mhurhangee/ep-ind-claims huggingface dataset:
A machine monitoring system comprising: a housing mounted to a surface of a machine; a plurality of sensors configured to monitor a parameter of the machine and generate respective output signals relating to the parameter, the parameter indicative of a condition of the machine, wherein the condition of the machine is relatable to a life remaining in the machine; a voting module positioned within the housing and configured to receive and validate the respective output signals relating to the parameter, the validation being based on a voting technique or on the health of the sensors as determined by a sensor health algorithm and to generate a corrected output signal based on the respective validated output signals; a memory device positioned within the housing and comprising a store location configured to store manual input functions relating to a construction of the machine; a life calculator positioned within the housing and communicatively coupled to the voting module and the memory device, the life calculator configured to determine a life remaining in the machine using the corrected output and the manual input functions, wherein additional life is added when an operating temperature is below an insulation class operating temperature rating; and a display positioned within the housing and configured to display the life remaining in the machine. a housing mounted to a surface of a machine; a plurality of sensors configured to monitor a parameter of the machine and generate respective output signals relating to the parameter, the parameter indicative of a condition of the machine, wherein the condition of the machine is relatable to a life remaining in the machine; a voting module positioned within the housing and configured to receive and validate the respective output signals relating to the parameter, the validation being based on a voting technique or on the health of the sensors as determined by a sensor health algorithm and to generate a corrected output signal based on the respective validated output signals; a memory device positioned within the housing and comprising a store location configured to store manual input functions relating to a construction of the machine; a life calculator positioned within the housing and communicatively coupled to the voting module and the memory device, the life calculator configured to determine a life remaining in the machine using the corrected output and the manual input functions, wherein additional life is added when an operating temperature is below an insulation class operating temperature rating; and a display positioned within the housing and configured to display the life remaining in the machine.
A method for moving accumulated articles (A, B, C) laterally, comprising: advancing articles atop article-supporting rollers on a conveyor moving downstream in a conveying direction, wherein the rollers are arranged in longitudinal lanes parallel to the conveying direction and are freely rotatable on axes oblique to the conveying direction; accumulating the articles at a retractable stop blocking articles from advancing past the position of the stop as the conveyor continues to advance, wherein the rollers rotate by contact with the accumulated articles with a component of motion opposite the conveying direction; moving the accumulated articles laterally towards a side guide on a first side of the conveyor by the rotation of the rollers beneath the accumulated articles with a component of motion directed to the first side of the conveyor. advancing articles atop article-supporting rollers on a conveyor moving downstream in a conveying direction, wherein the rollers are arranged in longitudinal lanes parallel to the conveying direction and are freely rotatable on axes oblique to the conveying direction; accumulating the articles at a retractable stop blocking articles from advancing past the position of the stop as the conveyor continues to advance, wherein the rollers rotate by contact with the accumulated articles with a component of motion opposite the conveying direction; moving the accumulated articles laterally towards a side guide on a first side of the conveyor by the rotation of the rollers beneath the accumulated articles with a component of motion directed to the first side of the conveyor.
A display method, applied to a terminal having a front-facing camera and a display screen, wherein the front-facing camera and the display screen are on a same side of the terminal, and the method comprises: presenting a running interface of an application by using the display screen; collecting an image by using the front-facing camera; and when the image collected by using the front-facing camera meets a preset condition, presenting at least two display windows on the display screen, wherein a first display window displays the running interface of the application, and a second display window displays the image collected by using the front-facing camera, wherein the preset condition comprises the following: the image collected by using the front-facing camera comprises an image of a user other than a preset user, and a distance between the another user and the terminal is less than a specified value; automatically storing content presented in the at least two display windows; characterized in that the method further comprises identifying, by increasing or decreasing display brightness of the display screen, a brightness change on the face of the another user and determining the distance between the another user and the terminal, wherein a distance range corresponding to various brightness changes is prestored in the terminal. presenting a running interface of an application by using the display screen; collecting an image by using the front-facing camera; and when the image collected by using the front-facing camera meets a preset condition, presenting at least two display windows on the display screen, wherein a first display window displays the running interface of the application, and a second display window displays the image collected by using the front-facing camera, wherein the preset condition comprises the following: the image collected by using the front-facing camera comprises an image of a user other than a preset user, and a distance between the another user and the terminal is less than a specified value; automatically storing content presented in the at least two display windows; characterized in that the method further comprises identifying, by increasing or decreasing display brightness of the display screen, a brightness change on the face of the another user and determining the distance between the another user and the terminal, wherein a distance range corresponding to various brightness changes is prestored in the terminal.
