mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring a Physical Downlink Control Channel, PDCCH, signal, the method performed by a terminal and comprising: monitoring a PDCCH signal; wherein during an active time of a discontinuous reception, DRX, the PDCCH signal is monitored on a downlink subframe, based on (i) that the downlink subframe is not required for uplink, UL, transmission for a half-duplex operation in a frequency division duplex, FDD, based on (ii) that the downlink subframe is not a part of a configured measurement gap, and based on (iii) that the downlink subframe does not immediately precede an uplink subframe, wherein the half duplex operation in the FDD does not allow a reception on the downlink subframe and a transmission on the uplink subframe to be simultaneously performed, characterized in that the method comprises: based on that the terminal is configured with a coverage expansion for the half-duplex operation in the FDD, receiving repetitions of a physical downlink shared channel, PDSCH, signal; and based on that the terminal is configured with the coverage expansion for the half-duplex operation in the FDD, transmitting repetitions of a physical uplink shared channel, PUSCH, signal on a plurality of uplink subframes, which are not overlapping with the repetitions of the PDSCH signal. monitoring a PDCCH signal; wherein during an active time of a discontinuous reception, DRX, the PDCCH signal is monitored on a downlink subframe, based on (i) that the downlink subframe is not required for uplink, UL, transmission for a half-duplex operation in a frequency division duplex, FDD, based on (ii) that the downlink subframe is not a part of a configured measurement gap, and based on (iii) that the downlink subframe does not immediately precede an uplink subframe, wherein the half duplex operation in the FDD does not allow a reception on the downlink subframe and a transmission on the uplink subframe to be simultaneously performed, characterized in that the method comprises: based on that the terminal is configured with a coverage expansion for the half-duplex operation in the FDD, receiving repetitions of a physical downlink shared channel, PDSCH, signal; and based on that the terminal is configured with the coverage expansion for the half-duplex operation in the FDD, transmitting repetitions of a physical uplink shared channel, PUSCH, signal on a plurality of uplink subframes, which are not overlapping with the repetitions of the PDSCH signal. based on that the terminal is configured with a coverage expansion for the half-duplex operation in the FDD, receiving repetitions of a physical downlink shared channel, PDSCH, signal; and based on that the terminal is configured with the coverage expansion for the half-duplex operation in the FDD, transmitting repetitions of a physical uplink shared channel, PUSCH, signal on a plurality of uplink subframes, which are not overlapping with the repetitions of the PDSCH signal.
A coaptation assistance element (500; 600; 700) for treating mal-coaptation of a mitral heart valve, the heart valve having an annulus, the coaptation assistance element (500; 600; 700) comprising: a body comprising an annular section (510; 610; 710) and a coaptation section, the annular section (510; 610; 710) configured to be implanted within a heart superior to a valve annulus, and the coaptation zone configured to be implanted within a heart and traversing a plane of the valve annulus; a first coaptation surface (560; 660; 760), and an opposed second surface (505; 705), each surface bounded by a first lateral edge (570; 670; 770), a second lateral edge (575; 675; 775), an inferior edge (580; 680; 780), and a superior edge (540; 640; 740), the superior edge forming a lip and cupped downward toward the inferior edge or upward from the annular section; a hub (520; 620; 720) and an anchor coupled to the hub and carried by the annular section (510; 610; 710), the anchor selectively deployable at a first target location; and a plurality of struts (530; 630; 730) extending radially outward from the hub (520; 620; 720), the plurality of struts (530; 630; 730) comprising at least a first strut residing within the annular section (510; 610; 710) and having one end terminating at the hub (520; 620; 720) and the other end extending radially outwardly toward the superior edge (540; 640; 740) and a second strut having one end terminating at the hub (520; 620; 720) and the other end extending radially outwardly toward the inferior edge (580; 680; 780), wherein the second strut has a total length that is longer than that of the first strut. a body comprising an annular section (510; 610; 710) and a coaptation section, the annular section (510; 610; 710) configured to be implanted within a heart superior to a valve annulus, and the coaptation zone configured to be implanted within a heart and traversing a plane of the valve annulus; a first coaptation surface (560; 660; 760), and an opposed second surface (505; 705), each surface bounded by a first lateral edge (570; 670; 770), a second lateral edge (575; 675; 775), an inferior edge (580; 680; 780), and a superior edge (540; 640; 740), the superior edge forming a lip and cupped downward toward the inferior edge or upward from the annular section; a hub (520; 620; 720) and an anchor coupled to the hub and carried by the annular section (510; 610; 710), the anchor selectively deployable at a first target location; and a plurality of struts (530; 630; 730) extending radially outward from the hub (520; 620; 720), the plurality of struts (530; 630; 730) comprising at least a first strut residing within the annular section (510; 610; 710) and having one end terminating at the hub (520; 620; 720) and the other end extending radially outwardly toward the superior edge (540; 640; 740) and a second strut having one end terminating at the hub (520; 620; 720) and the other end extending radially outwardly toward the inferior edge (580; 680; 780), wherein the second strut has a total length that is longer than that of the first strut.
