mhurhangee/ep-ind-claims huggingface dataset:
An ink jet recording apparatus comprising: a recording head configured to eject ink; an ink tank provided in an apparatus body, including a filling portion to store ink to be supplied to the recording head, and an air communication path for allowing communication of the inside of the tank with external air; a first cover member configured to be movable to a first position such that the filling portion is not exposed, and movable to a second position such that the filling portion is exposed; and a valve configured to be movable between an open state such that ink can be supplied to the recording head from the ink tank and the air communication path is not blocked, and a closed state such that the supply of ink from the ink tank to the recording head is blocked and the air communication path is blocked, wherein the valve is arranged to interlock with movement of the first cover member, so that the valve is in the opened state in the case that the first cover member is at the first position, and the valve is in the closed state in the case that the first cover member is at the second position. a recording head configured to eject ink; an ink tank provided in an apparatus body, including a filling portion to store ink to be supplied to the recording head, and an air communication path for allowing communication of the inside of the tank with external air; a first cover member configured to be movable to a first position such that the filling portion is not exposed, and movable to a second position such that the filling portion is exposed; and a valve configured to be movable between an open state such that ink can be supplied to the recording head from the ink tank and the air communication path is not blocked, and a closed state such that the supply of ink from the ink tank to the recording head is blocked and the air communication path is blocked, wherein the valve is arranged to interlock with movement of the first cover member, so that the valve is in the opened state in the case that the first cover member is at the first position, and the valve is in the closed state in the case that the first cover member is at the second position.
A fastener for tear propagation resistance, comprising: a first belt body including a first surface and a second surface, the second surface being opposite to the first surface, a plurality of fastening components disposed on the first surface; a second belt body including a third surface and a fourth surface, the fourth surface being opposite to the third surface, the third surface being adhered to the second surface of the first belt body; characterized in that a plurality of discontinuously distributed recesses are formed on the first surface of the first belt body such that a plurality of discontinuously distributed protrusions are correspondingly formed on the second surface of the first belt body; wherein the second surface and the third surface are adhered to each other in the locations of the protrusions to form a plurality of adhesive portions between the third surface of the second belt body and the second surface of the first belt body, and the second surface and the third surface are not adhered to each other in the locations without the protrusions;. a first belt body including a first surface and a second surface, the second surface being opposite to the first surface, a plurality of fastening components disposed on the first surface; a second belt body including a third surface and a fourth surface, the fourth surface being opposite to the third surface, the third surface being adhered to the second surface of the first belt body; characterized in that a plurality of discontinuously distributed recesses are formed on the first surface of the first belt body such that a plurality of discontinuously distributed protrusions are correspondingly formed on the second surface of the first belt body; wherein the second surface and the third surface are adhered to each other in the locations of the protrusions to form a plurality of adhesive portions between the third surface of the second belt body and the second surface of the first belt body, and the second surface and the third surface are not adhered to each other in the locations without the protrusions;.
A hospital bed (22,342) having a bed frame and wireless communication circuitry operable to transmit bed status data off of the bed wirelessly to a network spaced from the bed and to receive messages wirelessly from the network, the bed having a mattress associated therewith, the bed status data including information regarding at least one feature of the mattress and at least one feature of the bed frame, wherein bed status data received by the network wirelessly from the hospital bed results in a remote computer device of the network sending a message to control a feature of the mattress based on a state of the at least one feature of the bed frame.
Method for the production, purification or conversion of a dispersion material in a plasma, in which a plasma-forming gas is introduced into a reaction chamber from below and in a vertically rising manner and is ionized, a working gas is introduced into the reaction chamber from above in a vertically falling manner and a dispersion material is introduced into the reaction chamber and into the area of the plasma, is treated under the effect of the plasma and is subsequently removed from the area of the plasma, the introduction of the plasma-forming gas and the introduction of the dispersion material being performed independently of one another and from different directions, characterized in that the dispersion material is guided within the reaction chamber to the location of the plasma forming and is only released in the direction of the plasma directly before the location of the plasma forming.
