mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell system comprising a cathode gas supply system of a cathode gas bypass type in which a part of a cathode gas ejected from a compressor installed in a cathode gas supply channel bypasses a fuel cell via a bypass channel, wherein the fuel cell system comprises: a first flow rate sensor which is installed in an upstream of a part connected with the bypass channel in the cathode gas supply channel and detects a cathode gas flow rate to be supplied by the compressor, a second flow rate sensor which is installed in a downstream of a part connected with the bypass channel in the cathode gas supply channel and detects a cathode gas flow rate to be supplied to the fuel cell, a bypass valve which is installed in the bypass channel and controls a cathode gas flow rate flowed in the bypass channel, a bypass valve controlling unit configured to execute an open/shut-off control of the bypass valve in accordance with an operation state of the fuel cell system, and characterized in that it further comprises a mismatch diagnosing unit configured to detect a mismatch of detected values of the first flow rate sensor and the second flow rate sensor based on the detected values of the both sensors (41,42) during total shut-off of the bypass valve. a first flow rate sensor which is installed in an upstream of a part connected with the bypass channel in the cathode gas supply channel and detects a cathode gas flow rate to be supplied by the compressor, a second flow rate sensor which is installed in a downstream of a part connected with the bypass channel in the cathode gas supply channel and detects a cathode gas flow rate to be supplied to the fuel cell, a bypass valve which is installed in the bypass channel and controls a cathode gas flow rate flowed in the bypass channel, a bypass valve controlling unit configured to execute an open/shut-off control of the bypass valve in accordance with an operation state of the fuel cell system, and characterized in that it further comprises a mismatch diagnosing unit configured to detect a mismatch of detected values of the first flow rate sensor and the second flow rate sensor based on the detected values of the both sensors (41,42) during total shut-off of the bypass valve.
A method of diagnosing a malignant disease or survival term thereof, comprising measuring the normalized intensity of biomarker acetone in samples of pleural effusions obtained from a subject in need of diagnosis, and comparing the normalized intensity of the biomarker in the effusions obtained from the subject in need of diagnosis and normalized intensity in effusions obtained from normal or non-diseased subjects, and/or the normalized intensity in effusions obtained from subjects with the disease, and/or the normalized intensity in effusions obtained from subjects having known survival times for subjects with the disease; or comparing the normalized intensity of the biomarker in the effusions obtained from the subject in need of diagnosis to reference normalized intensity values.
Gas cooking appliance comprising at least one gas burner, an ignition electrode for igniting the burner, a push button unit with a push button for activating the electrode, a gas valve for each burner for regulating gas flow reaching the respective burner from a gas conduit, an electromagnetic shut-off valve arranged in the gas conduit comprising a closure member for closing the passage of gas and an actuating shaft for pushing the closure member, and a control unit for controlling the shut-off valve, characterized in that the closure member of the shut-off valve comprises a stable closed position and a stable open position, said closure member changing position upon receiving electric current pulses, and the push button unit is configured for pushing the closure member of the shut-off valve to the open position, the push button unit being coupled to the shut-off valve, the actuating shaft of the shut-off valve being attached to the push button for pushing the closure member of the shut-off valve when the push button is pressed, the shut-off valve comprising elastic means for pushing the actuating shaft and the push button back to a rest position when the push button is released, the push button being also configured for activating the control unit, and for activating the electrode when the push button is pressed with the gas cooking appliance off, the control unit controlling the shut-off valve by means of electric current pulses once the push button has been pressed and wherein said appliance comprises at least one flame sensor connected to the control unit, said control unit acting on the shut-off valve depending on the signal received from said at least one flame sensor.