Method in a terminal (M1, M2, M3) for managing electronic coin data sets (C i , C j , C k ) of a payment system , wherein the electronic coin data sets (C i , C j , C k ) are issued by a central issuing entity , wherein each electronic coin data set (C i , C j , C k ) has a check value (p i1 , pi 2 ) , wherein the method comprises the following step: - determining by means of the terminal (M1, M2, M3), on the basis of the check value (p i1 , p i2 ) of an electronic coin data set (C i , C j , C k ), whether this electronic coin data set (C i , C j , C k ) is displayed by the terminal (M1, M2, M3) at the payment system ; or - determining by means of the terminal (M1, M2, M3), on the basis of the check value (p i1 , p i2 ) of the electronic coin data set (C i , C j , C k ), whether the electronic coin data set (C i , C j , C k ) is returned to the central issuing entity ; characterized in that the check value (p i1 , p i2 ) is incremented when the electronic coin data set (C i , C j , C k ) is directly transferred between two terminals (M1, M2, M3). wherein the method comprises the following step: - determining by means of the terminal (M1, M2, M3), on the basis of the check value (p i1 , p i2 ) of an electronic coin data set (C i , C j , C k ), whether this electronic coin data set (C i , C j , C k ) is displayed by the terminal (M1, M2, M3) at the payment system ; or - determining by means of the terminal (M1, M2, M3), on the basis of the check value (p i1 , p i2 ) of the electronic coin data set (C i , C j , C k ), whether the electronic coin data set (C i , C j , C k ) is returned to the central issuing entity ; - determining by means of the terminal (M1, M2, M3), on the basis of the check value (p i1 , p i2 ) of an electronic coin data set (C i , C j , C k ), whether this electronic coin data set (C i , C j , C k ) is displayed by the terminal (M1, M2, M3) at the payment system ; or - determining by means of the terminal (M1, M2, M3), on the basis of the check value (p i1 , p i2 ) of the electronic coin data set (C i , C j , C k ), whether the electronic coin data set (C i , C j , C k ) is returned to the central issuing entity ; characterized in that the check value (p i1 , p i2 ) is incremented when the electronic coin data set (C i , C j , C k ) is directly transferred between two terminals (M1, M2, M3).
An apparatus, comprising: a wireless access point including a memory and a processor operatively coupled to the memory, the wireless access point configured to be operatively coupled to a user communication device and a core network node that is operatively coupled to a plurality of wired network nodes , the wireless access point , when operating, forwarding a tunneled packet associated with a wireless session from the user communication device to the core network node such that a controller of the core network node manages the wireless session and a wired session associated with at least one wired network node from the plurality of wired network nodes , the core network node being a switching device, wherein the forwarding the tunneled packet includes forwarding the tunneled packet through an intervening at least one wired network node from the plurality of wired network nodes , the wireless session associated with the user communication device at a first time, the wired session associated with the user communication device at a second time, and the controller configured to apply a common user policy to the wired session and the wireless session, wherein the common user policy for the user communication device is enforced at the core network node and at the wireless access point for the wireless session, and at the core network node and at the at least one wired network node for the wired session, and wherein the common user policy is not enforced at the intervening at least one wired network node . a wireless access point including a memory and a processor operatively coupled to the memory, the wireless access point configured to be operatively coupled to a user communication device and a core network node that is operatively coupled to a plurality of wired network nodes , the wireless access point , when operating, forwarding a tunneled packet associated with a wireless session from the user communication device to the core network node such that a controller of the core network node manages the wireless session and a wired session associated with at least one wired network node from the plurality of wired network nodes , the core network node being a switching device, wherein the forwarding the tunneled packet includes forwarding the tunneled packet through an intervening at least one wired network node from the plurality of wired network nodes , the wireless session associated with the user communication device at a first time, the wired session associated with the user communication device at a second time, and the controller configured to apply a common user policy to the wired session and the wireless session, wherein the common user policy for the user communication device is enforced at the core network node and at the wireless access point for the wireless session, and at the core network node and at the at least one wired network node for the wired session, and wherein the common user policy is not enforced at the intervening at least one wired network node .
