mhurhangee/ep-ind-claims huggingface dataset:
A printer, comprising: a first connector configured to input electric power supplied from an outside; a second connector configured to be connected to a communication terminal and configured to output at least a part of the electric power to the connected communication terminal; a printing control unit configured to control operation of a printing unit configured to perform printing on recording paper; an adjustment unit configured to control a maximum amount of the electric power to be output from the second connector, of the electric power supplied from the outside, to be a first amount of power when the printing unit is not performing a printing operation, and control the maximum amount of the electric power to be output from the second connector to be a second amount of power when the printing unit is performing a printing operation, the second amount of power being smaller than the first amount of power; wherein the printer is a thermal printer, and wherein the second amount of power is an excess amount of electric power obtained by subtracting from an amount of electric power suppliable from the outside, an amount of electric power used for the printing operation of the printing unit. a first connector configured to input electric power supplied from an outside; a second connector configured to be connected to a communication terminal and configured to output at least a part of the electric power to the connected communication terminal; a printing control unit configured to control operation of a printing unit configured to perform printing on recording paper; an adjustment unit configured to control a maximum amount of the electric power to be output from the second connector, of the electric power supplied from the outside, to be a first amount of power when the printing unit is not performing a printing operation, and control the maximum amount of the electric power to be output from the second connector to be a second amount of power when the printing unit is performing a printing operation, the second amount of power being smaller than the first amount of power; wherein the printer is a thermal printer, and wherein the second amount of power is an excess amount of electric power obtained by subtracting from an amount of electric power suppliable from the outside, an amount of electric power used for the printing operation of the printing unit.
A transcranial magnetic stimulation system, comprising a magnetic field generating means for generating a magnetic field which is used for providing magnetic stimulation against a portion of the patient's head, the magnetic field generating means having a magnetic coil for generating a variable magnetic field and a holder for holding the magnetic coil, wherein the holder has a positioning portion (12, 14) for positioning the holder against a marking (32, 34) provided on the patient's head so that the coil can be positioned suitably against said portion of the patient's head in a proper posture by aligning the positioning portion (12, 14) on the marking (32, 34) on the patient's head, the transcranial magnetic stimulation system further comprises a recognition means for recognizing the marking (32, 34), characterized by the recognition means comprising at least one imaging device provided adjacent the holder, allowing the coil to be held in the suitable posture against the portion by aligning an optical axis of the imaging device with the marking (32, 34). the magnetic field generating means having a magnetic coil for generating a variable magnetic field and a holder for holding the magnetic coil, wherein the holder has a positioning portion (12, 14) for positioning the holder against a marking (32, 34) provided on the patient's head so that the coil can be positioned suitably against said portion of the patient's head in a proper posture by aligning the positioning portion (12, 14) on the marking (32, 34) on the patient's head, the transcranial magnetic stimulation system further comprises a recognition means for recognizing the marking (32, 34),
A pull-out guide for drawers with a first and with at least one second rail (7, 5), wherein at least one running carriage with load-transmitting rollers (10, 11) is arranged between these rails (7, 5), wherein the running carriage - in particular upon a deviation from the differential movement between the rails (7, 5) - can be coupled to the second rail, wherein a rolling or sliding body is loosely displaceably mounted to or within the running carriage for coupling the running carriage to a coupling portion arranged on the second rail, characterized in that arranged on the first rail is an evasion opening into which the rolling or sliding body can be moved upon opening the drawer so that the coupling portion can be decoupled from the rolling or sliding body and moves past the running carriage.
