mhurhangee/ep-ind-claims huggingface dataset:
A cellulose acetate tow having at least 15 denier per filament, preferably from 20 to 50 denier per filament, and more preferably from 25 to 40 denier per filament, and more than 20,500 total denier, preferably from 21,000 to 60,000 total, more preferably from 20,500 to 40,000 total denier.
A radio communication system, wherein, a mobile communication terminal includes a first radio communication part adapted to communicate with a first base station, a radio bridge device includes a second radio communication part adapted to communicate with a second base station, and the mobile communication terminal includes a first information processing means adapted to carry out processing of information of the first radio communication part and the second radio communication part, wherein the first information processing means includes a radio communication control part adapted to control the first radio communication part, a pseudo radio communication control part adapted to control the second radio communication part, and a handover control part adapted to control a handover between the first and second radio communication parts through the radio communication control part and the pseudo radio communication control part.
A method for communicating data using multiple media access control, MAC, access techniques, the method comprising: obtaining, by a transmitter, traffic flows; characterized by selecting either a contention-based access MAC communication scheme or a scheduling-based access scheme to communicate a given one of the traffic flows based on a characteristic of the given traffic flow, wherein the scheduling-based access MAC communication scheme is selected to communicate a first traffic flow and the contention-based access MAC communication scheme is selected to communicate a second traffic flow; and communicating the first traffic flow using a first spreading code associated with the scheduling-based MAC communication scheme and the second traffic flow using a second spreading code associated with the contention-based access MAC communication scheme, the first traffic flow and the second traffic flow being communicated over the same network during the same time period, and the first spreading code being different than the second spreading code such that scheduling-based transmissions are separated from contention-based transmissions in the code domain. obtaining, by a transmitter, traffic flows; characterized by selecting either a contention-based access MAC communication scheme or a scheduling-based access scheme to communicate a given one of the traffic flows based on a characteristic of the given traffic flow, wherein the scheduling-based access MAC communication scheme is selected to communicate a first traffic flow and the contention-based access MAC communication scheme is selected to communicate a second traffic flow; and communicating the first traffic flow using a first spreading code associated with the scheduling-based MAC communication scheme and the second traffic flow using a second spreading code associated with the contention-based access MAC communication scheme, the first traffic flow and the second traffic flow being communicated over the same network during the same time period, and the first spreading code being different than the second spreading code such that scheduling-based transmissions are separated from contention-based transmissions in the code domain.
Automotive lighting device comprising a light source intended to emit light; a driver arranged to control the operation of the light source, the driver comprising a driver cover arranged to dissipate the heat generated by the driver; a housing comprising a housing wall and a ventilation element located in the housing wall, the ventilation element being configured to allow water vapour to exit the housing; a desiccant salt arranged in thermal contact with the driver cover; a separating element provided between the desiccant salt and the light source, characterized in that the separating element is a hatch with an actuator, the actuator being controlled by the driver. a light source intended to emit light; a driver arranged to control the operation of the light source, the driver comprising a driver cover arranged to dissipate the heat generated by the driver; a housing comprising a housing wall and a ventilation element located in the housing wall, the ventilation element being configured to allow water vapour to exit the housing; a desiccant salt arranged in thermal contact with the driver cover; a separating element provided between the desiccant salt and the light source, characterized in that the separating element is a hatch with an actuator, the actuator being controlled by the driver.
An acidic gas absorbing agent comprising: an amine compound represented by general formula: wherein R 1 represents an unsubstituted cycloalkyl group which has 3 to 6 carbon atoms or a cycloalkyl group which has 3 to 6 carbon atoms in which a part of the hydrogen atoms are substituted by an alkyl group having 1 to 3 carbon atoms; R 2 represents an alkyl group having 1 to 3 carbon atoms or a hydrogen atom; R 3 and R 4 each independently represent an alkyl group having 1 to 3 carbon atoms or a hydrogen atom; and R 5 represents an alkyl group having 1 to 3 carbon atoms; and at least one piperazine compound selected from the group consisting of piperazine, 2-methylpiperazine, 2,5-dimethylpiperazine, and 2,6-dimethylpiperazine.
