mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol generating product with flavoring in supporting section, wherein, the product comprises a smoking core-material section , a supporting section , a permeable hollow section and a filtering section arranged in turn; the supporting section is provided with a hollow airflow channel and a plurality of flavoring channels inside; the plurality of flavoring channels surround the outer side of the hollow airflow channel , and one end of the plurality of flavoring channels that is close to the smoking core-material section is closed, and the other end that is close to the permeable hollow section is open; a flavoring capsule is provided in at least part of the flavoring channel , and the flavoring capsule is close to one side of the smoking core-material section ; an air-vent hole that axially penetrates the permeable hollow section is provided on the permeable hollow section . the supporting section is provided with a hollow airflow channel and a plurality of flavoring channels inside; the plurality of flavoring channels surround the outer side of the hollow airflow channel , and one end of the plurality of flavoring channels that is close to the smoking core-material section is closed, and the other end that is close to the permeable hollow section is open; a flavoring capsule is provided in at least part of the flavoring channel , and the flavoring capsule is close to one side of the smoking core-material section ; an air-vent hole that axially penetrates the permeable hollow section is provided on the permeable hollow section .
A shoe for forming a sliding contact between a swash plate and a piston, comprising: a spherical portion for forming a sliding contact with a hemispherical concave portion of a first movable member ; an end surface portion for forming a sliding contact with a flat surface of a second movable member ; and a cylindrical portion formed between the spherical portion and the end surface portion ; characterized in that a plurality of grooves and/or concave portions are provided in an outer peripheral surface of the cylindrical portion for holding a lubricant oil, the plurality of oil grooves and/or concave portions are formed in the outer peripheral surface of the cylindrical portion from a first boundary between the cylindrical portion and the end surface portion to a second boundary between the cylindrical portion and the spherical portion , and the spherical portion and the end surface portion are free of the grooves and/or the concave portions . a spherical portion for forming a sliding contact with a hemispherical concave portion of a first movable member ; an end surface portion for forming a sliding contact with a flat surface of a second movable member ; and a cylindrical portion formed between the spherical portion and the end surface portion ; characterized in that a plurality of grooves and/or concave portions are provided in an outer peripheral surface of the cylindrical portion for holding a lubricant oil, the plurality of oil grooves and/or concave portions are formed in the outer peripheral surface of the cylindrical portion from a first boundary between the cylindrical portion and the end surface portion to a second boundary between the cylindrical portion and the spherical portion , and the spherical portion and the end surface portion are free of the grooves and/or the concave portions .
A recliner for a vehicle, the recliner comprising: a mobile flange opened at an upper side thereof and including a seating space formed therein, an internal gear formed on an inner surface that defines the seating space, and a support portion formed at a center of the seating space and protruding upward from a lower surface , the support portion having a multistage structure having stages with different outer diameters; an eccentric ring installed in the seating space of the mobile flange by being fitted with the support portion of the mobile flange , the eccentric ring including a corresponding end corresponding to the multistage structure of the support portion and formed on an inner surface being in contact with the support portion ; a gear plate disposed in the seating space of the mobile flange and including an external gear formed on an outer peripheral surface thereof, the external gear being configured to engage with the internal gear of the mobile flange ; and a cam disposed between the eccentric ring and the gear plate and configured to press the gear plate to one side. a mobile flange opened at an upper side thereof and including a seating space formed therein, an internal gear formed on an inner surface that defines the seating space, and a support portion formed at a center of the seating space and protruding upward from a lower surface , the support portion having a multistage structure having stages with different outer diameters; an eccentric ring installed in the seating space of the mobile flange by being fitted with the support portion of the mobile flange , the eccentric ring including a corresponding end corresponding to the multistage structure of the support portion and formed on an inner surface being in contact with the support portion ; a gear plate disposed in the seating space of the mobile flange and including an external gear formed on an outer peripheral surface thereof, the external gear being configured to engage with the internal gear of the mobile flange ; and a cam disposed between the eccentric ring and the gear plate and configured to press the gear plate to one side.
