mhurhangee/ep-ind-claims huggingface dataset:
A coal feeding system which provides dry pulverized coal feeding, characterized by the system comprises, - a coal bunker for dry coal storage - a screw feeder for adjusting dry pulverized coal mass flow rate - at least one top intake for nitrogen/air flow to the coal feeding system, - at least one side intake for air/nitrogen flow to the coal feedingsystem, - at least one air supply chamber for the transfer of the air/nitrogen taken from the side intake, - at least one oxygen port for providing oxygen to the coal feeding system, - at least one ultrasonic sensor port for coal flow monitoring with a mounted ultrasonic sensor, - at least one inner concentric pipe for transferring the air/nitrogen from the top intake and side intake through the holes in the air supply chamber and the coal from the screw feeder to the reactor, - and at least one outer concentric pipe, - an air supply chamber which has holes opening to the inner concentric pipe - and an outer concentric pipe for transferring the oxygen from the oxygen port to the output point of the inner concentric pipe and to the reactor and which surrounds the inner concentric pipe. - a coal bunker for dry coal storage - a screw feeder for adjusting dry pulverized coal mass flow rate - at least one top intake for nitrogen/air flow to the coal feeding system, - at least one side intake for air/nitrogen flow to the coal feedingsystem, - at least one air supply chamber for the transfer of the air/nitrogen taken from the side intake, - at least one oxygen port for providing oxygen to the coal feeding system, - at least one ultrasonic sensor port for coal flow monitoring with a mounted ultrasonic sensor, - at least one inner concentric pipe for transferring the air/nitrogen from the top intake and side intake through the holes in the air supply chamber and the coal from the screw feeder to the reactor, - and at least one outer concentric pipe, - an air supply chamber which has holes opening to the inner concentric pipe - and an outer concentric pipe for transferring the oxygen from the oxygen port to the output point of the inner concentric pipe and to the reactor and which surrounds the inner concentric pipe.
A method comprising: triggering a radio module at an apparatus to enter into a device discovery mode for transmitting device discovery messages (510,520,530) in response to determining that the apparatus is actively operating one of a multiplayer game application, a documents-to-go application, a document presenter application, or an object presenter application, wherein said actively operating application is a foreground application having input focus; receiving one or more messages (610,620,630,610',620',630') responding to the transmitted device discovery messages (510,520,530); determining whether any of the one or more response messages (610,620,630,610',620',630') satisfy predetermined response criteria, the predetermined response criteria comprising determination that a source device (110,120,130) of the one or more response messages is within a close proximity of the apparatus in response to receiving two or more response messages from the source device at or above a predefined threshold signal strength level; and establishing a communication connection automatically without manual user input with the source device of the one or more response messages satisfying the predetermined response criteria. triggering a radio module at an apparatus to enter into a device discovery mode for transmitting device discovery messages (510,520,530) in response to determining that the apparatus is actively operating one of a multiplayer game application, a documents-to-go application, a document presenter application, or an object presenter application, wherein said actively operating application is a foreground application having input focus; receiving one or more messages (610,620,630,610',620',630') responding to the transmitted device discovery messages (510,520,530); determining whether any of the one or more response messages (610,620,630,610',620',630') satisfy predetermined response criteria, the predetermined response criteria comprising determination that a source device (110,120,130) of the one or more response messages is within a close proximity of the apparatus in response to receiving two or more response messages from the source device at or above a predefined threshold signal strength level; and establishing a communication connection automatically without manual user input with the source device of the one or more response messages satisfying the predetermined response criteria.
A door duct assembly for a refrigerator with a main body defining a storage space therein and having a cold air duct, comprising a door for selectively opening and closing the storage space having a door exterior plate and a door liner which defines a rear surface of the door; a cold air communication portion including a connecting duct selectively connected to the cold air duct of the main body; and a flow guide for defining a flow channel in cooperation with the door liner which guides the cold air supplied through the cold air communication portion to be discharged into the storage space, a plurality of cold air vents is formed to penetrate a surface of the flow guide such that the cold air guided by the flow channel is discharged into the space therethrough, characterized in that, a flow channel formation rib is formed on a rear surface of the flow guide, wherein a free end of the flow channel formation rib comes into close contact with the door liner such that the flow channel is defined by the flow channel formation rib, the rear surface of the flow guide, and the door liner.