Bottle including a reservoir having an internal volume designed to contain a liquid or semi-fluid product and a dispensing head projecting from the reservoir along a main axis, said dispensing head including a ball applicator including a ball holder in which a ball is confined freely in rotation and from which a dome of the ball emerges on the side opposite the reservoir, the bottle including a rotary closure designed to cover the ball applicator when the bottle is in a closed position, and to be disengaged from said ball applicator to enable the product to be dispensed when the bottle is in an open position, the rotary closure being moveable in rotation relative to the rest of the bottle about a rotation axis crossing said main axis perpendicularly, the ball applicator including an applicator body in which the ball holder is mounted in translation along the main axis, the ball applicator including elastic means interposed between the applicator body and the ball holder, and the ball applicator being designed so that the ball can move in translation together with the ball holder along the main axis to adopt a retracted position in the dispensing head when the ball applicator is covered by the rotary closure and the bottle is in the closed position, said elastic means being compressed, and to adopt a deployed position outside the dispensing head under the effect of an expansion of the elastic means when the rotary closure is released from the ball applicator, the rotary closure including a cover containing a closing element including a concavity shaped to fit the dome of the ball projecting from the ball holder, the closing element bearing against the upper face of the ball holder when the ball is engaged in the concavity. the bottle including a rotary closure designed to cover the ball applicator when the bottle is in a closed position, and to be disengaged from said ball applicator to enable the product to be dispensed when the bottle is in an open position, the rotary closure being moveable in rotation relative to the rest of the bottle about a rotation axis crossing said main axis perpendicularly, the ball applicator including an applicator body in which the ball holder is mounted in translation along the main axis, the ball applicator including elastic means interposed between the applicator body and the ball holder, and the ball applicator being designed so that the ball can move in translation together with the ball holder along the main axis to adopt a retracted position in the dispensing head when the ball applicator is covered by the rotary closure and the bottle is in the closed position, said elastic means being compressed, and to adopt a deployed position outside the dispensing head under the effect of an expansion of the elastic means when the rotary closure is released from the ball applicator, the rotary closure including a cover containing a closing element including a concavity shaped to fit the dome of the ball projecting from the ball holder, the closing element bearing against the upper face of the ball holder when the ball is engaged in the concavity.
A dried water-dispersible composition comprising from 60% to 98% of calcium carbonate particles with an average particle diameter of less than 10 μm as a white pigment and from 5% to 40% of at least one starch sodium octenyl succinate derivative as a hydrocolloid.
A method, comprising: receiving, by a first computer system, data shared by a second computer system to permit the first computer system to perform processing of the data according to a set of policies specified by the second computer system; instantiating, by the first computer system, a verification environment in which to process the shared data; processing, by the first computer system, a portion of the shared data by executing a set of processing routines to generate a result based on the shared data; verifying, by the verification environment of the first computer system, whether the result is in accordance with the set of policies specified by the second computer system; determining, by the verification environment of the first computer system, whether to output the result based on the verifying; and sending, by the verification environment of the first computer system, an indication of an outcome of the determining to the second computer system, wherein the indication is usable by the second computer system to determine whether to provide the first computer system with continued access to the shared data. receiving, by a first computer system, data shared by a second computer system to permit the first computer system to perform processing of the data according to a set of policies specified by the second computer system; instantiating, by the first computer system, a verification environment in which to process the shared data; processing, by the first computer system, a portion of the shared data by executing a set of processing routines to generate a result based on the shared data; verifying, by the verification environment of the first computer system, whether the result is in accordance with the set of policies specified by the second computer system; determining, by the verification environment of the first computer system, whether to output the result based on the verifying; and sending, by the verification environment of the first computer system, an indication of an outcome of the determining to the second computer system, wherein the indication is usable by the second computer system to determine whether to provide the first computer system with continued access to the shared data.
A method of configuring a network element in a transport network, the method being performed in the network element by components of said network element and the network element comprising a processor and an inventory module connected to the processor, the method comprising: - the inventory module interrogating components (208, 210, 212) of the network element about characteristics of said components (208, 210, 212); - the inventory module saving the characteristics in the inventory module; - the processor sending to a neighbour network element at least part of the information stored in the inventory module; - the processor receiving from the neighbour network element information about said neighbour network element, and - the processor configuring at least one of said components (208, 210, 212) based on the information received from the neighbour network element. - the inventory module interrogating components (208, 210, 212) of the network element about characteristics of said components (208, 210, 212); - the inventory module saving the characteristics in the inventory module; - the processor sending to a neighbour network element at least part of the information stored in the inventory module; - the processor receiving from the neighbour network element information about said neighbour network element, and - the processor configuring at least one of said components (208, 210, 212) based on the information received from the neighbour network element.
