mhurhangee/ep-ind-claims huggingface dataset:
A respiratory protection device (100, 300, 500, 700), comprising: a mask body (110, 310, 510, 710) defining a breathable air zone (311, 711) for a wearer and having a first receiver (120, 320), the first receiver comprising a first elastomeric seal (260, 360, 560, 760) having a first end region (261, 361, 761) and a second end region (262, 362, 562, 762) and defining a first channel (265, 365, 565, 765) configured to at least partially receive a first breathing air source component (150, 350); and a valve assembly (170, 370, 570, 770) operable between an open configuration and a closed configuration in which fluid communication between the first breathing air source component and the breathable air zone is blocked; wherein the elastomeric seal is configured to sealingly engage with the breathing air source component at the first end region of the elastomeric seal, and the valve assembly engages with the second end region of the elastomeric seal when the valve assembly is in the closed configuration to prevent fluid communication between the breathing air source component and the breathable air zone. a mask body (110, 310, 510, 710) defining a breathable air zone (311, 711) for a wearer and having a first receiver (120, 320), the first receiver comprising a first elastomeric seal (260, 360, 560, 760) having a first end region (261, 361, 761) and a second end region (262, 362, 562, 762) and defining a first channel (265, 365, 565, 765) configured to at least partially receive a first breathing air source component (150, 350); and a valve assembly (170, 370, 570, 770) operable between an open configuration and a closed configuration in which fluid communication between the first breathing air source component and the breathable air zone is blocked; wherein the elastomeric seal is configured to sealingly engage with the breathing air source component at the first end region of the elastomeric seal, and the valve assembly engages with the second end region of the elastomeric seal when the valve assembly is in the closed configuration to prevent fluid communication between the breathing air source component and the breathable air zone.
A dispensing container (102, 202, 302, 402, 502), comprising: an upper casing (106, 206, 306, 406, 506); and a lower casing (108, 208, 308, 408, 508) configured to engage the upper casing, the lower casing comprising a major wall (112, 212, 312, 412, 512) and a plurality of sidewalls (114, 214, 314, 414, 514) extending from the major wall to an upper end (116, 216, 316, 416), wherein a receptacle (124, 224, 324, 424, 524) defined between a packet (104, 204, 304, 404, 504) defining a plurality of sealed cavities (130, 230, 330, 430, 530) in which a plurality of units of a product are received and the major wall of the lower casing is configured to receive one of the units of the product from one of the sealed cavities and the one of the units of the product is removable from the receptacle via a dispensing aperture (142, 242, 342, 442, 542), characterised in that the sidewalls define a shoulder (118, 218, 318, 418) extending around an inner surface (120, 220, 320) thereof and configured to engage an edge (122, 222, 322) of the packet such that the packet is supported on the shoulder at a position between the upper end and the major wall and between the shoulder and the upper casing. an upper casing (106, 206, 306, 406, 506); and a lower casing (108, 208, 308, 408, 508) configured to engage the upper casing, the lower casing comprising a major wall (112, 212, 312, 412, 512) and a plurality of sidewalls (114, 214, 314, 414, 514) extending from the major wall to an upper end (116, 216, 316, 416), wherein a receptacle (124, 224, 324, 424, 524) defined between a packet (104, 204, 304, 404, 504) defining a plurality of sealed cavities (130, 230, 330, 430, 530) in which a plurality of units of a product are received and the major wall of the lower casing is configured to receive one of the units of the product from one of the sealed cavities and the one of the units of the product is removable from the receptacle via a dispensing aperture (142, 242, 342, 442, 542), characterised in that the sidewalls define a shoulder (118, 218, 318, 418) extending around an inner surface (120, 220, 320) thereof and configured to engage an edge (122, 222, 322) of the packet such that the packet is supported on the shoulder at a position between the upper end and the major wall and between the shoulder and the upper casing.
A method of protecting a host grass from biotic and abiotic stresses by artificially inoculating the host grass with a strain of endophyte of Neotyphodium lolii species, characterized in that the strain of endophyte of N. lolii produces 11, 1 2-epoxy-janthitrem G at a level sufficient to confer said protection to the host grass.
