mhurhangee/patent-ind-claim-en huggingface dataset:
A manufacturing method of a coil component for forming a coil-assembly body in which a coil is mounted on a magnetic-body core , comprising the steps of: inputting the coil-assembly body and a clay-like admixture containing a magnetic powder, a resin and a solvent into a container (130, 132, 60,); applying a pressure onto the admixture in the container (130, 132, 60,); depressurizing the inside of the container while the coil-assembly and the clay-like admixture are in the container and the clay-like mixture is pressurized, the inside of the container being at a negative-pressure lower than the atmospheric pressure due to operation of a vacuum pump communicating with the inside of the container via an exhaust hole in the container; applying a vibration onto the clay-like admixture at least during the depressurizing process; and curing the resin contained in the clay-like admixture to form the coil component integrating the admixture and the coil-assembly body after stopping of the depressurizing and the applying of the vibration. inputting the coil-assembly body and a clay-like admixture containing a magnetic powder, a resin and a solvent into a container (130, 132, 60,); applying a pressure onto the admixture in the container (130, 132, 60,); depressurizing the inside of the container while the coil-assembly and the clay-like admixture are in the container and the clay-like mixture is pressurized, the inside of the container being at a negative-pressure lower than the atmospheric pressure due to operation of a vacuum pump communicating with the inside of the container via an exhaust hole in the container; applying a vibration onto the clay-like admixture at least during the depressurizing process; and curing the resin contained in the clay-like admixture to form the coil component integrating the admixture and the coil-assembly body after stopping of the depressurizing and the applying of the vibration.
A scroll compressor , comprising: a housing including a first and second shell sections that are telescopically interfitted to define an annular seat internal to the housing ; scroll compressor bodies having respective bases and respective scroll ribs that project from the respective bases and which mutually engage; a motor providing a rotational output on a drive shaft , the drive shaft operatively driving one of the scroll compressor bodies to facilitate relative movement for the compression of fluid; a lower bearing member rotatably supporting the drive shaft , the lower bearing member engaging the seat, wherein the first and second shell sections include a tubular central shell section having opposed open ends and a lower shell section , the lower shell section received inside of the central shell section to provide a circular edge that provides the seat and axially abuts the lower bearing member , wherein the lower shell section includes an end wall and a cylindrical sidewall extending integrally from the end wall, the scroll compressor being characterized in that the lower bearing member is located radially against an inner cylindrical surface of the cylindrical sidewall and in that the lower bearing member includes a central hub having a central opening having a bearing receiving the drive shaft and a plurality of arms projecting radially outwardly from the inner hub , each of the arms being seated upon the seat . a housing including a first and second shell sections that are telescopically interfitted to define an annular seat internal to the housing ; scroll compressor bodies having respective bases and respective scroll ribs that project from the respective bases and which mutually engage; a motor providing a rotational output on a drive shaft , the drive shaft operatively driving one of the scroll compressor bodies to facilitate relative movement for the compression of fluid; a lower bearing member rotatably supporting the drive shaft , the lower bearing member engaging the seat, wherein the first and second shell sections include a tubular central shell section having opposed open ends and a lower shell section , the lower shell section received inside of the central shell section to provide a circular edge that provides the seat and axially abuts the lower bearing member , wherein the lower shell section includes an end wall and a cylindrical sidewall extending integrally from the end wall, the scroll compressor being characterized in that the lower bearing member is located radially against an inner cylindrical surface of the cylindrical sidewall and in that the lower bearing member includes a central hub having a central opening having a bearing receiving the drive shaft and a plurality of arms projecting radially outwardly from the inner hub , each of the arms being seated upon the seat .
