mhurhangee/patent-ind-claim-en huggingface dataset:
A closing device , in particular for a passage in a cabin of an aircraft, comprising: - a support means capable of sliding along a slide along a sliding direction (D), - a closing wall capable of closing the passage , and - a locking system capable of coming into a locked state, in which the locking system provides a mechanical connection between the closing wall and the support means , so that the closing wall is movable together with the support means along the sliding direction (D), characterized in that , in particular in the event of a failure, the locking system is capable of coming into an unlocked state, in which the closing wall is separated from the support means , so that only the closing wall is movable along the sliding direction (D). - a support means capable of sliding along a slide along a sliding direction (D), - a closing wall capable of closing the passage , and - a locking system capable of coming into a locked state, in which the locking system provides a mechanical connection between the closing wall and the support means , so that the closing wall is movable together with the support means along the sliding direction (D), characterized in that , in particular in the event of a failure, the locking system is capable of coming into an unlocked state, in which the closing wall is separated from the support means , so that only the closing wall is movable along the sliding direction (D).
Instrument for performing surgical interventions on a patient, with a tool having at least two tool parts which are to be moved with a temporal offset, with an actuating gear mechanism having a first output for a first of the tool parts and a second output for a second of the tool parts , wherein the actuating gear mechanism has a cam gear mechanism which is connected to the first output , with a first transmission means which is connected on the one side to the first tool part and on the other side to the first output , with a second transmission means which is connected on the one side to the second tool part and on the other side to the second output , characterised in that the actuating gear mechanism has a toothed segment gear mechanism which is connected to the second output , wherein the toothed segment gear mechanism has a segment gear wheel and a toothed rod which is connected to the second output .
A movement adjusting device for adjusting a movement of a wireless transceiver moving according to a plan along a route through a wireless communication network while communicating for an application having a service requirement on the wireless communication network , the wireless communication network comprising cells and the movement adjusting device comprising a processor acting on computer instructions whereby said movement adjusting device is operative to obtain radio network condition data regarding a group of cells comprising a current cell in which the wireless transceiver is located and a number of neighbouring cells into which the wireless transceiver may move, and is characterized in that the radio network condition data comprises data concerning radio link quality between the cells and the wireless transceiver , and in that the movement adjusting device is operative to: determine, when obtaining the radio network condition data, cell load estimates for the neighbouring cells based on the radio link quality data and a cell geometry measure, the cell geometry measure of a cell being based on a signal strength of the cell as detected by the wireless transceiver divided by corresponding signal strengths of the other cells of the group and the cell load estimates being provided as said cell load data; analyse the radio network condition data by evaluating the cell loads defined in the cell load data with regard to fulfilling the service requirement of the application ; and make an adjustment of the planned movement so that the cell load along the route after the current cell is lower after the adjustment than before the adjustment if the analysis indicates that this would improve on the fulfilling of the service requirement. determine, when obtaining the radio network condition data, cell load estimates for the neighbouring cells based on the radio link quality data and a cell geometry measure, the cell geometry measure of a cell being based on a signal strength of the cell as detected by the wireless transceiver divided by corresponding signal strengths of the other cells of the group and the cell load estimates being provided as said cell load data; analyse the radio network condition data by evaluating the cell loads defined in the cell load data with regard to fulfilling the service requirement of the application ; and make an adjustment of the planned movement so that the cell load along the route after the current cell is lower after the adjustment than before the adjustment if the analysis indicates that this would improve on the fulfilling of the service requirement.
