mhurhangee/ep-ind-claims huggingface dataset:
An analog counter circuit for use with a digital pixel, the analog counter circuit comprising: an input for receiving reset pulses (RESET) from the digital pixel; an output; a first inverter connected to the input that produces on a first inverter output a time delayed inverted signal (RP*) from an input signal received at the input; a second inverter connected to the first inverter output that produces a time delayed signal at a second inverter output from the input signal and that is delayed relative to the time delayed inverted signal (RP*); a control switch connected between a source voltage and a floating node, wherein the control switch is controlled by the time delayed inverted signal on the first inverter output such that when the time delayed inverted signal (RP*) goes low, the control switch will drive the floating node to the source voltage (Vsource); a feedback capacitor connected between the second inverter output and the floating node; an accumulating capacitor that accumulates at least some of a charge that passes through the control switch; and an injection transistor with a gate connected to a bias voltage (Vcb), a source connected to the floating node and a drain connected to the output and the accumulating capacitor such that the injection transistor will conduct when the floating node is driven to the source voltage (Vsource) and a charge can be accumulated on the accumulating capacitor; wherein the amount of charge stored on the accumulating capacitor is proportional to the number of RESET pulses received at the input. an input for receiving reset pulses (RESET) from the digital pixel; an output; a first inverter connected to the input that produces on a first inverter output a time delayed inverted signal (RP*) from an input signal received at the input; a second inverter connected to the first inverter output that produces a time delayed signal at a second inverter output from the input signal and that is delayed relative to the time delayed inverted signal (RP*); a control switch connected between a source voltage and a floating node, wherein the control switch is controlled by the time delayed inverted signal on the first inverter output such that when the time delayed inverted signal (RP*) goes low, the control switch will drive the floating node to the source voltage (Vsource); a feedback capacitor connected between the second inverter output and the floating node; an accumulating capacitor that accumulates at least some of a charge that passes through the control switch; and an injection transistor with a gate connected to a bias voltage (Vcb), a source connected to the floating node and a drain connected to the output and the accumulating capacitor such that the injection transistor will conduct when the floating node is driven to the source voltage (Vsource) and a charge can be accumulated on the accumulating capacitor; wherein the amount of charge stored on the accumulating capacitor is proportional to the number of RESET pulses received at the input.
A transfer device for a content distribution system, in which a request packet including a content name of content that is requested to be distributed is transferred based on the content name, the transfer device comprising: transfer means for transferring a first request packet received from a first transfer device different from the transfer device; determination means for determining, if a data packet including content and list information is received as a response to the first request packet, whether or not the content can be transmitted to the first transfer device based on an identifier of the first transfer device, and on the list information; and communication means for transmitting the data packet to the first transfer device, if the determination means determines that the content can be transmitted, wherein the list information included in the data packet is generated based on an identifier of each transfer device to which the content included in the data packet can be transmitted, of a plurality of transfer devices in the content distribution system, or is generated based on an identifier of each transfer device to which the content included in the data packet cannot be transmitted, of the plurality of transfer devices in the content distribution system. transfer means for transferring a first request packet received from a first transfer device different from the transfer device; determination means for determining, if a data packet including content and list information is received as a response to the first request packet, whether or not the content can be transmitted to the first transfer device based on an identifier of the first transfer device, and on the list information; and communication means for transmitting the data packet to the first transfer device, if the determination means determines that the content can be transmitted, wherein the list information included in the data packet is generated based on an identifier of each transfer device to which the content included in the data packet can be transmitted, of a plurality of transfer devices in the content distribution system, or is generated based on an identifier of each transfer device to which the content included in the data packet cannot be transmitted, of the plurality of transfer devices in the content distribution system.
A casting mold comprising a copper plate and a plurality of optical fibers, each of the optical fibers having a plurality of temperature measuring points arranged for measuring temperature of the copper plate while casting, wherein a molten metal is cast into the casting mold along an axis, wherein the optical fibers are built-in the copper plate and are arranged at least the upper part of the copper plate, wherein a plurality of holes are arranged in parallel and/or perpendicular with the axis for accommodating the optical fibers, characterized in that the holes accommodating the optical fibers are grouped and a distance between two groups is in a range of 100-400mm.
