mhurhangee/ep-ind-claims huggingface dataset:
A salt delivery composition comprising a carrier material having a porous surface and one or more salt solutions disposed in at least a portion of the pores thereof wherein the carrier material has an oil absorption number of 200 to 300 cc/100 g and a salt solution carrying capacity of at least 50 %, wherein the oil absorption number and the salt solution carrying capacity are measured as defined in the description, the carrier material comprises a precipitated silica, a silicate, or a combination thereof and the one or more salt solutions comprises sodium chloride, iodized sodium chloride, sea salt, or a combination thereof.
A method for generating Downlink Control Information, DCI, at a transmitter in in a long term evolution, LTE wireless communication system, comprising: determining a payload size of a DCI format 1A and a payload size of a DCI format 0; appending, if the number of information bits in a DCI format 1 is equal to the number of information bits in the DCI format 1A or DCI format 0, one bit of value zero to the DCI format 1; and appending, if the number of information bits in the DCI format 1 belongs to one of predetermined sizes, at least one zero bit to the DCI format 1 until the payload size of the DCI format 1 does not belong to one of the predetermined sizes and the payload size of the DCI format 1 is not equal to the payload size of the DCI format 1A and the DCI format 0. determining a payload size of a DCI format 1A and a payload size of a DCI format 0; appending, if the number of information bits in a DCI format 1 is equal to the number of information bits in the DCI format 1A or DCI format 0, one bit of value zero to the DCI format 1; and appending, if the number of information bits in the DCI format 1 belongs to one of predetermined sizes, at least one zero bit to the DCI format 1 until the payload size of the DCI format 1 does not belong to one of the predetermined sizes and the payload size of the DCI format 1 is not equal to the payload size of the DCI format 1A and the DCI format 0.
Method for manufacturing sets of bristles for brushes or bunches of bristles for brushes, in which clusters of bristles are filled into perforations or receiving openings of molds, the clusters of bristles initially being formed from individual bristles by individuating a bristle reservoir into clusters of bristles, after which these individuated clusters of bristles are supplied to the mold by means of a gas stream or air stream, transported through supply lines leading to each perforation to be filled, and introduced into the perforations of the mold, characterized in that the clusters of bristles are initially filled into perforations of a first mold having a cross section which is larger than the cross section of the respective cluster of bristles in the compressed usage form thereof, in that the gas or air stream used for conveyance flows through between the bristles in the mold until all of the bristles are filled into the first mold, and in that subsequently the clusters of bristles are transferred from this first mold into a second mold having narrower receiving openings, the two molds (3, 7) having corresponding or virtually corresponding hole patterns on the mutually facing faces thereof.
A press frame comprising: a support assembly including a first frame member and a second frame member secured to one another, the first and the second frame members (60, 70) spaced apart and generally oriented parallel to one another, the support assembly defining a proximal end (63, 73) and a distal end (64, 74) opposite from the proximal end (63, 73), a plunger movably disposed between the first and the second frame members (60, 70), the plunger disposed adjacent to the proximal end (63, 73) of the support assembly; an anvil secured to the support assembly at the distal end (64, 74) of the support assembly; and at least one shoe (250, 300) movably disposed within the support assembly and disposed between the plunger and the anvil, the at least one shoe (250, 300) defining a proximal face directed toward the proximal end (63, 73) of the support assembly, and a distal face directed toward the distal end (64, 74) of the support assembly, wherein upon application of a force to the plunger in a direction toward the anvil, the plunger engages the proximal face of the at least one shoe (250, 300) to move the at least one shoe (250, 300) toward the anvil; characterised in that the at least one shoe (250, 300) defines a cradle along the distal face; and in that the at least one shoe (250, 300) comprises a primary shoe and a secondary shoe, the primary shoe disposed between the proximal end (63, 73) of the support assembly and the secondary shoe, and the secondary shoe disposed between the primary shoe and the anvil.
