mhurhangee/ep-ind-claims huggingface dataset:
An indoor unit of an air conditioning apparatus in which conditioned air heat-exchanged by a heat exchanger using a slightly flammable refrigerant or a flammable refrigerant having specific gravity higher than that of air is blown out from a blowout port by an indoor fan, the indoor unit comprising: a refrigerant detector configured to detect leakage of the refrigerant; and a blowout port opening/closing mechanism capable of closing a part of the blowout port, characterized in that, when the refrigerant detector detects the leakage of the refrigerant, the indoor fan is driven in a state in which the part of the blowout port is closed by the blowout port opening/closing mechanism to suppress or block blowing of the conditioned air from the part of the blowout port, wherein the indoor unit is a floor mount type indoor unit, the blowout port is a rectangular blowout port formed in an upper surface of a casing of the indoor unit, the indoor unit is configured to be disposable on a wall side so that, in use, one long side of the rectangular blowout port is arranged along a wall surface, and the blowout port opening/closing mechanism is configured to close a part of the rectangular blowout port along a long side of the rectangular blowout port opposite to the wall. a refrigerant detector configured to detect leakage of the refrigerant; and a blowout port opening/closing mechanism capable of closing a part of the blowout port, characterized in that, when the refrigerant detector detects the leakage of the refrigerant, the indoor fan is driven in a state in which the part of the blowout port is closed by the blowout port opening/closing mechanism to suppress or block blowing of the conditioned air from the part of the blowout port, wherein the indoor unit is a floor mount type indoor unit, the blowout port is a rectangular blowout port formed in an upper surface of a casing of the indoor unit, the indoor unit is configured to be disposable on a wall side so that, in use, one long side of the rectangular blowout port is arranged along a wall surface, and the blowout port opening/closing mechanism is configured to close a part of the rectangular blowout port along a long side of the rectangular blowout port opposite to the wall.
A vehicular power transmitting system including a dog clutch having a synchro-mesh mechanism, which dog clutch is provided to selectively connect and disconnect a rotary shaft having external teeth, and a clutch gear rotatable relative to the rotary shaft, to and from each other, the clutch gear having a tapered outer circumferential surface, the vehicular power transmitting system comprising: a first piston disposed within a center bore formed through the rotary shaft such that the first piston is axially reciprocable; a sleeve connected to the first piston and having internal teeth meshing with the external teeth of the rotary shaft so that the sleeve is rotated with the rotary shaft, and such that the sleeve is axially reciprocable together with the first piston according to axial movements of the first piston; a synchronizer ring supported in sliding contact with the tapered outer circumferential surface of the clutch gear such that the synchronizer ring is rotatable relative to the clutch gear; and an actuator including a second piston (92; 200) to axially advance the first piston for thereby bringing the internal teeth of the sleeve into meshing engagement with the clutch gear through the synchronizer ring, and wherein the first piston and the second piston (92; 200) are disposed coaxially with the rotary shaft. a first piston disposed within a center bore formed through the rotary shaft such that the first piston is axially reciprocable; a sleeve connected to the first piston and having internal teeth meshing with the external teeth of the rotary shaft so that the sleeve is rotated with the rotary shaft, and such that the sleeve is axially reciprocable together with the first piston according to axial movements of the first piston; a synchronizer ring supported in sliding contact with the tapered outer circumferential surface of the clutch gear such that the synchronizer ring is rotatable relative to the clutch gear; and an actuator including a second piston (92; 200) to axially advance the first piston for thereby bringing the internal teeth of the sleeve into meshing engagement with the clutch gear through the synchronizer ring, and wherein the first piston and the second piston (92; 200) are disposed coaxially with the rotary shaft.
A plurality of joined bladders that enclose a pressurized fluid, the joined bladders comprising: a first bladder having a hexagonal configuration that includes three first convex edges (51, 53, 55) alternating with three first concave edges (52, 54, 56); a second bladder having a hexagonal configuration that includes three second convex edges alternating with three second concave edges; and a third bladder having a hexagonal configuration that includes three third convex edges alternating with three third concave edges, wherein one of the first convex edges is positioned adjacent and joined to one of the second concave edges, one of the second convex edges is positioned adjacent and joined to one of the third concave edges, and one of the third convex edges is positioned adjacent and joined to one of the first concave edges. a first bladder having a hexagonal configuration that includes three first convex edges (51, 53, 55) alternating with three first concave edges (52, 54, 56); a second bladder having a hexagonal configuration that includes three second convex edges alternating with three second concave edges; and a third bladder having a hexagonal configuration that includes three third convex edges alternating with three third concave edges, wherein one of the first convex edges is positioned adjacent and joined to one of the second concave edges, one of the second convex edges is positioned adjacent and joined to one of the third concave edges, and one of the third convex edges is positioned adjacent and joined to one of the first concave edges.