Cable (10"; 10"'; 10"") having at least two wire pairs , which are each configured for the transmission of a differential data signal, wherein the at least two wire pairs run helically around a common stranding center in the longitudinal direction of the cable, and having at least one further wire pair , wherein the wires of the further wire pair are arranged at a distance from one another on opposite sides of the stranding center , characterized in that the further wire pair does not have its own shielding, wherein the wires of the further wire pair adjoin a common grounded shielding which surrounds all wire pairs .
A release coating material comprising: at least one silicone base polymer; at least one non-silicone additive, wherein the silicone base polymer is a vinyl functional polydimethylsiloxane and is vinyl terminated and the non-silicone additive is an acrylate, namely a long chain hydrophobic acrylate monomer selected from the group consisting of stearyl methacrylate, lauryl methacrylate, lauryl acrylate, and combinations thereof, or a monofunctional acrylate/methacrylate that includes a hydrophobic C 16 to C 18 side chain, preferably stearyl methacrylate. at least one silicone base polymer; at least one non-silicone additive, wherein the silicone base polymer is a vinyl functional polydimethylsiloxane and is vinyl terminated and the non-silicone additive is an acrylate, namely a long chain hydrophobic acrylate monomer selected from the group consisting of stearyl methacrylate, lauryl methacrylate, lauryl acrylate, and combinations thereof, or a monofunctional acrylate/methacrylate that includes a hydrophobic C 16 to C 18 side chain, preferably stearyl methacrylate.
A method for detecting the presence of cancer in an individual, the method comprising determining the level of creatine riboside in a sample from the individual, wherein an elevated level of creatine riboside indicates the presence of cancer in the individual.
A desulfurization unit of a solid oxide fuel cell (SOFC) system, comprising a container for holding a desulfurizing agent , wherein: the container comprises an inner wall and an outer wall, a water cavity is formed between the inner wall and the outer wall; a water inlet and a water outlet in communication with the water cavity are arranged on the outer wall; the top of the container is provided with a gas outlet; the bottom of the container is provided with a gas inlet; and a double threaded bush is arranged at the gas outlet, wherein: the double threaded bush comprises an inner bush and an outer bush in a threaded engagement; an outer wall of the outer bush is in threaded engagement with a wall of the gas outlet; and an inner wall of the inner bush is in threaded engagement with an adapter. the container comprises an inner wall and an outer wall, a water cavity is formed between the inner wall and the outer wall; a water inlet and a water outlet in communication with the water cavity are arranged on the outer wall; the top of the container is provided with a gas outlet; the bottom of the container is provided with a gas inlet; and a double threaded bush is arranged at the gas outlet, wherein: the double threaded bush comprises an inner bush and an outer bush in a threaded engagement; an outer wall of the outer bush is in threaded engagement with a wall of the gas outlet; and an inner wall of the inner bush is in threaded engagement with an adapter. the double threaded bush comprises an inner bush and an outer bush in a threaded engagement; an outer wall of the outer bush is in threaded engagement with a wall of the gas outlet; and an inner wall of the inner bush is in threaded engagement with an adapter.
Method for verifying the presence of a non-return valve in a heating apparatus having at least one heating device , wherein the non-return valve is configured for avoiding back-flow of exhaust gas, comprising at least the following steps, which are carried out when a heating device is integrated into the heating apparatus and/or during the commissioning of one such heating device : a) changing an operating parameter of the heating device which can effect a change in a fluid flow through the heating device , b) detecting a measuring parameter which permits an inference regarding the fluid flow through the heating device , c) recognizing the presence of a non-return valve when the measuring parameter runs at least for a certain length of time independently of the change in the operating parameter , d) transferring the heating device into an error state and/or a deactivated state, if no non-return valve has been detected. a) changing an operating parameter of the heating device which can effect a change in a fluid flow through the heating device , b) detecting a measuring parameter which permits an inference regarding the fluid flow through the heating device , c) recognizing the presence of a non-return valve when the measuring parameter runs at least for a certain length of time independently of the change in the operating parameter , d) transferring the heating device into an error state and/or a deactivated state, if no non-return valve has been detected.
