mhurhangee/patent-ind-claim-en huggingface dataset:
A method of testing a monument that is to be attached to a floor of an aircraft, the method comprising: receiving a compliance matrix of the floor of the aircraft and attachment points where a monument is to be attached to the floor of the aircraft ; placing an extension member adjustable in length and a load cell on a test monument at attachment locations corresponding to the attachment points; during a test period, gradually applying a test load to the test monument ; at a designated testing frequency during the test period and prior to reaching a predetermined test load: measuring with the load cells a reaction load at each of the attachment locations on the test monument ; calculating a displacement of the floor at each of the attachment locations using the compliance matrix; and adjusting each of the extension members by the corresponding displacement. receiving a compliance matrix of the floor of the aircraft and attachment points where a monument is to be attached to the floor of the aircraft ; placing an extension member adjustable in length and a load cell on a test monument at attachment locations corresponding to the attachment points; during a test period, gradually applying a test load to the test monument ; at a designated testing frequency during the test period and prior to reaching a predetermined test load: measuring with the load cells a reaction load at each of the attachment locations on the test monument ; calculating a displacement of the floor at each of the attachment locations using the compliance matrix; and adjusting each of the extension members by the corresponding displacement. measuring with the load cells a reaction load at each of the attachment locations on the test monument ; calculating a displacement of the floor at each of the attachment locations using the compliance matrix; and adjusting each of the extension members by the corresponding displacement.
Substrate holder loading device for automated horizontal loading of a substrate into a substrate holder inside of a clean room, wherein the substrate holder loading device contains a substrate holder guiding element, a drive unit , a movement mechanism , a substrate holder handling element and an opening mechanism, wherein the drive unit is connected to the movement mechanism , wherein the movement mechanism is connected to the substrate holder handling element , wherein the movement mechanism is adapted to transmit the propulsion from the drive unit to the substrate holder handling element to provide a rotation of the substrate holder handling element along an axis essentially parallel to a surface of the substrate, wherein the substrate holder handling element is adapted to rotate by around 180°, wherein the substrate holder handling element is adapted to reversibly fasten the substrate holder and wherein the substrate holder handling element contains the opening mechanism, wherein the opening mechanism is adapted to automatically open and close the substrate holder, and wherein the movement mechanism contains a stepping gear and/or wherein the drive unit is a step motor.
A refrigerator comprising: a storeroom configured to have a pantry install part ; a pantry arranged in the pantry install part , the pantry comprising a pantry box configured to be moveable in front-back direction (x) of the storeroom and a pantry cover configured to cover the pantry box ; and a filter case arranged in the pantry install part and configured to receive a water filter , wherein the pantry is configured to cover the filter case characterized in that the pantry box comprises a filter container configured to receive the filter case , the filter container comprising a filter container body arranged in the pantry box to form a container room and configured to receive the filter case , and a container cover formed to cover the container room and the filter case received in the container room , wherein when the pantry box is moved forward, the container cover is exposed, and when the container cover is opened, the filter case installed in the pantry install part is exposed. a storeroom configured to have a pantry install part ; a pantry arranged in the pantry install part , the pantry comprising a pantry box configured to be moveable in front-back direction (x) of the storeroom and a pantry cover configured to cover the pantry box ; and a filter case arranged in the pantry install part and configured to receive a water filter , wherein the pantry is configured to cover the filter case characterized in that the pantry box comprises a filter container configured to receive the filter case , the filter container comprising a filter container body arranged in the pantry box to form a container room and configured to receive the filter case , and a container cover formed to cover the container room and the filter case received in the container room , wherein when the pantry box is moved forward, the container cover is exposed, and when the container cover is opened, the filter case installed in the pantry install part is exposed.
