mhurhangee/ep-ind-claims huggingface dataset:
Household or commercial appliance (1, 101) comprising: - a heating chamber designed to accommodate a product to be heated, - at least a couple of magnetrons having relative anodes and cathodes and being configured to generate and irradiate electromagnetic radiations in the heating chamber, - at least a power unit (5, 40, 140) comprising at least a high voltage circuit configured to power-on said magnetrons, characterized in that said high voltage circuit comprises: - a high voltage transformer comprising a primary winding connected to an alternating voltage source and at least a secondary high-voltage winding providing an alternating high voltage having a period comprising two half periods, - at least a couple of half-wave voltage doubler circuits which are configured to cooperate with said secondary high-voltage winding in order to provide a doubled high-voltage, - at least a first and second unidirectional conducting devices which are connected respectively between said half-wave voltage doubler circuits and a reference terminal having a predetermined potential, said first and second unidirectional conducting devices being configured to cause said half-wave voltage doubler circuits to supply, during at least a period of said alternating high-voltage, said doubled high-voltage to the cathode of the respective magnetron alternately, one of said half-wave voltage doubler circuits supplying said doubled high-voltage during one of said half periods of said alternating high-voltage, and the other half-wave voltage doubler circuit supplying said doubled high-voltage during the other half-period of said alternating voltage. - a heating chamber designed to accommodate a product to be heated, - at least a couple of magnetrons having relative anodes and cathodes and being configured to generate and irradiate electromagnetic radiations in the heating chamber, - at least a power unit (5, 40, 140) comprising at least a high voltage circuit configured to power-on said magnetrons, - a high voltage transformer comprising a primary winding connected to an alternating voltage source and at least a secondary high-voltage winding providing an alternating high voltage having a period comprising two half periods, - at least a couple of half-wave voltage doubler circuits which are configured to cooperate with said secondary high-voltage winding in order to provide a doubled high-voltage, - at least a first and second unidirectional conducting devices which are connected respectively between said half-wave voltage doubler circuits and a reference terminal having a predetermined potential, said first and second unidirectional conducting devices being configured to cause said half-wave voltage doubler circuits to supply, during at least a period of said alternating high-voltage, said doubled high-voltage to the cathode of the respective magnetron alternately, one of said half-wave voltage doubler circuits supplying said doubled high-voltage during one of said half periods of said alternating high-voltage, and the other half-wave voltage doubler circuit supplying said doubled high-voltage during the other half-period of said alternating voltage.
A robot that includes an actuator apparatus and a housing whose posture can be changed by the actuator apparatus, the robot comprising: a movable member supported for motion on the housing; a motor provided in the housing; a transmission member configured to transmit rotation of the motor to the movable member; a driving controlling unit configured to control rotation of the motor; a camera disposed on a surface of the housing; and a state information acquisition unit configured to acquire facial expression information and/or emotion information of a user who wears a head-mounted display apparatus, wherein the driving controlling unit controls rotation of the motor on the basis of the facial expression information and/or the emotion information, wherein the movable member is moved between a closing position at which the movable member protects the camera and a position different from the closing position. a movable member supported for motion on the housing; a motor provided in the housing; a transmission member configured to transmit rotation of the motor to the movable member; a driving controlling unit configured to control rotation of the motor; a camera disposed on a surface of the housing; and a state information acquisition unit configured to acquire facial expression information and/or emotion information of a user who wears a head-mounted display apparatus, wherein the driving controlling unit controls rotation of the motor on the basis of the facial expression information and/or the emotion information, wherein the movable member is moved between a closing position at which the movable member protects the camera and a position different from the closing position.
A synchronous motor with permanent-magnet rotor, of the type comprising a stator with corresponding windings and a rotor arranged between pole shoes (214a, 214b) formed by the stator, said stator being constituted by two substantially C-shaped ferromagnetic bodies (212a, 212b) whose ends form two pairs of said pole shoes (214a, 214b), respective spools with said windings being arranged along said ferromagnetic bodies, said two pairs of pole shoes (214a, 214b) being angularly mutually offset so that two pole shoes (214a', 214b'), each belonging to a distinct ferromagnetic body (212a, 212b), are internal with respect to the angular configuration thus formed and the other two pole shoes (214a", 214b") are external with respect to the same angular configuration, the pole shoes (214a", 214b") which are external with respect to the angular configuration thus formed having substantially the same axial height and wrapping around the same axial portion of said rotor, said ferromagnetic bodies (212a, 212b) having, on the arms that correspond to said internal pole shoes (214a', 214b'), at least one recess which allows the overlap of the ends of said ferromagnetic bodies (212a, 212b) which correspond to said internal pole shoes (214a', 214b') so that the poles of one pair of pole shoes are crossed with respect to the poles of the other pair of pole shoes, a first recess of said recesses (218a, 218b) being provided on said first arm of said first ferromagnetic body and protruding longitudinally from the end of said first arm, at right angles to the axis of the rotor, to an intermediate position, and dividing said first arm into two portions, which form two parallel parts of said first internal pole shoe which wrap axially around said rotor, said two second recesses being provided on said second arm of said second ferromagnetic body which protrude longitudinally from the end of said second arm, at right angles to the axis of said rotor, to an intermediate position, respectively on mutually opposite portions with respect to an intermediate plane of said arm, the thickness in the axial direction of said second internal pole shoe being slightly lower than the height in the axial direction of said first recess formed on said first internal pole shoe, said second internal pole shoe being inserted in said first recess.
