mhurhangee/patent-ind-claim-en huggingface dataset:
Pedal for a bicycle , comprising: - a rotary body intended to be mounted on a pedal axle , - a jaw intended to cooperate with a cleat fastened beneath a sole of a shoe, the jaw being able to move between a holding position (P1) in which it contributes to holding a shoe cleat in position on the pedal , and an open position (P2) in which it releases a shoe cleat from the pedal , - an elastic return means arranged so as to force the jaw towards the holding position (P1), said pedal comprising: - a stop means , said stop means comprising a first zone of connection cooperating with the jaw so as to keep the jaw in the open position (P2) against the action of the elastic return means in the absence of a shoe cleat , said stop means comprising a second zone of connection with the body , said stop means extending from its first zone of connection towards its second zone of connection , characterized in that said second zone of connection extends in the direction defined by the movement of the jaw when it passes from its holding position (P1) to its open position (P2). - a rotary body intended to be mounted on a pedal axle , - a jaw intended to cooperate with a cleat fastened beneath a sole of a shoe, the jaw being able to move between a holding position (P1) in which it contributes to holding a shoe cleat in position on the pedal , and an open position (P2) in which it releases a shoe cleat from the pedal , - an elastic return means arranged so as to force the jaw towards the holding position (P1), said pedal comprising: - a stop means , said stop means comprising a first zone of connection cooperating with the jaw so as to keep the jaw in the open position (P2) against the action of the elastic return means in the absence of a shoe cleat , said stop means comprising a second zone of connection with the body , said stop means extending from its first zone of connection towards its second zone of connection , characterized in that said second zone of connection extends in the direction defined by the movement of the jaw when it passes from its holding position (P1) to its open position (P2). - a stop means , said stop means comprising a first zone of connection cooperating with the jaw so as to keep the jaw in the open position (P2) against the action of the elastic return means in the absence of a shoe cleat , said stop means comprising a second zone of connection with the body , said stop means extending from its first zone of connection towards its second zone of connection , characterized in that said second zone of connection extends in the direction defined by the movement of the jaw when it passes from its holding position (P1) to its open position (P2).
A directly heated air heater comprising a combustion chamber for burning fuel to generate heat, and at least one heat exchanger in which heat is transferred from the combustion chamber and from exhaust gases generated in the combustion chamber to air which is provided for the purpose of being heated in order that hot air may be generated, wherein the heat exchanger comprises at least one exhaust pipe having a greater extension in at least one spatial direction than the greatest extension of the combustion chamber, and at least one hot air channel , which extends along the combustion chamber and the exhaust pipe and guides the hot air that is to be heated along the combustion chamber and the exhaust pipe for heat exchange, wherein at least one sub-region of the hot air channel is subdivided such that hot air sub-channels are provided for guiding hot air portions of different temperature, wherein the hot air channel is designed in such a way that the hot air portion of lower temperature is guided such that it meets an end region of the exhaust pipe, especially in order to cool the exhaust gas temperature to below the condensation temperature, characterised in that the at least one exhaust pipe is guided in a U-shaped manner and a partition wall is disposed at least partially between the limbs of the U-shaped exhaust pipe for the purpose of forming hot air sub-channels.
Threaded tubular connection comprising: a tubular female end extending from a main body of a first tubular member , the tubular female end comprising a female external thread close from a female free end , a female internal thread closer to the main body of the first tubular member and a female intermediate sealing surface between the female external thread and the female internal thread, and a tubular male end extending from a main body of a second tubular member , the tubular male end comprising a male external thread close to the main body of second tubular member , a male internal thread close to a male free end and a male intermediate sealing surface between the male external thread and the male internal thread, such that the male external thread and the male internal thread are configured to respectively interlock by thread engagement with the female external thread and the female internal thread, and male and female sealing surfaces are forming an intermediate metal-to-metal seal when the threaded tubular connection is made up, wherein the tubular female end comprises a minimal outer diameter (JOBmin) at the intermediate metal-to-metal seal location, the minimal outer diameter (JOBmin) being smaller than respectively an external and an internal outer diameter (JOBe; JOBi), the external outer diameter (JOBe) being located above at least one thread root of the female external thread, the internal outer diameter (JOBi) being located above at least one thread root of the female internal thread. a tubular female end extending from a main body of a first tubular member , the tubular female end comprising a female external thread close from a female free end , a female internal thread closer to the main body of the first tubular member and a female intermediate sealing surface between the female external thread and the female internal thread, and a tubular male end extending from a main body of a second tubular member , the tubular male end comprising a male external thread close to the main body of second tubular member , a male internal thread close to a male free end and a male intermediate sealing surface between the male external thread and the male internal thread, such that the male external thread and the male internal thread are configured to respectively interlock by thread engagement with the female external thread and the female internal thread, and male and female sealing surfaces are forming an intermediate metal-to-metal seal when the threaded tubular connection is made up, wherein the tubular female end comprises a minimal outer diameter (JOBmin) at the intermediate metal-to-metal seal location, the minimal outer diameter (JOBmin) being smaller than respectively an external and an internal outer diameter (JOBe; JOBi), the external outer diameter (JOBe) being located above at least one thread root of the female external thread, the internal outer diameter (JOBi) being located above at least one thread root of the female internal thread.