A ceiling fan comprising: an axle ; a hub rotatably coupled with the axle ; a plurality of blades coupled with the hub , wherein each of the plurality of blades has a first end and a second end , wherein the first end is coupled with the hub , wherein each of the plurality of blades has a channel intercommunicating the first end with the second end ; a plurality of connecting members respectively received in the channels of the plurality of blades , wherein each of the plurality of connecting members has an end coupled with the hub , as well as another end coupled with the second end of the each of the plurality of blades ; and a plurality of protective sleeves respectively enveloping the plurality of connecting members ; wherein the ceiling fan is characterized in that the hub includes an intermediate member coupled with a top of the hub , wherein the plurality of blades is coupled with the hub via the intermediate member , wherein a cross section of each of the plurality of protective sleeves is in a form of a loop , and the loop has a receiving hole receiving a respective one of the plurality of connecting members , wherein the loop has a slit whose width is smaller than a diameter of each of the plurality of connecting members , and wherein the loop is in a form of a water droplet. an axle ; a hub rotatably coupled with the axle ; a plurality of blades coupled with the hub , wherein each of the plurality of blades has a first end and a second end , wherein the first end is coupled with the hub , wherein each of the plurality of blades has a channel intercommunicating the first end with the second end ; a plurality of connecting members respectively received in the channels of the plurality of blades , wherein each of the plurality of connecting members has an end coupled with the hub , as well as another end coupled with the second end of the each of the plurality of blades ; and a plurality of protective sleeves respectively enveloping the plurality of connecting members ; wherein the ceiling fan is characterized in that the hub includes an intermediate member coupled with a top of the hub , wherein the plurality of blades is coupled with the hub via the intermediate member , wherein a cross section of each of the plurality of protective sleeves is in a form of a loop , and the loop has a receiving hole receiving a respective one of the plurality of connecting members , wherein the loop has a slit whose width is smaller than a diameter of each of the plurality of connecting members , and wherein the loop is in a form of a water droplet.
A heat transfer system comprising a circulation loop of a halocarbon heat transfer fluid, the circulation loop including a compressor or pump that includes metal or ceramic bearing contact surfaces lubricated by the heat transfer fluid, said metal or ceramic bearing contact surface comprising a substrate having thereon a layer comprising an oligomer or a polymer, said oligomer or polymer comprising an oligomer or polymer backbone and polar side groups appended to the oligomer or polymer backbone, and a tribofilm .
A method, performed by a host computing device , of analyzing continuous analyte sensor data associated with a host , wherein the continuous analyte sensor data is representative of analyte levels of the host , the method comprising: accessing a plurality of analyte readings associated with a host during first and second analysis time periods, wherein each analyte reading is indicative of an analyte level of the host at a respective time; determining one or more first statistical values associated with the first analysis time period based on the analyte readings of the host received during the first analysis time period; determining one or more second statistical values associated with the second analysis time period based on the analyte readings of the host received during the second analysis time period; comparing the first one or more statistical values and the second one or more statistical values in order to determine , as a comparison metric, a number indicating a relationship between the first one or more statistical values and the second one or more statistical values; generating a performance report including the comparison metric, the performance report indicating a change between the plurality of analyte readings of the first and second analysis time periods, wherein the performance report is indicative of analyte control by the host over the first and second analysis time periods; and transmitting the performance report to a computing device of a physician. accessing a plurality of analyte readings associated with a host during first and second analysis time periods, wherein each analyte reading is indicative of an analyte level of the host at a respective time; determining one or more first statistical values associated with the first analysis time period based on the analyte readings of the host received during the first analysis time period; determining one or more second statistical values associated with the second analysis time period based on the analyte readings of the host received during the second analysis time period; comparing the first one or more statistical values and the second one or more statistical values in order to determine , as a comparison metric, a number indicating a relationship between the first one or more statistical values and the second one or more statistical values; generating a performance report including the comparison metric, the performance report indicating a change between the plurality of analyte readings of the first and second analysis time periods, wherein the performance report is indicative of analyte control by the host over the first and second analysis time periods; and transmitting the performance report to a computing device of a physician.
A method comprising: providing, to a user via a navigation apparatus , a visual warning regarding presence of a safety camera or a speed limit change at a given location on a digital map, the visual warning including information regarding a current speed of travel and/or a maximum permitted speed of travel at the given location; monitoring a current position of the navigation apparatus; monitoring a remaining distance between the current position and the given location; determining that the remaining distance between the current position and the given location decreased to a predetermined distance; and enhancing the visual warning in a stepped manner as the remaining distance decreases by triggering an enhancement of the visual warning in response to said determining, wherein the enhancement is achieved by changing the appearance of the visual warning on a display of the navigation apparatus, and wherein a degree and/or rate of enhancement of the visual warning depends on: a relative difference between the current speed and the maximum permitted speed of travel at the given location, and a distance between a current location of the navigation apparatus and the given location. providing, to a user via a navigation apparatus , a visual warning regarding presence of a safety camera or a speed limit change at a given location on a digital map, the visual warning including information regarding a current speed of travel and/or a maximum permitted speed of travel at the given location; monitoring a current position of the navigation apparatus; monitoring a remaining distance between the current position and the given location; determining that the remaining distance between the current position and the given location decreased to a predetermined distance; and enhancing the visual warning in a stepped manner as the remaining distance decreases by triggering an enhancement of the visual warning in response to said determining, wherein the enhancement is achieved by changing the appearance of the visual warning on a display of the navigation apparatus, and wherein a degree and/or rate of enhancement of the visual warning depends on: a relative difference between the current speed and the maximum permitted speed of travel at the given location, and a distance between a current location of the navigation apparatus and the given location. a relative difference between the current speed and the maximum permitted speed of travel at the given location, and a distance between a current location of the navigation apparatus and the given location.