A method for producing optical fiber preform capable of producing optical fiber having low and uniform optical attenuation loss along its entire length including a top end portion comprising: i) depositing soot over a tapered cylindrical member to form a soot porous body having a core and a clad; ii) detaching the tapered cylindrical member from the soot porous body to form a hollow soot porous body; iii) inserting a plug in the bottom end of a capillary of the hollow soot porous body; iv) dehydrating the hollow soot porous body in a chemical environment suitable to completely remove the moisture in core; characterized in that the dehydrated hollow soot porous body is simultaneously sintered and collapsed inside a sintering furnace while providing vacuum inside the capillary to form solid glass optical fiber preform having collapsed capillary; the simultaneous sintering and collapsing are carried out by inserting the dehydrated hollow soot porous body with predetermined speed in a hot zone of the furnace till a top end of the preform reaches the hot zone and is left for a predetermined duration; thereafter the preform is uplifted for a predetermined length at a predetermined speed to avoid heat loss in the optical preform and re-inserted in the hot zone of sintering furnace at a predetermined speed and left for predetermined duration to result in formation of the preform having collapsed capillary or centerline including at the top end of the preform. i) depositing soot over a tapered cylindrical member to form a soot porous body having a core and a clad; ii) detaching the tapered cylindrical member from the soot porous body to form a hollow soot porous body; iii) inserting a plug in the bottom end of a capillary of the hollow soot porous body; iv) dehydrating the hollow soot porous body in a chemical environment suitable to completely remove the moisture in core;
A message service providing method performed by at least one computing device, the method comprising: receiving a transmission request for a compound message which is a bundled message comprising a parent message and a plurality of child messages, wherein the parent message comprises a metadata field in which metadata of the compound message are recorded and wherein each of the child messages comprises a content field; obtaining permission information for a sender of the compound message; determining whether to allow each of the child messages to be sent based on the permission information; and controlling transmission of the compound message based on the determination result, wherein content of a predefined type or access information for the content is recorded in the content field of each of the child messages, type information of the content is recorded in the metadata field of each of the child messages, the permission information comprises type information of content allowed to be sent, and the determining of whether to allow each of the child messages to be sent comprises determining whether to allow each of the child messages to be sent by comparing the type information of the content with the type information of the content allowed to be sent. receiving a transmission request for a compound message which is a bundled message comprising a parent message and a plurality of child messages, wherein the parent message comprises a metadata field in which metadata of the compound message are recorded and wherein each of the child messages comprises a content field; obtaining permission information for a sender of the compound message; determining whether to allow each of the child messages to be sent based on the permission information; and controlling transmission of the compound message based on the determination result, wherein content of a predefined type or access information for the content is recorded in the content field of each of the child messages, type information of the content is recorded in the metadata field of each of the child messages, the permission information comprises type information of content allowed to be sent, and the determining of whether to allow each of the child messages to be sent comprises determining whether to allow each of the child messages to be sent by comparing the type information of the content with the type information of the content allowed to be sent.
A network over coaxial cable, the network comprising: a plurality of networked nodes, each of the networked nodes comprising an integrated circuit, each of the integrated circuits comprising a plurality of circuit blocks; wherein each of the networked nodes is configurable to be in: a running power state; and a standby power state, the standby power state including an active mode and an idle mode; and wherein: in the active mode, a networked node is configured to transmit and/or receive packets of information; and, in the idle mode, the networked node is configured to maintain a link to the network while powering down a portion of the circuit blocks, thereby reducing power consumption of the networked node, characterized in that each of the networked nodes is adapted to power down two of its circuit blocks (110, 112) by gating a physical system clock signal generated by a multimedia over coax alliance core, MoCA core, provided to a digital PHY layer circuit block and gating a system clock signal generated by the MoCA core provided to a MAC layer circuit block; and in the idle mode, a network clock signal generated by the MoCA core is provided to a CPU circuit block and the MAC layer circuit block of each of the networked nodes, wherein the MoCA core runs continuously. a plurality of networked nodes, each of the networked nodes comprising an integrated circuit, each of the integrated circuits comprising a plurality of circuit blocks; wherein each of the networked nodes is configurable to be in: a running power state; and a standby power state, the standby power state including an active mode and an idle mode; a running power state; and a standby power state, the standby power state including an active mode and an idle mode; and wherein: in