mhurhangee/patent-ind-claim-en huggingface dataset:
A burning stop apparatus comprising: a detector that is configured to detect a gas component generated by burning occurring in an electronic device (41 to 48) immersed in a coolant stored in a liquid immersion tank ; a first pipe that is configured to introduce the gas component in the liquid immersion tank to the detector ; a second pipe that is configured to return the gas component introduced to the detector into the liquid immersion tank ; a breaker that is configured to cut off supply of power to the electronic device (41 to 48) when a detection value of the detector is higher than a preset first threshold value for concentration of the gas component; a lid provided to the liquid immersion tank ; and a lid locking mechanism that is configured to keep the lid from being opened when it is determined based on the detection value of the detector that burning is occurring in the electronic device (41 to 48) inside the liquid immersion tank . a detector that is configured to detect a gas component generated by burning occurring in an electronic device (41 to 48) immersed in a coolant stored in a liquid immersion tank ; a first pipe that is configured to introduce the gas component in the liquid immersion tank to the detector ; a second pipe that is configured to return the gas component introduced to the detector into the liquid immersion tank ; a breaker that is configured to cut off supply of power to the electronic device (41 to 48) when a detection value of the detector is higher than a preset first threshold value for concentration of the gas component; a lid provided to the liquid immersion tank ; and a lid locking mechanism that is configured to keep the lid from being opened when it is determined based on the detection value of the detector that burning is occurring in the electronic device (41 to 48) inside the liquid immersion tank .
A method in a radio network element of providing hybrid automatic repeat request, HARQ, feedback, the method comprising: receiving , from a wireless transmitter, an indication of one or more intervals during a transmission time interval, TTI, at which to decode one or more partial subsets of a set of coded bits; receiving , from the wireless transmitter, a first set of coded bits, wherein the first set of coded bits is a partial subset of the set of coded bits to be received during the TTI; decoding the first set of coded bits at the one or more intervals during the TTI; determining a first decoding indicator based on the success or failure of the decoding of the first set of coded bits; and communicating the first decoding indicator to the wireless transmitter; wherein the method further comprises: receiving, from the wireless transmitter, a second set of coded bits different from the first set of coded bits, wherein the second set of coded bits is a partial subset of the set of coded bits to be received during the TTI; decoding the second set of coded bits; determining a second decoding indicator based on the success or failure of the decoding of the second set of coded bits; and communicating, to the wireless transmitter, the first decoding indicator in combination with the second decoding indicator by forming a combined decoding indicator. receiving , from a wireless transmitter, an indication of one or more intervals during a transmission time interval, TTI, at which to decode one or more partial subsets of a set of coded bits; receiving , from the wireless transmitter, a first set of coded bits, wherein the first set of coded bits is a partial subset of the set of coded bits to be received during the TTI; decoding the first set of coded bits at the one or more intervals during the TTI; determining a first decoding indicator based on the success or failure of the decoding of the first set of coded bits; and communicating the first decoding indicator to the wireless transmitter; wherein the method further comprises: receiving, from the wireless transmitter, a second set of coded bits different from the first set of coded bits, wherein the second set of coded bits is a partial subset of the set of coded bits to be received during the TTI; decoding the second set of coded bits; determining a second decoding indicator based on the success or failure of the decoding of the second set of coded bits; and communicating, to the wireless transmitter, the first decoding indicator in combination with the second decoding indicator by forming a combined decoding indicator. receiving, from the wireless transmitter, a second set of coded bits different from the first set of coded bits, wherein the second set of coded bits is a partial subset of the set of coded bits to be received during the TTI; decoding the second set of coded bits; determining a second decoding indicator based on the success or failure of the decoding of the second set of coded bits; and communicating, to the wireless transmitter, the first decoding indicator in combination with the second decoding indicator by forming a combined decoding indicator.