A power supply, comprising: at least one battery; a shell configured to house the at least one battery; and at least one detecting device configured to operably couple to the shell and comprising a movable member (121, 122), a sensing assembly, and a first position limiting structure, wherein the movable member (121, 122) is configured to movably couple with a first side of the position limiting structure, wherein the sensing assembly is configured to generate an indication signal for indicating whether the power supply has been mounted to at a mounting position of a battery compartment based on a location of the movable member (121, 122), wherein the movable member (121, 122) is configured to move according to a position of the power supply, such that the sensing assembly generates the indication signal for indicating whether the power supply has been mounted at the mounting position of the battery compartment based on a location of the movable member (121, 122), and wherein a first side of the movable member (121, 122) is configured to movably connect with the first side of the first position limiting structure and a second side of the movable member (121, 122) is configured to extend out of the shell when the power supply is mounted at the mounting position of the battery compartment. at least one battery; a shell configured to house the at least one battery; and at least one detecting device configured to operably couple to the shell and comprising a movable member (121, 122), a sensing assembly, and a first position limiting structure, a movable member (121, 122), a sensing assembly, and a first position limiting structure, wherein the movable member (121, 122) is configured to movably couple with a first side of the position limiting structure, wherein the sensing assembly is configured to generate an indication signal for indicating whether the power supply has been mounted to at a mounting position of a battery compartment based on a location of the movable member (121, 122), wherein the movable member (121, 122) is configured to move according to a position of the power supply, such that the sensing assembly generates the indication signal for indicating whether the power supply has been mounted at the mounting position of the battery compartment based on a location of the movable member (121, 122), and wherein a first side of the movable member (121, 122) is configured to movably connect with the first side of the first position limiting structure and a second side of the movable member (121, 122) is configured to extend out of the shell when the power supply is mounted at the mounting position of the battery compartment.
Agricultural distributor, comprising: - at least one storage container carried by a machine frame for receiving the product for distribution; - at least one metering member arranged downstream of the storage container; - at least two booms which are mounted pivotably on the machine frame and/or on the storage container; - a plurality of distributing members which are carried by a respective boom and are arranged at a distance from one another; and - a plurality of conveying lines which serve for transferring the product for distribution from the metering member to the distributing members and of which at least end conveying line portions are carried by the booms, wherein the booms are pivotable by means of a motorized actuator, respectively, each between an operating position, in which the booms extend primarily horizontally in opposite directions transversely with respect to the longitudinal axis of the distributor, and a transport and inoperative position, in which the booms extend primarily vertically, wherein a lever is mounted on the machine frame and/or on the storage container so as to be pivotable about a pivot axis extending substantially parallel to the longitudinal axis of the distributor, wherein the lever has a first lever arm, at the end of which that is remote from the pivot axis thereof a respective boom is suspended in its operating position by means of at least one carrying means, characterized in that the lever has a second lever arm, the end of which that is remote from the pivot axis thereof is fixed with respect to the machine frame and/or with respect to the storage container, wherein at least one axial portion of the lever is elastically flexible transversely with respect to the longitudinal axis of the distributor in order to provide for pendulum compensation of the booms in their operating position. - at least one storage container carried by a machine frame for receiving the product for distribution; - at least one metering member arranged downstream of the storage container; - at least two booms which are mounted pivotably on the machine frame and/or on the storage container; - a plurality of distributing members which are carried by a respective boom and are arranged at a distance from one another; and - a plurality of conveying lines which serve for transferring the product for distribution from the metering member to the distributing members and of which at least end conveying line portions are carried by the booms,
An apparatus for the filling, in particular for the continuous filling, of bulk material, comprising a plurality of piston-in-cylinder arrangements which run around on a closed path, in particular on a circular path, which in so doing pass through at least one filling region and at least one dispensing region and which each comprise a cylinder (12, 12') and a piston (14, 14') movable to and fro in the cylinder (12, 12') while changing a filling volume available for the bulk material, wherein a venting opening, via which the filling volume is in communication with a vacuum source, is present from a reaching of a venting position of the piston (14, 14') between the piston (14, 14') and a wall of the cylinder (12, 12'), characterized in that the venting opening is formed by a peripheral annular gap; and in that a guide device (62a, 62b) is provided for the to-and-fro movement of the piston (14, 14') and is at least effective from a reaching of the venting position of the piston (14, 14') in order to keep the piston (14, 14') centered in the transverse direction.
Rubber compound for preparing pneumatic tyre parts comprising at least one cross-linkable unsaturated chain polymer base, a filler, a vulcanization system and one or more antioxidant agents; said compound being characterized in that said antioxidant agents comprise functionalized lignin with -OR groups, wherein R is a terpene group with a total number of carbon atoms of between 6 and 16; said -OR groups resulting from the 10 to 60% functionalization of the lignin phenolic hydroxyl groups.
