mhurhangee/patent-ind-claim-en huggingface dataset:
A mounting machine which is configured to mount one or more components (P) on a substrate (S), the mounting machine comprising: a mounting head which includes a fiducial mark , wherein the mounting head is configured to hold the component (P), and to move the component (P) onto the substrate (S); an imaging section which comprises a camera unit and is configured to perform an imaging process of the mounting head when the mounting head is moving in an imaging range of the imaging section ; the mounting machine being characterized by setting means for setting an image processing region out of image data captured by the imaging section when the mounting head is moving in the imaging range of the imaging section , wherein the image data contains the fiducial mark and the component (P) held by the moving mounting head , wherein the image processing region is configured to contain the component (P), and wherein the setting of the image processing region is based on the position of the fiducial mark ; and detection means configured for detecting a state of the component (P) which is held by the mounting head by processing the image data of the set image processing region . a mounting head which includes a fiducial mark , wherein the mounting head is configured to hold the component (P), and to move the component (P) onto the substrate (S); an imaging section which comprises a camera unit and is configured to perform an imaging process of the mounting head when the mounting head is moving in an imaging range of the imaging section ; the mounting machine being characterized by setting means for setting an image processing region out of image data captured by the imaging section when the mounting head is moving in the imaging range of the imaging section , wherein the image data contains the fiducial mark and the component (P) held by the moving mounting head , wherein the image processing region is configured to contain the component (P), and wherein the setting of the image processing region is based on the position of the fiducial mark ; and detection means configured for detecting a state of the component (P) which is held by the mounting head by processing the image data of the set image processing region .
An orthopaedic corrective corset for the correction of pathological deviations of a patient's spine; the corset comprises two shells , designed to be arranged along the respective sides of the patient's torso, and a connecting device , designed to connect the shells to each other; each shell being provided with a front portion , which, in use, extends from the respective side along the front portion of the patient's torso, and a rear portion , which, in use, extends from the respective side along the rear portion of the patient's torso; the rear portions of the shells are shaped in such a way as to leave, in use, a dorsal band including the vertebral column free; each front portion of each shell being shaped so as to subtend at least a respective thoracic portion of the patient's torso characterized in that each front portion is provided with at least one thrust device arranged and configured to exert a thrusting action on said thoracic portion. each shell being provided with a front portion , which, in use, extends from the respective side along the front portion of the patient's torso, and a rear portion , which, in use, extends from the respective side along the rear portion of the patient's torso; the rear portions of the shells are shaped in such a way as to leave, in use, a dorsal band including the vertebral column free; each front portion of each shell being shaped so as to subtend at least a respective thoracic portion of the patient's torso characterized in that each front portion is provided with at least one thrust device arranged and configured to exert a thrusting action on said thoracic portion.
Radiation detector having a substrate and a membrane that is suspended above the substrate via a spacer configured as a self-supporting hollow tube, wherein the spacer thermally insulates a radiation sensor formed in the membrane with respect to the substrate ; wherein the spacer includes a first layer that is electrically conductive and contacts a first pole of the radiation sensor and the substrate ; wherein the spacer includes a second layer that is electrically conductive and is electrically insulated from the first electrically conductive layer and contacts a second pole of the radiation sensor and the substrate , wherein the second pole differs in polarity from the first pole . wherein the spacer thermally insulates a radiation sensor formed in the membrane with respect to the substrate ; wherein the spacer includes a first layer that is electrically conductive and contacts a first pole of the radiation sensor and the substrate ; wherein the spacer includes a second layer that is electrically conductive and is electrically insulated from the first electrically conductive layer and contacts a second pole of the radiation sensor and the substrate , wherein the second pole differs in polarity from the first pole .
A method for differentiating a pluripotent stem cell (PSC) into a definitive haematopoietic stem/progenitor cell, the method comprising increasing HOXA gene expression by culturing the PSC in a medium comprising a WNT agonist and an ACTIVIN antagonist for about 2 days, wherein increased HOXA gene expression is relative to a PSC not cultured in a medium comprising a WNT agonist and an ACTIVIN antagonist.
Planetary axle for a planetary gearbox, characterised in that the planetary axle between a clamping area for clamping in a planetary carrier side and a bearing seat area for receiving a planetary bearing has a link area , wherein the centroidal axis of the link area is embodied eccentrically with respect to the centroidal axis of the bearing seat area and/or to the centroidal axis of the clamping area .