A mounting bracket for mounting a server/switch chassis to a rack , the server/switch chassis including a front side, a back side and two lateral sides interconnected between the front side and the back side, the mounting bracket characterized by comprising: a mounting flange ; two member portions connected to the two lateral sides of the server/switch chassis respectively; and a sliding mechanism connecting one of the two member portions and the mounting flange , wherein the sliding mechanism is connected to the front side of the server/switch chassis , the mounting flange is configured to slide along the sliding mechanism to move from a first side of the rack to a second side of the rack , wherein, when the mounting flange slides along the sliding mechanism to the first side of the rack , the server/switch chassis is inserted in to the rack in a first direction and removed out of the rack in a second direction, the first direction and the second direction being opposite with each other, and wherein, when the mounting flange slides along the sliding mechanism to the second side of the rack , the server/switch chassis is inserted in the rack in the second direction and removed out of the rack in the first direction . a mounting flange ; two member portions connected to the two lateral sides of the server/switch chassis respectively; and a sliding mechanism connecting one of the two member portions and the mounting flange , wherein the sliding mechanism is connected to the front side of the server/switch chassis , the mounting flange is configured to slide along the sliding mechanism to move from a first side of the rack to a second side of the rack , wherein, when the mounting flange slides along the sliding mechanism to the first side of the rack , the server/switch chassis is inserted in to the rack in a first direction and removed out of the rack in a second direction, the first direction and the second direction being opposite with each other, and wherein, when the mounting flange slides along the sliding mechanism to the second side of the rack , the server/switch chassis is inserted in the rack in the second direction and removed out of the rack in the first direction . wherein, when the mounting flange slides along the sliding mechanism to the first side of the rack , the server/switch chassis is inserted in to the rack in a first direction and removed out of the rack in a second direction, the first direction and the second direction being opposite with each other, and wherein, when the mounting flange slides along the sliding mechanism to the second side of the rack , the server/switch chassis is inserted in the rack in the second direction and removed out of the rack in the first direction .
Method for determining a speed of an electronically commutated electric motor , in particular an electric motor for a fan , wherein current measurement values are detected at multiple points in time, which describe an amperage of a drive current supplied to the electric motor , and a speed of the electric motor is subsequently determined on the basis of the detected current measurement values , wherein the drive current is provided by a drive circuit , wherein the drive circuit provides an output for a measuring voltage proportional to the drive current, wherein voltage values of this measuring voltage are detected as current measurement values , wherein the drive circuit is a DC-DC converter, in which a series connection of a resistor and a capacitor is connected in parallel to a coil used as part of DC-DC voltage conversion and is adapted to the impedance of the coil, such that the measuring voltage at the capacitor, which is proportional to the power provided by the DC-DC converter, decreases.
A method of generating a haptic effect on a haptically enabled system using an eccentric rotating mass actuator , the method comprising: measuring an acceleration frequency of the system by an accelerometer of the system during operation of the system; determining a back electromotive force of the eccentric rotating mass actuator during operation of the system ; determining a rise time of the eccentric rotating mass actuator using the back electromotive force; retrieving a haptic effect signal comprising one or more parameters, wherein one of the parameters is a voltage amplitude level as a function of time; varying the voltage amplitude level based on the acceleration frequency, the back electromotive force, and the rise time; and applying the varied haptic effect signal to the eccentric rotating mass actuator . measuring an acceleration frequency of the system by an accelerometer of the system during operation of the system; determining a back electromotive force of the eccentric rotating mass actuator during operation of the system ; determining a rise time of the eccentric rotating mass actuator using the back electromotive force; retrieving a haptic effect signal comprising one or more parameters, wherein one of the parameters is a voltage amplitude level as a function of time; varying the voltage amplitude level based on the acceleration frequency, the back electromotive force, and the rise time; and applying the varied haptic effect signal to the eccentric rotating mass actuator .