Solvent transfer printing method for applying a pattern made of a non-soluble and non-dispersible material on the surface of an object, the method comprising the following steps: m1/ forming a pattern on a surface of a solvent-soluble substrate, m2/ depositing the solvent-soluble substrate on the surface of a solvent bath, on the side of the substrate opposed to the side on which the pattern is applied, in order to dissolve partially the substrate, m3/ dipping the object in the bath, so that the surface of the object comes into contact with the pattern, m4/ getting the object, on which the pattern is applied, out of the bath, m5/ drying the object, the non-soluble and non-dispersible material being selected in the group consisting of a metal, a semiconductor, a cross-linked polymer, or a mixture thereof; wherein the pattern is composed by a plurality of sub-patterns, which are maintained together with a mesh layer deposited in contact with the pattern. m1/ forming a pattern on a surface of a solvent-soluble substrate, m2/ depositing the solvent-soluble substrate on the surface of a solvent bath, on the side of the substrate opposed to the side on which the pattern is applied, in order to dissolve partially the substrate, m3/ dipping the object in the bath, so that the surface of the object comes into contact with the pattern, m4/ getting the object, on which the pattern is applied, out of the bath, m5/ drying the object, the non-soluble and non-dispersible material being selected in the group consisting of a metal, a semiconductor, a cross-linked polymer, or a mixture thereof; wherein the pattern is composed by a plurality of sub-patterns, which are maintained together with a mesh layer deposited in contact with the pattern.
A system for selective user plane monitoring in a wireless network, the system comprising: a network packet broker configured to receive a plurality of packets comprising user plane data from one or more tunnels created to enable direct transmission of the user plane packets from user equipment to a service getaway, SGW, and configured to receive a plurality of packets comprising control plane data from one or more channels created to enable transmission of the control plane packets from a base transceiver station to the SGW; and a plurality of monitoring probes operatively coupled to the network packet broker, the monitoring probes are configured to generate control packets metrics associated with the received control plane packets for all subscriber identifiers and configured to selectively generate a first plurality of user plane metrics associated with the received user plane packets for all subscriber identifiers and selectively generate a second plurality of user plane metrics for a subset of the subscriber identifiers where the second plurality of user plane metrics is different than the first plurality of user plane metrics based on one or more identifiers. a network packet broker configured to receive a plurality of packets comprising user plane data from one or more tunnels created to enable direct transmission of the user plane packets from user equipment to a service getaway, SGW, and configured to receive a plurality of packets comprising control plane data from one or more channels created to enable transmission of the control plane packets from a base transceiver station to the SGW; and a plurality of monitoring probes operatively coupled to the network packet broker, the monitoring probes are configured to generate control packets metrics associated with the received control plane packets for all subscriber identifiers and configured to selectively generate a first plurality of user plane metrics associated with the received user plane packets for all subscriber identifiers and selectively generate a second plurality of user plane metrics for a subset of the subscriber identifiers where the second plurality of user plane metrics is different than the first plurality of user plane metrics based on one or more identifiers.
A power toothbrush, comprising: a driving assembly, including a battery and a DC motor, the DC motor having a rotating drive shaft extending therefrom, the drive shaft having a free end rotationally mounted in a support member, the drive shaft having an eccentric portion located proximally from the free end thereof; a spring assembly extending from the eccentric portion, the spring assembly including a spring member which alternates between two conditions as the eccentric portion rotates, wherein the spring member includes a single spring which in operation moves alternately between compression and extension; a brushhead shaft member, wherein the brushhead shaft member has a yoke member secured thereto and extending away therefrom, the yoke member also being secured to the spring member, wherein in operation, an oscillating action of the brushhead shaft is produced as the eccentric portion of the drive shaft rotates, with the spring member alternating between its two conditions; and a brushhead assembly with bristles mounted on the brushhead shaft for cleaning a user's teeth. a driving assembly, including a battery and a DC motor, the DC motor having a rotating drive shaft extending therefrom, the drive shaft having a free end rotationally mounted in a support member, the drive shaft having an eccentric portion located proximally from the free end thereof; a spring assembly extending from the eccentric portion, the spring assembly including a spring member which alternates between two conditions as the eccentric portion rotates, wherein the spring member includes a single spring which in operation moves alternately between compression and extension; a brushhead shaft member, wherein the brushhead shaft member has a yoke member secured thereto and extending away therefrom, the yoke member also being secured to the spring member, wherein in operation, an oscillating action of the brushhead shaft is produced as the eccentric portion of the drive shaft rotates, with the spring member alternating between its two conditions; and a brushhead assembly with bristles mounted on the brushhead shaft for cleaning a user's teeth.