An endoscopic imaging system comprising: an endoscope having a front end for viewing a region of interest; a light source assembly that transmits light to the endoscope for illuminating the region of interest; a first coupling means coupling the endoscope to the light source assembly such that the endoscope is rotationally stationary with respect to the light source assembly and the endoscope is attachable to and detachable from the light source assembly; an imaging unit that receives an image of the region of the interest formed by the endoscope; and wherein the light source assembly comprises an LED assembly and a rotational joint that allows the LED assembly of the light source assembly and the endoscope to rotate together while the imaging unit remains stationary; characterized in that the endoscopic imaging system further comprises a second coupling means coupling the light source assembly to the imaging unit such that the light source assembly is attachable to and detachable from the imaging unit. an endoscope having a front end for viewing a region of interest; a light source assembly that transmits light to the endoscope for illuminating the region of interest; a first coupling means coupling the endoscope to the light source assembly such that the endoscope is rotationally stationary with respect to the light source assembly and the endoscope is attachable to and detachable from the light source assembly; an imaging unit that receives an image of the region of the interest formed by the endoscope; and wherein the light source assembly comprises an LED assembly and a rotational joint that allows the LED assembly of the light source assembly and the endoscope to rotate together while the imaging unit remains stationary;
A communication arrangement for a subsea well control system, comprising an umbilical between a topside location and a subsea location, an electrical conductor in said umbilical and means (1, 3, 4, 7, 8, 9, 11-15) for transmitting and receiving data between said locations via said conductor, wherein said conductor does not carry power in operation of the arrangement and a return path for said data comprises a power line in said umbilical.
Cleaning device for removing a lubricant from the rolls of a roll stand, comprising at least one ultrasonic generator for generating ultrasonic waves, wherein the ultrasonic waves can be conducted, with the aid of cleaning water, to the surface of the rolls, characterised in that a supply line for the cleaning water is included, wherein the supply line is a branch of a cooling water circuit for the roll stand, so that part of the cooling water can be fed to the cleaning device, whereby the roll temperature rises during the cleaning phase and thus the cleaning performance can be enhanced by the higher roll temperature.
An acoustic echo cancellation system,,, or comprising: a buffer that writes remote side signals to one or more storage areas; a delay controller that filters and delays the remote side signals to correlate the remote side signals to local side signals; an acoustic echo cancellation core or that pulls the remote side signals from the buffer through the delay controller; and a delay estimator that continuously generates an estimate of a delay between the stored remote side signals and the local side signals and arranged to render a confidence level associated with the continuously generated estimates, where the confidence level associated with an estimate of a delay indicates a degree of stability of that estimate, where the delay estimator continuously generates the estimates and renders the associated confidence level until the rendered confidence level exceeds a predetermined value, and where the confidence level comprises a correlation measurement, a discrete value, or a temporal heuristic; where, when the confidence level exceeds a predetermined value the acoustic echo cancellation core or substantially cancels a portion of an echo or reverberation within the local side signals based on the estimate of the delay associated with the rendered confidence level that exceeds the predetermined level. a buffer that writes remote side signals to one or more storage areas; a delay controller that filters and delays the remote side signals to correlate the remote side signals to local side signals; an acoustic echo cancellation core or that pulls the remote side signals from the buffer through the delay controller; and a delay estimator that continuously generates an estimate of a delay between the stored remote side signals and the local side signals and arranged to render a confidence level associated with the continuously generated estimates, where the confidence level associated with an estimate of a delay indicates a degree of stability of that estimate, where the delay estimator continuously generates the estimates and renders the associated confidence level until the rendered confidence level exceeds a predetermined value, and where the confidence level comprises a correlation measurement, a discrete value, or a temporal heuristic; where, when the confidence level exceeds a predetermined value the acoustic echo cancellation core or substantially cancels a portion of an echo or reverberation within the local side signals based on the estimate of the delay associated with the rendered confidence level that exceeds the predetermined level.
A method for reducing memory I/O power of a DRAM memory device coupled to a memory controller via a plurality of data, DQ, pins, the method characterized by determining a type of the DRAM memory device and a DQ pin termination scheme associated with the type of the DRAM memory device; selecting, based on the DQ pin termination scheme, a DQ pin state from a plurality of DQ pin states for reducing memory I/O power associated with the DRAM memory device during a data masking operation; wherein the plurality of DQ pin states comprises a hold last state, a hold low state, a hold high state, and a tri-state; enabling the data masking operation; and driving the DQ pins to the selected DQ pin state during the data masking operation.