A configurable controller for a lighting arrangement having one or more light emitting elements , the configurable controller comprising: a user interface arrangement , comprising a touch sensitive area, adapted to receive a user input for controlling the lighting arrangement , a communication unit adapted to receive, from a user via a remote device , a configuration input indicative of a desired configuration of the user interface arrangement ; and a processing unit , wherein the processing unit is adapted to map a range of selectable values of an output characteristic of the lighting arrangement to the touch sensitive area based on the received configuration input and further based on at least one characteristic of the touch sensitive area, and wherein the processing unit is further adapted to control the lighting arrangement based on the received user input according to the mapped range of selectable values, characterized in that : the processing unit is adapted to generate second output data comprising information relating to the at least one characteristic of the touch sensitive area, wherein the communication unit is adapted to send the second output data to the remote device ; and wherein the at least one characteristic of the touch sensitive area comprises at least one of: dimension, shape and resolution of the touch sensitive area. a user interface arrangement , comprising a touch sensitive area, adapted to receive a user input for controlling the lighting arrangement , a communication unit adapted to receive, from a user via a remote device , a configuration input indicative of a desired configuration of the user interface arrangement ; and a processing unit , wherein the processing unit is adapted to map a range of selectable values of an output characteristic of the lighting arrangement to the touch sensitive area based on the received configuration input and further based on at least one characteristic of the touch sensitive area, and wherein the processing unit is further adapted to control the lighting arrangement based on the received user input according to the mapped range of selectable values, characterized in that : the processing unit is adapted to generate second output data comprising information relating to the at least one characteristic of the touch sensitive area, wherein the communication unit is adapted to send the second output data to the remote device ; and wherein the at least one characteristic of the touch sensitive area comprises at least one of: dimension, shape and resolution of the touch sensitive area. the processing unit is adapted to generate second output data comprising information relating to the at least one characteristic of the touch sensitive area, wherein the communication unit is adapted to send the second output data to the remote device ; and wherein the at least one characteristic of the touch sensitive area comprises at least one of: dimension, shape and resolution of the touch sensitive area.
An ultrasonic transducer comprising: a piezoelectric element ; an acoustic matching layer arranged on a surface of the piezoelectric element and having a thickness of at least one-quarter of a first wavelength in the matching layer at a center resonant frequency of the transducer; and a front metal layer arranged on a surface of the acoustic matching layer opposite that of the piezoelectric element and having a thickness equal to one-half of a second wavelength in the front metal layer at the center resonant frequency, characterized in that the thickness of the acoustic matching layer is between one-quarter and one-half of the first wavelength in the matching layer at the center resonant frequency. a piezoelectric element ; an acoustic matching layer arranged on a surface of the piezoelectric element and having a thickness of at least one-quarter of a first wavelength in the matching layer at a center resonant frequency of the transducer; and a front metal layer arranged on a surface of the acoustic matching layer opposite that of the piezoelectric element and having a thickness equal to one-half of a second wavelength in the front metal layer at the center resonant frequency, characterized in that the thickness of the acoustic matching layer is between one-quarter and one-half of the first wavelength in the matching layer at the center resonant frequency.
A method for making a syntactic polyurethane elastomer, comprising a) forming a reaction mixture containing at least one polyether polyol having a nominal functionality of 2 to 4 and having a number average hydroxyl equivalent weight of at least 800 wherein the polyether polyol(s) contain no more than 60 μeq/g of terminal unsaturation, 5 to 50 weight percent of microspheres based on the total weight of the reaction mixture, 1 to 30 parts by weight of a hydroxyl-terminated chain extender per 100 parts by weight of the polyether polyol(s), an aromatic polyisocyanate in amount to provide an isocyanate index of 80 to 130 and non-mercury catalyst, wherein the reaction mixture is essentially devoid of mercury compounds, and b) curing the reaction mixture to form the syntactic polyurethane elastomer. a) forming a reaction mixture containing at least one polyether polyol having a nominal functionality of 2 to 4 and having a number average hydroxyl equivalent weight of at least 800 wherein the polyether polyol(s) contain no more than 60 μeq/g of terminal unsaturation, 5 to 50 weight percent of microspheres based on the total weight of the reaction mixture, 1 to 30 parts by weight of a hydroxyl-terminated chain extender per 100 parts by weight of the polyether polyol(s), an aromatic polyisocyanate in amount to provide an isocyanate index of 80 to 130 and non-mercury catalyst, wherein the reaction mixture is essentially devoid of mercury compounds, and b) curing the reaction mixture to form the syntactic polyurethane elastomer.