mhurhangee/ep-ind-claims huggingface dataset:
A method for providing emergency communication in a networked alarm system that includes a first fire panel (14, 22a-22e) and a second fire panel (14,22a-22e), comprising: receiving, at a panel processor associated with the first fire panel (14, 22a-22e), an event signal from an initiation device; determining whether a TCP/IP switch and a network processor of the first fire panel (14, 22a-22e) are functional; transmitting, in response to the TCP/IP switch and the network processor being functional, the event signal from the panel processor to a first panel transceiver (30, 32) of the first fire panel using the TCP/IP switch and the network processor, causing the first panel transceiver (30, 32) to transmit the event signal to a second panel transceiver (30, 32) of the second fire panel (14, 22a-22e) using a communication link (34, 36) and a first TCP/IP communication protocol; and transmitting, in response to the TCP/IP switch and/or the network processor not being functional, an alarm signal representative of the event signal from the panel processor to the first panel transceiver (30, 32) via an emergency interface using an emergency communication link, causing the first panel transceiver (30, 32) to transmit the alarm signal to the second panel transceiver (30, 32) using the communication link (34, 36) and a second communication protocol that is different from the first TCP/IP communication protocol. receiving, at a panel processor associated with the first fire panel (14, 22a-22e), an event signal from an initiation device; determining whether a TCP/IP switch and a network processor of the first fire panel (14, 22a-22e) are functional; transmitting, in response to the TCP/IP switch and the network processor being functional, the event signal from the panel processor to a first panel transceiver (30, 32) of the first fire panel using the TCP/IP switch and the network processor, causing the first panel transceiver (30, 32) to transmit the event signal to a second panel transceiver (30, 32) of the second fire panel (14, 22a-22e) using a communication link (34, 36) and a first TCP/IP communication protocol; and transmitting, in response to the TCP/IP switch and/or the network processor not being functional, an alarm signal representative of the event signal from the panel processor to the first panel transceiver (30, 32) via an emergency interface using an emergency communication link, causing the first panel transceiver (30, 32) to transmit the alarm signal to the second panel transceiver (30, 32) using the communication link (34, 36) and a second communication protocol that is different from the first TCP/IP communication protocol.
A flavorful acidic citrus fruit juice-containing beverage having a ratio of the amount of narirutin to the total amount of naringin, hesperidin, eriocitrin, narirutin, neohesperidin, and rutin, which is in the range of 0.06 to 0.14, and the beverage having a fruit juice content of not less than 1% and not more than 30%, and wherein the flavorful acidic citrus fruit(s) is/are selected from the group consisting of yuzu (Citrus junos), lemon (Citrus limon), lime (Citrus aurantiifolia), Citrus depressa, kabosu (Citrus sphaerocarpa) and sudachi (Citrus sudachi).
An optical window, comprising: a forward portion and an aft portion; a central longitudinal axis extending between the forward and aft portions; a lateral axis perpendicular to the central longitudinal axis; multiple anti-reflection coatings (11,12,14,15); an outermost window layer interleaved between outermost and outer-intermediate ones of the multiple anti-reflection coatings; an innermost window layer interleaved between innermost and inner-intermediate ones of the multiple anti-reflection coatings; and an electromagnetic interference - EMI - treatment layer interleaved between the outer-intermediate and inner-intermediate anti-reflection coatings, wherein the outermost window layer comprises nanocomposite optical ceramic material and the innermost window layer comprises a single phase material, wherein the nanocomposite optical ceramic has a distribution gradient of nanocomposite formulations, and wherein the distribution gradient of nanocomposite formulations is defined relative to the lateral axis and the central longitudinal axis. a forward portion and an aft portion; a central longitudinal axis extending between the forward and aft portions; a lateral axis perpendicular to the central longitudinal axis; multiple anti-reflection coatings (11,12,14,15); an outermost window layer interleaved between outermost and outer-intermediate ones of the multiple anti-reflection coatings; an innermost window layer interleaved between innermost and inner-intermediate ones of the multiple anti-reflection coatings; and an electromagnetic interference - EMI - treatment layer interleaved between the outer-intermediate and inner-intermediate anti-reflection coatings, wherein the outermost window layer comprises nanocomposite optical ceramic material and the innermost window layer comprises a single phase material, wherein the nanocomposite optical ceramic has a distribution gradient of nanocomposite formulations, and wherein the distribution gradient of nanocomposite formulations is defined relative to the lateral axis and the central longitudinal axis.
