mhurhangee/ep-ind-claims huggingface dataset:
A direct-injection system fuel pump comprising: at least one pumping chamber; a piston mounted to slide inside the pumping chamber to cyclically alter the volume of the pumping chamber; an intake channel connected to the pumping chamber and regulated by an intake valve; a delivery channel connected to the pumping chamber and regulated by a one-way delivery valve that only permits fuel flow from the pumping chamber; and a drain channel regulated by a one-way, maximum-pressure valve, which opens when fuel pressure exceeds a threshold value, and comprises a shutter movable along the drain channel; a valve seat engaged in fluidtight manner by the shutter; a spring calibrated to push the shutter into a position engaging the valve seat in fluidtight manner; and a calibrated plate, which produces a local reduction in the fuel flow section of the drain channel; the fuel pump being characterized in that the calibrated plate is sized so that a hydraulic pressure exerted on the calibrated plate and produced by a load loss astride the calibrated plate roughly equals an increase in the elastic pressure of the spring caused by compression of the spring as the maximum-pressure valve opens; and the hydraulic pressure on the calibrated plate is exerted in the opposite direction to the elastic pressure of the spring, so that, as the opening of the maximum-pressure valve increases, the gradual increase in the elastic pressure of the spring is roughly compensated by a gradual increase in the hydraulic pressure on the calibrated plate. at least one pumping chamber; a piston mounted to slide inside the pumping chamber to cyclically alter the volume of the pumping chamber; an intake channel connected to the pumping chamber and regulated by an intake valve; a delivery channel connected to the pumping chamber and regulated by a one-way delivery valve that only permits fuel flow from the pumping chamber; and a drain channel regulated by a one-way, maximum-pressure valve, which opens when fuel pressure exceeds a threshold value, and comprises a shutter movable along the drain channel; a valve seat engaged in fluidtight manner by the shutter; a spring calibrated to push the shutter into a position engaging the valve seat in fluidtight manner; and a calibrated plate, which produces a local reduction in the fuel flow section of the drain channel; the fuel pump being characterized in that the calibrated plate is sized so that a hydraulic pressure exerted on the calibrated plate and produced by a load loss astride the calibrated plate roughly equals an increase in the elastic pressure of the spring caused by compression of the spring as the maximum-pressure valve opens; and the hydraulic pressure on the calibrated plate is exerted in the opposite direction to the elastic pressure of the spring, so that, as the opening of the maximum-pressure valve increases, the gradual increase in the elastic pressure of the spring is roughly compensated by a gradual increase in the hydraulic pressure on the calibrated plate.
Improved rocker button switch, of the type that comprises a frame, a button bracket, a rocker button and a metal mounting plate, wherein the front edge of the central opening of the frame is equipped with three or more wings parallel to the outer surface of the aforementioned frame and projected towards the interior of said central opening, said wings being designed to come in contact with the back surface of the button bracket; the button bracket is equipped with fins on the sides parallel to the rotation axis of the rocker button, which are designed to come in contact with one edge of the rocker button when said rocker button has rocked towards said fins, each of the aforementioned fins being approximately perpendicular to the surface of its corresponding side and projected towards the exterior of the button bracket, and equipped, on the outer edge thereof, with a bulge projected towards the front side of the aforementioned button bracket, which is designed to come in contact with the back side of the frame; and the front side of the button bracket is equipped with two clips designed to be inserted under pressure into two grooves placed on the metal mounting plate for the anchoring thereof; each clip is formed by a metal core coated with a layer of plastic material and said metal core is equipped with an elongated base, designed to join the front side of the button bracket, and two elongated flat pins, perpendicular to the aforementioned base and opposite to the side of the base designed to be in contact with the button bracket, each of the pins being equipped with means for anchoring to the metal mounting plate.