Use of a nutrition supplement for feeding animals, said nutrition supplement comprising eggs of an edible insect, one or more of another animal source nutrient, a botanic source nutrient, a microorganism source nutrient and a protective agent; wherein the other animal source nutrient is derived from one or more of cattle milk, sheep milk, fish meal, fish tallow, yolk, animal muscle and extracts of viscus; the botanic source nutrient is selected from one or more of substances consisting of soybean protein, soybean oil and corn steep liquor; the microorganism source nutrient comprises one or two of yeast extracts and microalgae extracts, characterized in that in percentage by weight, the eggs of edible insect account for 50%-90%, the other animal source nutrient accounts for 0%-10%, the botanic source nutrient accounts for 0%-10%, the microorganism source nutrient accounts for 0%-10% and the protective agent accounts for 0.1%-20%, said nutrition supplement being in the form of a dried powder with a moisture below 12%.
Radar treatment system comprising: - a detection treatment unit which is able to produce, from a radar signal delivered by a radar antenna, a detection mapping; - at least one intermediate treatment unit which is able to produce, from the detection mapping, a treated detection mapping; and - a tracking treatment unit which is able to produce, from the treated detection mapping, one or more tracks, the system being characterised in that said at least one intermediate treatment unit is an intermediate denoising unit which is able treat a detection mapping at a current instant in order to obtain a denoised detection mapping at the current instant as treated detection mapping, the intermediate denoising unit comprising successively: - a data structuring module which is able to associate an input tensor (TE(t)) with a plurality of detection mappings comprising the detection mapping at the current instant (C(t)) and a plurality of detection mappings at instants prior to the current instant (C(t-1), ... , C(t-k+1)); - a convolutive auto-encoder which is able to identify, in the input tensor, characteristic signatures of actual targets, and to produce at output a denoised detection map (M(t)); and - a cleaning module which is able to filter the detection mapping at the current instant with the denoised detection map in order to obtain the denoised detection map at the current instant (CN(t)), and in that the data structuring module is able, for each detection mapping (C(t), C(t-1), ... , C(t-k+1)) of the plurality of detection mappings, to render discrete said mapping in order to obtain a detection map (CD(t), CD(t-1), ... , CD(t-k+1)), a pixel of the detection map taking the unit value when the coordinates of at least one detection of the detection mapping is situated inside said pixel, and otherwise the value zero; and is able to superimpose, according to a temporal dimension (T), the plurality of detection maps thus obtained in order to construct the input tensor (TE(t)). - a detection treatment unit which is able to produce, from a radar signal delivered by a radar antenna, a detection mapping; - at least one intermediate treatment unit which is able to produce, from the detection mapping, a treated detection mapping; and - a tracking treatment unit which is able to produce, from the treated detection mapping, one or more tracks, - a data structuring module which is able to associate an input tensor (TE(t)) with a plurality of detection mappings comprising the detection mapping at the current instant (C(t)) and a plurality of detection mappings at instants prior to the current instant (C(t-1), ... , C(t-k+1)); - a convolutive auto-encoder which is able to identify, in the input tensor, characteristic signatures of actual targets, and to produce at output a denoised detection map (M(t)); and - a cleaning module which is able to filter the detection mapping at the current instant with the denoised detection map in order to obtain the denoised detection map at the current instant (CN(t)),
A device for collecting particles in suspension in the air comprising a flow channel for the aerosol-containing air including a supply line and a discharge line separated by an active portion of a particle collection filter disposed across the flow channel, the supply line comprising at least a first air inlet and a second air inlet , the air supply line being shaped so that at least one straight line could pass through the first air inlet and through the second air inlet while extending entirely inside the air supply line, suction means arranged to generate a gas flow in the flow channel from the first and second air inlets of the supply line up to an outlet of the discharge line , the filter being in the form of a strip extending from a storage compartment up to a reception compartment , the device being characterised in that it comprises a case comprising a first portion including the storage compartment and the reception compartment and a second portion defining with the first portion the air supply line , and in that the first portion of the case comprises a door for access to the reception and storage compartments, a first slot opening into the storage compartment and a second slot opening into the reception compartment , the first slot and the second slot also opening onto an edge of a wall of the first part of the case on which the access door could be applied.