Method for calibrating a current sensor for an electrical switchgear, said current sensor comprising at least one current transformer and a Rogowski coil having a rotational axis (A1), the current transformer comprising at least one magnetic circuit on which the Rogowski coil is able to be superposed so as to be able to be passed through by a conductor (L), said calibration method being characterized in that it comprises at least: - a step of measuring the sensitivity of the Rogowski coil during which a current (I) is applied to said conductor (L) so as to generate a non-uniform magnetic field and a voltage measurement at the output of the Rogowski coil is taken as a function of the position (P) of the Rogowski coil relative to the position of the magnetic circuit about the rotational axis (A1), - a step of selecting the position (P) of the Rogowski coil during which a so-called selected position (PS) of the Rogowski coil relative to said position of the magnetic circuit about the rotational axis (A1) is selected as a function of the sensitivity measurements carried out during said step of measuring the sensitivity of the Rogowski coil such that, at the so-called selected position (PS), the sensitivity is equal to a predetermined target sensitivity. - a step of measuring the sensitivity of the Rogowski coil during which a current (I) is applied to said conductor (L) so as to generate a non-uniform magnetic field and a voltage measurement at the output of the Rogowski coil is taken as a function of the position (P) of the Rogowski coil relative to the position of the magnetic circuit about the rotational axis (A1), - a step of selecting the position (P) of the Rogowski coil during which a so-called selected position (PS) of the Rogowski coil relative to said position of the magnetic circuit about the rotational axis (A1) is selected as a function of the sensitivity measurements carried out during said step of measuring the sensitivity of the Rogowski coil such that, at the so-called selected position (PS), the sensitivity is equal to a predetermined target sensitivity.
A communication apparatus adapted to perform communication by combining software-implemented network functions in accordance with services to which a user is subscribed, the communication apparatus comprising: procedures belonging to a function instance of a process in the communication; and a processing sequence control unit configured to call a procedure belonging to a function instance to be executed depending on a procedure belonging to a previously processed function instance and a return value of the procedure belonging to the previously processed function instance, wherein the communication apparatus is characterized in that the communication apparatus comprises a single packet holding unit configured to hold a communication packet, and the processing sequence control unit executes processes regarding the network functions on the same communication packet held in the single packet holding unit. procedures belonging to a function instance of a process in the communication; and a processing sequence control unit configured to call a procedure belonging to a function instance to be executed depending on a procedure belonging to a previously processed function instance and a return value of the procedure belonging to the previously processed function instance, wherein the communication apparatus is characterized in that the communication apparatus comprises a single packet holding unit configured to hold a communication packet, and the processing sequence control unit executes processes regarding the network functions on the same communication packet held in the single packet holding unit.
A handling apparatus for use with a welding tool for performing a TIG weld, the handling apparatus comprising a main body for holding a filler rod (R); a feeding device attached to said main body and configured to advance said filler rod (R) during welding; and a control unit configured to act on said feeding device and to regulate the speed of said filler rod (R), said control unit further comprising a processing module and an actuation module connected to said feeding device , wherein the processing module is configured to emit a feeding velocity signal (Sv) proportional to a feeding velocity value (Fv); and the actuation module is configured to receive the feeding velocity signal (Sv) and to operate said feeding device as directed by said feeding velocity signal (Sv); the handling apparatus being characterised by further comprising: a control interface associated to said processing module and configured to emit a command signal (Cv) to said processing module in order to increase/decrease the feeding velocity signal (Sa) as directed by a welder; and a handle to be manually held by the welder, said control interface comprising a button placed on said handle , wherein said button is configured to give a tactile feedback to the welder at predetermined levels of said feeding velocity signal (Sa). a control interface associated to said processing module and configured to emit a command signal (Cv) to said processing module in order to increase/decrease the feeding velocity signal (Sa) as directed by a welder; and a handle to be manually held by the welder, said control interface comprising a button placed on said handle , wherein said button is configured to give a tactile feedback to the welder at predetermined levels of said feeding velocity signal (Sa).
Crossmember for a shelving system , comprising an elongated base body , a joint portion and a stop , wherein the base body has a longitudinal extent which extends in the direction of a pivot axis and the joint portion is configured to be articulated on a mating portion of a shelf support in order for the crossmember to be pivoted about the pivot axis into a holding position (H) in relation to the shelf support , wherein the stop is configured to act against a mating stop of the shelf support in order for the crossmember to be held in the holding position (H) in relation to the shelf support , and wherein the pivot axis is positioned eccentrically in relation to the centre of mass of the crossmember such that, in the holding position (H), owing to acting weight force, the stop presses against the mating stop , in order for the crossmember to be secured against release from the holding position, wherein the joint portion comprises a concave surface which is configured to form together with a corresponding surface of the shelf support a rotary joint , characterized in that , in the mounted state, the stop is arranged above the joint portion .