A power supply control method, comprising: during charging, charging a battery through a charging path of a charger, and supplying power to an electronic device through a power supplying path of the charger, wherein the battery is connected to the charger through the charging path of the charger; and a charging IC of the charger is connected to a power supply end of the electronic device via the power supplying path of the charger; detecting a battery voltage in a process of charging the battery; determining, according to the battery voltage, whether the battery is completely charged or not; and turning off, in response to determining that the battery is completely charged, the power supplying path of the charger and the charging path of the charger, and supplying power to the electronic device through the battery; when the battery voltage is lower than a second preset voltage, turning on the power supplying path of the charger and the charging path of the charger, wherein turning on the power supplying path of the charger and the charging path of the charger comprises: turning on the charging path of the charger; acquiring a voltage difference value between the battery voltage and a first preset voltage; and when the voltage difference value is greater than a preset threshold value, turning on the power supplying path of the charger; and charging the battery through the charging path of the charger, and supplying power to the electronic device through the power supplying path of the charger. during charging, charging a battery through a charging path of a charger, and supplying power to an electronic device through a power supplying path of the charger, wherein the battery is connected to the charger through the charging path of the charger; and a charging IC of the charger is connected to a power supply end of the electronic device via the power supplying path of the charger; detecting a battery voltage in a process of charging the battery; determining, according to the battery voltage, whether the battery is completely charged or not; and turning off, in response to determining that the battery is completely charged, the power supplying path of the charger and the charging path of the charger, and supplying power to the electronic device through the battery; when the battery voltage is lower than a second preset voltage, turning on the power supplying path of the charger and the charging path of the charger, wherein turning on the power supplying path of the charger and the charging path of the charger comprises: turning on the charging path of the charger; acquiring a voltage difference value between the battery voltage and a first preset voltage; and when the voltage difference value is greater than a preset threshold value, turning on the power supplying path of the charger; and charging the battery through the charging path of the charger, and supplying power to the electronic device through the power supplying path of the charger.
An electrical coil assembly, comprising: an electrical coil including a substrate and an electrical conductor supported by the substrate, the electrical coil defining at least two exposed regions; and a fuse element including an electrical fuse conductor proximate to the electrical coil, the fuse element movable from a disengaged position whereby the electrical fuse conductor is spaced from the at least two exposed regions, to an engaged position whereby the electrical fuse conductor is in electrical communication with the at least two exposed regions, such that current flows from a first one of the two exposed regions through the electrical fuse conductor to a second one of the two exposed regions, wherein the electrical coil assembly is responsive to a magnetic field between approximately 1 Tesla and 5 Tesla so as to urge the fuse element to move from the disengaged position to the engaged position, and characterised in that: the fuse element further includes an actuator adjacent to the electrical fuse conductor, the actuator moveable so as to cause the electrical fuse conductor to move toward the at least two exposed regions an electrical coil including a substrate and an electrical conductor supported by the substrate, the electrical coil defining at least two exposed regions; and a fuse element including an electrical fuse conductor proximate to the electrical coil, the fuse element movable from a disengaged position whereby the electrical fuse conductor is spaced from the at least two exposed regions, to an engaged position whereby the electrical fuse conductor is in electrical communication with the at least two exposed regions, such that current flows from a first one of the two exposed regions through the electrical fuse conductor to a second one of the two exposed regions, wherein the electrical coil assembly is responsive to a magnetic field between approximately 1 Tesla and 5 Tesla so as to urge the fuse element to move from the disengaged position to the engaged position, and characterised in that: the fuse element further includes an actuator adjacent to the electrical fuse conductor, the actuator moveable so as to cause the electrical fuse conductor to move toward the at least two exposed regions
Polyclonal anti-GPVI antiserum, anti-GPVI Fab obtainable from said anti-GPVI antiserum or anti-GPVI F(ab') 2 obtainable from said anti-GPVI antiserum, wherein GPVI has the sequence of SEQ ID NO: 3.