A topical composition comprising: (i) an antimicrobial active which is at least one of caprylhydroxamic acid or piroctone olamine; and (ii) an atractylenolide compound; wherein weight ratio of the amount of said atractylenolide compound to that of said antimicrobial active is at least 5:1; wherein said atractylenolide compound is atractylenolide I or II. (i) an antimicrobial active which is at least one of caprylhydroxamic acid or piroctone olamine; and (ii) an atractylenolide compound; wherein weight ratio of the amount of said atractylenolide compound to that of said antimicrobial active is at least 5:1; wherein said atractylenolide compound is atractylenolide I or II.
An antenna device comprising: - a loop antenna defining an interior portion; and an RFID antenna element, the RFID antenna element including an RFID patch antenna and a ground plane, the RFID antenna element being positioned inside the loop antenna, characterized in that - said loop antenna is an EAS antenna connected to a transmitter and receiver circuitry to transmit and receive EAS signals to and from an EAS tag, - said RFID antenna element comprises an dielectric element situated on said ground plane inside the interior portion of said loop antenna and said patch antenna is situated on said dielectric element, wherein - said patch antenna and/or said ground plane having a hatched conductor pattern. - a loop antenna defining an interior portion; and an RFID antenna element, the RFID antenna element including an RFID patch antenna and a ground plane, the RFID antenna element being positioned inside the loop antenna, - said loop antenna is an EAS antenna connected to a transmitter and receiver circuitry to transmit and receive EAS signals to and from an EAS tag, - said RFID antenna element comprises an dielectric element situated on said ground plane inside the interior portion of said loop antenna and said patch antenna is situated on said dielectric element, wherein - said patch antenna and/or said ground plane having a hatched conductor pattern.
Electromagnetically actuatable suction valve for a high-pressure pump of a fuel injection system, in particular a common-rail injection system, comprising a magnetic subassembly with an annular magnetic coil for acting on an armature which is accommodated in a cavity of a valve body so as to be liftable and to which the spring force of an armature spring is applied in the direction of a liftable valve-closing element interacting with a valve seat, a pole core being located opposite the armature at an operational air gap, characterized in that the pole core penetrates a pole disc and is decoupled from the pole disc by a circumferential radial gap.
A safety key device for insertion into a lock; wherein when the key device is in a safe mode of operation, the device prevents the lock from being activated between its engaged and disengaged positions; and when the key device is in a key mode of operation, the device enables the lock to be activated between its engaged and disengaged positions; and wherein the key device is switchable between the two modes of operation by the application of a force to the key device above a predetermined threshold, such that the key device is configured to remain in the safe mode of operation until switched to the key mode by the application of a force to the key device above the predetermined threshold and wherein the key device is configured to remain in the key mode of operation until switched to the safe mode by the application of a force to the key device above the predetermined threshold. wherein when the key device is in a safe mode of operation, the device prevents the lock from being activated between its engaged and disengaged positions; and when the key device is in a key mode of operation, the device enables the lock to be activated between its engaged and disengaged positions; and wherein the key device is switchable between the two modes of operation by the application of a force to the key device above a predetermined threshold,
A printing apparatus comprising: a tank configured to store liquid; a print head that comprises an ejection port surface on which an ejection port is formed, the ejection port being configured to eject liquid which is supplied from the tank; a supply flow path configured to supply liquid from the tank to the print head; a collection flow path configured to collect not ejected liquid from the print head to the tank; a cap mechanism configured to cap the ejection port surface of the print head; a timer configured to count a time during which the ejection port surface is capped; and a circulation unit (202, 209) configured to circulate the liquid in a circulation path (151, C2, 8, C4) including the tank, the supply flow path, the print head and the collection flow path, the apparatus being configured such that in a case where the timer counts a predetermined time (S1103:YES), the circulation unit circulates the liquid, and a print controller resets the timer. a tank configured to store liquid; a print head that comprises an ejection port surface on which an ejection port is formed, the ejection port being configured to eject liquid which is supplied from the tank; a supply flow path configured to supply liquid from the tank to the print head; a collection flow path configured to collect not ejected liquid from the print head to the tank; a cap mechanism configured to cap the ejection port surface of the print head; a timer configured to count a time during which the ejection port surface is capped; and a circulation unit (202, 209) configured to circulate the liquid in a circulation path (151, C2, 8, C4) including the tank, the supply flow path, the print head and the collection flow path, the apparatus being configured such that in a case where the timer counts a predetermined time (S1103:YES), the circulation unit circulates the liquid, and a print controller resets the timer.