A method for predicting a potential alternator failure in a motor vehicle, the method being executed by a telematics device coupled to an interface port the motor vehicle via an asset interface of the telematics device, the method comprising: a) during a cranking event, receiving a maximum cranking voltage and a maximum cranking voltage time stamp from the motor vehicle over the asset interface of the telematics device; b) after the cranking event is terminated, receiving a maximum device voltage and a maximum device voltage time stamp from the motor vehicle over the asset interface; and c) determining a potential alternator undercharging condition in the motor vehicle when a duration between the maximum cranking voltage time stamp and the maximum device voltage time stamp is greater than an undercharging indicator duration threshold. a) during a cranking event, receiving a maximum cranking voltage and a maximum cranking voltage time stamp from the motor vehicle over the asset interface of the telematics device; b) after the cranking event is terminated, receiving a maximum device voltage and a maximum device voltage time stamp from the motor vehicle over the asset interface; and c) determining a potential alternator undercharging condition in the motor vehicle when a duration between the maximum cranking voltage time stamp and the maximum device voltage time stamp is greater than an undercharging indicator duration threshold.
Refilling device suitable to be used to automatically fill liquid to at least one predetermined level in a water trap of a floor drain or the like, including at least one reservoir provided with one combined outlet/inlet which via at least one connector , with a through hole , is connected to one end of at least one hose , tube or the like of the refilling device through which the liquid is intended to flow from the reservoir to the floor drain's water trap through the hose's free end , which when used is inserted in the water trap and the refilling device includes at least one adjusting device with which the hose's insertion into the floor drain may be adjusted and an automatic refilling function is accomplished by the fluid being transferred from the interior space of the reservoir via the hose by gravity into the water trap of the floor drain when the liquid level in the water trap of the floor drain drops below the free end as air enters through the hose into the interior space of the reservoir and the fluid stops flowing out of the reservoir to the water trap of the floor drain when the liquid level of the floor drain reaches the level of the hose's free end or just above it characterised by that the refilling device is suitable to be used in healthcare facilities, and that the reservoir is made of hard plastic and that the through hole is formed in a connecting part of the connector and has an inner diameter of between 7.0 to 20.0 millimetres and that the reservoir includes a handle and a mounting element integrated into one unit, the handle for use during handling and moving of the reservoir and the mounting element for hanging the reservoir in a bracket.
Altertoxin II for use in a method for treating a Ewing sarcoma family tumor (EFT), the method comprising administering an effective amount of altertoxin II to a subject having a EFT.
A method for controlling transmission from a user equipment, UE, in a wireless communication system, the method comprising: controlling transmission of sidelink control information to another UE through a physical sidelink control channel, PSCCH; and controlling transmission of data scheduled by the sidelink control information to the other UE through a physical sidelink shared channel, PSSCH, the method characterised in that , the sidelink control information includes one bit having a first value informing that transport block size, TBS, adjustment and rate matching are applied for transmitting the data. controlling transmission of sidelink control information to another UE through a physical sidelink control channel, PSCCH; and controlling transmission of data scheduled by the sidelink control information to the other UE through a physical sidelink shared channel, PSSCH, the method characterised in that , the sidelink control information includes one bit having a first value informing that transport block size, TBS, adjustment and rate matching are applied for transmitting the data.
A grate plate for conveying and cooling very hot materials leaving a furnace, said plate comprising cavities of rectangular shape, the largest dimension being perpendicular to the conveying direction of the material, the cross section of these cavities being triangular with a fin-shaped bottom ending in a turned-up end with a reverse slope, the slope (a) of the cavities being comprised between 10 and 45°, preferably between 20 and 30° to the horizontal, and the reverse slope (β) of the turned-up end having an angle equal to or up to 6° less than the angle (a) of the slope of the cavities .
A tunnel lining with a composite panel , comprising (i) a top metal cover layer comprising aluminum, (ii) a bottom metal cover layer comprising aluminum, and (iii) a metal hollow chamber plate comprising aluminum arranged therebetween, characterized in that the top cover layer has a hydrophobic coating with a fluorinated polymer, preferably PVDF. (i) a top metal cover layer comprising aluminum, (ii) a bottom metal cover layer comprising aluminum, and (iii) a metal hollow chamber plate comprising aluminum arranged therebetween, characterized in that the top cover layer has a hydrophobic coating with a fluorinated polymer, preferably PVDF.