Method for determining an operating temperature of a battery cell, in particular in an electrically operable working device or a vehicle, in which - an external temperature of the battery cell is detected, in particular continuously or partially continuously, using a sensor arranged outside the battery cell, - an internal temperature of the battery cell is determined by detecting an electrical impedance of the battery cell, and - a value of the operating temperature of the battery cell is determined from the external temperature and/or from the internal temperature, - wherein at least in a first operating state of the battery cell the internal temperature of the battery cell - is determined less frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is in a predefined first safe range, and - is determined more frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is outside the predefined first safe range. - an external temperature of the battery cell is detected, in particular continuously or partially continuously, using a sensor arranged outside the battery cell, - an internal temperature of the battery cell is determined by detecting an electrical impedance of the battery cell, and - a value of the operating temperature of the battery cell is determined from the external temperature and/or from the internal temperature, - wherein at least in a first operating state of the battery cell the internal temperature of the battery cell - is determined less frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is in a predefined first safe range, and - is determined more frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is outside the predefined first safe range. - is determined less frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is in a predefined first safe range, and - is determined more frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is outside the predefined first safe range.
A cap assembly comprising: a conductive vent including: a body having a protrusion and a notch disposed outside of the protrusion wherein the protrusion is disposed in the centre of the body, a flange disposed outside of the body, and a connecting part connecting the body and the flange; and a cap-up electrically connected to the conductive vent, wherein the connecting part has a thickness that is less than the thickness of the body and less than the thickness of the flange; wherein the connecting part extends from the outer edge of the body, toward the centre of the body; and the flange extends from the connecting part, away from the body; wherein the connecting part comprises: a first connecting part that is connected to the body; a second connecting part that is connected to the flange; and a bent part connecting the first connecting part and the second connecting part, such that the first connecting part, the bent part and the second connecting part form a Z shape; wherein the bent part comprises: a first bent part (735c1) connected to the first connecting part and being bent toward the body; a second bent part (735c2) connected to the second connecting part and being bent away from the body; and a third connecting part (735c3) connecting the first bent part (735c1) and the second bent part (735c2) wherein the thickness of the third connecting part (735c3) is from 53% to 80% of thicknesses of the body and the flange. a body having a protrusion and a notch disposed outside of the protrusion wherein the protrusion is disposed in the centre of the body, a flange disposed outside of the body, and a connecting part connecting the body and the flange; and a cap-up electrically connected to the conductive vent, wherein the connecting part has a thickness that is less than the thickness of the body and less than the thickness of the flange; wherein the connecting part extends from the outer edge of the body, toward the centre of the body; and the flange extends from the connecting part, away from the body; wherein the connecting part comprises: a first connecting part that is connected to the body; a second connecting part that is connected to the flange; and a bent part connecting the first connecting part and the second connecting part, such that the first connecting part, the bent part and the second connecting part form a Z shape; wherein the bent part comprises: a first bent part (735c1) connected to the first connecting part and being bent toward the body; a second bent part (735c2) connected to the second connecting part and being bent away from the body; and a third connecting part (735c3) connecting the first bent part (735c1) and the second bent part (735c2) wherein the thickness of the third connecting part (735c3) is from 53% to 80% of thicknesses of the body and the flange.
A rock anchor which includes an elongate, flexible element with first and second ends (26, 28), an anchor expansion mechanism at the first end, a tubular barrel into which the second end extends, and a locking arrangement (18, 34) inside the tubular barrel which permits movement of the elongate element in a first direction in the tubular barrel and which locks the elongate element to the tubular barrel when the elongate element moves in a second direction, opposing the first direction, in the tubular barrel, characterized in that the tubular barrel in use, is located in a borehole in a rock, and has a first, inner mouth, a second, outer mouth and a passage between the mouths, a load-distributing face plate, with an inner side and an outer side, is engaged with the outer mouth of the tubular barrel, the locking arrangement (18, 34) includes a wedge device, inside the passage, which is engageable with a surface of the passage, at the inner mouth, of complementary taper to the wedge device, and through which the elongate element extends, and in that a biasing member acts between the elongate element and the wedge device and urges the wedge device towards the surface of complementary taper.
