated in the control line and the reference potential line is converted into a differential mode noise.
A method of joining a vehicle back door, the method comprising: forming a closed cross section by joining, with an adhesive, an inner panel, preferably made of resin, and an outer panel, preferably made of resin, to each other; characterised by further comprising: inserting a first holding jig, preferably having a cylindrical-shaped distal portion, inside the closed cross section from a, preferably circular-shaped, hole portion formed in the outer panel and allowing the adhesive to harden in a state in which a joint portion between the inner panel and the outer panel is sandwiched between and held by the first holding jig and a second holding jig placed outside the closed cross section.
An injection molding machine comprising: a) an injection apparatus including a nozzle to inject a resin to fill the resin into a mold (30, C, 32, 33); b) a moving mechanism configured to press said nozzle against said mold (30, C, 32, 33); and c) a detection part configured to detect a magnitude relation between a nozzle contact force by the moving mechanism and a reaction force of a pressure of the resin injected by the injection apparatus, the moving mechanism including a hydraulic cylinder, a flow path to supply an operating fluid to generate the nozzle contact force to the hydraulic cylinder, an open/close valve to open and close the flow path, and a pressure sensor to detect a hydraulic pressure of the operating fluid between the hydraulic cylinder and the open/close valve, wherein the detection part is configured to detect the magnitude relation between the nozzle contact force and the reaction force based on a result of detection of the pressure sensor under a condition where the open/close valve close the flow path. a) an injection apparatus including a nozzle to inject a resin to fill the resin into a mold (30, C, 32, 33); b) a moving mechanism configured to press said nozzle against said mold (30, C, 32, 33); and c) a detection part configured to detect a magnitude relation between a nozzle contact force by the moving mechanism and a reaction force of a pressure of the resin injected by the injection apparatus,
Stimuli-responsive composite particles comprising: microcapsules containing an electron-donating dye precursor encapsulated therein; and particles of an electron-accepting compound causing the electron-donating dye precursor to develop color, wherein the microcapsules are directly attached to at least a portion of the surface of each of the particles of the electron-accepting compound. microcapsules containing an electron-donating dye precursor encapsulated therein; and particles of an electron-accepting compound causing the electron-donating dye precursor to develop color, wherein the microcapsules are directly attached to at least a portion of the surface of each of the particles of the electron-accepting compound.
A hand dryer comprising: a nozzle provided in a casing forming an outer shell and configured to start blowing out an airflow toward a drying space at a start of an airflow blowing operation and configured to stop blowing out the airflow at an end of the airflow blowing operation, wherein the drying space is open at least at the front; and a water receiving part configured to receive water droplets blown away from hands in the drying space by the airflow blown out from the nozzle, characterized in that no part of the hand dryer and the opening of the nozzle directly face each other at any time during the airflow blowing operation. a nozzle provided in a casing forming an outer shell and configured to start blowing out an airflow toward a drying space at a start of an airflow blowing operation and configured to stop blowing out the airflow at an end of the airflow blowing operation, wherein the drying space is open at least at the front; and a water receiving part configured to receive water droplets blown away from hands in the drying space by the airflow blown out from the nozzle, characterized in that no part of the hand dryer and the opening of the nozzle directly face each other at any time during the airflow blowing operation.
A computer-implemented method for tracking a companion animal and alerting an owner of the companion animal when the companion animal is lost, the method comprising: a server generating a web page associated with a near-field-communication portion of an electronic tag, the electronic tag being coupled to the companion animal; the server generating a geo-fence associated with the electronic tag; the server monitoring the geo-fence to determine if the electronic tag has exited the geo-fence; the server sending a message to the web page if the electronic tag has exited the geo-fence; the server sending an alert to a portable computing device if the electronic tag has exited the geo-fence; the server sending a command to the electronic tag to change from a first rate to a second, faster rate for a device identifier reporting rate if the electronic tag has exited the geo-fence; and the server sending a command to the electronic tag to report its present battery level status to a communications network. a server generating a web page associated with a near-field-communication portion of an electronic tag, the electronic tag being coupled to the companion animal; the server generating a geo-fence associated with the electronic tag; the server monitoring the geo-fence to determine if the electronic tag has exited the geo-fence; the server sending a message to the web page if the electronic tag has exited the geo-fence; the server sending an alert to a portable computing device if the electronic tag has exited the geo-fence; the server sending a command to the electronic tag to change from a first rate to a second, faster rate for a device identifier reporting rate if the electronic tag has exited the geo-fence; and the server sending a command to the electronic tag to report its present battery level status to a communications network.
Device for the arc welding of metal workpieces comprising a welding torch of the MIG or MAG type combined with a welding torch of the TIG type in such a way as to operate simultaneously, and where said MIG/MAG welding torch comprises a wireguide that makes it possible to guide a consumable wire according to a given first direction and the TIG welding torch comprises a non-consumable electrode pointing in a given second direction, characterised in that said first and second directions (1b, 2b) are coplanar and form an angle (α) greater than 10° and less than 40°, and in that the electrode of the TIG welding torch comprises a tip located at a distance (d) from said first direction between 20 and 44 mm.