A waterproofing membrane for post-cast concrete applications, comprising: a carrier layer comprising two major faces; a pressure-sensitive adhesive layer having an average thickness of 0.05 to 2.0 mm as defined between two major faces, one of which is attached to one of the carrier layer major faces, the pressure-sensitive adhesive layer further having a penetration greater than 30 decimillimeters (dmm) (150 g., 5 sec., 21.1 °C [70° F]) as measured according to ASTM D 5-73; an inorganic particle layer comprising individual particulate bodies having an average size of 70 μm to 450 μm, the inorganic particle layer being formed by partially embedding the particulate bodies into the second major face of the pressure-sensitive adhesive layer (opposite the major face attached to the carrier layer) whereby a portion of the particulate bodies remain un-submerged; and characterized by an anti-submarining coating layer, having an average thickness of 0.003 to 0.011 mm, attached to un-submerged portions of the inorganic particulate bodies to prevent total embedding of individual particulate bodies within the pressure-sensitive adhesive layer when the membrane is rolled up or unrolled, the coating layer being formed by coating the inorganic particle layer with an emulsion comprising nano-silica particles and at least one film-forming polymer and allowing the coating layer to dry upon the un-submerged individual particulate bodies, the coating layer after drying having a Shore D hardness in the range of 50-90, measured at 23 degrees Celsius, in accordance with ASTM D 2240-00. a carrier layer comprising two major faces; a pressure-sensitive adhesive layer having an average thickness of 0.05 to 2.0 mm as defined between two major faces, one of which is attached to one of the carrier layer major faces, the pressure-sensitive adhesive layer further having a penetration greater than 30 decimillimeters (dmm) (150 g., 5 sec., 21.1 °C [70° F]) as measured according to ASTM D 5-73; an inorganic particle layer comprising individual particulate bodies having an average size of 70 μm to 450 μm, the inorganic particle layer being formed by partially embedding the particulate bodies into the second major face of the pressure-sensitive adhesive layer (opposite the major face attached to the carrier layer) whereby a portion of the particulate bodies remain un-submerged; and characterized by an anti-submarining coating layer, having an average thickness of 0.003 to 0.011 mm, attached to un-submerged portions of the inorganic particulate bodies to prevent total embedding of individual particulate bodies within the pressure-sensitive adhesive layer when the membrane is rolled up or unrolled, the coating layer being formed by coating the inorganic particle layer with an emulsion comprising nano-silica particles and at least one film-forming polymer and allowing the coating layer to dry upon the un-submerged individual particulate bodies, the coating layer after drying having a Shore D hardness in the range of 50-90, measured at 23 degrees Celsius, in accordance with ASTM D 2240-00.
A battery , comprising: a battery cell , comprising: a pressure relief mechanism configured to be capable of being actuated when an internal pressure or temperature of the battery cell reaches a threshold, to relieve the internal pressure; an adhesive; an attachment component adapted to be attached to the battery cell by the adhesive, wherein the attachment component comprises a thermal management component or a support component; and an isolation component configured to be capable of preventing the adhesive from being applied between the attachment component and the pressure relief mechanism ; wherein the pressure relief mechanism has an actuation region, and the pressure relief mechanism is configured, when the internal pressure or temperature of the battery cell reaches the threshold, to be capable of forming a relief channel for relieving the internal pressure in the actuation region; wherein the isolation component is configured to at least surround the actuation region to prevent the adhesive from entering the actuation region; wherein the isolation component has a main body and a protrusion arranged protruding from a surface of the main body , the protrusion is arranged to correspond to a position of the actuation region of the pressure relief mechanism , and the protrusion is configured to at least surround the actuation region to prevent the adhesive from entering the actuation region. a battery cell , comprising: a pressure relief mechanism configured to be capable of being actuated when an internal pressure or temperature of the battery cell reaches a threshold, to relieve the internal pressure; an adhesive; an attachment component adapted to be attached to the battery cell by the adhesive, wherein the attachment component comprises a thermal management component or a support component; and an isolation component configured to be capable of preventing the adhesive from being applied between the attachment component and the pressure relief mechanism ; wherein the pressure relief mechanism has an actuation region, and the pressure relief mechanism is configured, when the internal pressure or temperature of the battery cell reaches the threshold, to be capable of forming a relief channel for relieving the internal pressure in the actuation region; wherein the isolation component is configured to at least surround the actuation region to prevent the adhesive from entering the actuation region; wherein the isolation component has a main body and a protrusion arranged protruding from a surface of the main body , the protrusion is arranged to correspond to a position of the actuation region of the pressure relief mechanism , and the protrusion is configured to at least surround the actuation region to prevent the adhesive from entering the actuation region.