Manual press device, preferably bottle press device, which is intended to compress the non-pressed material (32a; 32b) into a one-piece compact material (68a; 68b); consisting of at least one support unit (12a; 12b), which has at least one support surface (16a, 16a'; 16b, 16b') for receiving a non-pressed material (32a; 32b) and which comprises at least two support elements (14a, 14a', 14b, 14b', 152b), which delimit a pressing gap (30a; 30b) and with at least one support element, which is preferably movable relative to the at least one support unit (12a; 12b); 14b, 14b', 152b), which delimit a pressing gap (30a; 30b) and with at least one pressing unit (18a; 18b), preferably movable relative to the at least one support unit (12a; 12b), and with at least one pressing roller, which is provided for at least partially compressing the non-pressed material in a pressing chamber characterised by that the at least one pressing roller is arranged at least partially in a pressing chamber, and the at least one pressing roller is provided to guide the at least one pressing unit, preferably through the at least one pressing gap.
A method for communicating a Protocol Data Unit, PDU, between a transmitter unit and a receiver unit in a wireless communication network, said PDU comprising protocol headers associated with at least a first and a second protocol layers involved in the communication and a payload to be communicated, characterized by specifying a rule stating that the payload field starts at the first octet aligned position following the total length of the protocol headers comprised in the PDU, such that the payload of the PDU will be octet aligned independently of non-alignment of the protocol headers comprised in the PDU.
A pole support system comprising: a tubular lower support; a guide member interior to the lower support, the guide member extending along a length of the lower support, such that an annular space is formed between the tubular lower support and the guide member; a base coupled with the guide member and the lower support, the base being coupled to the guide member such that an interior of the guide member is isolated from the annular space; a telescoping upper support inside the lower support and axially movable between an extended position and a retracted position, the upper support being at least partially received in the annular space between the lower support and the guide member; a biasing member biasing the telescoping upper support to the extended position; and a locking assembly partially surrounding the lower support at the end of the lower support opposite the base, the locking assembly comprising: a body having a passage in which the telescoping upper support slides therethrough, the body attached to the lower support to enclose the passage at a first end while maintaining the passage in fluid communication with the interior of the lower support; and a lock configured to selectably engage the telescoping upper support to constrain axial motion of the upper support. a tubular lower support; a guide member interior to the lower support, the guide member extending along a length of the lower support, such that an annular space is formed between the tubular lower support and the guide member; a base coupled with the guide member and the lower support, the base being coupled to the guide member such that an interior of the guide member is isolated from the annular space; a telescoping upper support inside the lower support and axially movable between an extended position and a retracted position, the upper support being at least partially received in the annular space between the lower support and the guide member; a biasing member biasing the telescoping upper support to the extended position; and a locking assembly partially surrounding the lower support at the end of the lower support opposite the base, the locking assembly comprising: a body having a passage in which the telescoping upper support slides therethrough, the body attached to the lower support to enclose the passage at a first end while maintaining the passage in fluid communication with the interior of the lower support; and a lock configured to selectably engage the telescoping upper support to constrain axial motion of the upper support. a body having a passage in which the telescoping upper support slides therethrough, the body attached to the lower support to enclose the passage at a first end while maintaining the passage in fluid communication with the interior of the lower support; and a lock configured to selectably engage the telescoping upper support to constrain axial motion of the upper support.
A rotorcraft autopilot system, comprising: a series actuator connected in use between a cockpit control component and a swashplate of a rotorcraft, the series actuator operable in use to modify a control input from the cockpit control component to the swashplate through a downstream control component; and a differential friction system (310, 410) connected in use to the cockpit control component and the downstream control component, characterised in that the differential friction system comprises a variable friction device (314, 314) grounded in use to the rotorcraft proximate the downstream control component, the variable friction device configured to selectively apply a friction on the downstream control component; wherein the differential friction system is configured to selectively apply the friction on the downstream control component to control the series actuator to automatically adjust a position of the cockpit control component during rotorcraft flight based, in part, on a flight mode of the rotorcraft. a series actuator connected in use between a cockpit control component and a swashplate of a rotorcraft, the series actuator operable in use to modify a control input from the cockpit control component to the swashplate through a downstream control component; and a differential friction system (310, 410) connected in use to the cockpit control component and the downstream control component, characterised in that the differential friction system comprises a variable friction device (314, 314) grounded in use to the rotorcraft proximate the downstream control component, the variable friction device configured to selectively apply a friction on the downstream control component; wherein the differential friction system is configured to selectively apply the friction on the downstream control component to control the series actuator to automatically adjust a position of the cockpit control component during rotorcraft flight based, in part, on a flight mode of the rotorcraft.