A relay arrangement comprising - at least two series-connected relays , which are mechanically and electrically connected to a main printed circuit board via first terminals and second terminals , the relay arrangement is characterized in - a plurality of flat conductors , which are isolated from one another, for conducting current between the at least two series-connected relays each, wherein the flat conductors are mechanically connected to the main printed circuit board and electrically and thermally connected to the first terminals of the relays in order to effect dissipation of the heat produced during operation of the relays , wherein the plurality of flat conductors , which are isolated from one another, are arranged spatially parallel and adjacent to one another, and each connect electrically series-connected first terminals of multi-pole relays or a plurality of first terminals of different relays to one another, and wherein the plurality of flat conductors are embodied as a multilayer printed circuit board. - at least two series-connected relays , which are mechanically and electrically connected to a main printed circuit board via first terminals and second terminals , the relay arrangement is characterized in - a plurality of flat conductors , which are isolated from one another, for conducting current between the at least two series-connected relays each, wherein the flat conductors are mechanically connected to the main printed circuit board and electrically and thermally connected to the first terminals of the relays in order to effect dissipation of the heat produced during operation of the relays , wherein the plurality of flat conductors , which are isolated from one another, are arranged spatially parallel and adjacent to one another, and each connect electrically series-connected first terminals of multi-pole relays or a plurality of first terminals of different relays to one another, and wherein the plurality of flat conductors are embodied as a multilayer printed circuit board.
A method for fingerprint unlocking, characterized by comprising: acquiring fingerprint information for an application to be unlocked when the application to be unlocked is opened by a user; comparing the fingerprint information with preset fingerprint information; refreshing a display page of the application to be unlocked in parallel with comparing the fingerprint information with the preset fingerprint information; and displaying a refreshed display page of the application to be unlocked, when the fingerprint information matches the preset fingerprint information successfully; wherein the refreshing a display page of the application to be unlocked in parallel comprises: obtaining update-data of the application to be unlocked in parallel with comparing the fingerprint information with the preset fingerprint information; and refreshing the display page of the application to be unlocked on the basis of the update-data. acquiring fingerprint information for an application to be unlocked when the application to be unlocked is opened by a user; comparing the fingerprint information with preset fingerprint information; refreshing a display page of the application to be unlocked in parallel with comparing the fingerprint information with the preset fingerprint information; and displaying a refreshed display page of the application to be unlocked, when the fingerprint information matches the preset fingerprint information successfully; wherein the refreshing a display page of the application to be unlocked in parallel comprises: obtaining update-data of the application to be unlocked in parallel with comparing the fingerprint information with the preset fingerprint information; and refreshing the display page of the application to be unlocked on the basis of the update-data. obtaining update-data of the application to be unlocked in parallel with comparing the fingerprint information with the preset fingerprint information; and refreshing the display page of the application to be unlocked on the basis of the update-data.
A vehicle body wash system , characterized in that it comprises: - a spray device for spraying a wash fluid on the body , the wash fluid comprising magnetic applicators , and - a magnetic field generator , able to set the magnetic applicators in motion such that they rub the body . - a spray device for spraying a wash fluid on the body , the wash fluid comprising magnetic applicators , and - a magnetic field generator , able to set the magnetic applicators in motion such that they rub the body .
Composition for use in the remineralization of teeth, which comprises a fluoride-containing component and a calcium-containing component, characterized in that the calcium-containing component comprises a nanoparticulate calcium salt and in that the composition is designed for the successive application of the fluoride-containing component and the calcium-containing component to the tooth surface, wherein the fluoride-containing component is applied to the tooth before the calcium-containing component.
An apparatus comprising: logic , the logic at least partially comprising hardware logic, adapted to perform ambient noise trigger level analysis for a location and cause storage of an ambient noise trigger level threshold value for the location based on the ambient noise trigger level analysis, wherein the logic is adapted to determine whether to cause modification to a state of an audio processor in response to detection of the audio processor at the location and comparison of a detected sound level at the location and the stored ambient noise trigger level threshold value. logic , the logic at least partially comprising hardware logic, adapted to perform ambient noise trigger level analysis for a location and cause storage of an ambient noise trigger level threshold value for the location based on the ambient noise trigger level analysis, wherein the logic is adapted to determine whether to cause modification to a state of an audio processor in response to detection of the audio processor at the location and comparison of a detected sound level at the location and the stored ambient noise trigger level threshold value.