A wireless control system, comprising: a plurality of wireless devices(11∼15) each switching between a peripheral and broadcaster role and a central and observer role at a predetermined time interval; and a mobile platform for scanning the plurality of wireless devices(11~15) to link to any wireless device serving the peripheral and broadcaster role and then send a control command to the corresponding wireless device, which accordingly broadcasts the control command to be received by at least one wireless device serving the central and observer role; wherein, the plurality of wireless devices(11∼15) cyclically switch between the peripheral and broadcaster role and the central and observer role to continuously broadcast the control command to other wireless devices serving the central and observer role, so that all of the plurality of wireless devices(11∼15) can finally receive the control command from the mobile platform; wherein wireless devices serving the central and observer role perform a scanning process to locate whether any control command is sent and locate wireless devices serving the peripheral and broadcaster role to create connection with thereto, and the wireless devices serving the peripheral and broadcaster role broadcast the control command without specifying which wireless device is send to; and wherein the wireless devices comprise a light emitting diode, LED, the control command comprises a light parameter controlling the LED, and the light parameter is selected from a group composed of color temperature, brightness, light angle and lighting time. a plurality of wireless devices(11∼15) each switching between a peripheral and broadcaster role and a central and observer role at a predetermined time interval; and a mobile platform for scanning the plurality of wireless devices(11~15) to link to any wireless device serving the peripheral and broadcaster role and then send a control command to the corresponding wireless device, which accordingly broadcasts the control command to be received by at least one wireless device serving the central and observer role; wherein, the plurality of wireless devices(11∼15) cyclically switch between the peripheral and broadcaster role and the central and observer role to continuously broadcast the control command to other wireless devices serving the central and observer role, so that all of the plurality of wireless devices(11∼15) can finally receive the control command from the mobile platform; wherein wireless devices serving the central and observer role perform a scanning process to locate whether any control command is sent and locate wireless devices serving the peripheral and broadcaster role to create connection with thereto, and the wireless devices serving the peripheral and broadcaster role broadcast the control command without specifying which wireless device is send to; and wherein the wireless devices comprise a light emitting diode, LED, the control command comprises a light parameter controlling the LED, and the light parameter is selected from a group composed of color temperature, brightness, light angle and lighting time.
A nozzle device for a side drying apparatus of a vehicle treatment system, which nozzle device is configured to be subjected to drying air flowing in an inflow direction and comprises or forms an outlet nozzle, which comprises a slit-shaped outlet opening which extends from a first side of the outlet nozzle in the inflow direction to a second side of the outlet nozzle located downstream, wherein, in the intended use of the nozzle device, the first side is arranged at the top and the second side at the bottom of the outlet nozzle, and the outlet opening has a different width at least in portions over its extension from the first side in the direction of the second side, characterized in that the width of the outlet opening on the second side is greater than on the first side.
A user control arrangement for a lighting system having a plurality of light sources, the user control arrangement comprising a control unit and a user interface allowing a user to select a light scene, wherein said user interface has a screen for displaying information to the user, said control unit being adapted to determine settings for at least one of said light sources, wherein said settings cause the lighting system to provide an illumination corresponding to the selected light scene, said control unit further being adapted to control said user interface to display selected content on said screen, characterized in that said content is selected such that light emitted from the screen during display of said content contributes to the selected light scene, wherein said user interface has a first state, in which said user interface is configured to receive input from said user, and a second state, in which said user interface is configured not to receive input from said user, and wherein said user interface is adapted to display said content only in said second state.
A method of forming a polycrystalline diamond element, the method comprising: forming a polycrystalline diamond compact (200, 200') from diamond particles at a temperature and a pressure sufficient to form diamond-to-diamond bonds in the presence of a catalyst comprising one of a Group VIII element and an alloy thereof; substantially removing the catalyst from an entirety of the polycrystalline diamond compact (200, 200'); and securing the polycrystalline diamond compact (200, 200') having the catalyst substantially removed therefrom to a supporting substrate at a temperature and a pressure sufficiently high to maintain stability of diamond-to-diamond bonds in the polycrystalline diamond compact (200, 200') in the presence of a binder material differing at least in part from a material of the catalyst and comprising one of a Group VIII element and an alloy thereof, and to introduce the binder material into interstitial voids between diamond particles of the polycrystalline diamond compact (200, 200') and substantially fill the polycrystalline diamond compact (200, 200') with the binder material, wherein at least one of the temperature and pressure for forming the diamond compact (200, 200') is lower than the respective temperature and/or pressure for securing the polycrystalline diamond compact (200, 200') having the catalyst substantially removed therefrom to the supporting substrate. forming a polycrystalline diamond compact (200, 200') from diamond particles at a temperature and a pressure sufficient to form diamond-to-diamond bonds in the presence of a catalyst comprising one of a Group VIII element and an alloy thereof; substantially removing the catalyst from an entirety of the polycrystalline diamond compact (200, 200'); and securing the polycrystalline diamond compact (200, 200') having the catalyst substantially removed therefrom to a supporting substrate at a temperature and a pressure sufficiently high to maintain stability of diamond-to-diamond bonds in the polycrystalline diamond compact (200, 200') in the presence of a binder material differing at least in part from a material of the catalyst and comprising one of a Group VIII element and an alloy thereof, and to introduce the binder material into interstitial voids between diamond particles of the polycrystalline diamond compact (200, 200') and substantially fill the polycrystalline diamond compact (200, 200') with the binder material, wherein at least one of the temperature and pressure for forming the diamond compact (200, 200') is lower than the respective temperature and/or pressure for securing the polycrystalline diamond compact (200, 200') having the catalyst substantially removed therefrom to the supporting substrate.