A flexible door comprising: a main door structure; a fixing arrangement for securing the main door structure to a door frame; and a hinge arrangement adapted to allow hinged movement of the main door structure on the door frame between a closed configuration and an at least partially opened configuration and characterised in that the main door structure comprises at least a resilient support member adapted to allow the door to bend through a bend radius when an opening force is imparted on the door wherein the resilience provided by the resilient support member is arranged such that, when an opening force up to a threshold opening force is imparted on the door, the resilient support member and hence the main door structure will bend under the action of such force substantially without any hinged movement occurring at the hinge arrangement and, when an opening force above said threshold opening force is imparted on the door, in addition to the resilient support member and hence the main door structure bending under the action of such force, hinged movement of the door will occur at the hinge arrangement. a main door structure; a fixing arrangement for securing the main door structure to a door frame; and a hinge arrangement adapted to allow hinged movement of the main door structure on the door frame between a closed configuration and an at least partially opened configuration and characterised in that the main door structure comprises at least a resilient support member adapted to allow the door to bend through a bend radius when an opening force is imparted on the door wherein the resilience provided by the resilient support member is arranged such that, when an opening force up to a threshold opening force is imparted on the door, the resilient support member and hence the main door structure will bend under the action of such force substantially without any hinged movement occurring at the hinge arrangement and, when an opening force above said threshold opening force is imparted on the door, in addition to the resilient support member and hence the main door structure bending under the action of such force, hinged movement of the door will occur at the hinge arrangement.
A turbofan, comprising: a boss rotatable about an axis; a main plate connected to the boss; a shroud having an intake hole; and a plurality of blades (104, 204) arranged between the main plate and the shroud, each of the plurality of blades (104, 204) comprising, at a front edge portion thereof, an undulating protrusion portion (41a, 141a, 241a) including a plurality of protrusions, the plurality of protrusions being arranged at pitches that become smaller as approaching to the main plate side, characterized in that the undulating protrusion portion (41a, 141a, 241a) is locally curved toward a front side in a rotation direction of the turbofan when considered in a plane perpendicular to the rotation axis of the turbofan. a boss rotatable about an axis; a main plate connected to the boss; a shroud having an intake hole; and a plurality of blades (104, 204) arranged between the main plate and the shroud, each of the plurality of blades (104, 204) comprising, at a front edge portion thereof, an undulating protrusion portion (41a, 141a, 241a) including a plurality of protrusions, the plurality of protrusions being arranged at pitches that become smaller as approaching to the main plate side, characterized in that the undulating protrusion portion (41a, 141a, 241a) is locally curved toward a front side in a rotation direction of the turbofan when considered in a plane perpendicular to the rotation axis of the turbofan.
A recording apparatus, comprising: a recording unit adapted to perform recording onto a medium; a housing adapted to house the recording unit; a drawer unit that includes a finger-hooking portion and a front plate, and is accommodated in the housing so as to be capable of being drawn out; a cutter adapted to cut the medium inside the housing; and a container that is detachably attached to the housing and includes a container unit that can contain a cut piece of the medium that is produced when the cutter performs cutting, wherein the container covers the finger-hooking portion of the drawer unit accommodated in the housing when the container is fitted into the housing, and the finger-hooking portion of the drawer unit accommodated in the housing is exposed when the container is removed from the housing, and an outer surface of the front plate is exposed when the drawer unit is accommodated in the housing. a recording unit adapted to perform recording onto a medium; a housing adapted to house the recording unit; a drawer unit that includes a finger-hooking portion and a front plate, and is accommodated in the housing so as to be capable of being drawn out; a cutter adapted to cut the medium inside the housing; and a container that is detachably attached to the housing and includes a container unit that can contain a cut piece of the medium that is produced when the cutter performs cutting, wherein the container covers the finger-hooking portion of the drawer unit accommodated in the housing when the container is fitted into the housing, and the finger-hooking portion of the drawer unit accommodated in the housing is exposed when the container is removed from the housing, and an outer surface of the front plate is exposed when the drawer unit is accommodated in the housing.
A method of generating an aggregate frame for a plurality of sub-frames (1311 -1311) by a transmitting device, each sub-frame (1311 -1311) containing user data (1315), the method comprising the steps of: a) forming an aggregate data unit by combining two or more sub-frames (1311 -1311) with an aggregate frame descriptor; and b) generating an aggregate frame comprising the aggregate data unit; wherein the aggregate data unit comprises: 1) the aggregate frame descriptor including i) an aggregate frame header indicating a type of frame, ii) a value representing the number of sub-frames of the aggregate data unit, and iii) two or more sub-frame descriptors (1320 -1320) corresponding to the two or more subframes (1320 -1320, each of the two or more sub-frame descriptors (1320 -1320) including an address (1336) of a receiving device for the corresponding sub-frame (1311 -1311) and an indicator (1338) of the length of the corresponding sub-frame (1311 -1311) in the aggregate data unit; and 2) the two or more sub-frames (1311 -1311), and wherein i) the address (1336) of the receiving device for the corresponding sub-frame (1311 -1311) in the aggregate data unit and ii) the indicator (1338) of the length of the corresponding sub-frame (1311 -1311) in the aggregate data unit are positioned, in the aggregate data unit, before the two or more sub-frames (1311 -1311). a) forming an aggregate data unit by combining two or more sub-frames (1311 -1311) with an aggregate frame descriptor; and b) generating an aggregate frame comprising the aggregate data unit; 1) the aggregate frame descriptor including i) an aggregate frame header indicating a type of frame, ii) a value representing the number of sub-frames of the aggregate data unit, and iii) two or more sub-frame descriptors (1320 -1320) corresponding to the two or more subframes (1320 -1320, each of the two or more sub-frame descriptors (1320 -1320) including an address (1336) of a receiving device for the corresponding sub-frame (1311 -1311) and an indicator (1338) of the length of the corresponding sub-frame (1311 -1311) in the aggregate data unit; and 2) the two or more sub-frames (1311 -1311), and