A cabinet, in particular a folding-door safety cabinet with at least two folding doors (2, 3), each with an outer wing and an inner wing, and with a connecting element connecting the two folding doors (2, 3), which acts on the associated folding door (2, 3) via an actuating device (5, 6, 7, 8) respectively, characterised in that - the two actuating devices (5, 6, 7, 8) ensure closing of the doors in a parallelogram-like position and opening of the doors in a triangle-like position, and in that, to this end, - the actuating device (5, 6, 7, 8) is configured in at least two parts with an angle element pivotable about a stationary side-mounted fulcrum and a pushing element pivotably connected thereto on the door side, wherein - the connecting element is connected to the angle element, and wherein - the pushing element acts upon the outer wing / the inner wing of the associated folding door (2, 3) via an outer wing rod and an inner wing rod. - the two actuating devices (5, 6, 7, 8) ensure closing of the doors in a parallelogram-like position and opening of the doors in a triangle-like position, and in that, to this end, - the actuating device (5, 6, 7, 8) is configured in at least two parts with an angle element pivotable about a stationary side-mounted fulcrum and a pushing element pivotably connected thereto on the door side, wherein - the connecting element is connected to the angle element, and wherein - the pushing element acts upon the outer wing / the inner wing of the associated folding door (2, 3) via an outer wing rod and an inner wing rod.
An image forming apparatus configured to perform image formation using a component unit configured to be attachable to and detachable from a main body of the image forming apparatus, the image forming apparatus comprising: access means arranged to access a storage device included in the component unit attached to the main body; and control means configured to control the access means to read and update information stored in the storage device, wherein the storage device includes a first area and a second area configured to store use information indicating a use state of the component unit, and a third area configured to store reuse identification information indicating whether or not the component unit is a recycled item, updating of the use information stored in the first area by the control means is configured such that updating only within a predetermined limit is permitted, and no limit is provided on updating of the use information stored in the second area, and the control means updates the use information stored in the first area in accordance with a change in a use state of the component unit when the reuse identification information is a first value indicating that the component unit is not the recycled item, or updates the use information stored in the second area in accordance with a change in the use state of the component unit when the reuse identification information is a second value indicating that the component unit is the recycled item. access means arranged to access a storage device included in the component unit attached to the main body; and control means configured to control the access means to read and update information stored in the storage device, wherein the storage device includes a first area and a second area configured to store use information indicating a use state of the component unit, and a third area configured to store reuse identification information indicating whether or not the component unit is a recycled item, updating of the use information stored in the first area by the control means is configured such that updating only within a predetermined limit is permitted, and no limit is provided on updating of the use information stored in the second area, and the control means updates the use information stored in the first area in accordance with a change in a use state of the component unit when the reuse identification information is a first value indicating that the component unit is not the recycled item, or updates the use information stored in the second area in accordance with a change in the use state of the component unit when the reuse identification information is a second value indicating that the component unit is the recycled item.