A data link establishment method performed on the basis of Wireless Fidelity, Wi-Fi, neighbor awareness networking, NAN, technology, comprising: receiving , by a first NAN device, an service discovery function, SDF, subscribe message sent by a second NAN device, wherein the SDF subscribe message is used to search for a service required by the second NAN device; sending , by the first NAN device, an SDF publish message to the second NAN device when determining that the service required by the second NAN device matches a service that a third NAN device can provide, wherein the SDF publish message carries information about the service that the third NAN device can provide; receiving , by the first NAN device, a relay request message sent by a second NAN device, wherein the relay request message is used to request the first NAN device to establish an NAN data link, NDL, that uses the first NAN device as a relay, and the NDL is a data link between the second NAN device and the third NAN device; determining , by the first NAN device, first time-frequency resource information and second time-frequency resource information according to the relay request message; and establishing , by the first NAN device with the second NAN device, a first NDL that uses the first time-frequency resource information, and establishing , with the third NAN device, a second NDL that uses the second time-frequency resource information. receiving , by a first NAN device, an service discovery function, SDF, subscribe message sent by a second NAN device, wherein the SDF subscribe message is used to search for a service required by the second NAN device; sending , by the first NAN device, an SDF publish message to the second NAN device when determining that the service required by the second NAN device matches a service that a third NAN device can provide, wherein the SDF publish message carries information about the service that the third NAN device can provide; receiving , by the first NAN device, a relay request message sent by a second NAN device, wherein the relay request message is used to request the first NAN device to establish an NAN data link, NDL, that uses the first NAN device as a relay, and the NDL is a data link between the second NAN device and the third NAN device; determining , by the first NAN device, first time-frequency resource information and second time-frequency resource information according to the relay request message; and establishing , by the first NAN device with the second NAN device, a first NDL that uses the first time-frequency resource information, and establishing , with the third NAN device, a second NDL that uses the second time-frequency resource information.
A system for detecting presence of atrial fibrillation, the system comprising: a sensor for acquiring a plethysmographic waveform; a processor configured for calculating an autocorrelation function of the plethysmographic waveform, characterised in that the processor is further configured for measuring one or more peak amplitudes of the autocorrelation function, measuring one or more time intervals between peaks in the autocorrelation function; and analyzing the one or more peak amplitudes and the one or more peak time intervals to determine an indication of atrial fibrillation. a sensor for acquiring a plethysmographic waveform; a processor configured for calculating an autocorrelation function of the plethysmographic waveform, characterised in that the processor is further configured for measuring one or more peak amplitudes of the autocorrelation function, measuring one or more time intervals between peaks in the autocorrelation function; and analyzing the one or more peak amplitudes and the one or more peak time intervals to determine an indication of atrial fibrillation.
A method for forming a vertical hetero-stack of a first nanostructure and a second nanostructure arranged on an upper surface of the first nanostructure , the first nanostructure formed by a first transition metal dichalcogenide, TMDC, material and the second nanostructure formed by a second TMDC material, the method comprising: providing the first nanostructure on a substrate wherein the upper surface of the first nanostructure is formed by a basal plane of the first TMDC material, forming a reactive layer of molecules on the first nanostructure along a periphery of the upper surface , forming a dielectric layer on the substrate adjacent to the first nanostructure by a dielectric layer deposition process, the dielectric layer being formed with a thickness such that an upper surface of the dielectric layer becomes flush with the upper surface of the first nanostructure , and forming the second nanostructure by a vapor deposition process wherein the second TMDC material nucleates on the reactive layer along said periphery and grows laterally therefrom to form the second nanostructure on said upper surface , wherein the second TMDC material grows laterally above and along the upper surface of the first nanostructure and above and along an upper surface of the dielectric layer. providing the first nanostructure on a substrate wherein the upper surface of the first nanostructure is formed by a basal plane of the first TMDC material, forming a reactive layer of molecules on the first nanostructure along a periphery of the upper surface , forming a dielectric layer on the substrate adjacent to the first nanostructure by a dielectric layer deposition process, the dielectric layer being formed with a thickness such that an upper surface of the dielectric layer becomes flush with the upper surface of the first nanostructure , and forming the second nanostructure by a vapor deposition process wherein the second TMDC material nucleates on the reactive layer along said periphery and grows laterally therefrom to form the second nanostructure on said upper surface , wherein the second TMDC material grows laterally above and along the upper surface of the first nanostructure and above and along an upper surface of the dielectric layer.