A container for a recipient product comprising a body and a lid which together define a first chamber when the lid is closed, said container comprising a substance carrier which is configured to emit a substance that is transferrable to a recipient product in said first chamber by being provided with a sensate substance and/or a moisturising substance for emission from the substance carrier and transfer to the recipient product to impart an organoleptic and/or moisturising characteristic to the recipient product, and further comprising a seal disposed over the substance carrier to prevent emission of said substance from said substance carrier until the seal is opened by being removed to expose at least part of the substance carrier, the substance carrier being disposed on a surface of the container between said seal and said surface of the container such that the substance carrier is sealed between the seal and the container, characterized in that the substance carrier is loose beneath the seal such that removal of said seal releases said substance carrier.
A method, performed by a cloud-based route reflector, comprising the steps of: identifying a first node in an autonomous system as a candidate root node of a first routing group, wherein the first routing group comprises a plurality of nodes in the autonomous system; identifying a client node based on a neighbor address used in a first routing protocol; mapping the neighbor address to routing information received from the client node via a second routing protocol; and associating the neighbor address with the first routing group if the routing information includes an identifier of the first routing group. identifying a first node in an autonomous system as a candidate root node of a first routing group, wherein the first routing group comprises a plurality of nodes in the autonomous system; identifying a client node based on a neighbor address used in a first routing protocol; mapping the neighbor address to routing information received from the client node via a second routing protocol; and associating the neighbor address with the first routing group if the routing information includes an identifier of the first routing group.
A method for control of braking by means of at least one supplementary brake (290- 296) of a motor vehicle, comprising the steps of - choosing supplementary braking action by means of a manual control device, characterised by the steps of - continuously determining a total available supplementary brake torque (Mtot), - determining by means of said control device a chosen proportion (Mshare) of said total available supplementary brake torque (Mtot), - determining a supplementary brake torque (Mtot*) corresponding to said chosen proportion (Mshare), - using a prevailing vehicle speed as a basis for apportioning said supplementary brake torque determined (Mtot*) to least one chosen supplementary brake in order to achieve the chosen supplementary braking action. - choosing supplementary braking action by means of a manual control device, characterised by the steps of - continuously determining a total available supplementary brake torque (Mtot), - determining by means of said control device a chosen proportion (Mshare) of said total available supplementary brake torque (Mtot), - determining a supplementary brake torque (Mtot*) corresponding to said chosen proportion (Mshare), - using a prevailing vehicle speed as a basis for apportioning said supplementary brake torque determined (Mtot*) to least one chosen supplementary brake in order to achieve the chosen supplementary braking action.
An apparatus for depositing and staining cellular samples comprising: (a) a housing having an access door; (b) a substrate processing holder, located within the housing, that holds one or more substrates and one or more substrate cartridges, wherein the substrate processing holder is accessible when the access door is in an open configuration; (c) at least one opening located at least partially above at least a portion of the substrate processing holder; (d) a spray nozzle configured to dispense a gaseous substance into the substrate processing area; (e) a user interface configured receive an input from a user, and in response to receiving the input, cause execution of a pre-programmed protocol; and (f) a waste and reagent holder element; wherein at least one of the one or more substrate cartridges comprises: a spray retainer, a sample dispense port, a reagent port, and an upper opening for receiving the spray nozzle. (a) a housing having an access door; (b) a substrate processing holder, located within the housing, that holds one or more substrates and one or more substrate cartridges, wherein the substrate processing holder is accessible when the access door is in an open configuration; (c) at least one opening located at least partially above at least a portion of the substrate processing holder; (d) a spray nozzle configured to dispense a gaseous substance into the substrate processing area; (e) a user interface configured receive an input from a user, and in response to receiving the input, cause execution of a pre-programmed protocol; and (f) a waste and reagent holder element; a spray retainer, a sample dispense port, a reagent port, and an upper opening for receiving the spray nozzle.
Device for testing the measurement accuracy of gauges for measuring the dimension of a body and the force acting on measuring tongues of the gauge, hereinafter referred to as measuring force, characterized in that the testing device comprises a measuring tongue reception, in which the measuring tongues (6, 7) of a gauge are insertable and in which a force measuring probe and at least one measuring tongue probe are spaced apart from each other within a determined measurement distance in the longitudinal direction of the measuring tongue reception, wherein the force measuring probe measures the force, hereinafter referred to as real-force, which is acting in the longitudinal direction of the measuring tongue reception on the force measuring probe.
