mhurhangee/patent-ind-claim-en huggingface dataset:
A method of remotely fitting a hearing aid system comprising the steps of: - providing a hardware client holding a hearing aid fitting software ; - in a hearing aid of said hearing aid system, providing a first memory comprising a first set of sound processing parameters adapted to control a signal processor for processing audio signals in order to alleviate a hearing deficit of an individual hearing aid user; - in said hearing aid , providing a second memory comprising a copy of said first set of sound processing parameters; - operationally connecting the hearing aid system and the hearing aid fitting software using a long range data connection, hereby initiating a remote hearing aid fitting session; - altering at least one sound processing parameter in one of said first and said second memory in response to a command provided from said hearing aid fitting software , hereby providing a second set of sound processing parameters; - activating a counter in said hearing aid in response to a first command provided from said hearing aid fitting software ; - resetting said counter in response to a second command provided from said hearing aid fitting software with regular intervals; - in response to said counter exceeding a first predetermined threshold value: shutting down any remote hearing aid fitting processes and restoring said first set of sound processing parameters, hereby terminating the remote hearing aid fitting session and resuming normal hearing aid operation. - providing a hardware client holding a hearing aid fitting software ; - in a hearing aid of said hearing aid system, providing a first memory comprising a first set of sound processing parameters adapted to control a signal processor for processing audio signals in order to alleviate a hearing deficit of an individual hearing aid user; - in said hearing aid , providing a second memory comprising a copy of said first set of sound processing parameters; - operationally connecting the hearing aid system and the hearing aid fitting software using a long range data connection, hereby initiating a remote hearing aid fitting session; - altering at least one sound processing parameter in one of said first and said second memory in response to a command provided from said hearing aid fitting software , hereby providing a second set of sound processing parameters; - activating a counter in said hearing aid in response to a first command provided from said hearing aid fitting software ; - resetting said counter in response to a second command provided from said hearing aid fitting software with regular intervals; - in response to said counter exceeding a first predetermined threshold value: shutting down any remote hearing aid fitting processes and restoring said first set of sound processing parameters, hereby terminating the remote hearing aid fitting session and resuming normal hearing aid operation.
A method for a wireless device in a wireless communications system , comprising: receiving control information comprising information pertaining to whether the wireless device should partially clear a soft buffer for a Hybrid Automatic Repeat Request, HARQ, process, the information pertaining to whether the wireless device should partially clear the soft buffer for the HARQ process comprising a New Data Indicator, NDI, and a Redundancy Version, RV, indicator that have been set to a predefined combination; deciding whether to partially clear the soft buffer for the HARQ process based on the information comprised in the control information; and upon deciding to partially clear the soft buffer for the HARQ process, partially clearing the soft buffer for the HARQ process. receiving control information comprising information pertaining to whether the wireless device should partially clear a soft buffer for a Hybrid Automatic Repeat Request, HARQ, process, the information pertaining to whether the wireless device should partially clear the soft buffer for the HARQ process comprising a New Data Indicator, NDI, and a Redundancy Version, RV, indicator that have been set to a predefined combination; deciding whether to partially clear the soft buffer for the HARQ process based on the information comprised in the control information; and upon deciding to partially clear the soft buffer for the HARQ process, partially clearing the soft buffer for the HARQ process.
Device for detecting tribological stress of at least one component , wherein the device has at least the following features: a body having an embedding section for at least one sensor element of the device and having at least one channel for guiding an electrical conductor between the embedding section and a connecting surface of the body that faces away from the embedding section , wherein the body is formed from a ceramic material by means of at least one additive production process or primary forming process; and at least one electrical conductor for contacting the at least one sensor element , wherein the at least one electrical conductor is produced from an electrically conductive material by means of at least one additive production process in the at least one channel between the embedding section and the connecting surface . a body having an embedding section for at least one sensor element of the device and having at least one channel for guiding an electrical conductor between the embedding section and a connecting surface of the body that faces away from the embedding section , wherein the body is formed from a ceramic material by means of at least one additive production process or primary forming process; and at least one electrical conductor for contacting the at least one sensor element , wherein the at least one electrical conductor is produced from an electrically conductive material by means of at least one additive production process in the at least one channel between the embedding section and the connecting surface .
