mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal, the method comprising: • acquiring system information of the terminal, wherein the system information is operating system version information being information indicating a kind of operating system of the terminal and indicating a version of the operating system (S101), • sending to a plugin server, an advertisement, AD, plugin request message that comprises the system information of the terminal (S102), • receiving AD plugin information from the plugin server, wherein the AD plugin information is indicated in a form of a list, the list comprising a name and a version number of each AD plugin that matches the system information and each AD plugin indicated by the AD plugin information is an AD plugin, which needs to be downloaded by the terminal, • determining an undownloaded target AD plugin based on a comparison of the names and version numbers contained in the AD plugin information and names and version numbers of already downloaded AD plugins, wherein the undownloaded target AD plugin is in a first alternative an AD plugin with a name not yet downloaded to the terminal, or, in a second alternative instead of the first alternative, an AD plugin with a name the same as a name of an already downloaded AD plugin, but with a later version number than a version number of the already downloaded AD plugin, • sending a download request message used for downloading the target AD plugin to the plugin server and, after sending the download request message, downloading the target AD plugin from the plugin server (S103). • acquiring system information of the terminal, wherein the system information is operating system version information being information indicating a kind of operating system of the terminal and indicating a version of the operating system (S101), • sending to a plugin server, an advertisement, AD, plugin request message that comprises the system information of the terminal (S102), • receiving AD plugin information from the plugin server, wherein the AD plugin information is indicated in a form of a list, the list comprising a name and a version number of each AD plugin that matches the system information and each AD plugin indicated by the AD plugin information is an AD plugin, which needs to be downloaded by the terminal, • determining an undownloaded target AD plugin based on a comparison of the names and version numbers contained in the AD plugin information and names and version numbers of already downloaded AD plugins, wherein the undownloaded target AD plugin is in a first alternative an AD plugin with a name not yet downloaded to the terminal, or, in a second alternative instead of the first alternative, an AD plugin with a name the same as a name of an already downloaded AD plugin, but with a later version number than a version number of the already downloaded AD plugin, • sending a download request message used for downloading the target AD plugin to the plugin server and, after sending the download request message, downloading the target AD plugin from the plugin server (S103).
A dual-camera focusing method using a dual camera that comprises a first camera and a second camera , wherein a resolution of the first camera is higher than a resolution of the second camera, the method comprising: using the second camera for focusing ; bringing the second camera in focus, and bringing the first camera in focus, characterized in that the method comprises providing the first camera and the second camera such that they have same in-focus distance, obtaining a second driving current value of a motor of the second camera when it is brought in focus; determining a first driving current value of a motor of the first camera in accordance with the second driving current value based on a predetermined relationship between the second driving current value and the first driving current value; and using the first driving current value to focus the first camera . using the second camera for focusing ; bringing the second camera in focus, and bringing the first camera in focus, characterized in that the method comprises providing the first camera and the second camera such that they have same in-focus distance, obtaining a second driving current value of a motor of the second camera when it is brought in focus; determining a first driving current value of a motor of the first camera in accordance with the second driving current value based on a predetermined relationship between the second driving current value and the first driving current value; and using the first driving current value to focus the first camera .
Laminated glazed automotive vehicle roof, comprising means for illuminating the passenger compartment, means comprising a set of light-emitting diodes incorporated between the glass sheets in the interlayer material of the laminate, roof of which the light transmittance TL is at most 50%, the number of diodes and their power being chosen to ensure useful illumination without occasioning prejudicial heating of the constituents of the glazing unit, and wherein the power supply circuit and the diodes are placed on a carrier inserted between the glass sheets of the laminate, said carrier being a glass strip.