A steering mechanism for a vehicle, comprising: a center link extending between opposite longitudinal ends, each of said longitudinal ends having a center link bore with female threads that are spaced from said longitudinal ends by center link unthreaded portions; at least one tie rod with a tie rod end and a tie rod bore with female threads that are spaced from said tie rod end by a tie rod unthreaded portion; at least one length adjuster including first and second threaded sections (44, 46) with male threads and an unthreaded middle section; said first threaded section of said length adjuster being threadedly engaged with said center link bore of said center link with said center link unthreaded portion overlapping with said unthreaded middle section of said length adjuster, and said second threaded section of said length adjuster being threadedly engaged with said tie rod bore of said tie rod with said tie rod unthreaded portion overlapping with said unthreaded middle section of said length adjuster; and a first clamp being clamped at least partially about said overlapping center link unthreaded portion and said unthreaded middle section of said length adjuster and a second clamp being clamped at least partially about said overlapping tie rod unthreaded portion and said unthreaded middle section of said length adjuster. a center link extending between opposite longitudinal ends, each of said longitudinal ends having a center link bore with female threads that are spaced from said longitudinal ends by center link unthreaded portions; at least one tie rod with a tie rod end and a tie rod bore with female threads that are spaced from said tie rod end by a tie rod unthreaded portion; at least one length adjuster including first and second threaded sections (44, 46) with male threads and an unthreaded middle section; said first threaded section of said length adjuster being threadedly engaged with said center link bore of said center link with said center link unthreaded portion overlapping with said unthreaded middle section of said length adjuster, and said second threaded section of said length adjuster being threadedly engaged with said tie rod bore of said tie rod with said tie rod unthreaded portion overlapping with said unthreaded middle section of said length adjuster; and a first clamp being clamped at least partially about said overlapping center link unthreaded portion and said unthreaded middle section of said length adjuster and a second clamp being clamped at least partially about said overlapping tie rod unthreaded portion and said unthreaded middle section of said length adjuster.
Method for the continuous production of ketones from a compound comprising at least one epoxide group in a device at least comprising at least one fixed bed reactor, wherein the at least one fixed bed reactor comprises a catalyst composition comprising at least one noble metal and at least one metal oxide, characterized in that a. the pressure in the reactor upstream of the catalyst is at least 1.2 bar b. the gas phase of the reactor has a hydrogen partial pressure of at most 0.2 bar, preferably no hydrogen, and c. in the gas phase of the reactor downstream of the catalyst a carbon monoxide partial pressure of 50 mbar or less is set by introducing at least one inert gas. a. the pressure in the reactor upstream of the catalyst is at least 1.2 bar b. the gas phase of the reactor has a hydrogen partial pressure of at most 0.2 bar, preferably no hydrogen, and c. in the gas phase of the reactor downstream of the catalyst a carbon monoxide partial pressure of 50 mbar or less is set by introducing at least one inert gas.
Adapter for securing a wiper on an arm of a wiper system, the adapter extending in a longitudinal direction, the adapter being configured to be fitted such as to rotate on a connector of the wiper around an axis of rotation transverse to the longitudinal direction, the adapter comprising at least one lateral wall and one upper wall, the lateral wall and the upper wall participating in defining an inner volume of the adapter, the adapter comprising an inner wall extending at least partly into the inner volume of the adapter, the adapter comprising a locking device which is designed to render the adapter integral longitudinally relative to the arm of the wiper system, the locking device being fitted such as to pivot on the upper wall around an axis of pivoting, the locking device comprising at least one thrust unit and one blocking unit, the thrust unit being incorporated in a profile of the upper wall, whereas the blocking unit extends at least partly into a receipt receptacle which is intended to receive the arm, characterized in that the locking device comprises a means for limiting the pivoting thereof which means is supported against the inner wall.
