mhurhangee/ep-ind-claims huggingface dataset:
Variable-lift device, characterised in that it is has: - a pressurised airtight enclosure accommodating air, - a first airtight ballonet arranged inside the airtight enclosure accommodating under pressure a gas with a density lower than the density of air, the first airtight ballonet having a perforation means for perforating the first airtight ballonet, the device being configured in that the perforation means is configured to release the gas with a density lower than the density of air into the airtight enclosure such that the airtight enclosure contains the air and the gas with a density lower than the density of air in contact with each other. - a pressurised airtight enclosure accommodating air, - a first airtight ballonet arranged inside the airtight enclosure accommodating under pressure a gas with a density lower than the density of air, the first airtight ballonet having a perforation means for perforating the first airtight ballonet, the device being configured in that the perforation means is configured to release the gas with a density lower than the density of air into the airtight enclosure such that the airtight enclosure contains the air and the gas with a density lower than the density of air in contact with each other.
An artificial ventilation system comprising: - a patient interface (10', 10") adapted to contain a volume in communication with at least the mouth and nose of a patient, wherein the patient interface (10', 10") is provided with a through hole; - a nasal cannula connected to the through hole of the patient interface (10', 10"); and - a connection element snugly fitted into the through hole and sealingly fitted onto the nasal cannula; characterized in that the connection element is elastically deformable. - a patient interface (10', 10") adapted to contain a volume in communication with at least the mouth and nose of a patient, wherein the patient interface (10', 10") is provided with a through hole; - a nasal cannula connected to the through hole of the patient interface (10', 10"); and - a connection element snugly fitted into the through hole and sealingly fitted onto the nasal cannula;
A method for managing resources within a communication system, the communication system comprises a first mobile transceiver and a second mobile transceiver, wherein the first mobile transceiver has a portion of first resources to be granted and/or shared and/or offered and wherein the second mobile transceiver requires more resources, the method comprising: exchanging resource controlling information (S-SR and/or S-GR) between the first and the second mobile transceivers; and granting or offering the portion of the first resources for the second transceiver as response to exchanging resource controlling information (S-SR, S-GR), wherein the first resources to be granted and/or shared and/or offered are resources to be used for the communication between the base station and the respective mobile transceiver (14, 16); or exchanging resource controlling information (S-GR) regarding a physical resource block between the first and the second mobile transceivers so as to offer the portion of the first resources shared for the second transceiver such that same can directly use the portion. exchanging resource controlling information (S-SR and/or S-GR) between the first and the second mobile transceivers; and granting or offering the portion of the first resources for the second transceiver as response to exchanging resource controlling information (S-SR, S-GR), wherein the first resources to be granted and/or shared and/or offered are resources to be used for the communication between the base station and the respective mobile transceiver (14, 16); or exchanging resource controlling information (S-GR) regarding a physical resource block between the first and the second mobile transceivers so as to offer the portion of the first resources shared for the second transceiver such that same can directly use the portion.
A heat exchanger, in which a number of plate-shaped fins are attached to outer peripheries of heat transfer tubes through which a refrigerant flows, the heat exchanger being for performing heat exchange with the air, wherein three rows of heat transfer tubes (20a, 20b, 20c) are arranged along an air flow direction, among the three rows of the heat transfer tubes (20a, 20b, 20c), a refrigerant inlet side heat transfer tube in a case of using as an evaporator or a refrigerant outlet side heat transfer tube in a case of using as a condenser has the smallest diameter, in a case where the most windward side heat transfer tube has the smallest diameter, a tube diameter of the most windward side heat transfer tube is D1, a tube diameter of the middle heat transfer tube is D2, and a tube diameter of the most leeward side is D3, D1 < D2 = D3, 4 mm ≤ D3 ≤ 10 mm, and 0.6 ≤ D1/D3 < 1 are satisfied, and in a case where the most leeward side heat transfer tube has the smallest diameter, the tube diameter of the most leeward side heat transfer tube is D1, the tube diameter of the middle heat transfer tube is D2, and the tube diameter of the most windward side is D3, D1 < D2 = D3, 4 mm ≤ D3 ≤ 10 mm, and 0.6 ≤ D1/D3 < 1 are satisfied, characterized in that, It a width of the plate-shaped fin attached to the heat transfer tube having the smallest diameter is larger than widths of the plate-shaped fins (21b, 21c) attached to the other heat transfer tubes (20b, 20c). three rows of heat transfer tubes (20a, 20b, 20c) are arranged along an air flow direction, among the three rows of the heat transfer tubes (20a, 20b, 20c), a refrigerant inlet side heat transfer tube in a case of using as an evaporator or a refrigerant outlet side heat transfer tube in a case of using as a condenser has the smallest diameter, in a case where the most windward side heat transfer tube has the smallest diameter, a tube diameter of the most windward side heat transfer tube is D1, a tube diameter of the middle heat transfer tube is D2, and a tube diameter of the most leeward side is D3, D1 < D2 = D3, 4 mm ≤ D3 ≤ 10 mm, and 0.6 ≤ D1/D3 < 1 are satisfied, and in a case where the most leeward side heat transfer tube has the smallest diameter, the tube diameter of the most leeward side heat transfer tube is D1, the tube diameter of the middle heat transfer tube is D2, and the tube diameter of the most windward side is D3, D1 < D2 = D3, 4 mm ≤ D3 ≤ 10 mm, and 0.6 ≤ D1/D3 < 1 are satisfied, characterized in that, It a width of the plate-shaped fin attached to the heat transfer tube having the smallest diameter is larger than widths of the plate-shaped fins (21b, 21c) attached to the other heat transfer tubes (20b, 20c).