Injection device for producing at least one metallic glass part, comprising: a mould having at least one cavity and an injection chamber connected to the cavity and open at the bottom, and a vertical injection piston coaxial to said injection chamber and extending under the mould, the piston having a top end face on which a metallic element made from a material able to form a metallic glass can be positioned, in such a way that when the piston is moved upwards, this material is introduced into the injection chamber and injected into said cavity ; and comprising a heating means situated under the mould and comprising induction coils coaxial to the piston , in such a way that, in an intermediate position of the piston, the metallic element is located mostly in the space interior to the induction coils, the heating means being able to melt the metallic element positioned on the top end face of the piston, before the introduction thereof into the injection chamber , characterised in that the top end face of the piston has a concave shape able to receive a reduced bottom portion of said metallic element so as to be the sole support for this molten element placed thereon, in such a way that most of said metallic element is situated over the end face of the piston , at the exterior of the concave shape . a mould having at least one cavity and an injection chamber connected to the cavity and open at the bottom, and a vertical injection piston coaxial to said injection chamber and extending under the mould, the piston having a top end face on which a metallic element made from a material able to form a metallic glass can be positioned, in such a way that when the piston is moved upwards, this material is introduced into the injection chamber and injected into said cavity ; and comprising a heating means situated under the mould and comprising induction coils coaxial to the piston , in such a way that, in an intermediate position of the piston, the metallic element is located mostly in the space interior to the induction coils, the heating means being able to melt the metallic element positioned on the top end face of the piston, before the introduction thereof into the injection chamber , characterised in that the top end face of the piston has a concave shape able to receive a reduced bottom portion of said metallic element so as to be the sole support for this molten element placed thereon, in such a way that most of said metallic element is situated over the end face of the piston , at the exterior of the concave shape .
Swashplate angle sensor for a variable displacement hydraulic unit comprising a pivot-able swashplate , the angle sensor comprising a rod shaped feedback-link attached on the swashplate , the angle sensor comprising a magnet mounted on a magnet carrier rotatable around a sensor axis , and a sensor for sensing the orientation of the magnet , characterized in that the angle sensor comprises a linkage element providing a mechanical linkage between the feedback-link and the magnet carrier such that a pivoting of the swashplate moves the linkage element via the feedback-link and causes a rotation of the magnet carrier .
A process for producing a mixture of 2 to 40% by weight of glycols dissolved in water with a ratio of between 1 : 5 to 1 : 100 for the combined selectivity for erythritol and sorbitol : the combined selectivity for ethylene glycol and propylene glycol, of the reaction products produced by said process, which process comprises feeding to a pressurized, continuously stirred tank reactor hydrogen and an aqueous feed solution comprising water and a carbohydrate, wherein the reactor contains a catalyst system which comprises a homogeneous catalyst comprising a tungsten compound and a heterogeneous catalyst comprising a hydrogenolysis metal selected from the groups 8, 9 or 10 of the Periodic Table of the Elements, characterized in that the carbohydrate in the aqueous feed comprises at least 80% of sucrose, by weight based on the total amount of carbohydrate in the aqueous feed.
A link adaptation method of a network node adapted to operate in concurrent association with one or more orthogonal frequency division multiple access - OFDMA - wireless communication devices using OFDMA signaling, and a non-OFDMA wireless communication device using non-OFDMA signaling having a bandwidth that is smaller than a maximum bandwidth of the OFDMA signaling, the method comprising: excluding one or more sub-carriers from the OFDMA signaling to create a frequency gap; determining a center frequency of the non-OFDMA signaling such that the center frequency is within the frequency gap; and selecting a modulation and coding scheme to be used for the OFDMA signaling based on a first signal-to-interference value, wherein the non-OFDMA signaling acts as interference to the OFDMA signaling. excluding one or more sub-carriers from the OFDMA signaling to create a frequency gap; determining a center frequency of the non-OFDMA signaling such that the center frequency is within the frequency gap; and selecting a modulation and coding scheme to be used for the OFDMA signaling based on a first signal-to-interference value, wherein the non-OFDMA signaling acts as interference to the OFDMA signaling.
A coated cutting tool which comprises a substrate and a coating layer formed onto a surface of the substrate, wherein the coating layer contains an outermost layer, wherein the coating layer is a monolayer comprising only the outermost layer or wherein the coating layer comprises the outermost layer and one or several inner layers between the substrate and the outermost layer, an average thickness of the outermost layer is 0.05 μm or more and 3 μm or less, the outermost layer contains NbN, the NbN contains cubic NbN and hexagonal NbN, when a peak intensity at a plane of the cubic NbN by X-ray diffraction analysis is made I c , a peak intensity at a plane of the hexagonal NbN is made I h1 , and a sum of peak intensities at a plane and a plane of the hexagonal NbN is made I h2 , then a ratio [I h1 /(I h1 +I c )] of I h1 based on a sum of I c and I h1 is 0.5 or more and less than 1.0, and a ratio [I h1 /(I h1 +I h2 )] of I h1 based on a sum of I h1 and I h2 is 0.5 or more and 1.0 or less. the coating layer contains an outermost layer, wherein the coating layer is a monolayer comprising only the outermost layer or wherein the coating layer comprises the outermost layer and one or several inner layers between the substrate and the outermost layer, an average thickness of the outermost layer is 0.05 μm or more and 3 μm or less, the outermost layer contains NbN, the NbN contains cubic NbN and hexagonal NbN, when a peak intensity at a plane of the cubic NbN by X-ray diffraction analysis is made I c , a peak intensity at a plane of the hexagonal NbN is made I h1 , and a sum of peak intensities at a plane and a plane of the hexagonal NbN is made I h2 , then a ratio [I h1 /(I h1 +I c )] of I h1 based on a sum of I c and I h1 is 0.5 or more and less than 1.0, and a ratio [I h1 /(I h1 +I h2 )] of I h1 based on a sum of I h1 and I h2 is 0.5 or more and 1.0 or less.