the active mode, a networked node is configured to transmit and/or receive packets of information; and, in the idle mode, the networked node is configured to maintain a link to the network while powering down a portion of the circuit blocks, thereby reducing power consumption of the networked node, in the active mode, a networked node is configured to transmit and/or receive packets of information; and, in the idle mode, the networked node is configured to maintain a link to the network while powering down a portion of the circuit blocks, thereby reducing power consumption of the networked node, characterized in that each of the networked nodes is adapted to power down two of its circuit blocks (110, 112) by gating a physical system clock signal generated by a multimedia over coax alliance core, MoCA core, provided to a digital PHY layer circuit block and gating a system clock signal generated by the MoCA core provided to a MAC layer circuit block; and in the idle mode, a network clock signal generated by the MoCA core is provided to a CPU circuit block and the MAC layer circuit block of each of the networked nodes, wherein
Timepiece power source comprising a going barrel, pivoting about an arbor, containing a mainspring mounted between a drum of said barrel and said arbor, which carries and rotates integrally with a ratchet wheel for driving said arbor, said power source including a differential gear of which a first input is driven indirectly by said ratchet wheel and a second input is said barrel, and whose output is a pivoting output wheel, coaxial to said arbor and arranged to form or to drive a power reserve indicator, and wherein said differential gear includes balls arranged to drive housings of said output wheel which forms a cage, and cooperating with an upper surface of said barrel and with a lower surface, which is arranged on the side of said upper surface of said barrel, of a differential plate, said plate is arranged to pivot on said arbor, coaxially thereto, and is connected to said ratchet wheel by a friction means and forms said first input, characterized in that said differential gear is a differential sub-assembly, which is removable in one piece and includes a first stepped ring, arranged to be mounted for free axial rotation on a bearing surface of said arbor and to pivot integrally with said arbor, said first stepped ring carries said output wheel mounted for free rotation with respect to said first stepped ring, which also carries, directly or indirectly, said differential plate which also rotates freely on said first stepped ring, said differential plate bearing on said balls, and said ratchet wheel being pressed onto said first stepped ring for the friction driving of said differential plate.
A fixing structure (10; 90) comprising: a shield electric wire including: a core wire; an insulating coat that covers the core wire; a braided part that covers the insulating coat; a peeled braided part that is peeled from the braided part; and a sheath that covers the braided part; a shield shell including: a small diameter part having a hollow tubular-shape through which the exposed part passes, and an outer periphery being covered with an end of the peeled braided part; and a main body part having a hollow shape extended from one end of the small diameter part and through which the core wire and the insulating coat pass; and a shield ring clamped to the small diameter part under a state that the end of the peeled braided part is located between the shield ring and the small diameter part; characterized in that the hollow shape of the main body part is a hollow prism shape; the shield shell further includes a lance engaging part formed by cutting at least on one surface of the main body part; and the fixing structure (10; 90) further comprises an inner holder that includes a lance formed in an outer periphery of the inner holder to be engaged with the lance engaging part, the inner holder being inserted into and fixed to an inner part of the main body part by engagement of the lance with the lance engaging part of the shield shell under a state that the core wire and the insulating coat pass through the inner holder. a shield electric wire including: a core wire; an insulating coat that covers the core wire; a braided part that covers the insulating coat; a peeled braided part that is peeled from the braided part; and a sheath that covers the braided part; a core wire; an insulating coat that covers the core wire; a braided part that covers the insulating coat; a peeled braided part that is peeled from the braided part; and a sheath that covers the braided part; a shield shell including: a small diameter part having a hollow tubular-shape through which the exposed part passes, and an outer periphery being covered with an end of the peeled braided part; and a main body part having a hollow shape extended from one end of the small diameter part and through which the core wire and the insulating coat pass; and a small diameter part having a hollow tubular-shape through which the exposed part passes, and an outer periphery being covered with an end of the peeled braided part; and a main body part having a hollow shape extended from one end of the small diameter part and through which the core wire and the insulating coat pass; and a shield ring clamped to the small diameter part under a state that the end of the peeled braided part is located between the shield ring and the small diameter part;
Support housing for a battery, comprising a cover that can be attached to the chassis of a vehicle, and a support structure that is able to receive an electric battery, said support structure consisting of a main face of which at least a portion of the periphery is equipped with a rim, the support structure being made by combining multiple materials, which materials include a ductile material, a strong material and an assembly material, characterized in that said assembly material is an injection-mouldable plastic material that can reinforce said housing and/or create interfaces for assembly.