A crosstalk canceling method, comprising the steps of: Performing filtering on components of a signal corresponding to respective far-end crosstalk source over respective sub-carriers according to initial filtering parameter, wherein the signal corresponding to the far-end crosstalk source refers to a signal received from pairs of lines resulting in a far-end crosstalk; and Performing filtering of components of a received signal corresponding to a far-end transmitting signal over the sub-carriers; Synthesizing both the received signal corresponding to a far-end transmitting signal filtered by performing filtering on the received signal and the signal obtained by performing frequency domain filtering on the signal corresponding to the far-end crosstalk sources over the corresponding sub-carriers;. Receiving noise statistic related values of the synthesized signals; Adjusting the filtering parameters according to the received noise statistic related values as the noise statistic reduces. Performing filtering on components of a signal corresponding to respective far-end crosstalk source over respective sub-carriers according to initial filtering parameter, wherein the signal corresponding to the far-end crosstalk source refers to a signal received from pairs of lines resulting in a far-end crosstalk; and Performing filtering of components of a received signal corresponding to a far-end transmitting signal over the sub-carriers;
A method of wireless communication of a user equipment, UE, (102, 206, 650, 760, 820, 908) camped on a serving cell (1102, 1402, 1502, 1602, 2102, 2202, 3050, 3302, 3502), comprising: receiving a list (1412, 1512, 1612) of neighboring cells (1104, 1404, 1504, 1604, 2104, 2204, 3052, 3504) of the serving cell on which the UE is camped; receiving a list of service area identifiers, SAIs, (1308, 1310, 1312, 1518, 1618), the list of SAIs including SAIs supported by the serving cell and one or more of the neighboring cells, a transposed SAI (1408, 1508, 1510, 1608, 1620, 2110, 2112, 3508, 3510, 3512, 3514) including a first SAI index (1418, 1510, 1520, 1706) and a neighbor cell index (1414, 1514, 1520, 1614, 1620, 1704) for each of the neighboring cells included in the list of neighboring cells (1412, 1512, 1518, 1612, 1618), wherein the neighbor cell index (1414, 1514, 1520, 1614, 1620) indicates an availability of the first SAI in the corresponding neighbor cell; and processing the transposed SAI to determine one or more neighboring cells that support the first SAI. receiving a list (1412, 1512, 1612) of neighboring cells (1104, 1404, 1504, 1604, 2104, 2204, 3052, 3504) of the serving cell on which the UE is camped; receiving a list of service area identifiers, SAIs, (1308, 1310, 1312, 1518, 1618), the list of SAIs including SAIs supported by the serving cell and one or more of the neighboring cells, a transposed SAI (1408, 1508, 1510, 1608, 1620, 2110, 2112, 3508, 3510, 3512, 3514) including a first SAI index (1418, 1510, 1520, 1706) and a neighbor cell index (1414, 1514, 1520, 1614, 1620, 1704) for each of the neighboring cells included in the list of neighboring cells (1412, 1512, 1518, 1612, 1618), wherein the neighbor cell index (1414, 1514, 1520, 1614, 1620) indicates an availability of the first SAI in the corresponding neighbor cell; and processing the transposed SAI to determine one or more neighboring cells that support the first SAI.
Sun protection roof, where the fabric covering is fixed on two sides onto two traverse rods of a closed frame and between these passes over a ridge rod, where the frame is connected to a support or suspension rig or to the ridge rod by means of a fixed or rotatable or rather sliding connections, where the ridge rod is connected to the support/suspension rig or the cover frame by means of a fixed or sliding or rather rotatable connection.