An exhaust gas purifier for an internal combustion engine, the exhaust gas purifier comprising an addition nozzle that adds fuel to exhaust gas in an exhaust passage (27, 28) for guiding the exhaust gas that has been discharged from a cylinder (11, 12, 13, 14) of an engine, the exhaust gas purifier comprising: determining means for determining whether the addition nozzle is clogged; temperature raising means (16-19; C, 37, 39; C, 38) that is adjustable to a raised temperature adjustment state for raising the temperature of the addition nozzle; control means for controlling a temperature adjustment state of the temperature raising means such that the temperature raising means is switched to the raised temperature adjustment state when the determining means determines that the addition nozzle is clogged; and addition control means for controlling fuel addition by the addition nozzle, characterized in that when the control means controls the temperature raising means (16-19; C, 37, 39; C, 38) to switch from the normal temperature adjustment state to the raised temperature adjustment state, the addition control means causes the addition nozzle to perform the fuel addition at least one time. determining means for determining whether the addition nozzle is clogged; temperature raising means (16-19; C, 37, 39; C, 38) that is adjustable to a raised temperature adjustment state for raising the temperature of the addition nozzle; control means for controlling a temperature adjustment state of the temperature raising means such that the temperature raising means is switched to the raised temperature adjustment state when the determining means determines that the addition nozzle is clogged; and addition control means for controlling fuel addition by the addition nozzle, characterized in that when the control means controls the temperature raising means (16-19; C, 37, 39; C, 38) to switch from the normal temperature adjustment state to the raised temperature adjustment state, the addition control means causes the addition nozzle to perform the fuel addition at least one time.
A non-transitory computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: receiving, by a second network coordination device (131, 131, 133) and in response to a request by the second network coordination device (131, 131, 133), current state information of a client device (110, 111, 112, 113), including a transmit counter and a receive counter, from a first network coordination device (131, 131, 133), wherein the first network coordination device (131, 131, 133) is a primary network coordination device (131, 131, 133) for the client device (110, 111, 112, 113) and the second network coordination device (131, 131, 133) is a standby coordination device for the client device; responsive to detecting a particular event, the second network coordination device (131, 131, 133) transitioning to be the primary network coordination device (131, 131, 133) for the client device (110, 111, 112, 113), incrementing the transmit counter by an offset, and transmitting a message to the client device (110, 111, 112, 113) including the incremented transmit counter; and responsive to not receiving current state information from the first network coordination device (131, 131, 133) within a predetermined amount of time, providing, by the second network coordination device, a second iteration of a request for the state information of the client device (110, 111, 112, 113). receiving, by a second network coordination device (131, 131, 133) and in response to a request by the second network coordination device (131, 131, 133), current state information of a client device (110, 111, 112, 113), including a transmit counter and a receive counter, from a first network coordination device (131, 131, 133), wherein the first network coordination device (131, 131, 133) is a primary network coordination device (131, 131, 133) for the client device (110, 111, 112, 113) and the second network coordination device (131, 131, 133) is a standby coordination device for the client device; responsive to detecting a particular event, the second network coordination device (131, 131, 133) transitioning to be the primary network coordination device (131, 131, 133) for the client device (110, 111, 112, 113), incrementing the transmit counter by an offset, and transmitting a message to the client device (110, 111, 112, 113) including the incremented transmit counter; and responsive to not receiving current state information from the first network coordination device (131, 131, 133) within a predetermined amount of time, providing, by the second network coordination device, a second iteration of a request for the state information of the client device (110, 111, 112, 113).
A supporting device for supporting a radioactive material transporting/storing package in a horizontal position, the supporting device comprising a structural base as well as supporting means for supporting the package which are carried by said structural base from which they upwardly project, characterised in that it further comprises, being located at least partly above the structural base, a cooling air guide shroud of the package by natural convection, said shroud defining an upwardly open cavity in which a part of the package is intended to be housed when this package is supported in a horizontal position on the device, said shroud comprising, in a bottom part thereof, at least one aperture for taking in cooling air in said cavity.