A sensing device for a construction element for a toy construction set, said sensing device comprising a carrier comprising a top surface provided with a series of top coils with their axes functionally parallel, a bottom surface with a series of bottom coils at a distance from said top coils and with their axes functionally aligned with said top coils , the sensing device further comprising a data processor functionally coupled with a memory for storing a status of each of said top and bottom coils , said data processor functionally coupled with said top and bottom coils for controlling an electrical current through each of said top and bottom coils and for recording changes of current in each of said top and bottom coils , allowing detection of alignment of at least one coil of another, similar sensing device with a coil of said sensing device , wherein said data processor comprises a computer program which, when running on said data processor, controls a current through each of said top and bottom coils , reads a current through each of said top and bottom coils , and from a change of said current and a level of said current calculates a status for each of said top and bottom coils , and stores said status for each coil in said memory.
A subsea well apparatus for releasing a drilling riser from a subsea wellhead housing , the apparatus comprising: an external tieback connector adapted to be secured to a lower end of the riser , the tieback connector having a locking element for engaging an external profile on the wellhead housing , the tieback connector having a piston within a piston chamber for releasing the locking element; characterized by an umbilical adapted to extend from a floating platform alongside the riser to the tieback connector , the umbilical having a communication line ; first communication means arranged for moving the piston and the locking element of the tieback connector to a released position in response to a signal from the floating platform over the communication line of the umbilical ; an acoustic transducer adapted to be deployed subsea on a transducer cable , the transducer configured to emit an acoustic signal; an acoustic signal receiver mounted to the tieback connector for receiving the acoustic signal; and second communication means arranged for moving the piston and the locking element of the tieback connector to the released position in response to a signal from the floating platform over the transducer cable to the transducer to emit the acoustic signal. an external tieback connector adapted to be secured to a lower end of the riser , the tieback connector having a locking element for engaging an external profile on the wellhead housing , the tieback connector having a piston within a piston chamber for releasing the locking element; characterized by an umbilical adapted to extend from a floating platform alongside the riser to the tieback connector , the umbilical having a communication line ; first communication means arranged for moving the piston and the locking element of the tieback connector to a released position in response to a signal from the floating platform over the communication line of the umbilical ; an acoustic transducer adapted to be deployed subsea on a transducer cable , the transducer configured to emit an acoustic signal; an acoustic signal receiver mounted to the tieback connector for receiving the acoustic signal; and second communication means arranged for moving the piston and the locking element of the tieback connector to the released position in response to a signal from the floating platform over the transducer cable to the transducer to emit the acoustic signal.
A method for reducing the load due to the reporting of broadband access interworking information changes to a policy and/or charging controller in a mobile communication system wherein a core network interworks with a fixed broadband access network to provide internet protocol connectivity to an user equipment via a home base station connected to said fixed broadband access network, and wherein the policy and/or charging controller is a policy and charging rules function, PCRF, said method comprising the steps of: - said policy and/or charging controller sending towards a core network node serving said user equipment, referred to as serving node, a request for broadband access interworking information change reporting, wherein the serving node is a mobility management entity, MME, - said serving node detecting broadband access interworking information change for said user equipment, reporting said broadband access interworking information change to said policy and/or charging controller only if said serving node has received a request for broadband access interworking information change reporting, wherein said broadband access interworking information includes home (e)NodeB local internet protocol address, user datagram protocol port number. - said policy and/or charging controller sending towards a core network node serving said user equipment, referred to as serving node, a request for broadband access interworking information change reporting, wherein the serving node is a mobility management entity, MME, - said serving node detecting broadband access interworking information change for said user equipment, reporting said broadband access interworking information change to said policy and/or charging controller only if said serving node has received a request for broadband access interworking information change reporting,
Actuating handle for a window or a door, having a handgrip which is mounted so as to be rotatable about an axis of rotation of a stop body by way of a grip neck and has an elongate driver for entering into an operative connection with an actuating element of the window or the door that is able to be coupled in a rotationally conjoint manner to the handgrip , wherein the grip neck is able to be connected to a bush for fixing the handgrip to the stop body , wherein the actuating handle has a depression ; wherein the driver is able to be introduced in a longitudinally displaceable manner into the depression ; wherein a compression spring is arranged in the depression and exerts a pressure force, directed out of the depression , on the driver ; wherein the driver has at least one first stop element which corresponds to at least one second stop element in or at the depression such that a movement of the driver directed out of the depression is limited by the stop elements , characterized in that the depression is arranged at least partially in the grip neck and the at least one second stop element is arranged on the bush and projects into the depression . wherein the actuating handle has a depression ; wherein the driver is able to be introduced in a longitudinally displaceable manner into the depression ; wherein a compression spring is arranged in the depression and exerts a pressure force, directed out of the depression , on the driver ; wherein the driver has at least one first stop element which corresponds to at least one second stop element in or at the depression such that a movement of the driver directed out of the depression is limited by the stop elements , characterized in that the depression is arranged at least partially in the grip neck and the at least one second stop element is arranged on the bush and projects into the depression .