A fastening device comprising: a trigger portion; a nose portion a fastener magazine configured to receive a fastener; a first switch associated with the trigger portion, an operational state of the first switch being one of an open state and a closed state; a second switch, associated with the nose portion, an operational state of the second switch being one of an open state and a closed state; and a controller configured to receive a first signal associated with the operational state of the first switch, receive a second signal associated with the operational state of the second switch, and initiate a firing operation for the fastener when the first signal associated with the operational state of the first switch is indicative of the first switch being in the closed state and when the second signal associated with the operational state of the second switch is indicative of the second switch being in the closed state, and characterised in that the fastening device does not include a mechanical safety linkage connecting the trigger portion and the nose portion. a trigger portion; a nose portion a fastener magazine configured to receive a fastener; a first switch associated with the trigger portion, an operational state of the first switch being one of an open state and a closed state; a second switch, associated with the nose portion, an operational state of the second switch being one of an open state and a closed state; and a controller configured to receive a first signal associated with the operational state of the first switch, receive a second signal associated with the operational state of the second switch, and initiate a firing operation for the fastener when the first signal associated with the operational state of the first switch is indicative of the first switch being in the closed state and when the second signal associated with the operational state of the second switch is indicative of the second switch being in the closed state, and characterised in that the fastening device does not include a mechanical safety linkage connecting the trigger portion and the nose portion.
A method for detecting seismic events, including foreshocks, for earthquake prediction, in which method the events are detected by a plurality of sensors which are arranged on at least a part of a water pipe network characterized in that the events are detected acoustically and that the sensors (T1, T2) are acoustic sensors (T1, T2), wherein the sensors (T1, T2) are ultrasonic sensors and that the ultrasonic sensors (T1, T2) in ultrasonic water meters are used as ultrasonic sensors for seismic event detection.
Rubber composition containing at least: - a reinforcing filler comprising silica, - an elastomer comprising units of a 1,3-diene monomer and bearing carbonate functions that are each present in a 1,3-dioxolan-2-one ring, - a crosslinking system comprising a polyamine compound, and - a terpene phenolic resin. - a reinforcing filler comprising silica, - an elastomer comprising units of a 1,3-diene monomer and bearing carbonate functions that are each present in a 1,3-dioxolan-2-one ring, - a crosslinking system comprising a polyamine compound, and - a terpene phenolic resin.