Method for current measurement of phase currents by means of a measurement circuit in a multiphase power supply system, in which at least one electrical load is energized in a desired manner by at least one controllable switching element and control signals act on the switching element in order to achieve the desired energization of the load, wherein clock patterns of the drive signals are assigned measurement windows for the current measurement and clock patterns for a desired measurement window variable and/or position are temporally shifted with respect to one another, wherein, in the current measurement, at least one measurement current profile having current values is measured, said measurement current profile having at least one error on account of the shifted clock patterns, wherein a phase current profile having current values is determined from the measurement current profile, in which phase current profile the error causes at least one discontinuity, wherein the occurrence of the discontinuity is detected, the step height of the discontinuity is determined and the phase current profile is corrected depending on the step height in such a way that, in the time profile following the discontinuity, the current value that corresponds to the step height is subtracted from or added to the current values of the measurement current profile, characterized in that the power supply system has a rotating phase vector and in that the phase current profile is determined from the measurement current profile by virtue of the current values of the phase current profile being taken directly from the measurement current profile depending on a rotation angle of the phase vector and/or being calculated from current values of at least one measurement current profile, wherein the rotation angle of the phase vector is divided into regions in which the phase current profile is determined from the measurement current profile in different ways so that a discontinuity always occurs when there is a transition from one rotation angle range to another rotation angle range.
A refrigerating appliance (101;301,301b) comprising a cabinet (102;302), at least one door (103a;303a) and at least one flexible tubular element (112;312) inserted on one side in said cabinet (102;302) and on the other side in said door (103a;303a), said door (103a;303a) being connected to said cabinet (102;302) through at least one hinge (110;310) allowing said door (103a;303a) to rotate about an axis of rotation for opening and closing, said hinge (110;310) being provided on a left side or on a right side of said cabinet (102;302), wherein said flexible tubular element (112;312) is inserted in said cabinet (102;302) in a central portion relative to said left side and right side, and in that said flexible tubular element (112;312) has such a length as to run along a path extending from said central portion to said hinge (110;310), whether said hinge (110;310) is located on said left side or on said right side of said cabinet (102;302), wherein said flexible tubular element (112;312) comprises at least one connector (113,113b;343,344), wherein said flexible tubular element (112;312) runs along a path extending from said hinge (110;310) to a central portion relative to a left side and a right side of said door (103a;303a), characterized in that said connector (343,344) is located on a segment of said flexible tubular element (112;312) comprised between said hinge (110;310) and said central portion of said door (103a;303a) and in that said refrigerating appliance (101;301,301b) further comprises at least one guiding element (113,113b;341,342) in the proximity of said hinge (110;310) for guiding said flexible tubular element (112;312), wherein said guiding element (113,113a;341,342) is adapted to be reversibly housed on said left side or on said right side of said cabinet (102;302), wherein the length of said flexible tubular element (112;312) is such as to run in said guiding element (341,342) on said left side or on said right side respectively, depending on the opening direction of said door (103a;303a) about said axis of rotation, the guiding element (113,113b;341,342) comprising: - a guiding fulcrum having a guiding axis around which said flexible tubular element is adapted to at least partially wind when the door is closed or unwind when the door is opened; - a support comprising an annular surface substantially perpendicular to the guiding axis which supports the flexible tubular element from below, and a scroll-shaped lateral portion adapted to laterally contain the flexible tubular element; and - on the side of the guiding element (113,113a), a guiding portion (117a,117b) that defines a channel in which the flexible tubular element is housed and runs adapted to rotate together with the guiding element about the guiding axis.
Use of a structure for killing and/or inhibiting the growth of a microorganism, wherein the structure comprises an antimicrobial surface on a substrate, the antimicrobial surface comprising a plurality of nanostructures, each nanostructure comprising: i. a nanopillar on the substrate, the nanopillar having a height, and ii. a nanoparticle covering a distal end and part of the height of the nanopillar, thereby defining an uncovered nanopillar portion, wherein the nanoparticle is formed of another material than the nanopillar portion. i. a nanopillar on the substrate, the nanopillar having a height, and ii. a nanoparticle covering a distal end and part of the height of the nanopillar, thereby defining an uncovered nanopillar portion, wherein the nanoparticle is formed of another material than the nanopillar portion.