Laminated and glazed automotive vehicle roof having variable light transmission and offering improved thermal comfort, comprising two glass sheets, an external glass sheet and an internal glass sheet, that are joined by means of thermoplastic interlayer sheets, an assembly, of the SPD (suspended particle device) film type, for regulating light transmission, which is incorporated into the laminate between the two glass sheets, and a system of low-emissivity layers placed on face 4 of the glazing unit, in which the system of low-emissivity layers comprises at least one layer of doped tin oxide under which a layer based on silicon oxycarbide is comprised.
An atomizer/liquid reservoir portion for an electronic smoking device comprising: a liquid reservoir storing a liquid therein and having a liquid reservoir opening, an atomizer adapted to atomize the liquid stored in the liquid reservoir, wherein at least two plates (40, 50) are provided with an adjustable spacing therebetween, characterized in that the at least two plates (40, 50) are adapted to draw liquid stored in the liquid reservoir from the liquid reservoir opening towards the atomizer by capillary force through a liquid flow passage formed between the at least two plates (40, 50). a liquid reservoir storing a liquid therein and having a liquid reservoir opening, an atomizer adapted to atomize the liquid stored in the liquid reservoir, wherein at least two plates (40, 50) are provided with an adjustable spacing therebetween, characterized in that the at least two plates (40, 50) are adapted to draw liquid stored in the liquid reservoir from the liquid reservoir opening towards the atomizer by capillary force through a liquid flow passage formed between the at least two plates (40, 50).
A surgical instrument comprising: an outer tubular member having a proximal section, a distal section, a central lumen; an inner tubular member rotatably received within the central lumen, a distal end of the inner tubular member forming a cutting member extending distally beyond, and exposed relative to, the distal section; and a bearing assembly positioned at the distal section of the outer tubular member and the inner tubular member so as to allow rotation of the inner tubular member relative to the outer tubular member about a central axis of the distal section, the bearing assembly contacting the cutting member to limit axial movement of the cutting member; characterized in that the outer tubular member is defining an irrigation pathway, the bearing assembly is in fluid communication with the irrigation pathway, and the irrigation pathway is not in fluid communication with the inner tubular member. an outer tubular member having a proximal section, a distal section, a central lumen; an inner tubular member rotatably received within the central lumen, a distal end of the inner tubular member forming a cutting member extending distally beyond, and exposed relative to, the distal section; and a bearing assembly positioned at the distal section of the outer tubular member and the inner tubular member so as to allow rotation of the inner tubular member relative to the outer tubular member about a central axis of the distal section, the bearing assembly contacting the cutting member to limit axial movement of the cutting member; characterized in that the outer tubular member is defining an irrigation pathway, the bearing assembly is in fluid communication with the irrigation pathway, and the irrigation pathway is not in fluid communication with the inner tubular member.
Door opener for a door having a door leaf moveably mounted in or on a door frame, comprising, - a door opener housing, - a bolt that is mounted in a linearly displaceable manner along an actuation direction between a locking position and an unlocking position,, - an electrically switchable actuation device having a self-locking electric motor having a linear output and an actuating mechanism that can be controlled by the electric motor for actuating the bolt from the unlocking position into the locking position, - an electromagnetic device (13, 17, 19) for fixing the bolt in the locking position, - a return device for returning the bolt from the locking position into the unlocking position, wherein the actuating mechanism connects the electric motor to the bolt, wherein it is provided that the electric motor is designed to be able to shift in its longitudinal axis from a rear position to a front position, the electric motor can be fixed in the front position by the electromagnetic device (13, 17, 19), a motor return spring is arranged between the housing of the electric motor and a stop fixed to the door opener housing, the actuation mechanism comprises a switching member arranged on the linear output of the electric motor, said switching member interacting with the bolt in such a way that the bolt reaches the locking position from an unlocking position when the linear output extends out from the electric motor fixed in the front position; the switching member interacts with the bolt in such a way that the bolt is released from the locking position when the electric motor with the linear output being extended reaches the rear position, and the bolt can be fixed in the locking position by means of the electromagnetic device (13, 17, 19) when the electric motor is fixed, and the bolt can be released from the locking position by switching over the electromagnetic device, characterised in that the electromagnetic device (13, 17, 19) comprises an electromagnet, a hinged armature and