Three-dimensional magnet structure formed of a plurality of single magnets , the magnet structure having a thickness forming the smallest dimension thereof, the magnet structure integrating at least one meshwork having meshes each delimiting a housing for a respective single magnet , each housing having inner dimensions just sufficient for allowing an introduction of a single magnet therein, the meshes being made of fibre-reinforced insulating material, characterised in that a space is left between the housing and the single magnet filled at least by a fibre-reinforced resin, the magnet structure including a non-conductive composite layer coating the single magnets and the meshwork .
Aircraft beacon device for a wind power installation having a nacelle and a tower supporting the nacelle , comprising: - a plurality of beacon lights , - a central control unit for individually controlling the beacon lights , and - a transmission system having an energy distribution system for individually supplying electrical energy to the beacon lights in order to operate the latter, and having a data bus system for individually controlling the beacon lights , the data bus system transmitting control data between the central control unit and the beacon lights , characterized in that the aircraft beacon device is prepared to read a remaining service life for one, a plurality of or all of the beacon lights , that a plurality of beacon lights are respectively connected to form a beacon body that two or more beacon bodies are provided, and that the beacon lights of a respective beacon body can be individually controlled. - a plurality of beacon lights , - a central control unit for individually controlling the beacon lights , and - a transmission system having an energy distribution system for individually supplying electrical energy to the beacon lights in order to operate the latter, and having a data bus system for individually controlling the beacon lights , the data bus system transmitting control data between the central control unit and the beacon lights , an energy distribution system for individually supplying electrical energy to the beacon lights in order to operate the latter, and having a data bus system for individually controlling the beacon lights , the data bus system transmitting control data between the central control unit and the beacon lights ,
A terminal assembly comprising: a terminal having a wire barrel configured to be crimped to a wire and a mating segment configured to be mated to a mating component; and a wire retention seal received in the wire barrel , the wire retention seal having a terminal mounting flange engaging the wire barrel , the wire retention seal having a wire retention sleeve defining a wire bore configured to receive an end of the wire , said wire retention sleeve extending from said terminal mounting flange , the wire retention sleeve being configured to interfere with the wire to axially retain the wire retention seal on the end of the wire prior to crimping the wire barrel to the wire , a relief space being defined concentrically between the wire barrel and the wire retention sleeve , characterised in that : (i) the relief space is configured to be eliminated when the wire barrel is crimped to the wire retention sleeve and the wire ; and (ii) the terminal mounting flange engages the wire barrel to axially secure the wire retention seal to the terminal , and the wire barrel includes a mounting channel receiving the terminal mounting flange to hold an axial position of the wire retention seal relative to the terminal . a terminal having a wire barrel configured to be crimped to a wire and a mating segment configured to be mated to a mating component; and a wire retention seal received in the wire barrel , the wire retention seal having a terminal mounting flange engaging the wire barrel , the wire retention seal having a wire retention sleeve defining a wire bore configured to receive an end of the wire , said wire retention sleeve extending from said terminal mounting flange , the wire retention sleeve being configured to interfere with the wire to axially retain the wire retention seal on the end of the wire prior to crimping the wire barrel to the wire , a relief space being defined concentrically between the wire barrel and the wire retention sleeve , characterised in that : (i) the relief space is configured to be eliminated when the wire barrel is crimped to the wire retention sleeve and the wire ; and (ii) the terminal mounting flange engages the wire barrel to axially secure the wire retention seal to the terminal , and the wire barrel includes a mounting channel receiving the terminal mounting flange to hold an axial position of the wire retention seal relative to the terminal . (i) the relief space is configured to be eliminated when the wire barrel is crimped to the wire retention sleeve and the wire ; and (ii) the terminal mounting flange engages the wire barrel to axially secure the wire retention seal to the terminal , and the wire barrel includes a mounting channel receiving the terminal mounting flange to hold an axial position of the wire retention seal relative to the terminal .