A method for scheduling a downlink transmission, the method comprising: receiving, by a user equipment, UE, higher-layer signaling from a base station, the higher-layer signaling indicating locations of resources pre-reserved for synchronization channel and broadcast channel; receiving, by the UE, downlink control information, DCI, from the base station, the DCI indicating a location of a transmission within a slot, the location of the transmission including a start position of the transmission and a length of the transmission, wherein the transmission may start at any symbol of the slot; and receiving, by the UE, from the base station, the transmission in accordance with the location indicated by the DCI and the locations of the resources pre-reserved for synchronization channel and broadcast channel, indicated by the higher-layer signaling; wherein a demodulation reference signal, DMRS, is received on at least the first symbol or the second symbol of the slot. receiving, by a user equipment, UE, higher-layer signaling from a base station, the higher-layer signaling indicating locations of resources pre-reserved for synchronization channel and broadcast channel; receiving, by the UE, downlink control information, DCI, from the base station, the DCI indicating a location of a transmission within a slot, the location of the transmission including a start position of the transmission and a length of the transmission, wherein the transmission may start at any symbol of the slot; and receiving, by the UE, from the base station, the transmission in accordance with the location indicated by the DCI and the locations of the resources pre-reserved for synchronization channel and broadcast channel, indicated by the higher-layer signaling; wherein a demodulation reference signal, DMRS, is received on at least the first symbol or the second symbol of the slot.
An automatic transaction apparatus comprising: a console display section that displays a screen that guides a client to perform an operation required to select a transaction and make a transaction and the like; and a data reader that takes a transaction medium of the client, which is inserted through a medium insertion/discharge port, and that reads data from a magnetic stripe formed at the transaction medium, characterised in that a length of an end of the transaction medium, which projects from the medium insertion/discharge port when the transaction medium is discharged, is controlled to be a length that is smaller than or equal to 10 mm. a console display section that displays a screen that guides a client to perform an operation required to select a transaction and make a transaction and the like; and a data reader that takes a transaction medium of the client, which is inserted through a medium insertion/discharge port, and that reads data from a magnetic stripe formed at the transaction medium, characterised in that a length of an end of the transaction medium, which projects from the medium insertion/discharge port when the transaction medium is discharged, is controlled to be a length that is smaller than or equal to 10 mm.
A method of configuring and running triggering operations in a test and measurement device configured to receive and provide visual displays of time-varying signals, comprising: - displaying, on a display of the test and measurement device, a visual representation of signal properties for one or more time-varying signals; - receiving a user input which graphically designates a portion of the visual representation; - responsive to the user input, determining a signal condition associated with the portion of the visual representation; - setting, for a trigger of the test and measurement device, a value for a trigger parameter based on the portion of the visual representation graphically designated via the user input, such that the value of the trigger parameter varies with and is dependent upon the portion of the visual representation; and - monitoring time-varying signals in the test and measurement device for trigger occurrences using the value set for the trigger parameter; characterized in using a frequency domain bitmap as the visual representation. - displaying, on a display of the test and measurement device, a visual representation of signal properties for one or more time-varying signals; - receiving a user input which graphically designates a portion of the visual representation; - responsive to the user input, determining a signal condition associated with the portion of the visual representation; - setting, for a trigger of the test and measurement device, a value for a trigger parameter based on the portion of the visual representation graphically designated via the user input, such that the value of the trigger parameter varies with and is dependent upon the portion of the visual representation; and - monitoring time-varying signals in the test and measurement device for trigger occurrences using the value set for the trigger parameter;
A method in a wireless access network node for controlling a user equipment, the user equipment comprising at least two transmit antennas, the user equipment being capable of uplink transmit diversity, wherein an antenna weight is associated with each transmit antenna, the method being characterized in comprising - creating a control signal comprising control information, the control information controlling the user equipment to autonomously select the antenna weights, and transmitting the control signal to the user equipment wherein the network node further controls whether the user equipment utilizes transmit diversity by using Radio Resource Control, RRC, signaling. - creating a control signal comprising control information, the control information controlling the user equipment to autonomously select the antenna weights, and transmitting the control signal to the user equipment wherein the network node further controls whether the user equipment utilizes transmit diversity by using Radio Resource Control, RRC, signaling.
A clear liquid formulation comprising amiodarone, SAE-CD and an aqueous liquid carrier, wherein the molar ratio of SAE-CD to amiodarone is less than or equal to 1.09±0.01 and greater than or equal to 0.3; the pH of the liquid formulation approximates or is less than the pKa of amiodarone, wherein the SAE-CD is a compound or mixture of compounds of the Formula 1 wherein: n is 5 or 6; R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8, and R 9 are each, independently, -O- or a -O-(C 2 -C 6 alkylene)-SO 3 - group, wherein at least one of R 1 and R 2 is independently a -O-(C 2 -C 6 alkylene)-SO 3 - group; and S 1, S 2, S 3, S 4, S 5, S 6, S 7, S 8, and S 9 are each, independently, a pharmaceutically acceptable cation.