A multi-frequency transducer array, comprising: a single substantially flat planar surface, comprising: a first transducer array comprising a first plurality of transducer elements configured for a first nominal frequency, each of the first plurality of transducer elements having a first size; and a second transducer array comprising a second plurality of transducer elements configured for a second nominal frequency, each of the second plurality of transducer elements having a second size different to the first size, characterised in that the first transducer array is generally annular in shape defining a central portion that does not contain any of the first plurality of transducer elements, and in that the second transducer array is spatially distinct from the first transducer array and is positioned within the central portion. a first transducer array comprising a first plurality of transducer elements configured for a first nominal frequency, each of the first plurality of transducer elements having a first size; and a second transducer array comprising a second plurality of transducer elements configured for a second nominal frequency, each of the second plurality of transducer elements having a second size different to the first size, characterised in that the first transducer array is generally annular in shape defining a central portion that does not contain any of the first plurality of transducer elements, and in that the second transducer array is spatially distinct from the first transducer array and is positioned within the central portion.
Protective apparatus for safe isolation of a drive area (3 n) of a power supply (2, 3) of a tracked vehicle, wherein the drive area (3 n) can be connected via at least one drive area switch (4 n) to the power supply (2, 3) and comprises stator sections (6 m) which are arranged one behind the other in a chain and can each be connected by means of a stator section switch to a drive area supply line and wherein Protective apparatus has a control unit for opening at least one switch in the event of a fault, wherein the control unit is designed to open all the stator section switches and the drive area switch or switches (4 n) in the event of a fault, characterized in that the protective apparatus has at least one common indication device, which is connected to each stator section switch and/or to at least one of the drive area switches (4 n) as well as the control unit, and is designed to indicate the switch position of the stator section switches and/or of the drive area switch or switches (4 n).
A method of forming a physics package for an atomic sensor, the method comprising: providing an expendable support structure (200, 400) having a three-dimensional configuration; providing a plurality of optical panels (106, 110, 114, 118, 406, 408); assembling the optical panels on the expendable support structure such that edges of adjacent panels are aligned with each other; sealing the edges of adjacent panels together to form a physics block (100, 412) having a multifaced geometric configuration; and removing the expendable support structure while leaving the physics block intact. providing an expendable support structure (200, 400) having a three-dimensional configuration; providing a plurality of optical panels (106, 110, 114, 118, 406, 408); assembling the optical panels on the expendable support structure such that edges of adjacent panels are aligned with each other; sealing the edges of adjacent panels together to form a physics block (100, 412) having a multifaced geometric configuration; and removing the expendable support structure while leaving the physics block intact.
A method in a multi-mode wireless communications device, the method comprising registering (210, 310, 410) in a roaming network; scanning (220, 320, 440) for service in all modes of the multi-mode wireless communications device during at least one common search period after registering in the roaming network; the method further characterised in: after scanning for service in all modes of the multi-mode wireless communications device during the at least one common search period, scanning (230, 340, 450) for service in each mode during subsequent search periods, wherein the multi-mode wireless communications device scans for service in a single mode during each of the subsequent search periods. after scanning for service in all modes of the multi-mode wireless communications device during the at least one common search period, scanning (230, 340, 450) for service in each mode during subsequent search periods,
An exterior decor panel for a home appliance, the exterior décor panel comprising: a metal sheet having a rear surface and a front surface opposite the rear surface, the metal sheet comprising: a first patterned portion having successive recesses formed at the rear surface, each of the successive recesses having a prescribed depth (t 1) and a prescribed width (w 1); and a second patterned portion having successive protrusions formed at the front surface, each of the successive protrusions corresponding to the successive recesses and having a prescribed height (t 2) and a prescribed width (w 2), wherein the successive recesses are formed by applying a force to the rear surface, thereby transferring the force to the front surface to form the successive protrusions, wherein a thickness of the metal sheet is 0.6 mm, the prescribed depth (t 1) and the width (w 1) of the recesses of the first patterned portion are respectively within a range of 0.1 mm to 0.2 mm, and wherein the maximum height (t 2) of the protrusions of the second patterned portion is within a range of 15 microns to 20 microns. a metal sheet having a rear surface and a front surface opposite the rear surface, the metal sheet comprising: a first patterned portion having successive recesses formed at the rear surface, each of the successive recesses having a prescribed depth (t 1) and a prescribed width (w 1); and a second patterned portion having successive protrusions formed at the front surface, each of the successive protrusions corresponding to the successive recesses and having a prescribed height (t 2) and a prescribed width (w 2), a first patterned portion having successive recesses formed at the rear surface, each of the successive recesses having a prescribed depth (t 1) and a prescribed width (w 1); and a second patterned portion having successive protrusions formed at the front surface, each of the successive protrusions corresponding to the successive recesses and having a prescribed height (t 2) and a prescribed width (w 2), wherein the successive recesses are formed by applying a force to the rear surface, thereby transferring the force to the front surface to form the successive protrusions, wherein a thickness of the metal sheet is 0.6 mm, the prescribed depth (t 1) and the width (w 1) of the recesses of the first patterned portion are respectively within a range of 0.1 mm to 0.2 mm, and wherein the maximum height (t 2) of the protrusions of the second patterned portion is within a range of 15 microns to 20 microns.