A spherical-form measuring apparatus, comprising: a rotating arm and a sphere to be measured which is positioned at the end of the rotating arm; a turntable; a probe for measuring a contour of the sphere on an equatorial plane parallel to a surface of the turntable, associated with rotation of the turntable; and a holding unit mounted on the turntable, for holding the sphere via the rotating arm; characterized in that the holding unit is configured to rotate the sphere and includes a rotating member which holds the rotating arm such that it extends obliquely upwardly and such that it is rotatable about an inclined rotational axis, so that the sphere is rotatable about the inclined rotational axis of the rotating arm; the inclined rotational axis of the rotating arm passes through the center of the sphere; the inclined rotational axis of the rotating arm intersects with a vertical rotational axis of the turntable; the inclined rotational axis of the rotating arm is inclined at an angle in the range of-5 degrees-+5 degrees centered on an angle where a sine is 1/√3, i.e. 1 divided by the square root of 3, against the surface of the turntable; and the center of the sphere is positioned on the vertical rotational axis of the turntable. a rotating arm and a sphere to be measured which is positioned at the end of the rotating arm; a turntable; a probe for measuring a contour of the sphere on an equatorial plane parallel to a surface of the turntable, associated with rotation of the turntable; and a holding unit mounted on the turntable, for holding the sphere via the rotating arm; characterized in that the holding unit is configured to rotate the sphere and includes a rotating member which holds the rotating arm such that it extends obliquely upwardly and such that it is rotatable about an inclined rotational axis, so that the sphere is rotatable about the inclined rotational axis of the rotating arm; the inclined rotational axis of the rotating arm passes through the center of the sphere; the inclined rotational axis of the rotating arm intersects with a vertical rotational axis of the turntable; the inclined rotational axis of the rotating arm is inclined at an angle in the range of-5 degrees-+5 degrees centered on an angle where a sine is 1/√3, i.e. 1 divided by the square root of 3, against the surface of the turntable; and the center of the sphere is positioned on the vertical rotational axis of the turntable.
A disposable absorbent wearing article having an upper and lower direction and a lateral direction crossing each other when the disposable absorbent wearing article is in a worn state, the disposable absorbent wearing article comprising: a front waist region defined by a front waist panel; a rear waist region defined by a rear waist panel; a crotch region positioned between the front and the rear waist regions and defined by a crotch panel, wherein the front waist region, the rear waist region and the crotch region each have a skin-facing surface and a clothing-facing surface respectively facing a skin and clothing of a wearer, an absorbent structure including an absorbent core material in the crotch panel extends in the front and the rear waist regions, at least one waist region of the front and the rear waist regions includes an elastic band (1a, 1b) forming a part of the skin-facing surface and having a middle part in the lateral direction elastically contracted in the lateral direction (x), characterized in that in the at least one waist region, an elastic contraction amount of the middle part of the elastic band in the lateral direction is larger than an elastic contraction amount of a component part of the article facing the middle part without being joined to the middle part, in a thickness direction of the middle part in the lateral direction, and in the core material in the at least one waist region, a deformation guide (81,82) is formed extending in a direction to cross the elastic band and facilitating curving of the core material in the lateral direction. a front waist region defined by a front waist panel; a rear waist region defined by a rear waist panel; a crotch region positioned between the front and the rear waist regions and defined by a crotch panel, wherein the front waist region, the rear waist region and the crotch region each have a skin-facing surface and a clothing-facing surface respectively facing a skin and clothing of a wearer, an absorbent structure including an absorbent core material in the crotch panel extends in the front and the rear waist regions, at least one waist region of the front and the rear waist regions includes an elastic band (1a, 1b) forming a part of the skin-facing surface and having a middle part in the lateral direction elastically contracted in the lateral direction (x), characterized in that in the at least one waist region, an elastic contraction amount of the middle part of the elastic band in the lateral direction is larger than an elastic contraction amount of a component part of the article facing the middle part without being joined to the middle part, in a thickness direction of the middle part in the lateral direction, and in the core material in the at least one waist region, a deformation guide (81,82) is formed extending in a direction to cross the elastic band and facilitating curving of the core material in the lateral direction.