A passive e-paper assembly comprising: a flexible, passive, charge-responsive, re-writable media layer including a first side and an opposite second side; an airborne-charge receiving layer disposed on the first side of the media layer; and a charge-transmissibie moisture vapor barrier interposed between the airborne-charge receiving layer and the first side of the media layer, wherein the moisture vapor barrier comprises a flexible inorganic material, and wherein the moisture vapor barrier is to permit migration of charges from the airborne-charge receiving layer to the media layer wherein the moisture vapor barrier has a moisture vapour transmission rate, MVTR, of less than about 1 g/m 2 /week at 38 degrees Celsius and 90% relative humidity, a thickness of about 1 to 1000 nanometers and wherein the moisture vapor barrier has a lower limit of electrical resistivity of about 10 9 Ohm-cm and has at least one of: an upper limit of electrical resistivity of about 10 13 Ohm-cm; and an upper limit of electrical resistivity of at least about 10 14 Ohm-cm while exhibiting a breakdown voltage of less than about 20 Volts. a flexible, passive, charge-responsive, re-writable media layer including a first side and an opposite second side; an airborne-charge receiving layer disposed on the first side of the media layer; and a charge-transmissibie moisture vapor barrier interposed between the airborne-charge receiving layer and the first side of the media layer, wherein the moisture vapor barrier comprises a flexible inorganic material, and wherein the moisture vapor barrier is to permit migration of charges from the airborne-charge receiving layer to the media layer wherein the moisture vapor barrier has a moisture vapour transmission rate, MVTR, of less than about 1 g/m 2 /week at 38 degrees Celsius and 90% relative humidity, a thickness of about 1 to 1000 nanometers and wherein the moisture vapor barrier has a lower limit of electrical resistivity of about 10 9 Ohm-cm and has at least one of: an upper limit of electrical resistivity of about 10 13 Ohm-cm; and an upper limit of electrical resistivity of at least about 10 14 Ohm-cm while exhibiting a breakdown voltage of less than about 20 Volts.
Equipment for underwater drilling, the equipment comprising a drilling rig, drill hammer, drill rod assembly formed of one or more interconnected drill rods and operationally connected at the top end thereof to the drill hammer and comprising at the bottom end thereof a drill bit and a drill pipe placed around the drill rod assembly and supported to the drilling rig, the bottom end of the drill pipe being provided with a ring bit, connecting means for optionally connecting the drill pipe to the drill rod assembly between the drill hammer and the drill bit for transferring the rotational and/or impact energy of the drill hammer from the drill rod assembly to the drill pipe, and for releasing the connection between the drill pipe and the drill rod assembly, whereby the rotational and/or impact energy received by the drill rod assembly from the drill hammer is not transferred to the drill pipe, characterized in that the connecting means comprise a rod adapter on the drill rod assembly, a pipe adapter on the drill pipe and an intermediate sleeve arranged to set between the rod adapter and the pipe adapter so as to allow the rod adapter to be connected to the pipe adapter by means of the intermediate sleeve, the intermediate sleeve transferring the rotational and impact energy of the drill hammer to the pipe adapter and further to the ring bit at the bottom end of the drill pipe, and, correspondingly, to allow the connection to the pipe adapter to be released, whereby the rotational and/or impact energy received by the drill rod assembly from the drill hammer is not transferred to the drill pipe.
A method for handling packets at a node in a packet network, the node having a queue for storing one or more packets, the method comprising: receiving at the queue a first packet carrying a status tag set to a first status value; determining that a stored packet already in the queue at the time of arrival of the first packet has upon leaving the queue a status tag set to the same first status value; changing the tag status value of the first packet to a different status value; dequeuing the stored packet from the queue; receiving at the queue a second packet carrying a status tag set to the first status value; checking if any packet already in the queue at the time of arrival of the second packet has upon leaving the queue a status tag set to the same first status value; transmitting a sequence of tag status values to another node in the packet network, the sequence including: a status tag associated with the first stored packet set to the first status value, a status tag associated with the first packet set to the different status value, and a status tag associated with the second packet set to the first status value. receiving at the queue a first packet carrying a status tag set to a first status value; determining that a stored packet already in the queue at the time of arrival of the first packet has upon leaving the queue a status tag set to the same first status value; changing the tag status value of the first packet to a different status value; dequeuing the stored packet from the queue; receiving at the queue a second packet carrying a status tag set to the first status value; checking if any packet already in the queue at the time of arrival of the second packet has upon leaving the queue a status tag set to the same first status value; transmitting a sequence of tag status values to another node in the packet network, the sequence including: a status tag associated with the first stored packet set to the first status value, a status tag associated with the first packet set to the different status value, and a status tag associated with the second packet set to the first status value. a status tag associated with the first stored packet set to the first status value, a status tag associated with the first packet set to the different status value, and a status tag associated with the second packet set to the first status value.