A cell for measuring (10a-10b) at least one physical, chemical, or mechanical property of a hardenable material , said cell (10a-10b) comprising: - an enclosure ; - a flexible membrane disposed in said enclosure in such a way as to contain said hardenable material ; and - means for stiffening said membrane configured to assume two alternative states: ∘ a stiffness state, in which said stiffening means resist the expansion of said hardenable material during solidification; and ∘ a flexible state, in which said stiffening means exert a stress that is less than that exerted in the stiffness state, allowing at least one physical, chemical, or mechanical property of said hardenable material to be measured and said hardenable material to be extracted from said enclosure ; characterized in that said stiffening means are produced by a set of metal wires connected to a clasp configured to modify the stiffness exerted by said metal wires . - an enclosure ; - a flexible membrane disposed in said enclosure in such a way as to contain said hardenable material ; and - means for stiffening said membrane configured to assume two alternative states: ∘ a stiffness state, in which said stiffening means resist the expansion of said hardenable material during solidification; and ∘ a flexible state, in which said stiffening means exert a stress that is less than that exerted in the stiffness state, allowing at least one physical, chemical, or mechanical property of said hardenable material to be measured and said hardenable material to be extracted from said enclosure ; ∘ a stiffness state, in which said stiffening means resist the expansion of said hardenable material during solidification; and ∘ a flexible state, in which said stiffening means exert a stress that is less than that exerted in the stiffness state, allowing at least one physical, chemical, or mechanical property of said hardenable material to be measured and said hardenable material to be extracted from said enclosure ;
A printer, comprising: a printer body ; a lid attached to the printer body to be opened and closed; a hook provided in the printer body and configured to catch a shaft of a platen roller attached to the lid , thereby to lock the platen roller when the lid is closed; a lock lever provided in the printer body and formed monolithically with the hook , wherein the lock lever is configured to pivot to unlock the locked platen roller ; and an open lever slidably attached to the lid and configured to slide along a groove in an exterior surface of the lid along the lengthwise direction of the lid , wherein the open lever includes a projection and the groove comprises an opening , wherein the lock lever comprises a slope that is sloped in such a direction that as the open lever is moved along the groove along the lengthwise direction of the lid , the projection moves along the slope to move together with the lid in the opening direction of the lid to open the lid , the slope being configured to be contacted by the projection through the opening , and wherein the open lever is configured to slide along the groove along the lengthwise direction of the lid to press the slope of the lock lever with the projection to unlock the locked platen roller to open the lid . a printer body ; a lid attached to the printer body to be opened and closed; a hook provided in the printer body and configured to catch a shaft of a platen roller attached to the lid , thereby to lock the platen roller when the lid is closed; a lock lever provided in the printer body and formed monolithically with the hook , wherein the lock lever is configured to pivot to unlock the locked platen roller ; and an open lever slidably attached to the lid and configured to slide along a groove in an exterior surface of the lid along the lengthwise direction of the lid , wherein the open lever includes a projection and the groove comprises an opening , wherein the lock lever comprises a slope that is sloped in such a direction that as the open lever is moved along the groove along the lengthwise direction of the lid , the projection moves along the slope to move together with the lid in the opening direction of the lid to open the lid , the slope being configured to be contacted by the projection through the opening , and wherein the open lever is configured to slide along the groove along the lengthwise direction of the lid to press the slope of the lock lever with the projection to unlock the locked platen roller to open the lid .
Method for managing communication between a calling terminal and a called terminal in the event that it is impossible to reach a called terminal in an attempt to establish communication using a first mode, the method comprising the following steps performed by a communication server: - receiving a message comprising an identifier associated with the called terminal, at least one identifier associated with the calling terminal and an indication according to which the communication is not able to be established, - obtaining a welcome card comprising at least one item of information relating to the reachability of the user of the called terminal based on the identifiers associated with the calling terminal and with the called terminal, - transmitting the obtained welcome card to the calling terminal as a response message and in accordance with an instant messaging protocol, the response message being configured so as to make it possible to trigger second communication initiated by said calling terminal to the called terminal using a mode different from the first mode. - receiving a message comprising an identifier associated with the called terminal, at least one identifier associated with the calling terminal and an indication according to which the communication is not able to be established, - obtaining a welcome card comprising at least one item of information relating to the reachability of the user of the called terminal based on the identifiers associated with the calling terminal and with the called terminal, - transmitting the obtained welcome card to the calling terminal as a response message and in accordance with an instant messaging protocol, the response message being configured so as to make it possible to trigger second communication initiated by said calling terminal to the called terminal using a mode different from the first mode.