Electronic pen with pen position detection comprising at least one electric voltage source , at least a digital control unit , a writing lead , at least one data transfer module and at least two position determination sensors for determination of the position and / or motion of the electronic pen , a force sensor coupled to the writing lead which is suitable for writing on paper, characterized in that the electronic pen comprises an energy management unit in communication with the digital control unit for managing the electrical energy consumption, in particular to minimize the electric energy consumption, and optionally comprises means to be able to generate electrical energy itself, and wherein the digital control unit and / or the energy management unit is / are configured such that the sampling rates of data providing components of the electronic pen, e.g. the sampling rates of the position determination sensors and / or of a photo cell and / or of the force sensor , and/or the data transfer rate of the data transfer module can be controlled depending on the operating mode of the electronic pen , and wherein the energy management unit is configured such that depending on the force measured by the force sensor , in particular in the case of falling below a predetermined pressure force threshold for a predetermined minimum duration and / or in the case of exceeding a predetermined pressure force threshold for a predetermined excess minimum duration, the energy management unit carries out at least one change of the operating mode of the electronic pen .
A support anti-breaking structure comprising: a first plate member ; a second plate member , an end of the first plate member being pivotally connected to an end of the second plate member at a first pivotal connection (S 1 ); and a first fixing member formed by a flexible structure, the first fixing member being fixed to a side of the first pivotal connection (S1); characterized in that the first fixing member is made of sponge material. a first plate member ; a second plate member , an end of the first plate member being pivotally connected to an end of the second plate member at a first pivotal connection (S 1 ); and a first fixing member formed by a flexible structure, the first fixing member being fixed to a side of the first pivotal connection (S1); characterized in that the first fixing member is made of sponge material.
Saw blade comprising teeth which each have a first tooth flank which faces a first end and is inclined at a first angle (a1, a2, a3) with respect to a line perpendicular to the extension direction of the saw blade, and a second tooth flank which faces a second end and is inclined at a second angle (β1, β2, β3) with respect to the perpendicular line , which teeth are arranged in a push toothing adjacent to the first end , in which the first angles (a1) are greater than the second angles (β1), and in a pull toothing adjacent to the second end , in which the first angles (a2) are smaller than the second angles (β2), that teeth which are arranged in a neutral toothing between the push toothing and the pull toothing each have a first tooth flank having a first angle (a3) with respect to the perpendicular line that is smaller than the first angle (a1) of the push toothing and greater than the first angle (a2) of the pull toothing, and have a second tooth flank having a second angle (β3) with respect to the perpendicular line that is greater than the second angle (β1) of the push toothing and smaller than the second angle (β2) of the pull toothing , characterised in that the angle bisectors between the first tooth flank and second tooth flank of all of the teeth in each case intersect at a point or a circular area surrounding a point, the diameter of the circular area not being greater than a quarter of the length of the entire toothing.
A blocker door assembly for use in a thrust reverser of a turbofan engine including an engine core , a duct , a translating sleeve , an inner fixed structure , and a protrusion , the blocker door assembly comprising: a blocker door with a leading end configured to engage with the translating sleeve and a trailing end configured to mate with the protrusion of the inner fixed structure of the engine core to deflect airflow in the duct defined by a space between the translating sleeve and the inner fixed structure; and characterized by a geometrically shaped drag link including a first end connected to the blocker door and a second end pivotally connected to a boss ; wherein the geometrically shaped drag link is a smooth curved drag link. a blocker door with a leading end configured to engage with the translating sleeve and a trailing end configured to mate with the protrusion of the inner fixed structure of the engine core to deflect airflow in the duct defined by a space between the translating sleeve and the inner fixed structure; and characterized by a geometrically shaped drag link including a first end connected to the blocker door and a second end pivotally connected to a boss ; wherein the geometrically shaped drag link is a smooth curved drag link.