A method in a Radio Network Controlling unit in a mobile telecommunication network for including a detected set cell, i.e. a cell not identified by the network, in an active set, i.e. the set comprising the base stations simultaneously connected to the same mobile terminal in soft handover, the method is characterised in that it comprises the steps of: - receiving a measurement report comprising a detected set cell from a mobile terminal located in a first cell; - providing a list for the first cell in the network with cells not defined as neighbouring cells to the first cell, wherein the cells in the list are grouped based on their scrambling codes; - identifying the scrambling code of the detected set cell; - creating a temporary relation between one of the cells in the list, having an identical scrambling code as the detected set cell, and one cell in the AS; - adding the one of the cells in the list, having an identical scrambling code as the detected set cell, to the active set. - receiving a measurement report comprising a detected set cell from a mobile terminal located in a first cell; - providing a list for the first cell in the network with cells not defined as neighbouring cells to the first cell, wherein the cells in the list are grouped based on their scrambling codes; - identifying the scrambling code of the detected set cell; - creating a temporary relation between one of the cells in the list, having an identical scrambling code as the detected set cell, and one cell in the AS; - adding the one of the cells in the list, having an identical scrambling code as the detected set cell, to the active set.
A windscreen wiper arm, particularly for automobiles, comprising a mounting head mountable on a drive shaft and an arm member pivotally connected to the mounting head by means of a pivot pin, and wherein the arm member can be pivoted between a wiping position, wherein the arm member extends parallel to a windscreen to be wiped, and an elevated position, wherein the arm member and/or a windscreen wiper blade to be attached thereto can be repaired or replaced, wherein said windscreen wiper arm is provided with locking means arranged to lock said arm member onto said pivot pin in order to prevent said arm member from disengaging from said pivot pin in the elevated position of said arm member, wherein said arm member has a substantially U- shaped cross-section near said pivot pin, wherein sidewalls (6,7) of said U-shaped cross-section are each provided with a recess accommodating said pivot pin, and wherein said locking means are arranged to lock said pivot pin into said recesses in order to prevent said pivot pin from disengaging from said recesses in the elevated position of said arm member, characterized in that said locking means are formed by at least one protrusion on a flat bottom surface of said pivot pin, wherein, in the wiping position of said arm member, said protrusion extends downwardly from said pivot pin towards the windscreen to be wiped in order to lock said pivot pin into said recesses in order to prevent said pivot pin from disengaging from said recesses in the elevated position of said arm member, said pivot pin having a curved upper surface such that the cross-section of said pivot pin extends along a semi circle
Method for operating an aspirating smoke detector, wherein the aspirating smoke detector is provided for detecting a fire in a space to be monitored and for outputting a fire alarm in the event of a detected fire, wherein ambient air is aspirated by means of a suction unit of the aspirating smoke detector via a suction pipe of the aspirating smoke detector provided with suction openings for smoke or combustion gas to be detected, and is fed to a fire detector unit of the aspirating smoke detector for determination by measurement of a signal level of a fire characteristic variable, and wherein for normal operation, the suction power of the suction unit is set to generate an airflow ( V̇, ṁ) through the suction pipe to a nominal airflow value, and wherein the suction power is increased from a minimum signal level of the signal level in order to shorten the transport time of aspirated ambient air with smoke and/or combustion gas through the suction pipe to the fire detector unit, characterised in that - an interruption signal provided for normal operation is output if the airflow ( V̇, ṁ) exceeds an upper limit value ( V̇ +, ṁ +) for a minimum period, and - in that regardless thereof, the suction power from the minimum signal level value is increased only for a timespan smaller than the minimum period in which the airflow ( V̇, ṁ) exceeds the upper limit value ( V̇ +, ṁ +). - an interruption signal provided for normal operation is output if the airflow ( V̇, ṁ) exceeds an upper limit value ( V̇ +, ṁ +) for a minimum period, and - in that regardless thereof, the suction power from the minimum signal level value is increased only for a timespan smaller than the minimum period in which the airflow ( V̇, ṁ) exceeds the upper limit value ( V̇ +, ṁ +).