A variable speed drive adapted to drive a compressor module, wherein the variable speed drive comprises a) a voltage filter and voltage polarity protection unit comprising 1) a voltage filter circuit configured for low-pass filtering a voltage of an associated DC voltage source, and 2) a voltage polarity protection circuit configured to prevent incorrect polarity pairing between the variable speed drive and the associated DC voltage source, b) a DC power supply unit being operatively connected to the voltage filter and voltage polarity protection unit via at least a positive polarity connection, c) an inverter unit being operatively connected to the DC power supply unit, the inverter unit being configured to provide a multi-phase voltage output for driving the compressor module, d) a controllable load dump inserted in series with the positive polarity connection between the voltage filter and voltage polarity protection unit and the DC power supply unit, and e) a control unit configured to control at least the DC power supply unit, the inverter unit and the controllable load dump. a) a voltage filter and voltage polarity protection unit comprising 1) a voltage filter circuit configured for low-pass filtering a voltage of an associated DC voltage source, and 2) a voltage polarity protection circuit configured to prevent incorrect polarity pairing between the variable speed drive and the associated DC voltage source, b) a DC power supply unit being operatively connected to the voltage filter and voltage polarity protection unit via at least a positive polarity connection, c) an inverter unit being operatively connected to the DC power supply unit, the inverter unit being configured to provide a multi-phase voltage output for driving the compressor module, d) a controllable load dump inserted in series with the positive polarity connection between the voltage filter and voltage polarity protection unit and the DC power supply unit, and e) a control unit configured to control at least the DC power supply unit, the inverter unit and the controllable load dump.
A data processing apparatus comprising: a memory hierarchy (120A, 120B, 130A, 140A) having a plurality of cache levels including a forwarding cache level, at least one bypassed cache level, and a receiver cache level, wherein: said forwarding cache level is configured to forward a data access request relating to a given data value to said receiver cache level, said forwarding cache level is responsive to at least one condition being met, to forward a further data access request relating to said given data value to said at least one bypassed cache level, and otherwise to forward the data access request to said receiver cache level without performing a lookup of the given data value in said at least one bypassed cache level, thereby inhibiting said at least one bypassed cache from responding to said data access request; and said receiver cache level comprises presence determination circuitry configured to perform a determination as to whether said given data value is present in said at least one bypassed cache level, and in response to said determination indicating that said data value is present in said at least one bypassed cache level, causing one of said at least one bypassed cache level to respond to said data access request. said forwarding cache level is configured to forward a data access request relating to a given data value to said receiver cache level, said forwarding cache level is responsive to at least one condition being met, to forward a further data access request relating to said given data value to said at least one bypassed cache level, and otherwise to forward the data access request to said receiver cache level without performing a lookup of the given data value in said at least one bypassed cache level, thereby inhibiting said at least one bypassed cache from responding to said data access request; and said receiver cache level comprises presence determination circuitry configured to perform a determination as to whether said given data value is present in said at least one bypassed cache level, and in response to said determination indicating that said data value is present in said at least one bypassed cache level, causing one of said at least one bypassed cache level to respond to said data access request.
Pendulum damping device, comprising: - a support that is mobile about an axis of rotation, - at least one pendulum body that is mobile with respect to the support, and - a system for attenuating the noise produced in an impact between the pendulum body and the support, the noise attenuation system being made of a plastic material, the attenuation system comprising a first part arranged axially on a first side of the support and a second part arranged axially on a second side of the support, the first part and the second part being distinct parts secured to the support, each one of the first part and the second part being arranged so as to permit a radial overlap between the radially outer zone of the attenuation system and the radially inner zone of the pendulum body, each part (31, 32) of the noise attenuation system having a small axial dimension, at the point where the radial overlap happens with the pendulum body in order to free up the axial space required for movement of this pendulum body, the attenuation system being arranged axially on either side of the support and characterized in that the attenuation system axially grips the support so as to pinch the support. - a support that is mobile about an axis of rotation, - at least one pendulum body that is mobile with respect to the support, and - a system for attenuating the noise produced in an impact between the pendulum body and the support,