System for fastening a decorative element such as a collar to the neck of a container, said decorative element being at least partially hollow in order to cover at least a part of said neck, characterized in that said system comprises: - a ferrule intended to surround the end of said neck, - at least two guide lugs placed on the external surface of said neck, said external surface being intended to receive said ferrule, and in that - the internal surface of said ferrule comprises at least two rails that project towards the inside of said ferrule, each of said rails being intended to receive and to engage with one of said guide lugs when said ferrule is fitted on said neck and rotated about said neck, the longitudinal dimensions of said rails defining a movement travel for said guide lugs as far as the end of said rails which is provided with a stop such that said guide lugs bear against these stops, said ferrule being prevented from rotating. - a ferrule intended to surround the end of said neck, - at least two guide lugs placed on the external surface of said neck, said external surface being intended to receive said ferrule, and in that - the internal surface of said ferrule comprises at least two rails that project towards the inside of said ferrule, each of said rails being intended to receive and to engage with one of said guide lugs when said ferrule is fitted on said neck and rotated about said neck, the longitudinal dimensions of said rails defining a movement travel for said guide lugs as far as the end of said rails which is provided with a stop such that said guide lugs bear against these stops, said ferrule being prevented from rotating.
Temporary supraconstruction (5,6) for a dental implant, consisting of a core and a cap for the core, wherein the material of the cap has a higher modulus of elasticity than the material of the core, wherein the core consists of a material having a modulus of elasticity in the range of from 15 to 200 MPa and wherein the material of the core has a Shore A hardness in the range of from 20 to 90 or a Shore D hardness in the range of from 30 to 50 and wherein the material of the core having a modulus of elasticity in the range of from 15 to 200 MPa consists of a cured starting material which can be produced by curing, wherein the curable starting material consists of the following constituents or comprises these: (a) one or more silicones containing multi-atom crosslinkable groups and/or one or more optionally substituted, crosslinkable polyethers and (b) one or more catalysts or starters for the crosslinking. (a) one or more silicones containing multi-atom crosslinkable groups and/or one or more optionally substituted, crosslinkable polyethers and (b) one or more catalysts or starters for the crosslinking.
A method for enabling a target base station to perform handover of a user equipment, UE, from a source base station to the target base station, the method comprising, at the target base station: receiving a request (S140, S310) for handover of the UE from the source base station; generating (S150, S320) a handover identifier for the UE from a cell-UE-identifier, wherein the handover identifier identifies the UE during handover, the cell-UE-identifier uniquely identifies the UE in a cell which is served by the target base station, and the number of bits of the handover identifier is smaller than the number of bits of the cell-UE-identifier; wherein a portion of the cell-UE-identifier is identical to the handover identifier, and wherein the handover identifier includes least significant bits, LSBs, of the cell-UE-identifier; and transmitting (S160, S330) the handover identifier to the source base station. receiving a request (S140, S310) for handover of the UE from the source base station; generating (S150, S320) a handover identifier for the UE from a cell-UE-identifier, wherein the handover identifier identifies the UE during handover, the cell-UE-identifier uniquely identifies the UE in a cell which is served by the target base station, and the number of bits of the handover identifier is smaller than the number of bits of the cell-UE-identifier; wherein a portion of the cell-UE-identifier is identical to the handover identifier, and wherein the handover identifier includes least significant bits, LSBs, of the cell-UE-identifier; and transmitting (S160, S330) the handover identifier to the source base station.
Bus-capable function module which can be connected in series for controlling and/or monitoring technical processes, comprising - a mounting base having latching means for fastening onto a mounting rail with at least one lateral bus line contact, as well as a plug connector which is connected to the bus line contact; - a printed circuit board inserted into the plug connector along a first edge and having contact elements on a second edge parallel to the first edge; - a connection frame which is pivotably hinged to the mounting base and which in a pivoted closed position engages over the printed circuit board along its second edge and which provides at least one insertion slot; - at least one connection module, which is inserted into the at least one insertion slot and provides connections on an accessible upper side and has a connector on an opposite lower side, which connector is plugged onto the printed circuit board in a pivoted closed position of the connection frame and contacts the contact elements thereof; characterized in that - the printed circuit board is of stepped design along its second edge, whereby at least two sections (35a, 35b) are formed in which the printed circuit board projects differently far in the direction of the connection frame, wherein - the contact elements for the connector of the at least one connection module are located in a first section, and wherein - the printed circuit board has at least one connection element in a second section, which is directly accessible through an opening in the connection frame. - a mounting base having latching means for fastening onto a mounting rail with at least one lateral bus line contact, as well as a plug connector which is connected to the bus line contact; - a printed circuit board inserted into the plug connector along a first edge and having contact elements on a second edge parallel to the first edge; - a connection frame which is pivotably hinged to the mounting base and which in a pivoted closed position engages over the printed circuit board along its second edge and which provides at least one insertion slot; - at least one connection module, which is inserted into the at least one insertion slot and provides connections on an accessible upper side and has a connector on an opposite lower side, which connector is plugged onto the printed circuit board in a pivoted closed position of the connection frame and contacts the contact elements thereof; - the printed circuit board is of stepped design along its second edge, whereby at least two sections (35a, 35b) are formed in which the printed circuit board projects differently far in the direction of the connection frame, wherein - the contact elements for the connector of the at least one connection module are located in a first section, and wherein - the printed circuit board has at least one connection element in a second section, which is directly accessible through an opening in the connection frame.