An infusion cannula , comprising: a main tube having a proximal end , a distal end , and a tubular sidewall extending between the proximal end and the distal end ; and an extendable member comprising an expandable balloon provided on a portion of the sidewall , wherein the expandable balloon is configured to expand radially outward from the sidewall from a relaxed state to an inflated state, and wherein the sidewall defines an aperture located between the proximal end and the distal end of the main tube; characterized in that the expandable balloon extends only partially around the circumference of the sidewall such that, in the inflated state, fluid may flow freely around the expandable balloon . a main tube having a proximal end , a distal end , and a tubular sidewall extending between the proximal end and the distal end ; and an extendable member comprising an expandable balloon provided on a portion of the sidewall , wherein the expandable balloon is configured to expand radially outward from the sidewall from a relaxed state to an inflated state, and wherein the sidewall defines an aperture located between the proximal end and the distal end of the main tube; characterized in that the expandable balloon extends only partially around the circumference of the sidewall such that, in the inflated state, fluid may flow freely around the expandable balloon .
Method for collecting operational data from an aircraft , this aircraft comprising at least one display screen for operational data of the aircraft, the method being characterized in that : - using a mobile terminal equipped with at least one optical sensor, images of said at least one display screen are acquired in such a way that at least some of the acquired images represent operational data displayed on the display screen; - using an optical character recognition (OCR) module associated with said mobile terminal , character strings (C1, C2) each representative of one piece of said operational data displayed on the display screen are identified in the acquired images ; - using a report generation module and said identified character strings (C1, C2), an electronic report is generated containing at least some of said operational data of the aircraft ; the mobile terminal being functionally linked to a database (BD1) containing several predetermined electronic report templates, each predetermined report template corresponding to a given aircraft type itself identifiable via the identification information of that aircraft, the report generation module being arranged so that upon receipt of the identification information (ID) of the aircraft of which data is to be collected, it obtains from the database (BD1) a given electronic report template corresponding to that aircraft, the electronic report generated by the report generation module being generated from the report template obtained from the database (BD1). - using a mobile terminal equipped with at least one optical sensor, images of said at least one display screen are acquired in such a way that at least some of the acquired images represent operational data displayed on the display screen; - using an optical character recognition (OCR) module associated with said mobile terminal , character strings (C1, C2) each representative of one piece of said operational data displayed on the display screen are identified in the acquired images ; - using a report generation module and said identified character strings (C1, C2), an electronic report is generated containing at least some of said operational data of the aircraft ; the mobile terminal being functionally linked to a database (BD1) containing several predetermined electronic report templates, each predetermined report template corresponding to a given aircraft type itself identifiable via the identification information of that aircraft, the report generation module being arranged so that upon receipt of the identification information (ID) of the aircraft of which data is to be collected, it obtains from the database (BD1) a given electronic report template corresponding to that aircraft, the electronic report generated by the report generation module being generated from the report template obtained from the database (BD1).
Sucker with a chassis and steering wheels , on the chassis of which a housing with a cover is arranged and on which at least one brake part is adjustably mounted, which can be moved against the force of at least one spring from a rest position into a brake position, characterized in that , in the rest position, the brake part lifts the sucker from the ground in the region of the steering wheels and rests on the ground , and that the spring is movable below a dead center .