Stator of a compressor (4, 6), of an axial turbomachine comprising: - an annular ring of blades extending radially; - an inner shell through which the inner tips of the blades pass, the said shell comprising annular segments arranged end to end; characterized in that it further comprises: at least one bar extending circumferentially along the length of the inner surface of the shell and mating with a means of engaging the inner tips of the blades for their retention, the said bar(s) extending continuously along at least two adjacent annular segments, in that the bar(s) is/are spaced from the inner surface of the shell, the said surface being covered with a layer of abradable material embedding the bar(s). - an annular ring of blades extending radially; - an inner shell through which the inner tips of the blades pass, the said shell comprising annular segments arranged end to end; at least one bar extending circumferentially along the length of the inner surface of the shell and mating with a means of engaging the inner tips of the blades for their retention, the said bar(s) extending continuously along at least two adjacent annular segments, in that the bar(s) is/are spaced from the inner surface of the shell, the said surface being covered with a layer of abradable material embedding the bar(s).
A method for automated identification, processing and issuance of digital certificates, comprising the steps of: - receiving, by the certificate authority, a request for a digital certificate from a requestor, wherein the digital certificate is for a web server; - obtaining from the request, by the certificate authority, a domain name for the web server for which the digital certificate is requested; - generating dynamically and automatically, by the certificate authority, a plurality of approver e-mail addresses, wherein at least one approver e-mail address is obtained by looking up e-mail addresses associated to the obtained domain name from a domain registry, wherein at least one approver e-mail address is generated by appending a mail box identifier to the obtained domain name; - selecting by the requestor at least one e-mail address from the plurality of generated approver e-mail addresses; - contacting an approver using the selected approver e-mail address or addresses and requesting the approver to approve the issuance of the digital certificate; - creating and signing a digital certificate, by the certificate authority, if the issuance of the digital certificate is approved by the approver; and; - sending the signed digital certificate to the requestor. - receiving, by the certificate authority, a request for a digital certificate from a requestor, wherein the digital certificate is for a web server; - obtaining from the request, by the certificate authority, a domain name for the web server for which the digital certificate is requested; - generating dynamically and automatically, by the certificate authority, a plurality of approver e-mail addresses, wherein at least one approver e-mail address is obtained by looking up e-mail addresses associated to the obtained domain name from a domain registry, wherein at least one approver e-mail address is generated by appending a mail box identifier to the obtained domain name; - selecting by the requestor at least one e-mail address from the plurality of generated approver e-mail addresses; - contacting an approver using the selected approver e-mail address or addresses and requesting the approver to approve the issuance of the digital certificate; - creating and signing a digital certificate, by the certificate authority, if the issuance of the digital certificate is approved by the approver; and; - sending the signed digital certificate to the requestor.
A process comprising of: a) obtaining slurry oil having an initial boiling point at atmospheric pressure which is at least as high as 550°F (288°C) and an end point below 1,000°F (538°C), and a gravity of 9° to 15° API (1.01-0.97 g/cc) from a fluid catalytic cracking unit; b) flowing the slurry oil over a fixed bed catalyst, consisting of a non-metal catalyst on a binder or support, to produce a processed slurry oil; and c) separating the processed slurry oil by boiling point to separate out a light cycle oil stream having a boiling point less than 650°F (343°C); wherein the catalyst is a ZSM-5 catalyst having a silica to alumina ratio of 25:1 to 70:1, and an alpha value of 1-80. a) obtaining slurry oil having an initial boiling point at atmospheric pressure which is at least as high as 550°F (288°C) and an end point below 1,000°F (538°C), and a gravity of 9° to 15° API (1.01-0.97 g/cc) from a fluid catalytic cracking unit; b) flowing the slurry oil over a fixed bed catalyst, consisting of a non-metal catalyst on a binder or support, to produce a processed slurry oil; and c) separating the processed slurry oil by boiling point to separate out a light cycle oil stream having a boiling point less than 650°F (343°C);