Phthalate-free plasticizer preparations comprising a) from 70 to 98% by weight of at least one aryl alkylsulfonate of the formula R 1 -SO 2- O-R 2 and b) from 2 to 30% by weight of at least one diol dibenzoate of the general formula R 3 C O-Y-O CR 4 or of at least one dibenzyl dicarboxylate of the general formula R 3 CH 2 O C-Z-C OCH 2 R 4 or mixtures of the formulae R 3 C O-Y-O CR 4 and R 3 CH 2 O C-Z-C OCH 2 R 4, where the total of the percentages by weight of all of the components of the preparation is 100% and in which R 1 is a straight-chain or branched C 1 -C 20 -alkyl radical, R 2 is a phenyl radical optionally substituted with C 1 -C 4 -alkyl or with halogen, Y is an alkylene radical optionally containing ether groups and having at least 2 carbon atoms, preferably a C 2 -C 10 -alkyl radical optionally containing up to five ether groups, each of R 3 and R 4 independently of the other is a phenyl radical optionally substituted with C 1 -C 4 -alkyl or with halogen, and Z is a saturated or unsaturated, straight-chain or branched, cyclic or polycyclic C 2 -C 10 -hydrocarbon radical, where the total of the percentages by weight of all of the components in the plasticizer preparation is 100%. a) from 70 to 98% by weight of at least one aryl alkylsulfonate of the formula R 1 -SO 2- O-R 2 and b) from 2 to 30% by weight of at least one diol dibenzoate of the general formula R 3 C O-Y-O CR 4 or of at least one dibenzyl dicarboxylate of the general formula R 3 CH 2 O C-Z-C OCH 2 R 4 or mixtures of the formulae R 3 C O-Y-O CR 4 and R 3 CH 2 O C-Z-C OCH 2 R 4, where the total of the percentages by weight of all of the components of the preparation is 100% and in which R 1 is a straight-chain or branched C 1 -C 20 -alkyl radical, R 2 is a phenyl radical optionally substituted with C 1 -C 4 -alkyl or with halogen, Y is an alkylene radical optionally containing ether groups and having at least 2 carbon atoms, preferably a C 2 -C 10 -alkyl radical optionally containing up to five ether groups, each of R 3 and R 4 independently of the other is a phenyl radical optionally substituted with C 1 -C 4 -alkyl or with halogen, and Z is a saturated or unsaturated, straight-chain or branched, cyclic or polycyclic C 2 -C 10 -hydrocarbon radical, where the total of the percentages by weight of all of the components in the plasticizer preparation is 100%. R 1 is a straight-chain or branched C 1 -C 20 -alkyl radical, R 2 is a phenyl radical optionally substituted with C 1 -C 4 -alkyl or with halogen, Y is an alkylene radical optionally containing ether groups and having at least 2 carbon atoms, preferably a C 2 -C 10 -alkyl radical optionally containing up to five ether groups, Z is a saturated or unsaturated, straight-chain or branched, cyclic or polycyclic C 2 -C 10 -hydrocarbon radical, where the total of the percentages by weight of all of the components in the plasticizer preparation is 100%.
A method comprising: receiving a first layer material and a second layer material at a nip roller assembly; laminating, by the nip roller assembly, the first and second layer material to provide a laminated composite material comprising a main portion and at least one edge portion; and delaminating the at least one edge portion of the laminated composite material to provide a partially laminated composite material for use in manufacturing a composite product, wherein: the at least one edge portion is a first edge portion at a first side of the laminated composite material; the laminated composite material further comprises a second edge portion at a second opposite side of the laminated composite material; and the method further comprises delaminating the second edge portion of the laminated composite material. receiving a first layer material and a second layer material at a nip roller assembly; laminating, by the nip roller assembly, the first and second layer material to provide a laminated composite material comprising a main portion and at least one edge portion; and delaminating the at least one edge portion of the laminated composite material to provide a partially laminated composite material for use in manufacturing a composite product, wherein: the at least one edge portion is a first edge portion at a first side of the laminated composite material; the laminated composite material further comprises a second edge portion at a second opposite side of the laminated composite material; and the method further comprises delaminating the second edge portion of the laminated composite material.
Method of tucking a pair of opposing side seams (3, 4) into a body portion of a hygiene pant, wherein the side seams (3, 4) are pushed between a front region and a back region of the body portion a distance toward one another, characterized in that the tucked side seams (3, 4) are fixedly connected or attached in at least one connection region to each other and/or to the body portion, so that the side seams tucked into the body portion are fixed in this position.
A method of finding an object using an analogue probe mounted on a machine tool, the method comprising causing the analogue probe and/or object to follow a course of motion which is configured on the basis of the approximate location of the object in the workspace of the machine tool such that the analogue probe is initially sufficiently far away from the object such that the analogue probe is not in a position sensing relationship with the object and is configured to cause the analogue probe's surface sensing region to traverse across the object to be found a plurality of times whilst approaching the object over successive traverses so as to ultimately arrive in a position sensing relationship with the object so as to collect scanned measurement data about the object along at least part of a traverse.