An air-cooled voice coil actuator for a mechanical resonant system , the air-cooled voice coil actuator comprising: a bobbin made from a material that is electrically nonconductive; a rigid plate coupled to a top inner surface of the bobbin; an electrical conductor coupled to the bobbin; a magnet assembly including: a magnet housing , and a magnet located within the magnet housing and being coupled to the magnet housing, the magnet including a centrally located opening defining a channel extending through the magnet assembly; and a cooling system; wherein the bobbin is positioned within a gap formed by the magnet and the magnet housing; wherein the bobbin, the rigid plate, the magnet, and the magnet housing collectively define a flow path; wherein the bobbin and the magnet assembly are configured to oscillate when an alternating current is applied to the electrical conductor; and wherein the cooling system is configured to circulate an air flow through the channel and the flow path. a bobbin made from a material that is electrically nonconductive; a rigid plate coupled to a top inner surface of the bobbin; an electrical conductor coupled to the bobbin; a magnet assembly including: a magnet housing , and a magnet located within the magnet housing and being coupled to the magnet housing, the magnet including a centrally located opening defining a channel extending through the magnet assembly; and a cooling system; wherein the bobbin is positioned within a gap formed by the magnet and the magnet housing; wherein the bobbin, the rigid plate, the magnet, and the magnet housing collectively define a flow path; wherein the bobbin and the magnet assembly are configured to oscillate when an alternating current is applied to the electrical conductor; and wherein the cooling system is configured to circulate an air flow through the channel and the flow path. a magnet housing , and a magnet located within the magnet housing and being coupled to the magnet housing, the magnet including a centrally located opening defining a channel extending through the magnet assembly; and a cooling system; wherein the bobbin is positioned within a gap formed by the magnet and the magnet housing; wherein the bobbin, the rigid plate, the magnet, and the magnet housing collectively define a flow path; wherein the bobbin and the magnet assembly are configured to oscillate when an alternating current is applied to the electrical conductor; and wherein the cooling system is configured to circulate an air flow through the channel and the flow path.
Method for producing a composite structure comprising a thin layer which is made of monocrystalline silicon carbide and arranged on a carbide support substrate , the method comprising: a) a step of providing an initial substrate made of monocrystalline silicon carbide, b) a step of epitaxially growing a donor layer made of monocrystalline silicon carbide on the initial substrate to form a donor substrate , the donor layer having a density of crystalline defects of less than that of the initial substrate , c) a step of implanting ions of light species into the donor layer to form a buried brittle plane which delimits the thin layer between the buried brittle plane and a free surface of the donor layer , d) a step of direct liquid injection-assisted chemical vapor deposition at a temperature of less than 1000°C to form a support layer directly on the free surface of the donor layer , the support layer being formed by an at least partly amorphous SiC matrix, e) a step of separating along the buried brittle plane to form an intermediate composite structure comprising the thin layer on the support layer on one side and the remainder of the donor substrate on the other, f) a step of heat treatment at a temperature between 1000°C and 1800°C, which is applied to the intermediate composite structure to crystallize the support layer and form the polycrystalline support substrate , g) a step of mechanically and/or chemically treating the composite structure , the treatment(s) being applied to a free face of the support substrate , the rear face of the composite structure , and/or to a free face of the thin layer , the front face of the composite structure . a) a step of providing an initial substrate made of monocrystalline silicon carbide, b) a step of epitaxially growing a donor layer made of monocrystalline silicon carbide on the initial substrate to form a donor substrate , the donor layer having a density of crystalline defects of less than that of the initial substrate , c) a step of implanting ions of light species into the donor layer to form a buried brittle plane which delimits the thin layer between the buried brittle plane and a free surface of the donor layer , d) a step of direct liquid injection-assisted chemical vapor deposition at a temperature of less than 1000°C to form a support layer directly on the free surface of the donor layer , the support layer being formed by an at least partly amorphous SiC matrix, e) a step of separating along the buried brittle plane to form an intermediate composite structure comprising the thin layer on the support layer on one side and the remainder of the donor substrate on the other, f) a step of heat treatment at a temperature between 1000°C and 1800°C, which is applied to the intermediate composite structure to crystallize the support layer and form the polycrystalline support substrate , g) a step of mechanically and/or chemically treating the composite structure , the treatment(s) being applied to a free face of the support substrate , the rear face of the composite structure , and/or to a free face of the thin layer , the front face of the composite structure .