A power drive nailing machine comprising: a driver for striking a nail; a nose portion including an injection port for slidingly guiding the driver; a magazine charged with a connected nail, successively supplying the connected nail into the injection port and including a pair of side walls (13, 14); guide portions respectively formed on the pair of side walls (13, 14) to be opposed to each other and engaged with a side face of the connected nail for guiding a nail shaft portion of the connected nail; an opening portion formed at one of the pair of side walls on a base end side of the nose portion relative to the guide portions; and a notched portion formed at the other of the pair of side walls (13, 14) on a front-end side of the nose portion relative to the guide portions, characterized in that: the opening portion is formed up to a front end of the one of the pair of side walls (13, 14), and in a state of attaching the magazine to the nose portion, the inside of the injection port of the nose portion disposed on the base end side of the nose portion relative to the guide portion always faces outside by way of the opening portion, such that a clogged nail can be removed by applying a tool of a punch or the like to the clogged nail at inside of the injection port from a portion of the opening portion. a driver for striking a nail; a nose portion including an injection port for slidingly guiding the driver; a magazine charged with a connected nail, successively supplying the connected nail into the injection port and including a pair of side walls (13, 14); guide portions respectively formed on the pair of side walls (13, 14) to be opposed to each other and engaged with a side face of the connected nail for guiding a nail shaft portion of the connected nail; an opening portion formed at one of the pair of side walls on a base end side of the nose portion relative to the guide portions; and a notched portion formed at the other of the pair of side walls (13, 14) on a front-end side of the nose portion relative to the guide portions, characterized in that: the opening portion is formed up to a front end of the one of the pair of side walls (13, 14), and in a state of attaching the magazine to the nose portion, the inside of the injection port of the nose portion disposed on the base end side of the nose portion relative to the guide portion always faces outside by way of the opening portion, such that a clogged nail can be removed by applying a tool of a punch or the like to the clogged nail at inside of the injection port from a portion of the opening portion. the opening portion is formed up to a front end of the one of the pair of side walls (13, 14), and in a state of attaching the magazine to the nose portion, the inside of the injection port of the nose portion disposed on the base end side of the nose portion relative to the guide portion always faces outside by way of the opening portion, such that a clogged nail can be removed by applying a tool of a punch or the like to the clogged nail at inside of the injection port from a portion of the opening portion.
A method for receiving a physical downlink control channel, PDCCH, by a downlink receiver for which one or more cells are set, characterized by: receiving information on configuration of a virtual resource block, VRB, set for potential PDCCH transmission; and monitoring the VRB set and demodulating the PDCCH, wherein information on the VRB set is information related to a cell for which PDCCH non-cross-interleaving is set or a cell for which PDCCH demodulation based on a downlink receiver-specific reference signal is set, and wherein the information on the VRB set is commonly defined for a first slot and a second slot in a downlink subframe. receiving information on configuration of a virtual resource block, VRB, set for potential PDCCH transmission; and monitoring the VRB set and demodulating the PDCCH, wherein information on the VRB set is information related to a cell for which PDCCH non-cross-interleaving is set or a cell for which PDCCH demodulation based on a downlink receiver-specific reference signal is set, and wherein the information on the VRB set is commonly defined for a first slot and a second slot in a downlink subframe.
A rotatable component for keyed coupling with another component, the rotatable component having a rotation axis and comprising: a keyseat having a keyseat opening for receiving a key therein, the keyseat including: a pocket including a concave floor engageable with a part of the key, the floor having a curved axial cross-sectional profile relative to the rotation axis of the rotatable component; a first keyseat extension extending in a first axial direction from the pocket relative to the rotation axis of the rotatable component; and a second keyseat extension extending in a second axial direction opposite the first axial direction from the pocket relative to the rotation axis of the rotatable component, wherein an axial cross-sectional profile of the first keyseat extension defines a curved transition between the keyseat opening and a floor of the first keyseat extension, characterised in that: the curved axial cross-sectional profile of the concave floor of the pocket includes a first arc; and the curved transition between the keyseat opening and the floor of the first keyseat extension includes a second arc. a keyseat having a keyseat opening for receiving a key therein, the keyseat including: a pocket including a concave floor engageable with a part of the key, the floor having a curved axial cross-sectional profile relative to the rotation axis of the rotatable component; a first keyseat extension extending in a first axial direction from the pocket relative to the rotation axis of the rotatable component; and a second keyseat extension extending in a second axial direction opposite the first axial direction from the pocket relative to the rotation axis of the rotatable component, a pocket including a concave floor engageable with a part of the key, the floor having a curved axial cross-sectional profile relative to the rotation axis of the rotatable component; a first keyseat extension extending in a first axial direction from the pocket relative to the rotation axis of the rotatable component; and a second keyseat extension extending in a second axial direction opposite the first axial direction from the pocket relative to the rotation axis of the rotatable component, wherein an axial cross-sectional profile of the first keyseat extension defines a curved transition between the keyseat opening and a floor of the first keyseat extension, the curved axial cross-sectional profile of the concave floor of the pocket includes a first arc; and the curved transition between the keyseat opening and the floor of the first keyseat extension includes a second arc.