Device for coating a surface , preferably a narrow surface, of a, preferably plate- or strip-shaped, workpiece with a, preferably tape-like, cover material , with - at least one activation device for activating, preferably heating, the surface to be coated, - at least one conveyor device, preferably having at least one conveyor roller , a belt or the like, which is formed to bring about a movement of the workpiece relative to the activation device , preferably wherein the workpiece with the surface to be coated can be moved past the at least one activation device by means of the at least one conveyor device, characterized in that at least one shielding device is provided which is movable relative to the at least one activation device and which is formed to shield a surface , adjoining the surface to be coated and preferably coated with a cover material , preferably an end face of the workpiece and/or an end area of a cover material with which the surface is coated, from the at least one activation device while the workpiece is passing the at least one activation device , or vice versa. - at least one activation device for activating, preferably heating, the surface to be coated, - at least one conveyor device, preferably having at least one conveyor roller , a belt or the like, which is formed to bring about a movement of the workpiece relative to the activation device , preferably wherein the workpiece with the surface to be coated can be moved past the at least one activation device by means of the at least one conveyor device,
A method for manufacturing, with thermal treatment, biochar that is functional as a carbon sink, said method comprising supplying a to-be-processed feedstock (x) with supply elements into the interior of a conveyor arrangement , the conveyor arrangement being in a process space of a Thompson Converter -type , the said conveyor arrangement being enclosed relative to the process space , for moving the processed feedstock (x) in the conveyor arrangement through the process space in a longitudinal direction (s) of the process space, whereby a pyrolysis gas (y), generated from the feedstock (x) being processed in the conveyor arrangement as a result of heat transferring thereto from the process space , is being conducted away from the conveyor arrangement for burning the pyrolysis gas (y) with a continuously operating gas burner arrangement in a combustion chamber of the process space , wherein the heat transfer for the conveyor arrangement in the process space is conducted with radiation from a flame of the gas burner arrangement and from walls of the combustion chamber and whereby a resulting flue gas (y') is being removed from the combustion chamber of the process space by way of a discharge arrangement and a produced biochar (x') is being removed from the conveyor arrangement with discharge elements for further processing, and whereby the pyrolysis gas (y) is being conducted within the conveyor arrangement in a counterflow relative to the longitudinal direction (s) of the process space towards a supply end (I) of the conveyor arrangement for transferring the heat present in the pyrolysis gas into the to-be-processed feedstock (x) moving in the longitudinal direction (s) of the process space and for delivering the cooled pyrolysis gas (y) to the gas burner arrangement , characterized in that water (z) is being supplied into the interior of the conveyor arrangement from its discharge end (II) for generating water vapor (z') therein, the vapor flow (z') being carried jointly with the pyrolysis gas (y) in a counterflow relative to the longitudinal direction (s) of the process space towards the conveyor arrangement's supply end (I) to reduce the amount of PAH compounds in the processed biochar (x').
A solar reflector plate for use in solar power generation, comprising: a substrate ; a reflective layer provided onto the substrate; and a protective layer provided onto the reflective layer, wherein the reflective layer is a reflective layer containing a metal, and wherein the solar reflector plate further comprises at least one base layer constituted with an organic material and/or an inorganic material, between the substrate and the reflective layer , the substrate is a steel sheet, the protective layer contains a silicone-based resin having silicon and an organic substance, contains silicon in an amount of 15% by mass to 50% by mass expressed in terms of SiO 2 , and has 1.5 to 3.2 oxygen atoms on average that form a chemical bond with silicon, and in the silicone-based resin, a siloxane bond has been generated by crosslinking or curing of a silane compound containing an alkoxysilyl group or a silanol group. a substrate ; a reflective layer provided onto the substrate; and a protective layer provided onto the reflective layer, wherein the reflective layer is a reflective layer containing a metal, and wherein the solar reflector plate further comprises at least one base layer constituted with an organic material and/or an inorganic material, between the substrate and the reflective layer , the substrate is a steel sheet, the protective layer contains a silicone-based resin having silicon and an organic substance, contains silicon in an amount of 15% by mass to 50% by mass expressed in terms of SiO 2 , and has 1.5 to 3.2 oxygen atoms on average that form a chemical bond with silicon, and in the silicone-based resin, a siloxane bond has been generated by crosslinking or curing of a silane compound containing an alkoxysilyl group or a silanol group.
A device for heating or cooling a body of a user, the device comprising: a thermoelectric module ; a heat sink thermally coupled to a surface of the thermoelectric module ; a wetting material in thermal communication with the heat sink ; a controller for cycling the thermoelectric module in accordance with a duty cycle greater than 10%; a supply tank ; and a supply line connecting the wetting material and the supply tank , wherein the supply line comprises a wicking material to convey a liquid from the supply tank to the wetting material . a thermoelectric module ; a heat sink thermally coupled to a surface of the thermoelectric module ; a wetting material in thermal communication with the heat sink ; a controller for cycling the thermoelectric module in accordance with a duty cycle greater than 10%;
Roll line of a continuous casting apparatus comprising at least one roll mantle and a rotatable shaft having a coolant line , whereby the roll mantle is arranged to be supported on said rotatable shaft in a rotationally fixed manner, and whereby said roll mantle comprises at least one coolant channel arranged to be in fluid communication with said coolant line , characterized in that said roll mantle comprises a first end region (ER1), a second end region (ER2) and a central region (CR) in between said first end region (ER1) and said second end region (ER2), whereby said central region (CR) extends along 70% of the length (L) of said roll mantle , and whereby said at least one coolant channel comprises at least one coolant inlet and/or at least one coolant outlet located within said central region (CR) of the roll mantle .