A communication method, wherein the method comprises: obtaining , by a control plane node, identification information about a requested local network from a user equipment, UE, and location area information of the UE; when determining, by the control plane node, that local network information configured or stored in the control plane node comprises the identification information about the requested local network, and service coverage information corresponding to the requested local network in the local network information comprises the location area information of the UE, determining, by the control plane node, that the service coverage information corresponding to the requested local network is local network information available to the UE; and sending , by the control plane node, the service coverage information corresponding to the requested local network to the UE. obtaining , by a control plane node, identification information about a requested local network from a user equipment, UE, and location area information of the UE; when determining, by the control plane node, that local network information configured or stored in the control plane node comprises the identification information about the requested local network, and service coverage information corresponding to the requested local network in the local network information comprises the location area information of the UE, determining, by the control plane node, that the service coverage information corresponding to the requested local network is local network information available to the UE; and sending , by the control plane node, the service coverage information corresponding to the requested local network to the UE.
A method of performing authentication using a smart watch , comprising: receiving, from an external apparatus through a short-range communication, an authentication request for an application that is run on the external apparatus; measuring a user's heartbeat rhythm through a sensor mounted in a bottom of the smart watch when receiving the authentication request; performing an authentication for the application by comparing the measured heartbeat rhythm with an already-stored heartbeat rhythm; transmitting a result of the authentication to the external apparatus so that the external apparatus may run the application; and controlling operation of the external apparatus according to a gesture that is made using the user's hand on which the smart watch is worn, and recognized by the external apparatus, wherein the authentication request is transmitted to the smart watch along with information necessary for the authentication when the smart watch is selected as an authentication means on an authentication screen of the application, and wherein the authentication screen is one of a payment screen, a logging-on screen and a locking screen. receiving, from an external apparatus through a short-range communication, an authentication request for an application that is run on the external apparatus; measuring a user's heartbeat rhythm through a sensor mounted in a bottom of the smart watch when receiving the authentication request; performing an authentication for the application by comparing the measured heartbeat rhythm with an already-stored heartbeat rhythm; transmitting a result of the authentication to the external apparatus so that the external apparatus may run the application; and controlling operation of the external apparatus according to a gesture that is made using the user's hand on which the smart watch is worn, and recognized by the external apparatus, wherein the authentication request is transmitted to the smart watch along with information necessary for the authentication when the smart watch is selected as an authentication means on an authentication screen of the application, and wherein the authentication screen is one of a payment screen, a logging-on screen and a locking screen.
An auxiliary tool that fixes a belt installation jig to a pulley, the belt installation jig being used to wind a belt that is stretchable in a circumferential length direction around a plurality of pulleys , characterized in that the auxiliary tool comprises an annular part stretchable in a radial direction and terminals, and wherein the annular part has an outer diameter larger than an inner diameter of a bottomed cylindrical recessed portion provided on a side surface of the pulley in a state in which no external force is applied, in a state in which the annular part is contracted in the radial direction, the annular part is configured to be capable of pressing an inner wall of the recessed portion in a state in which the annular part is in contact with a bottom portion of the recessed portion , and one of the terminals is configured to be capable of being attached the belt installation jig . wherein the annular part has an outer diameter larger than an inner diameter of a bottomed cylindrical recessed portion provided on a side surface of the pulley in a state in which no external force is applied, in a state in which the annular part is contracted in the radial direction, the annular part is configured to be capable of pressing an inner wall of the recessed portion in a state in which the annular part is in contact with a bottom portion of the recessed portion , and one of the terminals is configured to be capable of being attached the belt installation jig .
A method for determining prostate carcinoma, comprising: measuring an amount of a free prostate specific antigen and an amount of a free PSA having an α glycan, the free PSA having an α glycan being a free prostate specific antigen having a glycan in which a terminal sialic acid residue of the glycan is α -linked to a second galactose residue from a terminal of the glycan, in a sample derived from a subject; obtaining a ratio 1 between the amount of the free prostate specific antigen and the amount of the free PSA having an α glycan; obtaining a ratio 2 between the ratio 1 and a volume of the prostate of the subject; and determining prostate carcinoma based on the obtained ratio 2. measuring an amount of a free prostate specific antigen and an amount of a free PSA having an α glycan, the free PSA having an α glycan being a free prostate specific antigen having a glycan in which a terminal sialic acid residue of the glycan is α -linked to a second galactose residue from a terminal of the glycan, in a sample derived from a subject; obtaining a ratio 1 between the amount of the free prostate specific antigen and the amount of the free PSA having an α glycan; obtaining a ratio 2 between the ratio 1 and a volume of the prostate of the subject; and determining prostate carcinoma based on the obtained ratio 2.