An apparatus comprising: - memory configured to store information characterizing at least one run-time behavioural pattern; - at least one processing core configured to perform a behavioural determination based at least partly on the stored information, concerning a network node, and to verify, as a response to a result of the behavioural determination, whether the network node is comprised on a list of valid network nodes, wherein the run-time behavioural pattern comprises at least one of the following four patterns: firstly, an increase in CPU load combined with a decrease in capability of the network node, secondly, an increase in memory usage with no concurrent increase in communications throughput, thirdly, an increase in outgoing traffic from the network node with no corresponding increase in ingoing traffic into the network node, and fourthly, the network node is instantiated and active without being comprised in the list. - memory configured to store information characterizing at least one run-time behavioural pattern; - at least one processing core configured to perform a behavioural determination based at least partly on the stored information, concerning a network node, and to verify, as a response to a result of the behavioural determination, whether the network node is comprised on a list of valid network nodes,
Rotor of a rotorcraft provided with a rotating assembly that rotates about an axis of rotation, said rotating assembly including a rotor mast as well as a rotor head carrying at least two blades, said rotor including a set of swashplates provided with a non-rotating plate and a rotating plate, said rotor including a pitch rod for each blade, each pitch rod being pivotally connected to the rotating plate by a pitch hinge, said rotor including two rotating compasses pivotally connected to the rotating plate, each rotating compass including a lower arm and an upper arm that are pivotally interconnected by a central hinge, each rotating compass including a lower hinge which pivotally connects said lower arm of said rotating compass to the rotating plate, each rotating compass including an upper hinge which pivotally connects said upper arm of said rotating compass to a compass driver which is connected to the rotating assembly for conjoint rotation, characterised by a radial plane containing said axis of rotation, said lower hinges of said two rotating compasses being positioned in said radial plane, said upper hinges of said two rotating compasses having two upper hinge centres, said central hinges of said two rotating compasses having two central hinge centres, and the upper hinge centre and the central hinge centre of each rotating compass are offset in azimuth with respect to one another, the upper hinge centre of the upper hinge and the central hinge centre of the central hinge of the same rotating compass being arranged on either side of said radial plane.
Method for determining the concentration of ammonia in a measurement gas, in particular in the exhaust gas from an internal combustion engine, by means of a sensor element for a gas sensor having at least one measurement electrode (13, 14) which is acted on by volumes of measurement gas, characterized in that the volumes of measurement gas which act on the measurement electrode (13, 14) are exposed to means for absorbing nitrogen oxides, which means are included in the sensor element.
A head-mounted wireless transmission display device comprising an antenna structure configured to transmit a WiGig band, the antenna structure comprising: two body portions, each of the two body portions having a pivoting end and a signal transceiving end opposite to the pivoting end; and the head-mounted wireless transmission display device comprising an overhead device and a display screen; characterised in that each of the pivoting ends being pivotally disposed on the head-mounted wireless transmission display device; and each of the signal transceiving ends being able to be folded inwardly, and extended outwardly, relative to the head-mounted wireless transmission display device to ensure stability during the wireless transmission of data. two body portions, each of the two body portions having a pivoting end and a signal transceiving end opposite to the pivoting end; and the head-mounted wireless transmission display device comprising an overhead device and a display screen; characterised in that each of the pivoting ends being pivotally disposed on the head-mounted wireless transmission display device; and each of the signal transceiving ends being able to be folded inwardly, and extended outwardly, relative to the head-mounted wireless transmission display device to ensure stability during the wireless transmission of data.
A portable pulse measuring device comprising: a main body comprising a link part; a strap configured to fasten the portable pulse measuring device on a human; and wherein the strap is connected to the link part and wherein the link part comprises a window in which a mechanical indicator configured to indicate tightness of the strap is movable to indicate the tightness of the strap; characterized in that the link part is an integral part of the main body, and the link part comprises a rotating part to which the strap is attached, wherein the indicator is attached to the rotating part such that when the rotating part rotates, the indicator moves in the window. a main body comprising a link part; a strap configured to fasten the portable pulse measuring device on a human; and wherein the strap is connected to the link part and wherein the link part comprises a window in which a mechanical indicator configured to indicate tightness of the strap is movable to indicate the tightness of the strap; characterized in that the link part is an integral part of the main body, and the link part comprises a rotating part to which the strap is attached, wherein the indicator is attached to the rotating part such that when the rotating part rotates, the indicator moves in the window.