a locking member, and the locking member is formed as a two-armed lever mounted on the door opener housing, wherein a first lever arm interacts with the hinged armature and a second lever arm has a latching lug on its end section, which interacts with a latching recess arranged on the electric motor. - a door opener housing, - a bolt that is mounted in a linearly displaceable manner along an actuation direction between a locking position and an unlocking position,, - an electrically switchable actuation device having a self-locking electric motor having a linear output and an actuating mechanism that can be controlled by the electric motor for actuating the bolt from the unlocking position into the locking position, - an electromagnetic device (13, 17, 19) for fixing the bolt in the locking position, - a return device for returning the bolt from the locking position into the unlocking position, wherein the actuating mechanism connects the electric motor to the bolt,
A dart game sighting device characterized in that it comprises • a finger-ring • a barrel, • a sighting means, such as a sighter-ring, and • a plug such that the plug of the sighting means can be inserted into the barrel of the finger-ring, and when assembled, adapted for wearing on a digit of the throwing hand and allows the thrower to rotate the sighting means to accommodate any angle through which a target can be viewed. • a finger-ring • a barrel, • a sighting means, such as a sighter-ring, and • a plug
A collision avoidance device comprising: a collision avoidance executor (62; 63; 64) that executes a collision avoidance function for a vehicle to avoid collision with an object to be avoided; a determiner that determines, based on an operation of an accelerator pedal by a driver, whether the driver has an intention of acceleration; and a collision avoidance controller that inhibits execution of the collision avoidance function when the driver is determined to have the intention of acceleration, wherein the determiner determines, based on the operation of the accelerator pedal, whether the driver has an intention of cancelation of the collision avoidance function, the collision avoidance controller ends the execution of the collision avoidance function when the driver is determined to have the intention of cancelation during the execution of the collision avoidance function, characterized in that the collision avoidance controller refrains from ending the execution of the collision avoidance function from a start of the execution of the collision avoidance function to a stop of rising of a deceleration. a collision avoidance executor (62; 63; 64) that executes a collision avoidance function for a vehicle to avoid collision with an object to be avoided; a determiner that determines, based on an operation of an accelerator pedal by a driver, whether the driver has an intention of acceleration; and a collision avoidance controller that inhibits execution of the collision avoidance function when the driver is determined to have the intention of acceleration, wherein the determiner determines, based on the operation of the accelerator pedal, whether the driver has an intention of cancelation of the collision avoidance function, the collision avoidance controller ends the execution of the collision avoidance function when the driver is determined to have the intention of cancelation during the execution of the collision avoidance function, characterized in that the collision avoidance controller refrains from ending the execution of the collision avoidance function from a start of the execution of the collision avoidance function to a stop of rising of a deceleration.
A communication controller (200, 401, 501, 800) for allocating resources to communication channels (112, 113, 412, 413, 5112, 5113, 5212, 5213) used by networking devices (100, 101, 400, 401, 501) sharing a communication medium (110, 410, 5110, 5210); and wherein the system is configured to: - obtain (301, 601, 603, 701-702) congestion information indicative of amounts of congestion on the respective communication channels; - allocate (304, 606, 705) the resources such that the amounts of congestion converge. - obtain (301, 601, 603, 701-702) congestion information indicative of amounts of congestion on the respective communication channels; - allocate (304, 606, 705) the resources such that the amounts of congestion converge.
Cutterbar for attachment to a harvesting machine, having a frame extending at least substantially over the working width of the cutterbar, which has a mounting frame with mounting means for connection to a feeder housing of the harvesting machine, wherein the frame has swing arms pointing in the working direction, at the front ends of which cutting elements for cutting the crop are attached, characterized in that several or all of the swing arms are each designed as a leaf spring package composed of several leaf springs, several or all leaf springs lying flat on top of one another are held together as a leaf spring package at their frame-side end between tensioning elements on the frame, only one or more of the leaf springs arranged in the upper region of the leaf spring package are connected with the cutting elements and one or more of the leaf springs held between the tensioning elements on the frame and arranged in the lower region of the leaf spring package end in front of the connection zone of the leaf springs arranged in the upper region of the leaf spring package with the cutting elements, as viewed in the working direction.