A method of controlling the regenerative braking of a vehicle, the method comprising: initiating a regenerative braking mode in response to an initiating control input to an accelerator of the vehicle, the initiating control input comprising a reduction in the degree of actuation of the accelerator of the vehicle; modifying a level of regenerative braking in the regenerative braking mode in response to an additional control input, wherein the additional control input comprises application of a brake of the vehicle; and maintaining a modified level of regenerative braking after the additional control input has been terminated, wherein the modified level of regenerative braking is the same as the level of regenerative braking applied in response to the additional control input. initiating a regenerative braking mode in response to an initiating control input to an accelerator of the vehicle, the initiating control input comprising a reduction in the degree of actuation of the accelerator of the vehicle; modifying a level of regenerative braking in the regenerative braking mode in response to an additional control input, wherein the additional control input comprises application of a brake of the vehicle; and maintaining a modified level of regenerative braking after the additional control input has been terminated, wherein the modified level of regenerative braking is the same as the level of regenerative braking applied in response to the additional control input.
Sealing device for sealing a turbine housing on a rotor of a compressor drive turbine , having a labyrinth bush with at least one labyrinth seal that can be fixed to the turbine housing or to the rotor , characterized in that the sealing device has a protective device having at least one brush seal for the compressor drive turbine , having a bush with an inner circumferential surface and an outer circumferential surface , wherein the bush has on the inner circumferential surface at least one radially circumferential receptacle for the at least one brush seal , a spring element and a stop region on a first front side of the bush for the abutment of a first end of the spring element , in that a brush seal is arranged in each radially circumferential receptacle , in that the labyrinth bush is arranged at least partially axially beside the bush of the protective device , in that the labyrinth seal has, on a front face of the bush facing the protective device , a mating stop region for the abutment of a second end of the spring element , and in that the protective device is axially displaceability supported on the labyrinth bush counter to the spring force (F) of the spring element .
A watch type mobile terminal in which time is indicated by two hands (243 and 244) including an hour hand and a minute hand , the mobile terminal comprising: a display configured to display a face screen including a dial region and an edge region enclosing the dial region; and a controller configured to: cause the two hands (243 and 244) to point to a current time while the face screen is displayed; cause the display to display an execution screen of an application when the application is executed; characterized in that the controller is further configured to: cause the display to display a gauge bar on the execution screen indicating a progression of multimedia content being played, wherein both of the hour hand and the minute hand are re-directed to overlap each other and to point to a position in the dial region corresponding to the progression of the gauge bar , and hour-unit information and minute-unit information corresponding to the current time are displayed at a position in the edge region corresponding to the current time. a display configured to display a face screen including a dial region and an edge region enclosing the dial region; and a controller configured to: cause the two hands (243 and 244) to point to a current time while the face screen is displayed; cause the display to display an execution screen of an application when the application is executed; cause the two hands (243 and 244) to point to a current time while the face screen is displayed; cause the display to display an execution screen of an application when the application is executed; characterized in that the controller is further configured to: cause the display to display a gauge bar on the execution screen indicating a progression of multimedia content being played, wherein both of the hour hand and the minute hand are re-directed to overlap each cause the display to display a gauge bar on the execution screen indicating a progression of multimedia content being played, wherein both of the hour hand and the minute hand are re-directed to overlap each other and to point to a position in the dial region corresponding to the progression of the gauge bar , and hour-unit information and minute-unit information corresponding to the current time are displayed at a position in the edge region corresponding to the current time.