A base made of plastic material for a tank accessory for a motor vehicle, comprising protrusions which are designed to be welded on a pre-form during the production of the tank by blow molding of this pre-form, - the base comprising a solid surface recessed from the protrusions, this solid surface having a part which is without protrusions and a part which is occupied by the protrusions, the part which is without protrusions having a circular flat central portion , - the area of the part of the solid surface which is without protrusions is at least equal to one times the area of the solid surface which is occupied by the protrusions , characterized in that : - the part which is without protrusions also has a peripheral portion which is frusto-conical and raises in the direction of the tops of protrusions , ending at bases of the protrusions , - the solid surface surrounds openings distributed symmetrically around the center of the solid surface, at least one of the openings being bordered by another protrusion . - the base comprising a solid surface recessed from the protrusions, this solid surface having a part which is without protrusions and a part which is occupied by the protrusions, the part which is without protrusions having a circular flat central portion , - the area of the part of the solid surface which is without protrusions is at least equal to one times the area of the solid surface which is occupied by the protrusions , - the part which is without protrusions also has a peripheral portion which is frusto-conical and raises in the direction of the tops of protrusions , ending at bases of the protrusions , - the solid surface surrounds openings distributed symmetrically around the center of the solid surface, at least one of the openings being bordered by another protrusion .
An air filter housing arrangement for a cylindrical air filter, the air filter housing arrangement comprising an at least partially cylindrical air filter housing arranged to accommodate the cylindrical air filter, the air filter housing comprising a first axial end portion and a second axial end portion , wherein the air filter housing comprises a first open portion at the first axial end portion and a second open portion at an upper radial position of the air filter housing for allowing connection and/or removal of the cylindrical air filter in both an axial direction and a radial direction; and a removable housing cover comprising a first surface arranged to cover the first open portion of the air filter housing , and a second, axially extending surface arranged to cover the second open portion of the air filter housing, wherein one of the air filter housing and the housing cover comprises a sealing groove and the other one of the air filter housing and the housing cover comprises a sealing flange connected into the sealing groove for providing a seal between the air filter housing and the housing cover , wherein the sealing flange protrudes into the sealing groove in the axial direction at an axial end portion of the second open portion , and wherein the sealing flange protrudes into the sealing groove in a circumferential direction between the first axial end portion of the filter housing and the axial end portion of the second open portion .
Container moulded from a tubular element being able to contain and dispense at least one solid or fluid substance, wherein said container has a longitudinal axis (X) and comprises at least two hollow containment bodies , the first hollow containment body being oriented according to a first orientation direction (L), with respect to said axis (X), characterized in that the second containment body is moulded so as to be adjacent to said first containment body and to create an interaxis between said first containment body and the second containment body , the second containment body being oriented according to a second orientation direction (M), opposite to said first orientation direction (L) of said first containment body .
An interior lining interface comprising: a decorative interface ring , mountable within a window ring , having a central wall to be received substantially concentrically within a rim of the window ring , a substantially flat flange extending peripherally from the central wall with a joining radius , a plurality of bearing ring bosses on an inner surface of the flange for engagement of an inner surface of the rim of the window ring , a plurality of friction fit legs extending from the flange and receivable within the rim of the window ring for constraining the interface ring thereto; and, a window reveal having a mating surface contacting the flange , wherein the decorative interface ring is molded from a high durometer plastic and a resilient seal is comolded with the central wall . a central wall to be received substantially concentrically within a rim of the window ring , a substantially flat flange extending peripherally from the central wall with a joining radius , a plurality of bearing ring bosses on an inner surface of the flange for engagement of an inner surface of the rim of the window ring , a plurality of friction fit legs extending from the flange and receivable within the rim of the window ring for constraining the interface ring thereto; and, a window reveal having a mating surface contacting the flange , wherein the decorative interface ring is molded from a high durometer plastic and a resilient seal is comolded with the central wall .