A method of operating a wind energy plant (WEA1, WEA2), by a flight navigation device, the lighting means of which have VIS-LEDs (2, 3), being switched on and the VIS-LEDs (2, 3) radiating with a maximum intensity in the range of visible light, characterized in that at least one NIR-LED (7, 8) is switched on with the flight navigation device, and the at least one NIR-LED (7, 8) radiates with a maximum intensity in the NIR range and that the VIS-LEDs (2, 3) and NIR-LEDs (7, 8) are arranged in a plurality of annular rows arranged one above the other in the vertical direction, and at least two rows have VIS-LEDs (2, 3) and at least two further rows have NIR-LEDs (7, 8).
A holding device for holding a sheath for protecting a hand on the grip of a motorcycle handlebar, said holding device comprising a fastening mouthpiece extending along a longitudinal axis and comprising successively: - a proximal ring having: - a single slot parallel to the longitudinal axis, extending over the entire length of the proximal ring and formed in a lower portion of the proximal ring, - a peripheral proximal groove extending over the periphery of the proximal ring; - an arcuate envelope extending the proximal ring on the upper portion thereof, said envelope being open in the continuity of the slot of the proximal ring; - a distal plate extending transversely to the longitudinal axis and disposed secured to the end of the envelope, opposite to the proximal ring, said distal plate supporting an anchor system of the sheath; said holding device further comprising a clamping member specific to engage on the proximal groove of the proximal ring in order to hold said proximal ring clamped on the grip; said holding device being characterized in that the proximal ring has a line of weakness parallel to the longitudinal axis and formed in the upper portion of the proximal ring facing the slot, said line of weakness defining a preferred elastic deformation line of the proximal ring in the direction of a spacing of the slot. - a proximal ring having: - a single slot parallel to the longitudinal axis, extending over the entire length of the proximal ring and formed in a lower portion of the proximal ring, - a peripheral proximal groove extending over the periphery of the proximal ring; - a single slot parallel to the longitudinal axis, extending over the entire length of the proximal ring and formed in a lower portion of the proximal ring, - a peripheral proximal groove extending over the periphery of the proximal ring; - an arcuate envelope extending the proximal ring on the upper portion thereof, said envelope being open in the continuity of the slot of the proximal ring; - a distal plate extending transversely to the longitudinal axis and disposed secured to the end of the envelope, opposite to the proximal ring, said distal plate supporting an anchor system of the sheath;
A method for a transmitting side device to transmit a signal in a wireless communication system, the method comprising: configuring a multiplexed block by multiplexing a PSS, primary synchronization signal, an SSS, secondary synchronization signal, a PBCH, physical broadcast channel, signal, and a DMRS, Demodulation Reference Signal, for the PBCH signal in time frequency domain, wherein, based on the PBCH signal being multiplexed with the PSS and the SSS in a TDM, Time Divisional Multiplexing, scheme on different OFDM symbols, the PBCH signal is transmitted through wider bandwidth comparing to a bandwidth for transmitting the PSS and the SSS, wherein, based on the PBCH signal being multiplexed with one or more of the PSS and the SSS in a FDM, Frequency Divisional Multiplexing, scheme on a same OFDM symbol, the PBCH signal is transmitted through frequency bands of both ends and not overlapping with a frequency position at which the PSS or the SSS is transmitted, and wherein the DMRS is multiplexed within a time frequency domain for transmitting the PBCH signal; and wherein the PSS and the SSS are multiplexed in a TDM scheme; and transmitting the multiplexed block to a receiving side device. configuring a multiplexed block by multiplexing a PSS, primary synchronization signal, an SSS, secondary synchronization signal, a PBCH, physical broadcast channel, signal, and a DMRS, Demodulation Reference Signal, for the PBCH signal in time frequency domain, wherein, a PSS, primary synchronization signal, an SSS, secondary synchronization signal, a PBCH, physical broadcast channel, signal, and a DMRS, Demodulation Reference Signal, for the PBCH signal in time frequency domain, wherein, based on the PBCH signal being multiplexed with the PSS and the SSS in a TDM, Time Divisional Multiplexing, scheme on different OFDM symbols, the PBCH signal is transmitted through wider bandwidth comparing to a bandwidth for transmitting the PSS and the SSS, wherein, based on the PBCH signal being multiplexed with one or more of the PSS and the SSS in a FDM, Frequency Divisional Multiplexing, scheme on a same OFDM symbol, the PBCH signal is transmitted through frequency bands of both ends and not overlapping with a frequency position at which the PSS or the SSS is transmitted, and wherein the DMRS is multiplexed within a time frequency domain for transmitting the PBCH signal; and wherein the PSS and the SSS are multiplexed in a TDM scheme; and transmitting the multiplexed block to a receiving side device.