An adapter, comprising: an adapter body having a bore relative to a longitudinal axis thereof, the adapter body including an upper face at an end of the adapter body; a plurality of sealing surfaces circumscribed around an outer surface of the adapter body and having a sealing surface diameter that is greater than an adapter body diameter of the adapter body; an upper surface at the upper face; characterized in that the adapter comprises a threaded connection nested in the adapter body, including: a connection end between the upper face and the end of the adapter body; a port extending from the connection end toward the upper face, the bore extending through the port; an annular space, the port extending through the annular space toward the upper face; and threads in the annular space. an adapter body having a bore relative to a longitudinal axis thereof, the adapter body including an upper face at an end of the adapter body; a plurality of sealing surfaces circumscribed around an outer surface of the adapter body and having a sealing surface diameter that is greater than an adapter body diameter of the adapter body; an upper surface at the upper face; characterized in that the adapter comprises a threaded connection nested in the adapter body, including: a connection end between the upper face and the end of the adapter body; a port extending from the connection end toward the upper face, the bore extending through the port; an annular space, the port extending through the annular space toward the upper face; and threads in the annular space. a connection end between the upper face and the end of the adapter body; a port extending from the connection end toward the upper face, the bore extending through the port; an annular space, the port extending through the annular space toward the upper face; and threads in the annular space.
A hand-held dispensing device for dispensing a substance, the device comprising: a dispenser incorporating: i) a dispenser body defining a dispensing chamber for holding the substance; ii) an outlet in communication with the dispensing chamber; iii) a dispensing mechanism for dispensing the contents of the dispensing chamber through the outlet and iv) an actuating member mounted for movement relative to the dispenser body to actuate the dispensing mechanism; the dispenser being operably connected to a handle for manual sliding movement relative to the handle from a non-use position, in which the handle covers the outlet, to an operative position, in which the outlet is uncovered; the device further comprising a locking assembly (7, 11) for releasably locking the dispenser body to the handle in the operative position to prevent said manual sliding movement of the dispenser body, whereby a user may grasp the handle and effect manual movement of the actuating member relative to the handle and the dispenser body so as to actuate the dispensing mechanism and dispense the contents of the dispensing chamber through the uncovered outlet. a dispenser incorporating: i) a dispenser body defining a dispensing chamber for holding the substance; ii) an outlet in communication with the dispensing chamber; iii) a dispensing mechanism for dispensing the contents of the dispensing chamber through the outlet and iv) an actuating member mounted for movement relative to the dispenser body to actuate the dispensing mechanism; i) a dispenser body defining a dispensing chamber for holding the substance; ii) an outlet in communication with the dispensing chamber; iii) a dispensing mechanism for dispensing the contents of the dispensing chamber through the outlet and iv) an actuating member mounted for movement relative to the dispenser body to actuate the dispensing mechanism; the dispenser being operably connected to a handle for manual sliding movement relative to the handle from a non-use position, in which the handle covers the outlet, to an operative position, in which the outlet is uncovered; the device further comprising a locking assembly (7, 11) for releasably locking the dispenser body to the handle in the operative position to prevent said manual sliding movement of the dispenser body, whereby a user may grasp the handle and effect manual movement of the actuating member relative to the handle and the dispenser body so as to actuate the dispensing mechanism and dispense the contents of the dispensing chamber through the uncovered outlet.
A method of manufacturing an electrode current collector for a secondary battery, the method comprising: preparing a carbon nanotube dispersion by dispersing 0.1 wt% to 10 wt% of the CNTs in a dispersion solvent; forming a CNT film on a water surface by spraying the CNT dispersion onto water; forming a CNT coating layer on metal foil by transferring the metal foil in a roll-to-roll manner after being unwound while passing through the water such that one surface of the metal foil is brought into contact with one end of the CNT film formed on the water surface and wherein the metal foil is transferred at a rate of 10 m/min to 50 m/min and at an angle of 20° to 45° with respect to the water surface; and curing the CNT coating layer by heat treatment while rewinding the metal foil with the CNT coating layer formed thereon. preparing a carbon nanotube dispersion by dispersing 0.1 wt% to 10 wt% of the CNTs in a dispersion solvent; forming a CNT film on a water surface by spraying the CNT dispersion onto water; forming a CNT coating layer on metal foil by transferring the metal foil in a roll-to-roll manner after being unwound while passing through the water such that one surface of the metal foil is brought into contact with one end of the CNT film formed on the water surface and wherein the metal foil is transferred at a rate of 10 m/min to 50 m/min and at an angle of 20° to 45° with respect to the water surface; and curing the CNT coating layer by heat treatment while rewinding the metal foil with the CNT coating layer formed thereon.