A communication system comprising: a user equipment, UE; a first node; a second node; and a third node, wherein the first node is configured to: receive a registration request message transmitted by the UE, verify information indicating whether the UE has a subscription for specific service by decrypting the registration request message including the information and a first identifier, and send, to the second node, an authentication request message including a second identifier upon successful verification of the information, wherein the second node is configured to: verify the second identifier, and route, to the third node, the authentication request based on a third identifier included in the first identifier, and wherein the third node is configured to: decrypt the authentication request message, and transmit a response for providing the secure connection with the UE. a user equipment, UE; a first node; a second node; and a third node, wherein the first node is configured to: receive a registration request message transmitted by the UE, verify information indicating whether the UE has a subscription for specific service by decrypting the registration request message including the information and a first identifier, and send, to the second node, an authentication request message including a second identifier upon successful verification of the information, receive a registration request message transmitted by the UE, verify information indicating whether the UE has a subscription for specific service by decrypting the registration request message including the information and a first identifier, and send, to the second node, an authentication request message including a second identifier upon successful verification of the information, wherein the second node is configured to: verify the second identifier, and route, to the third node, the authentication request based on a third identifier included in the first identifier, and verify the second identifier, and route, to the third node, the authentication request based on a third identifier included in the first identifier, and wherein the third node is configured to: decrypt the authentication request message, and transmit a response for providing the secure connection with the UE. decrypt the authentication request message, and transmit a response for providing the secure connection with the UE.
An anti-age active complex for the skin comprising at least the following elements: - thalassin, extracted from Tripleurospermum Maritimum, - prickly pear seed oil, and - hyaluronic acid or salt thereof. - thalassin, extracted from Tripleurospermum Maritimum, - prickly pear seed oil, and - hyaluronic acid or salt thereof.
Device for supplying a liquid additive, having at least one metallic insert, which is coated at least in sections with a plastics coating composed of polyethylene, wherein at least one plastics structure composed of high-density polyethylene (HD-PE) or polypropylene is injection moulded onto the plastics coating, wherein the at least one metallic insert is a housing for a delivery unit for liquid additive, and the plastics structure forms at least one section of a tank wall.
Method for producing a piece of clothing equipped with sleeves (3, 4) on a flat knitting machine with at least two needle beds (V, H), as a finished hose/wrap knit, whereby the two sleeves (3, 4) and the body section are first produced with separate thread guides (20, 30, 40) as hose-shaped knits, and the body section is formed by means of a transfer technique up to a length of said body section at which the sleeves (3, 4) have to be connected with the same, and the sleeves (3, 4) are formed in their complete length and shape prior to affixing said sleeves (3, 4), characterised in that the body section and the sleeves (3, 4) are formed on the same needle beds (V, H), and in that the sleeves (3, 4) are first formed separate from the body section prior to the connection process, and are then moved, once knitted to their complete length, by means of a transfer technique so far in the direction of the body section until they are located with their innermost stitches on those needles that directly follow the left or right needle taken up by the body section.
A closure for the releasable connection of a cover element to a surrounding structure using a clamping lever that is pivotably connected to an anchor such that the cover element is connectable to the surrounding structure by pivoting the clamping lever, wherein the clamping lever is securable in the closed state via a securing pin insertable through openings provided in its side walls; and wherein a pivot element pivotable on a connection of the cover element to a surrounding structure is pivotable out of a position in which it blocks the path between the openings provided in the side walls of the clamping lever for pushing through the securing pin, characterized in that the pivot element is part of a pivotable pressure plate that is held in a blocking starting position via a spring package, with the pressure plate being pivotable on a correct connection of the cover element to the surrounding structure against the force of the spring package into an end position releasing the region between the openings.