A method for determining paging time points for a plurality of mobile subscriber stations by a paging controller (630, 780) in a broadband wireless access communication system including a base station (620, 720, 740, 760), the plurality of mobile subscriber stations (610, 710) in a cell controlled by the base station, and the paging controller (630, 780) connected to the base station, the method comprising performing, by the paging controller, the steps of: receiving from the base station an idle mode request message requesting that a mobile subscriber station from among the plurality of mobile subscriber stations mode-transits from an awake mode having transmission of traffic into an idle mode having no transmission of traffic, the idle mode request message containing a preferred paging cycle for the mobile subscriber station; selecting a paging cycle for the mobile subscriber station based on the preferred paging cycle; determining an offset value for the mobile subscriber station, wherein the offset value is a first paging time point calculated by using Hash function employing a medium access control, MAC, address of the mobile subscriber station; wherein the selected paging cycle and the determined offset value define a set of time points at which the mobile subscriber station is to monitor for paging messages for the mobile subscriber station after mode-transitioning to the idle mode; and transmitting to the base station an idle mode response message including the selected paging cycle and the determined offset value. receiving from the base station an idle mode request message requesting that a mobile subscriber station from among the plurality of mobile subscriber stations mode-transits from an awake mode having transmission of traffic into an idle mode having no transmission of traffic, the idle mode request message containing a preferred paging cycle for the mobile subscriber station; selecting a paging cycle for the mobile subscriber station based on the preferred paging cycle; determining an offset value for the mobile subscriber station, wherein the offset value is a first paging time point calculated by using Hash function employing a medium access control, MAC, address of the mobile subscriber station; wherein the selected paging cycle and the determined offset value define a set of time points at which the mobile subscriber station is to monitor for paging messages for the mobile subscriber station after mode-transitioning to the idle mode; and transmitting to the base station an idle mode response message including the selected paging cycle and the determined offset value.
Track construction device for machining grooved rails, which device has a frame which is provided with a first pair of wheels that can be arranged along a first grooved rail and a second pair of wheels that can be arranged along a second grooved rail, wherein a machining unit is fastened via pivot arms to the frame between the first pair of wheels so as to be adjustable relative to the first grooved rail, such that said unit can be lowered onto the grooved rail, and can be secured to the first grooved rail via holding clamps arranged on the machining unit, wherein the machining unit has a milling device and a main body with respect to which the milling device can be moved in three spatial directions arranged perpendicularly to one another such that machining of the grooved rail can be carried out by means of a milling head of the milling device in order to mill a slot in the base of the grooved rail.
A profile for the construction of stands for affixing booth elements, the profile comprising an affixing side wall extending along a first direction of the profile, wherein the affixing side wall is provided with an affixing surface for affixing a strip to the profile, located between a first affixing side wall edge and a second opposite affixing side wall edge, which affixing surface extends along the first direction of the profile, characterized in that the affixing surface is at least partly bordered by at least one flange for flangingly affixing the strip by flanging over the flange, and wherein the affixing surface is provided with the flangingly affixed strip, flanged over by the at least one flanged-over flange.
A procedure kit for use in a medical procedure on a patient, comprising: a body defining a plurality of pockets, each pocket sized to removably receive therein components for use in the medical procedure; a first adhesive portion included on a portion of the body to enable the procedure kit to be secured to a structure or surface proximate to the patient, and wherein the pockets are disposed on a front face of the body and wherein the first adhesive portion is disposed on a rear face of the body; and wherein the first adhesive portion is able to secure the procedure kit to a drape covering the patient; characterised by holes in the body to enable a sterilizing agent to penetrate into the pockets; a release strip that initially covers the first adhesive portion; and a cover flap that covers at least a portion of the pockets; the cover flap including a tear-away portion, the tear-away portion providing an access flap to the pockets when the tear-away portion is removed.; a body defining a plurality of pockets, each pocket sized to removably receive therein components for use in the medical procedure; a first adhesive portion included on a portion of the body to enable the procedure kit to be secured to a structure or surface proximate to the patient, and wherein the pockets are disposed on a front face of the body and wherein the first adhesive portion is disposed on a rear face of the body; and wherein the first adhesive portion is able to secure the procedure kit to a drape covering the patient; characterised by holes in the body to enable a sterilizing agent to penetrate into the pockets; a release strip that initially covers the first adhesive portion; and a cover flap that covers at least a portion of the pockets; the cover flap including a tear-away portion, the tear-away portion providing an access flap to the pockets when the tear-away portion is removed.;
An engine comprising a crankcase defined between first and second spaced apart and opposing inner walls, a crankshaft journalled in the crankcase and extending along a rotational axis, a piston coupled to the crankshaft, a cylinder in which the piston reciprocates, and a head positioned over the piston and cylinder, wherein the crankcase is physically split along a plane forming first and second crankcase portions (18, 20), the split being transverse to the rotational axis and intermediate the first and second opposing inner walls, the split defining first and second mating faces (60, 200) on the first and second crankcase portions, spaced from the first and second opposing inner walls, the first and second crankcase portions being coupled together at the first and second mating faces with first and second crankcase portions (18, 20) extending to the cylinder, characterized in that all of the crankcase oil and water passages (100, 106, 120, 150, 152) are provided in the first crankcase portion and that none of the passages are provided in the second crankcase portion, the crankcase oil and water passages communicating with the head to deliver fluid to the head.