A circuit breaker comprising: a frame ; a trip unit ; and a frame module comprising: a first interface structured to connect to the trip unit ; a second interface structured to connect to the frame; and a current rating storage unit structured to store a current rating associated with the frame and to provide the stored current rating to the trip unit when the trip unit is connected to the first interface; characterized in that the trip unit includes a display (28, 28', 28") structured to display information; a label is disposed on an exterior of the frame module and indicates the current rating associated with the frame, wherein the trip unit is structured to display the stored current rating on the display, and wherein the label and the display are visible to a user when the frame module is connected to the trip unit. a frame ; a trip unit ; and a frame module comprising: a first interface structured to connect to the trip unit ; a second interface structured to connect to the frame; and a current rating storage unit structured to store a current rating associated with the frame and to provide the stored current rating to the trip unit when the trip unit is connected to the first interface; characterized in that the trip unit includes a display (28, 28', 28") structured to display information; a label is disposed on an exterior of the frame module and indicates the current rating associated with the frame, a first interface structured to connect to the trip unit ; a second interface structured to connect to the frame; and a current rating storage unit structured to store a current rating associated with the frame and to provide the stored current rating to the trip unit when the trip unit is connected to the first interface; characterized in that the trip unit includes a display (28, 28', 28") structured to display information; a label is disposed on an exterior of the frame module and indicates the current rating associated with the frame, wherein the trip unit is structured to display the stored current rating on the display, and wherein the label and the display are visible to a user when the frame module is connected to the trip unit.
Use of particles of calcium carbonate having a BET specific surface area higher than or equal to 10 m 2 /g in the production of construction materials comprising at least one inorganic binder selected from cement, hydraulic lime, and gypsum, wherein the calcium carbonate particles are coated with at least one coating agent selected from carboxylic acids, carboxylic acid salts, polyacrylic acids, polyacrylic acid salts, and mixtures thereof; wherein the calcium carbonate is precipitated calcium carbonate, and wherein the precipitated calcium carbonate particles are clusters of primary particles and exhibit a structure selected from hollow spheres, nano-fibers, nano-sheaves, nano-rosaries, nanoplatelets and nano-accordions.
Tool holder for mounting a tool, with a) a chuck for clamping the tool in the chuck , b) a mounting interface for detachable mounting of the tool holder on the machine tool, c) a receiving recess in the lateral surface of the tool holder being radially accessible from the outside, and d) a chip arranged in the receiving recess , characterized in e) that the side wall of the receiving recess has at least one first form-fit element in order to anchor the chip form-fittingly in the receiving recess of the tool holder , f) that the chip has at least one second form-fit element in its side wall in order to anchor the chip form-fittingly in the receiving recess of the tool holder , g) that the chip is fixed in the receiving recess by an adhesive , h) that the cured adhesive forms a form-fit with the first form-fit element in the side wall of the receiving recess and with the second form-fit element on the chip and thereby fixes the chip form-fittingly in the receiving recess , i) that , in the cured state, the adhesive has at least one first projection which, in the cured state, engages in the first form-fit element in the side wall of the receiving recess with a form-fit and thereby produces the form-fitting connection between the chip and the receiving recess , and j) that , in the cured state, the adhesive has at least one second projection which, in the cured state, engages in the second form-fit element in the side wall of the chip with a form-fit and thereby produces the form-fitting connection between the chip and the receiving recess . a) a chuck for clamping the tool in the chuck , b) a mounting interface for detachable mounting of the tool holder on the machine tool, c) a receiving recess in the lateral surface of the tool holder being radially accessible from the outside, and d) a chip arranged in the receiving recess , characterized in e) that the side wall of the receiving recess has at least one first form-fit element in order to anchor the chip form-fittingly in the receiving recess of the tool holder , f) that the chip has at least one second form-fit element in its side wall in order to anchor the chip form-fittingly in the receiving recess of the tool holder , g) that the chip is fixed in the receiving recess by an adhesive , h) that the cured adhesive forms a form-fit with the first form-fit element in the side wall of the receiving recess and with the second form-fit element on the chip and thereby fixes the chip form-fittingly in the receiving recess , i) that , in the cured state, the adhesive has at least one first projection which, in the cured state, engages in the first form-fit element in the side wall of the receiving recess with a form-fit and thereby produces the form-fitting connection between the chip and the receiving recess , and j) that , in the cured state, the adhesive has at least one second projection which, in the cured state, engages in the second form-fit element in the side wall of the chip with a form-fit and thereby produces the form-fitting connection between the chip and the receiving recess .