A crystallizer for a continuous casting of blooms or billets comprising a first monolithic tubular body for casting molten metal, defining a longitudinal axis X and the cross section of which, along a plane orthogonal to the longitudinal axis X, is adapted to define the shape of said blooms or billets, said first tubular body being the only tubular body of the crystallizer coming into contact with the molten metal; a second tubular body , coaxial and externally adjacent to said first tubular body , having a first thickness and arranged at a first zone of the first tubular body , corresponding to the zone where the meniscus is permanently maintained during the continuous casting; a third tubular body , coaxial and external to said first said tubular body , having a second thickness smaller than said first thickness and arranged at a second zone of the first tubular body , corresponding to a zone that is lower and adjacent to said first zone; wherein an outer surface of the first tubular body , together with both an inner surface of the second tubular body and an inner surface of the third tubular body , define longitudinal channels , parallel to each other and parallel to the longitudinal axis X, for the passage of a cooling liquid, wherein the second tubular body is more rigid than the first monolithic tubular body .
A control device , comprising: a processing circuit configured to generate a birds-eye view image and a wide-view image from a plurality of captured images, each captured image of the plurality of captured images being captured in a different viewing direction; and a control circuit configured to receive a user input to select one of the wide-view image and the birds-eye view image for display on a screen, and to control display, based on the user input, of the wide-view image, the birds-eye view image and a live video, wherein a viewing angle of the wide-view image is larger than a viewing angle of the live video, when the birds-eye view image is selected, the control circuit is configured to control a simultaneous display of the live video, the birds-eye view image and viewing direction information of the live video; when the wide-view image is selected, the control circuit is configured to control a simultaneous display of the live video, the wide-view image and the viewing direction information of the live video; and the control circuit , in response to a switching operation that will be executed, if the viewing direction information is within an area adjacent to an outer circumference of the birds-eye view image, in which area the birds-eye view image has more distortion than the wide-view image in a corresponding area, switches display from the birds-eye view image to the wide-view image. a processing circuit configured to generate a birds-eye view image and a wide-view image from a plurality of captured images, each captured image of the plurality of captured images being captured in a different viewing direction; and a control circuit configured to receive a user input to select one of the wide-view image and the birds-eye view image for display on a screen, and to control display, based on the user input, of the wide-view image, the birds-eye view image and a live video, wherein a viewing angle of the wide-view image is larger than a viewing angle of the live video, when the birds-eye view image is selected, the control circuit is configured to control a simultaneous display of the live video, the birds-eye view image and viewing direction information of the live video; when the wide-view image is selected, the control circuit is configured to control a simultaneous display of the live video, the wide-view image and the viewing direction information of the live video; and the control circuit , in response to a switching operation that will be executed, if the viewing direction information is within an area adjacent to an outer circumference of the birds-eye view image, in which area the birds-eye view image has more distortion than the wide-view image in a corresponding area, switches display from the birds-eye view image to the wide-view image.
A method for producing a refolded protein, comprising the step of: mixing a solubilized solution of a protein which has become insoluble or lost a higher-order structure thereof with a buffer in a micromixer, wherein the mixing step includes a step of mixing the solubilized solution and the buffer in a micromixer having an inner diameter of Y mm, the mixing includes bringing the buffer having a flow rate of X1 mL/min into contact with the solubilized solution having a flow rate of X2 mL/min, a relationship between X1 and Y is shown by the following formula , and a relationship between X1 and X2 is shown by the following formula Y ≦ 1 180 X 1 + 4 9 where 10 ≤ X1, and X 2 ≦ 1 10 X 1 mixing a solubilized solution of a protein which has become insoluble or lost a higher-order structure thereof with a buffer in a micromixer, wherein the mixing step includes a step of mixing the solubilized solution and the buffer in a micromixer having an inner diameter of Y mm, the mixing includes bringing the buffer having a flow rate of X1 mL/min into contact with the solubilized solution having a flow rate of X2 mL/min, a relationship between X1 and Y is shown by the following formula , and a relationship between X1 and X2 is shown by the following formula