A pyrolysis apparatus for pyrolysing a carbonaceous material and producing char and volatiles, the apparatus comprising: a cylindrical vessel having an inlet for the carbonaceous material, an outlet for the char and the volatiles and a first pathway therebetween, whereby the inlet and the outlet are disposed at opposing ends of the vessel, the vessel having wall portions (22, 30) with interior surfaces that define the first pathway, the vessel further including a hollow casing associated with an interior surface of the vessel and configured to define a second pathway for a heat exchange medium between its heat exchange medium inlet and its heat exchange medium outlet, the hollow casing being configured to provide a plurality of surfaces projecting into the vessel to define a series of interconnected chambers, wherein the projecting surfaces are provided with openings to facilitate the flow of carbonaceous material and the resulting char and volatiles progressively through adjacent chambers in the vessel from the inlet to the outlet, at least portions of the first pathway being interleaved with at least portions of the second pathway; and an agitator for passing carbonaceous material, the produced char and the volatiles through the first pathway, characterized in that the agitator comprises a rotatable shaft extending through the vessel and a plurality of paddles associated with the rotatable shaft, wherein the agitator is operable by rotation of the rotatable shaft, and in that the first pathway comprises the interconnected chambers and wherein one or more of the paddles extend into respective chambers. a cylindrical vessel having an inlet for the carbonaceous material, an outlet for the char and the volatiles and a first pathway therebetween, whereby the inlet and the outlet are disposed at opposing ends of the vessel, the vessel having wall portions (22, 30) with interior surfaces that define the first pathway, the vessel further including a hollow casing associated with an interior surface of the vessel and configured to define a second pathway for a heat exchange medium between its heat exchange medium inlet and its heat exchange medium outlet, the hollow casing being configured to provide a plurality of surfaces projecting into the vessel to define a series of interconnected chambers, wherein the projecting surfaces are provided with openings to facilitate the flow of carbonaceous material and the resulting char and volatiles progressively through adjacent chambers in the vessel from the inlet to the outlet, at least portions of the first pathway being interleaved with at least portions of the second pathway; and an agitator for passing carbonaceous material, the produced char and the volatiles through the first pathway, characterized in that the agitator comprises a rotatable shaft extending through the vessel and a plurality of paddles associated with the rotatable shaft, wherein the agitator is operable by rotation of the rotatable shaft, and in that the first pathway comprises the interconnected chambers and wherein one or more of the paddles extend into respective chambers.
Plasma torch (1; 101; 201) of the type comprising: - a first element provided with a through opening serving as an outlet for a plasma flow; - a hollow electrode that is developed longitudinally along a main axis and is suited to be positioned with respect to said first element in such a way as to define a striking area, said hollow electrode being of the type comprising an inner cavity that extends at least partially along said main axis; - a first conveyance way (51, 52, 53) suited to convey a carrier gas towards said striking area; - a second conveyance way (56, 56a, 56b) suited to convey a portion of said carrier gas from said first conveyance way towards said inner cavity of said hollow electrode, said portion of said carrier gas being suited to cool said hollow electrode, characterized in that it comprises conveyance means (59, 60a, 60b) suited to convey the entirety of said portion of said carrier gas from said inner cavity of said hollow electrode towards a way so as not to affect said striking area. - a first element provided with a through opening serving as an outlet for a plasma flow; - a hollow electrode that is developed longitudinally along a main axis and is suited to be positioned with respect to said first element in such a way as to define a striking area, said hollow electrode being of the type comprising an inner cavity that extends at least partially along said main axis; - a first conveyance way (51, 52, 53) suited to convey a carrier gas towards said striking area; - a second conveyance way (56, 56a, 56b) suited to convey a portion of said carrier gas from said first conveyance way towards said inner cavity of said hollow electrode, said portion of said carrier gas being suited to cool said hollow electrode,
Coupling having a drive input, an output and a locking pawl, wherein the locking pawl is connected to the drive input and is arranged between the drive input and the output, wherein the locking pawl can be pivoted as a result of the movement of the drive input, characterized in that the locking pawl is designed such that it establishes a coupling to the output in both rotational directions when the drive input performs a rotational movement and decoupling is enabled when the drive input is stationary and the output performs a rotational movement.