Prefabricated floor part (2, 102, 202, 1002, 302 a,b) for floor heating and/or cooling, comprising: - a roll-up carrier mat (4, 104, 204, 1004, 2002, 5004); - a first tube (6, 106, 206, 1006, 2004, 306, 4106) which is attached in meander or spiral form to the carrier mat and can be rolled up together with the carrier mat, wherein the carrier mat is embodied such that the carrier mat can be cut with a hand tool, characterized in that the first tube comprises compressed air and each outer end of the first tube is provided with a shut-off valve and is further provided with sealing means, so that the compressed air is sealed and held in the first tube. - a roll-up carrier mat (4, 104, 204, 1004, 2002, 5004); - a first tube (6, 106, 206, 1006, 2004, 306, 4106) which is attached in meander or spiral form to the carrier mat and can be rolled up together with the carrier mat, wherein the carrier mat is embodied such that the carrier mat can be cut with a hand tool,
A work vehicle comprising: an engine main body; a cooling fan arranged in front of the engine main body, and configured to feed air to the engine main body; an exhaust gas purification device arranged on one of the left and right sides of the engine main body, and configured to purify exhaust gas exhausted from the engine main body; an engine hood that covers the engine main body, the cooling fan, and the exhaust gas purification device; and an operation seat arranged behind the engine hood, wherein an outside air intake port is formed in at least one of left and right side surfaces of the engine hood, at a position further forward than the cooling fan, on at least one of the left and right side surfaces of the engine hood, a first opening capable of exhausting air inside the engine hood in a direction away from the operation seat in side view is formed in a position facing the exhaust gas purification device in the lateral direction, and a second opening having a shape elongated in a vehicle width direction is formed in a position above the rear of the engine hood and in front of the operation seat, the second opening being capable of exhausting the air inside the engine hood in a direction away from the operation seat in side view, characterized in that a closing part is provided in a middle position of the second opening relative to the vehicle width direction, and direction of the air passing through the second opening is divided into left and right by the closing part. an engine main body; a cooling fan arranged in front of the engine main body, and configured to feed air to the engine main body; an exhaust gas purification device arranged on one of the left and right sides of the engine main body, and configured to purify exhaust gas exhausted from the engine main body; an engine hood that covers the engine main body, the cooling fan, and the exhaust gas purification device; and an operation seat arranged behind the engine hood, wherein an outside air intake port is formed in at least one of left and right side surfaces of the engine hood, at a position further forward than the cooling fan, on at least one of the left and right side surfaces of the engine hood, a first opening capable of exhausting air inside the engine hood in a direction away from the operation seat in side view is formed in a position facing the exhaust gas purification device in the lateral direction, and a second opening having a shape elongated in a vehicle width direction is formed in a position above the rear of the engine hood and in front of the operation seat, the second opening being capable of exhausting the air inside the engine hood in a direction away from the operation seat in side view, characterized in that a closing part is provided in a middle position of the second opening relative to the vehicle width direction, and direction of the air passing through the second opening is divided into left and right by the closing part.
Vehicle equipment designed to be removably mounted in a vehicle in the vicinity of a space intended to accommodate a user, the vehicle equipment being different from a child's car seat, the vehicle equipment comprising: - an active protection system having a protection mode in which said active protection system is configured to afford protection for the user in a situation involving an accident, the active protection system being in a standby mode at times other than in a situation involving an accident, - an actuating system comprising a trigger device having an electric power supply source, an electronic central unit connected to the power supply source and to the active protection system, and at least one electronic sensor connected to the central unit, the trigger device having an active mode in which the sensor is configured to measure a driving parameter (Pc) of the vehicle varying as a function of driving conditions of the vehicle, and the central unit is configured to switch the active protection system from the standby mode to the protection mode when the driving parameter (Pc) exceeds a trigger threshold (Sd) representing a situation involving an accident, the vehicle equipment being characterised in that the trigger device has an inactive mode in which said trigger device remains as long as the driving parameter (Pc) is below an activation threshold (Sa), the activation threshold (Sa) being below the trigger threshold (Sd), and in that the actuating system comprises an activation device configured to detect when the driving parameter (Pc) exceeds the activation threshold (Sa) and switch the trigger device from the inactive mode to the active mode when the driving parameter (Pc) exceeds the activation threshold (Sa). - an active protection system having a protection mode in which said active protection system is configured to afford protection for the user in a situation involving an accident, the active protection system being in a standby mode at times other than in a situation involving an accident, - an actuating system comprising a trigger device having an electric power supply source, an electronic central unit connected to the power supply source and to the active protection system, and at least one electronic sensor connected to the central unit, the trigger device having an active mode in which the sensor is configured to measure a driving parameter (Pc) of the vehicle varying as a function of driving conditions of the vehicle, and the central unit is configured to switch the active protection system from the standby mode to the protection mode when the driving parameter (Pc) exceeds a trigger threshold (Sd) representing a situation involving an accident,