Locking device with a fore-end track , and an arrangement for monitoring a closure of the locking device, for doors and windows, wherein the locking device comprises a drive-bar element , which comprises drive bars and a bolt element , which in its locking position interacts with a fixed-position bolt engagement, wherein the arrangement makes provision for a sensor , which detects the change in the geomagnetic field due to the drive bars of the drive-bar element , and is assigned to an evaluation unit , which allocates the relative location to a switching position , characterized in that the evaluation unit , together with the sensor , is secured next to the bolt element on the fore-end track .
A fluid product reservoir (R; R') comprising a body and a neck defining an opening , the neck comprising an upper annular edge defining an outer ridge and an inner ridge , the opening being defined by an inner wall connected to the upper annular edge by the inner ridge , at least one cutout being provided at the upper annular edge , this cutout extending on the inner wall interrupting the inner ridge but does not extend to the outer ridge , such that the upper annular edge is continuous over its entire periphery, including at the cutout , this cutout further forming a base defining a ridge with the inner wall of the opening , the reservoir further comprising an insert (D; D'; S) engaged in the neck and comprising a fixing sleeve (M; M'; M") disposed in the neck , this fixing sleeve (M; M'; M") comprising at least one flange section which projects radially outwards and which is received in said at least one cutout of the neck while resting on its base , characterized in that each flange section fills completely its respective cutout . the reservoir further comprising an insert (D; D'; S) engaged in the neck and comprising a fixing sleeve (M; M'; M") disposed in the neck , this fixing sleeve (M; M'; M") comprising at least one flange section which projects radially outwards and which is received in said at least one cutout of the neck while resting on its base , characterized in that each flange section fills completely its respective cutout .
A method comprising: receiving an image of at least a section of a vehicle; converting the received image to a binary image; processing the converted image using a generator neural network to generate a modified image, wherein the generator neural network has been trained jointly with a discriminator neural network to generate modified images that have reduced image noise relative to input images to the generator neural network; and processing the modified image using a further neural network to classify one or more sections of the vehicle as one or more panels of the vehicle bodywork. receiving an image of at least a section of a vehicle; converting the received image to a binary image; processing the converted image using a generator neural network to generate a modified image, wherein the generator neural network has been trained jointly with a discriminator neural network to generate modified images that have reduced image noise relative to input images to the generator neural network; and processing the modified image using a further neural network to classify one or more sections of the vehicle as one or more panels of the vehicle bodywork.
An image forming apparatus comprising: first reception means configured to receive a first type job via a network; second reception means configured to receive a second type job generated based on a user's operation received by operation means of the image forming apparatus , wherein the operation means comprises a display unit configured to receive a user's instruction; and setting means configured to set a time at which shutdown processing for turning off the image forming apparatus is to be performed; characterized by control means configured to be able to perform, when the time set by the setting means is reached, the shutdown processing without executing the received first type job, and the control means being further configured to perform, when the time set by the setting means is reached, the shutdown processing after executing the received second type job. first reception means configured to receive a first type job via a network; second reception means configured to receive a second type job generated based on a user's operation received by operation means of the image forming apparatus , wherein the operation means comprises a display unit configured to receive a user's instruction; and setting means configured to set a time at which shutdown processing for turning off the image forming apparatus is to be performed; characterized by control means configured to be able to perform, when the time set by the setting means is reached, the shutdown processing without executing the received first type job, and the control means being further configured to perform, when the time set by the setting means is reached, the shutdown processing after executing the received second type job.