A battery chassis/stroke limiter for a power toothbrush having a housing, comprising: a substantially hollow interior for holding a portion of a rechargeable battery that powers the power toothbrush; tolerance compensation leaves (71, 72) disposed in a compressive arrangement between a distal end of the battery and the distal portion of the battery chassis/stroke limiter; and guiding ribs for compressibly holding the battery chassis/stroke limiter in grooves on the interior of the housing, characterised in that the battery/stroke limiter comprises first, second and third battery hardstops (75, 76, 77) for limiting axial motion of the battery. a substantially hollow interior for holding a portion of a rechargeable battery that powers the power toothbrush; tolerance compensation leaves (71, 72) disposed in a compressive arrangement between a distal end of the battery and the distal portion of the battery chassis/stroke limiter; and guiding ribs for compressibly holding the battery chassis/stroke limiter in grooves on the interior of the housing,
A gas turbine engine comprising: an engine casing structure; and a part retained relative to the engine casing structure by a pair of channel-cooled hooks (71, 73, 75; 171, 173, 175) defining a gap therebetween, wherein the part is one of a vane or a blade outer air seal (BOAS) and the channel-cooled hooks (71, 73, 75; 171, 173, 175) each include at least a portion of a hook cooling channel; characterised by the gas turbine engine further comprising a dam for sealing the gap, wherein the dam comprises a feather seal (11; 400) extending between the pair of hooks (71, 73, 75; 171, 173, 175). an engine casing structure; and a part retained relative to the engine casing structure by a pair of channel-cooled hooks (71, 73, 75; 171, 173, 175) defining a gap therebetween, wherein the part is one of a vane or a blade outer air seal (BOAS) and the channel-cooled hooks (71, 73, 75; 171, 173, 175) each include at least a portion of a hook cooling channel; characterised by the gas turbine engine further comprising a dam for sealing the gap, wherein the dam comprises a feather seal (11; 400) extending between the pair of hooks (71, 73, 75; 171, 173, 175).
A method for detecting a microorganism in a sample, the method comprising: contacting the sample with an array, the array comprising a plurality of individual array addresses spaced apart in a predetermined pattern on a solid support, wherein the addresses each contain a colorant, at least one of the addresses containing a solvatochromatic colorant that undergoes a detectable color change in the presence of a broad spectrum of microorganisms, and at least one of the addresses containing a metal complexing colorant and/or a pH-sensitive colorant so that the array produces a visually observable spectral response that is distinct for one or more microorganisms; detecting the spectral response; and correlating the detected spectral response to the presence of one or more microorganisms. contacting the sample with an array, the array comprising a plurality of individual array addresses spaced apart in a predetermined pattern on a solid support, wherein the addresses each contain a colorant, at least one of the addresses containing a solvatochromatic colorant that undergoes a detectable color change in the presence of a broad spectrum of microorganisms, and at least one of the addresses containing a metal complexing colorant and/or a pH-sensitive colorant so that the array produces a visually observable spectral response that is distinct for one or more microorganisms; detecting the spectral response; and correlating the detected spectral response to the presence of one or more microorganisms.
A method implemented by a network device, the method for optimizing an operation of a virtual private network, VPN, route refresh for border gateway protocol, BGP, the method to reduce a span of VPN databases to be traversed to perform the VPN route refresh at the network device, the method comprising: receiving a route target constraint, RTC, add or delete from a BGP peer; looking up each route target, RT, in a route target - route distinguisher, RT-RD, map to get a set of route distinguishers, RDs, and generating a VPN update for each VPN Address Family, AF, and each RD in an RD cache and sending the VPN update to a BGP peer affected by the RTC add or delete; characterized in that the method further comprises adding the RTC add or delete to a timer; and performing an update transaction to the VPN databases when the timer expires. receiving a route target constraint, RTC, add or delete from a BGP peer; looking up each route target, RT, in a route target - route distinguisher, RT-RD, map to get a set of route distinguishers, RDs, and generating a VPN update for each VPN Address Family, AF, and each RD in an RD cache and sending the VPN update to a BGP peer affected by the RTC add or delete; characterized in that the method further comprises adding the RTC add or delete to a timer; and performing an update transaction to the VPN databases when the timer expires. adding the RTC add or delete to a timer; and performing an update transaction to the VPN databases when the timer expires.