Measuring tube for insertion in a measuring tube receptacle of a magnetic-inductive flowmeter and for guiding a medium, with two electrodes for tapping a voltage induced in the medium, wherein the electrodes each extend at least from one medium contact area to a connecting contact area on one end for connection to an evaluating unit, the electrodes are arranged on both sides of the measuring tube in an electrode plane (EE) situated vertically on the longitudinal axis (L) of the measuring tube , characterized in that the electrodes extend parallel to one another and tangential to the measuring tube that the connecting contact areas on the ends of both electrodes are arranged on one side of a reference plane (BE), wherein the reference plane (BE) is situated vertically on the electrode plane (EE), and wherein the medium contact areas are located at least partially in the reference plane (BE). that the electrodes extend parallel to one another and tangential to the measuring tube that the connecting contact areas on the ends of both electrodes are arranged on one side of a reference plane (BE), wherein the reference plane (BE) is situated vertically on the electrode plane (EE), and wherein the medium contact areas are located at least partially in the reference plane (BE).
Seat including a backrest and at least one inflatable element , wherein the inflatable element includes a first portion located behind the backrest and a second portion which is located in front of the backrest , and wherein said first portion and said second portion are adapted to assume a deflated condition and an inflated condition, and wherein the inflatable element comprises two connecting portions arranged between the first portion and the second portion and wherein the two connecting portions define an annular structure with the first portion and the second portion , said annular structure having a cavity suitable for the insertion of a user's head.
A method for accessing information on an electronic version of a navigation chart suitable for performing aircraft charting tasks, said method comprising: displaying the navigation chart on a touch screen of an aircraft cockpit display of a device; sensing a user touch on the touch screen; determining, by the device, a location on the touch screen where the user touch has occurred; correlating, by the device, the location on the touch screen where the user touch has occurred with a location on the navigation chart; displaying a magnified area of a portion of the navigation chart proximate to and above the location on the touch screen where the user touch occurred, the magnified area being enclosed within a boundary displayed on the aircraft cockpit display of the device; displaying crosshairs within the magnified area; converting, by the device, coordinates associated with a location on the touch screen that is under the crosshairs to latitude and longitude values; and displaying said values on the aircraft cockpit display of the device. displaying the navigation chart on a touch screen of an aircraft cockpit display of a device; sensing a user touch on the touch screen; determining, by the device, a location on the touch screen where the user touch has occurred; correlating, by the device, the location on the touch screen where the user touch has occurred with a location on the navigation chart; displaying a magnified area of a portion of the navigation chart proximate to and above the location on the touch screen where the user touch occurred, the magnified area being enclosed within a boundary displayed on the aircraft cockpit display of the device; displaying crosshairs within the magnified area; converting, by the device, coordinates associated with a location on the touch screen that is under the crosshairs to latitude and longitude values; and displaying said values on the aircraft cockpit display of the device.
A vehicle , preferably a working machine, comprising a wheel axle fluid circuit adapted to feed wheel axle fluid to one or more wheel axles of said vehicle , said vehicle comprising a control unit , said vehicle comprising a wheel axle fluid circuit adapted to feed wheel axle fluid to one or more wheel axles of said vehicle , said vehicle further comprising a propulsion assembly adapted to propel said vehicle , said control unit being adapted to, on the basis of at least the following: - information indicative of said propulsion assembly being inactive, - information indicative of an expected time range until an expected operation start time of said vehicle , and - information associated with a temperature of said wheel axle fluid, determine whether or not a conditioning procedure, during which the temperature of said wheel axle fluid is increased as compared to a present temperature of said wheel axle fluid, should be initiated for said wheel axle fluid, characterized in that said information associated with the temperature of said wheel axle fluid comprises information as regards a temperature ambient of said vehicle . - information indicative of said propulsion assembly being inactive, - information indicative of an expected time range until an expected operation start time of said vehicle , and - information associated with a temperature of said wheel axle fluid,