Construction of a semi trailer vehicle with telescopic function, 2 which can be used in the freight transportation and can be used front and/or centered according to the load to be carried, comprising; 3 - a main frame located on wheels, and 4 - a first platform which provides forward and backward movement on the main frame, characterized in that said construction comprises; - at least one locking channel extending along said first platform - at least one second platform forming the body of the semi trailer vehicle and associated with the first platform, - at least one eccentric bearing assembly positioned on the second platform in such a way that said can move forward and backward in the locking channel of said first platform and provide the movement of said first platform with its movement within said locking channel .
A handheld three-dimensional bioprinting device comprising: a first dispensing element configured to dispense a structural material; a second dispensing element configured to dispense a biological material; and a material selector switch configured to select either the structural material or the biological material for dispensing by the three-dimensional bioprinting device ; wherein the second dispensing element is single-use and sterilizable; and wherein the first dispensing element is connectable to the second dispensing element . a first dispensing element configured to dispense a structural material; a second dispensing element configured to dispense a biological material; and a material selector switch configured to select either the structural material or the biological material for dispensing by the three-dimensional bioprinting device ; wherein the second dispensing element is single-use and sterilizable; and wherein the first dispensing element is connectable to the second dispensing element .
Temperature regulation system for regulating heat flow for vehicles comprising a refrigerant circuit suitable for use with a first fluid serving as a refrigerant, the refrigerant circuit comprising at least one first heat accumulator containing a phase change material having a phase change temperature below 30°C and at least one second heat accumulator containing a phase change material having a phase change temperature above 30°C, as well as a first heat exchanger and at least one further heat exchanger , wherein the first heat exchanger is designed to enable heat transfer between the refrigerant circuit and a third fluid , and wherein the second heat exchanger is designed to enable heat transfer between the refrigerant circuit and a second fluid , wherein the refrigerant circuit further comprises control means for adjusting the direction and the amount of heat transfer between the first heat exchanger and the second heat exchanger , so that the refrigerant circuit can perform a controllable and reversibly operable heat transfer between the second fluid and the third fluid , characterized in that said temperature regulation system further comprises at least a first fluid circuit adapted to receive said second fluid and/or that, said temperature regulation system further comprises a second fluid circuit adapted to receive said third fluid , wherein at least one of the fluid circuits contains a phase change material emulsion as phase change material. wherein the refrigerant circuit further comprises control means for adjusting the direction and the amount of heat transfer between the first heat exchanger and the second heat exchanger , so that the refrigerant circuit can perform a controllable and reversibly operable heat transfer between the second fluid and the third fluid , characterized in that said temperature regulation system further comprises at least a first fluid circuit adapted to receive said second fluid and/or that, said temperature regulation system further comprises a second fluid circuit adapted to receive said third fluid , wherein at least one of the fluid circuits contains a phase change material emulsion as phase change material.
A computer-implemented method for managing an instant messaging group, the method being performed by a server, the method comprising: receiving a marking event, the marking event including a group session message identifier; characterized in that the method further comprises: determining (S101) a group session message corresponding to the group session message identifier as a mandatory read message in group session messages, determining (S102) whether a group dissolution condition is satisfied based on a reading status of the mandatory read message, and in response to determining that the group dissolution condition is satisfied, dissolving (S103) a group based on a predetermined policy by deleting data associated with the group. determining (S101) a group session message corresponding to the group session message identifier as a mandatory read message in group session messages, determining (S102) whether a group dissolution condition is satisfied based on a reading status of the mandatory read message, and in response to determining that the group dissolution condition is satisfied, dissolving (S103) a group based on a predetermined policy by deleting data associated with the group.