Tyre tread for a heavy construction-plant vehicle, which tread is intended to come into contact with the ground via a tread surface and comprises cuts delimiting blocks that are raised with respect to a bottom surface , in a radial direction (ZZ'), - any block being made up of at least one rubber-based material and having a radial height H, which is measured between a contact face , contained in the tread surface , and the bottom surface , - any block comprising lateral faces , which connect the contact face to the bottom surface , and a base section , which is parallel to the bottom surface radially towards the outside at a radial distance H' equal to 0.25*H, - the contact face having a polygonal shape of surface area SC and perimeter PC, and the base section having a polygonal shape of surface area SB and perimeter PB, the contact face of any block has a polygonal shape that is at least partially concave, comprising at least two consecutive sides that form between them an interior angle A1 of the polygonal shape that is greater than 180°, characterized in that the surface area SC of the contact face is at most equal to 0.9 times the surface area SB of the base section . - any block being made up of at least one rubber-based material and having a radial height H, which is measured between a contact face , contained in the tread surface , and the bottom surface , - any block comprising lateral faces , which connect the contact face to the bottom surface , and a base section , which is parallel to the bottom surface radially towards the outside at a radial distance H' equal to 0.25*H, - the contact face having a polygonal shape of surface area SC and perimeter PC, and the base section having a polygonal shape of surface area SB and perimeter PB, the contact face of any block has a polygonal shape that is at least partially concave, comprising at least two consecutive sides that form between them an interior angle A1 of the polygonal shape that is greater than 180°, characterized in that the surface area SC of the contact face is at most equal to 0.9 times the surface area SB of the base section . the contact face of any block has a polygonal shape that is at least partially concave, comprising at least two consecutive sides that form between them an interior angle A1 of the polygonal shape that is greater than 180°, characterized in that the surface area SC of the contact face is at most equal to 0.9 times the surface area SB of the base section .
An integrated circuit configured to be used for a plurality of medical devices , wherein the plurality of medical devices comprises a first group of medical devices and a second group of medical devices, the medical devices of the second group requiring a higher arithmetic processing performance than the medical devices of the first group, characterized in that the integrated circuit is connectable to a functional complement integrated circuit which complements a part of functions of the integrated circuit , the integrated circuit is configured to operate by itself the first group of medical devices, and the integrated circuit is configured to operate the second group of medical devices in cooperation with the functional complement integrated circuit when said functional complement integrated circuit is connected to the integrated circuit . the integrated circuit is connectable to a functional complement integrated circuit which complements a part of functions of the integrated circuit , the integrated circuit is configured to operate by itself the first group of medical devices, and the integrated circuit is configured to operate the second group of medical devices in cooperation with the functional complement integrated circuit when said functional complement integrated circuit is connected to the integrated circuit .
A method of manufacturing a machine part having a radial crushing strength of 120 MPa or more, when calculating the radial crushing strength based on a method defined in JIS Z 2507, the method of manufacturing a machine part comprising: a compression molding step of compressing raw material powder (P) comprising, as a main component, metal powder that is capable of forming an oxide coating and has a pure iron powder content ratio of 95% or more in mass ratio, to thereby obtain a green compact having a cylindrical shape, in which a cylindrical radial bearing surface for rotatably supporting a shaft (S) in a radial direction is molded on an inner peripheral surface; and a coating forming step of causing the metal powder to react with an oxidizing gas while heating the green compact at a temperature lower than a sintering temperature of the metal powder in the oxidizing gas atmosphere not containing a water vapor, to thereby obtain a reinforced green compact in which the oxide coating is formed between particles of the metal powder, wherein the reinforced green compact obtained through the compression molding step and the coating forming step has the radial bearing surface with a cylindricity defined in JIS B 0021 of 3 μm or less. a compression molding step of compressing raw material powder (P) comprising, as a main component, metal powder that is capable of forming an oxide coating and has a pure iron powder content ratio of 95% or more in mass ratio, to thereby obtain a green compact having a cylindrical shape, in which a cylindrical radial bearing surface for rotatably supporting a shaft (S) in a radial direction is molded on an inner peripheral surface; and a coating forming step of causing the metal powder to react with an oxidizing gas while heating the green compact at a temperature lower than a sintering temperature of the metal powder in the oxidizing gas atmosphere not containing a water vapor, to thereby obtain a reinforced green compact in which the oxide coating is formed between particles of the metal powder, wherein the reinforced green compact obtained through the compression molding step and the coating forming step has the radial bearing surface with a cylindricity defined in JIS B 0021 of 3 μm or less.