A closure device for a vehicle structure comprising a loading floor and a roof frame supported by vertical stanchions, wherein the stanchions, held in the region of the roof frame, are designed so as to be pivotable towards the outside of the vehicle, and, by pivoting inwards, the lower end thereof reaches towards a stanchion holder arranged at the level of the loading floor and is capable of being locked against the latter, and wherein a brace arranged on the rear side of the stanchion is supported at its lower end in an articulated manner on the loading floor or the stanchion holder and at its upper end in an articulated manner on the stanchion at a location above its lower end, characterized by a lifting mechanism comprising at least one lifting member of the stanchion holder and at least one lifting member co-operating therewith at the lower end of the stanchion for lifting the stanchion and an associated relieving of the brace when the latter is pivoted in towards the stanchion holder.
Abrasive cloth, comprising an abrasive support, comprising abrasive fillers, characterized by a protective layer having a pattern (20a, 20b, 20c) comprising at least two different colors, wherein the protective layer is deposited on the abrasive support by screen printing and covers at least 80% of a surface of the abrasive support.
A reset mechanism for a key duplication device comprising a reset apparatus, a spindle and a body, wherein the spindle is inserted into the body and is rotatably connected to the body, wherein the body is repeatedly moveable along the spindle, between a workspace and a loading area, wherein the reset apparatus comprises an elastic member connected with the body, characterised in that, the elastic member is a torsion spring mounted on the spindle, wherein a first torsion arm of the torsion spring is connected with the body which always moves towards the workspace, and wherein the second torsion arm is fixed relatively to the spindle, and the mechanism comprises a self-locking assembly, wherein the self-locking assembly comprises a first wedge and a second wedge, wherein the first wedge is fixedly arranged on the spindle and the second wedge is arranged on the reset apparatus, wherein the first wedge and the second wedge prevent movement of the body that is confined in the loading area, wherein the reset apparatus is provided with a drive part whose one end is near the first wedge, wherein when the drive part is pulled out, the drive part causes the second wedge move away to be freed from the first wedge, wherein a position of the body is automatically reset and the body returns to the workspace due to an action of the elastic member. wherein the reset apparatus comprises an elastic member connected with the body, characterised in that, the elastic member is a torsion spring mounted on the spindle, wherein a first torsion arm of the torsion spring is connected with the body which always moves towards the workspace, and wherein the second torsion arm is fixed relatively to the spindle, and the mechanism comprises a self-locking assembly, wherein the self-locking assembly comprises a first wedge and a second wedge, wherein the first wedge is fixedly arranged on the spindle and the second wedge is arranged on the reset apparatus, wherein the first wedge and the second wedge prevent movement of the body that is confined in the loading area, wherein the reset apparatus is provided with a drive part whose one end is near the first wedge, wherein when the drive part is pulled out, the drive part causes the second wedge move away to be freed from the first wedge, wherein a position of the body is automatically reset and the body returns to the workspace due to an action of the elastic member.
A zinc oxide particle containing a solid solution of a Ti element and/or a Fe element and a Zn element in at least a portion thereof, and having a hexagonal prism shape, wherein the solid solution of a Ti element and/or a Fe element and a Zn element forms a layer covering a surface of the zinc oxide particle as a base material.
An image forming apparatus, comprising: an image forming portion for forming an image on a recording medium with toner in response to an image forming instruction; a first container capable of containing the toner conveyed from the image forming portion; a second container capable of containing the toner conveyed from the first container; a mounting portion for removably mounting the second container; characterized by a detecting portion (105, 106) for detecting an amount of the toner contained in the first container; a stopping portion for stopping a conveyance of the toner from the first container to the second container while the second container is removed from the mounting portion; and a determination portion for determining whether an image forming operation in response to the image forming instruction is to be executed on the basis of an output of the detecting portion (105, 106) while the second container is removed from the mounting portion. an image forming portion for forming an image on a recording medium with toner in response to an image forming instruction; a first container capable of containing the toner conveyed from the image forming portion; a second container capable of containing the toner conveyed from the first container; a mounting portion for removably mounting the second container; characterized by a detecting portion (105, 106) for detecting an amount of the toner contained in the first container; a stopping portion for stopping a conveyance of the toner from the first container to the second container while the second container is removed from the mounting portion; and a determination portion for determining whether an image forming operation in response to the image forming instruction is to be executed on the basis of an output of the detecting portion (105, 106) while the second container is removed from the mounting portion.