An ostomy appliance, comprising: a flange comprising a flange ring ; an ostomy bag comprising a pouch ring ; and a floating ring , wherein the flange ring and pouch ring each comprise a means for attachment to each other, capable of attaching the flange ring and the pouch ring to each other through the inner diameter (D) of the floating ring and characterized in that the floating ring : (a) is adapted for positioning between an annular surface of the flange ring and an annular surface of the pouch ring ; (b) comprises a rigid material with a Young's modulus of at least 170gigaPascals; and (c) is arranged to rest in substantially coplanar fashion against the surfaces of the flange ring and pouch ring . a flange comprising a flange ring ; an ostomy bag comprising a pouch ring ; and a floating ring , wherein the flange ring and pouch ring each comprise a means for attachment to each other, capable of attaching the flange ring and the pouch ring to each other through the inner diameter (D) of the floating ring and characterized in that the floating ring : (a) is adapted for positioning between an annular surface of the flange ring and an annular surface of the pouch ring ; (b) comprises a rigid material with a Young's modulus of at least 170gigaPascals; and (c) is arranged to rest in substantially coplanar fashion against the surfaces of the flange ring and pouch ring . (a) is adapted for positioning between an annular surface of the flange ring and an annular surface of the pouch ring ; (b) comprises a rigid material with a Young's modulus of at least 170gigaPascals; and (c) is arranged to rest in substantially coplanar fashion against the surfaces of the flange ring and pouch ring .
A method for depleting a volatile component in a mixture comprising the volatile component, where the volatile component is a cyclic polyorganosiloxane with a degree of polymerization from 3 to 12, a silane, or a noncyclic polyorganosiloxane with a degree of polymerization up to 14, and at least one other component, the method comprising 1) sorbing at least some of the volatile component into bulk of a nonporous crosslinked polyorganosiloxane elastomer, thereby forming a depleted mixture containing less of the volatile component than the mixture before sorbing and enriching the nonporous crosslinked polyorganosiloxane elastomer with sorbed volatile component thereby forming an enriched crosslinked polyorganosiloxane elastomer, wherein during step 1), at least some of the volatile component is in gas phase, 2) desorbing at least some of the sorbed volatile component from the enriched crosslinked polyorganosiloxane elastomer, thereby forming a desorbed volatile component and a regenerated elastomer containing less of the sorbed volatile component than the enriched crosslinked polyorganosiloxane elastomer prior to desorbing, and 3) using the regenerated elastomer as all or a portion of the nonporous crosslinked polyorganosiloxane elastomer in repeating step 1), and 4) directing to a desired location, one or both of the depleted mixture during and/or after step 1) and the desorbed volatile component during and/or after step 2). 1) sorbing at least some of the volatile component into bulk of a nonporous crosslinked polyorganosiloxane elastomer, thereby forming a depleted mixture containing less of the volatile component than the mixture before sorbing and enriching the nonporous crosslinked polyorganosiloxane elastomer with sorbed volatile component thereby forming an enriched crosslinked polyorganosiloxane elastomer, wherein during step 1), at least some of the volatile component is in gas phase, 2) desorbing at least some of the sorbed volatile component from the enriched crosslinked polyorganosiloxane elastomer, thereby forming a desorbed volatile component and a regenerated elastomer containing less of the sorbed volatile component than the enriched crosslinked polyorganosiloxane elastomer prior to desorbing, and 3) using the regenerated elastomer as all or a portion of the nonporous crosslinked polyorganosiloxane elastomer in repeating step 1), and 4) directing to a desired location, one or both of the depleted mixture during and/or after step 1) and the desorbed volatile component during and/or after step 2).
Weapon ejecting device , wherein the weapon ejecting device is introducible in a weapon tube, wherein the weapon ejecting device comprises at least one first push chain and at least one first push chain magazine, wherein the at least one first push chain can be extended along the longitudinal direction of the weapon tube from the at least one first push chain magazine of the weapon ejecting device , characterized in that the weapon ejecting device comprises a first module and a second module, wherein the first module comprises the first push chain magazine and the second module comprises a second push chain magazine, wherein the first push chain can be extended from the first push chain magazine and a second push chain can be extended from the second push chain magazine, wherein the first push chain and the second push chain can be extended at the same time.