An antenna assembly for integration with an aircraft light fixture , comprising: a ground plane having a center opening ; a patch antenna positioned on the ground plane, the patch antenna configured as an annular ring having an inner circumferential surface and an outer circumferential surface concentrically formed, and a center opening formed at least in part by the inner circumferential surface; and a radome covering the patch antenna, the radome having a center opening; wherein when assembled, the center opening of each of the ground plane, the patch antenna, and the radome vertically align to receive a portion of a light fixture therethrough, and wherein the inner circumferential surface of the patch antenna is dimensioned such that the light fixture, when received through the center opening of the ground plane, the patch antenna, and the radome, is positioned within the bounds of the inner circumferential surface of the patch antenna. a ground plane having a center opening ; a patch antenna positioned on the ground plane, the patch antenna configured as an annular ring having an inner circumferential surface and an outer circumferential surface concentrically formed, and a center opening formed at least in part by the inner circumferential surface; and a radome covering the patch antenna, the radome having a center opening; wherein when assembled, the center opening of each of the ground plane, the patch antenna, and the radome vertically align to receive a portion of a light fixture therethrough, and wherein the inner circumferential surface of the patch antenna is dimensioned such that the light fixture, when received through the center opening of the ground plane, the patch antenna, and the radome, is positioned within the bounds of the inner circumferential surface of the patch antenna.
An imaging device comprising: an imaging unit that images a subject; a display unit that displays a photographing image; a display control unit that displays an autofocus frame for focusing on the subject in the photographing image of the display unit ; a shutter button for storing the photographing image; a focus adjustment mechanism that focuses on the subject in the autofocus frame by half-pressing the shutter button ; and a second operation unit for selecting the position of the autofocus frame at an arbitrary position in the photographing image; characterized by a first operation unit for selecting a position of the autofocus frame at an arbitrary position in the photographing image; and a control unit that determines whether or not to operate a pre-autofocus function according to a setting state in which the pre-autofocus function is set to be valid or invalid, the pre-autofocus function adjusting a position of a focus lens to focus on the subject in the autofocus frame, regardless of whether the shutter button is half-pressed or not, wherein in the control unit , when the position of the autofocus frame is changed using the first operation unit , the pre-autofocus function is operated regardless of the setting state, and when the position of the autofocus frame is changed using the second operation unit , the pre-autofocus function is operated according to the setting state. an imaging unit that images a subject; a display unit that displays a photographing image; a display control unit that displays an autofocus frame for focusing on the subject in the photographing image of the display unit ; a shutter button for storing the photographing image; a focus adjustment mechanism that focuses on the subject in the autofocus frame by half-pressing the shutter button ; and a second operation unit for selecting the position of the autofocus frame at an arbitrary position in the photographing image; characterized by a first operation unit for selecting a position of the autofocus frame at an arbitrary position in the photographing image; and a control unit that determines whether or not to operate a pre-autofocus function according to a setting state in which the pre-autofocus function is set to be valid or invalid, the pre-autofocus function adjusting a position of a focus lens to focus on the subject in the autofocus frame, regardless of whether the shutter button is half-pressed or not, wherein in the control unit , when the position of the autofocus frame is changed using the first operation unit , the pre-autofocus function is operated regardless of the setting state, and when the position of the autofocus frame is changed using the second operation unit , the pre-autofocus function is operated according to the setting state.
A personal display apparatus , comprising: a frame ; a dual-use plate mounted on the frame , and which is configured to: be worn by a user while the user is viewing a scene; block, at least partially, X-ray radiation from passing through the plate and reaching an eye of the user; and display information to be viewed by the user overlaid on the scene; a detector , which is mounted on the frame and is configured to measure a level of the X-ray radiation; and electronic circuitry , which is connected to the plate and to the detector , and is configured to exchange display signals with the plate so as to display the information, and to send a control signal indicative of the level of the X-ray radiation measured by the detector. a frame ; a dual-use plate mounted on the frame , and which is configured to: be worn by a user while the user is viewing a scene; block, at least partially, X-ray radiation from passing through the plate and reaching an eye of the user; and display information to be viewed by the user overlaid on the scene; be worn by a user while the user is viewing a scene; block, at least partially, X-ray radiation from passing through the plate and reaching an eye of the user; and display information to be viewed by the user overlaid on the scene; a detector , which is mounted on the frame and is configured to measure a level of the X-ray radiation; and electronic circuitry , which is connected to the plate and to the detector , and is configured to exchange display signals with the plate so as to display the information, and to send a control signal indicative of the level of the X-ray radiation measured by the detector.