A computer implemented method for determining whether a region within a web page is in view, comprising: receiving, at a client device, content for display within a region of a web page and a test feature configured to render within the region in which the content is to be displayed, the test feature having a behavioural characteristic that has a value that varies based on whether the test feature is currently located within or outside a viewable portion of a browser window of the client device, wherein the behavioural characteristic comprises a frame progression rate of the test feature; rendering the web page at the client device; monitoring the value of the behavioural characteristic of the test feature by the client device responsive to rendering the web page at the client device; and determining from the monitored value of the behavioural characteristic of the test feature, that the region is currently located within a user viewable portion of the browser window. receiving, at a client device, content for display within a region of a web page and a test feature configured to render within the region in which the content is to be displayed, the test feature having a behavioural characteristic that has a value that varies based on whether the test feature is currently located within or outside a viewable portion of a browser window of the client device, wherein the behavioural characteristic comprises a frame progression rate of the test feature; rendering the web page at the client device; monitoring the value of the behavioural characteristic of the test feature by the client device responsive to rendering the web page at the client device; and determining from the monitored value of the behavioural characteristic of the test feature, that the region is currently located within a user viewable portion of the browser window.
Modular bowl for containing plants comprising: - an inner container with a bottom provided with openings for the passage of irrigation water and with an upper edge surrounded at least partly by a flange, in which at least one first upper connector is formed provided with an inlet for the entry of irrigation water; - an outer casing inside which the inner container is housed, provided with a bottom wall with at least a first lower connector accompanied by at least one outlet for discharging irrigation water; wherein the upper connector and the lower connector are configured to couple each other forming a passage for irrigation water between two mutually overlapped modular bowls. - an inner container with a bottom provided with openings for the passage of irrigation water and with an upper edge surrounded at least partly by a flange, in which at least one first upper connector is formed provided with an inlet for the entry of irrigation water; - an outer casing inside which the inner container is housed, provided with a bottom wall with at least a first lower connector accompanied by at least one outlet for discharging irrigation water;
A fastener device configured to secure a spinal rod relative to a bone, the fastener device comprising: an anchor body including an anchor body housing, the anchor body defining a through hole that extends through the anchor body housing, the anchor body further defining a rod-receiving channel that is configured to receive the spinal rod and that is offset with respect to the through hole, the anchor body further including an upper end, a lower end, and an inner surface that defines a least a portion of the through hole, at least a portion of the inner surface defining a portion of a first sphere; and a fastener including a head, a threaded shaft that extends out with respect to the head in a distal direction, and a neck that extends between the head and the threaded shaft, the head including an outer surface, at least a portion of the outer surface defining a portion of a second sphere, and the fastener further including a concave surface that extends along both the head and the neck, wherein the concave surface defines a radius of curvature, wherein the fastener device defines a configuration in which both: 1) the portion of the outer surface rides along the portion of the inner surface, and 2) the anchor body abuts the neck at a location that is spaced in the distal direction from an entirety of the concave surface such that movement of the fastener relative to the anchor body in at least one direction is blocked. an anchor body including an anchor body housing, the anchor body defining a through hole that extends through the anchor body housing, the anchor body further defining a rod-receiving channel that is configured to receive the spinal rod and that is offset with respect to the through hole, the anchor body further including an upper end, a lower end, and an inner surface that defines a least a portion of the through hole, at least a portion of the inner surface defining a portion of a first sphere; and a fastener including a head, a threaded shaft that extends out with respect to the head in a distal direction, and a neck that extends between the head and the threaded shaft, the head including an outer surface, at least a portion of the outer surface defining a portion of a second sphere, and the fastener further including a concave surface that extends along both the head and the neck, wherein the concave surface defines a radius of curvature, wherein the fastener device defines a configuration in which both: 1) the portion of the outer surface rides along the portion of the inner surface, and 2) the anchor body abuts the neck at a location that is spaced in the distal direction from an entirety of the concave surface such that movement of the fastener relative to the anchor body in at least one direction is blocked.