A cooking hob comprising at least one heating element and at least one fastening system for the heating element, in particular for an induction coil of an induction cooking hob, wherein the fastening system comprises at least three fastening elements connectable or connected to the cooking hob, wherein at least one fastening element includes a snap-in mechanism (14, 16, 18), characterized in that the snap-in mechanism (14, 16, 18) is connectable or connected to a fixation hole of the heating element, wherein the snap-in mechanism (14, 16, 18) includes a fixed hook element arranged directly on a main body of the fastening element and a movable hook element connected to the main body of the fastening element via a flexible supporting arm, and wherein the fastening elements include a main body connectable or connected to the bottom and/or the side wall of the cooking hob.
An infusion set for use with a fluid infusion device, comprising: a mount having a distal end opposite a proximal end, the mount including an internal projection having a bore, the internal projection extending from the distal end to the proximal end of the mount, the internal projection surrounded at least partially by an internal recess defined through a surface of the proximal end and extending through the proximal end and a portion of the distal end of the mount such that the internal recess is open at the proximal end of the mount, but closed towards the distal end, and the proximal end of the mount including at least one rib that spans the internal recess to couple the internal projection with the surface of the proximal end and wherein the at least one rib ends at the internal projection; a fluid outlet coupled to at least a portion of the bore of the internal projection; and a coupling device to couple the infusion set to a user, the coupling device coupled to the surface and the at least one rib of the proximal end of the mount. a mount having a distal end opposite a proximal end, the mount including an internal projection having a bore, the internal projection extending from the distal end to the proximal end of the mount, the internal projection surrounded at least partially by an internal recess defined through a surface of the proximal end and extending through the proximal end and a portion of the distal end of the mount such that the internal recess is open at the proximal end of the mount, but closed towards the distal end, and the proximal end of the mount including at least one rib that spans the internal recess to couple the internal projection with the surface of the proximal end and wherein the at least one rib ends at the internal projection; a fluid outlet coupled to at least a portion of the bore of the internal projection; and a coupling device to couple the infusion set to a user, the coupling device coupled to the surface and the at least one rib of the proximal end of the mount.
A method of manufacturing a fluid-filled element, the method comprising steps of: forming a chamber from a polymer material; recessing an insert (61, 62) into the polymer material of the chamber to secure the insert to the chamber; and pressurizing the chamber, wherein the step of pressurizing the chamber includes deforming the insert. forming a chamber from a polymer material; recessing an insert (61, 62) into the polymer material of the chamber to secure the insert to the chamber; and pressurizing the chamber, wherein the step of pressurizing the chamber includes deforming the insert.
Telescopic vehicle surface cleaning device comprising a washing unit, the washing unit comprising a nozzle carrier housing, a nozzle carrier and at least one fluid nozzle with at least one nozzle aperture, the nozzle carrier being movable relative to the nozzle carrier housing between first and second positions, the first position being a rest position and the second position being an extended position, the device further comprising a heating unit, the heating unit being configured as a heating sub assembly of the device and the heating unit comprising a heating element carrier with an electrically resistive heating element, and comprising a heat radiation body providing a heating surface, the heating element carrier being fixed relative to the nozzle carrier housing and being configured such that the heating element and the heat radiation body are arranged in front of and adjacent to the nozzle aperture in the rest position of the nozzle carrier such that an air gap remains between the heating surface and the nozzle aperture.
A lithium secondary battery electrolyte, comprising an organic solvent, a conductive lithium salt, 2-propynyl methyl carbonate and an additive, characterized in that the additive is at least one selected from lithium difluorodioxalate phosphate, lithium tetrafluorooxalate phosphate, 1,3,2-dioxathiolane 2,2-dioxide and 1-propyl phosphate cyclic anhydride.
A method for producing a carbon black-containing polyolefin compound, the method comprising incorporating carbon black obtainable by pyrolysis of carbon black filled crosslinked and/or uncrosslinked polymers into a polyolefin polymer, wherein the amount of said carbon black added is above the percolation threshold, defined as the lowest value of carbon black concentration at which the addition of one further weight percent carbon black into the polymer would result in a drop of resistivity of the resulting compound by more than a factor of 3, said amount being sufficient to produce a carbon black-containing polyolefin compound having a volume resistivity between 10 2 and 10 12 Ohm.cm, measured according to ASTM D 991 for the range ≤ 10 6 Ohm.cm and to ASTM D 257 for the range > 10 6 Ohm.cm.