A method for measuring network packet loss, comprising: performing, by a sending end, data packet counting processing on a service stream sent to a receiving end, to obtain a first data packet count corresponding to a measurement period identifier; sending, by the sending end, an operation, administration, maintenance, OAM, packet comprising a measurement period identifier to be queried to the receiving end, wherein the OAM packet and a data packet of the service stream are transmitted on a same path; receiving, by the sending end, a second data packet count that is fed back by the receiving end after the receiving end receives the OAM packet and corresponding to the measurement period identifier to be queried, wherein the second data packet count is a count obtained by the receiving end by performing data packet counting processing on the received service stream; and determining, by the sending end, a network packet loss situation according to the first data packet count and the second data packet count; wherein before the sending, by the sending end, an OAM packet comprising a measurement period identifier to be queried to the receiving end, the method further comprises: adding, by the sending end, a generic associated channel label, GAL, to the OAM packet, and encapsulating the OAM packet according to a destination address of the service stream. performing, by a sending end, data packet counting processing on a service stream sent to a receiving end, to obtain a first data packet count corresponding to a measurement period identifier; sending, by the sending end, an operation, administration, maintenance, OAM, packet comprising a measurement period identifier to be queried to the receiving end, wherein the OAM packet and a data packet of the service stream are transmitted on a same path; receiving, by the sending end, a second data packet count that is fed back by the receiving end after the receiving end receives the OAM packet and corresponding to the measurement period identifier to be queried, wherein the second data packet count is a count obtained by the receiving end by performing data packet counting processing on the received service stream; and determining, by the sending end, a network packet loss situation according to the first data packet count and the second data packet count; wherein before the sending, by the sending end, an OAM packet comprising a measurement period identifier to be queried to the receiving end, the method further comprises: adding, by the sending end, a generic associated channel label, GAL, to the OAM packet, and encapsulating the OAM packet according to a destination address of the service stream. adding, by the sending end, a generic associated channel label, GAL, to the OAM packet, and encapsulating the OAM packet according to a destination address of the service stream.
A headpiece for a bridle, the headpiece connectable to a browband, the headpiece having a first side piece and a second side piece wherein the first and second side pieces (46, 48) are connected by an articulated linkage and wherein the articulated linkage is located above a connection between the headpiece and said browband, in use, characterised in that the articulated linkage comprises a first joint between the first side piece and a central piece and a second joint between the second side piece and the central piece, and wherein the first and the second joint are articulated in that both comprise a ring or an elastic piece.
A vehicle comprising: a gas impermeable body; a flexible barrier attached to the body such that it separates the interior of the body into a lift compartment holding lighter than air gas and a ballast compartment holding heavier than air gas; a one-way discharge valve positioned in the body at a location within the ballast compartment, and configured to open and permit passage of the heavier than air gas directly from the ballast compartment to an exterior of the body at a predetermined threshold based on a pressure differential between an interior of the body and the exterior of the body caused by the ascent of the vehicle; wherein the flexible barrier is configured to move upon release, through the one-way discharge valve, of the heavier than air gas from the ballast compartment such that the volume of the lift compartment increases as the volume of the ballast compartment decreases;and at least one ballonet holding air and configured to pass air into and from the exterior of the body and regulate pressure therein, wherein the ballast compartment is configured to be used as the ballonet after the ballast has been discharged by passing air into and from the exterior of the body. a gas impermeable body; a flexible barrier attached to the body such that it separates the interior of the body into a lift compartment holding lighter than air gas and a ballast compartment holding heavier than air gas; a one-way discharge valve positioned in the body at a location within the ballast compartment, and configured to open and permit passage of the heavier than air gas directly from the ballast compartment to an exterior of the body at a predetermined threshold based on a pressure differential between an interior of the body and the exterior of the body caused by the ascent of the vehicle; wherein the flexible barrier is configured to move upon release, through the one-way discharge valve, of the heavier than air gas from the ballast compartment such that the volume of the lift compartment increases as the volume of the ballast compartment decreases;and at least one ballonet holding air and configured to pass air into and from the exterior of the body and regulate pressure therein, wherein the ballast compartment is configured to be used as the ballonet after the ballast has been discharged by passing air into and from the exterior of the body.
A light emitting diode apparatus comprising: a substantially flat metal substrate having a reflective surface; a plurality of LED chips each in direct contact with the reflective surface of the substrate to enable thermal dissipation, at least a portion of the LED chips being spaced a distance from each other to expose regions of the flat metal substrate having the reflective surface to allow light to reflect from the exposed regions of the reflective surface that is located between the LED chips; a dielectric insulating layer disposed on a portion of the substantially flat metal substrate; a bonding pad that is disposed on the dielectric insulating layer and that is electrically connected to at least one of the plurality of LED chips, wherein on top of the dielectric copper traces are run to the bonding pad; and bonding wires routed from the bonding pad in a chip to chip fashion that connect respective electrical contacts on each of the LED chips. a substantially flat metal substrate having a reflective surface; a plurality of LED chips each in direct contact with the reflective surface of the substrate to enable thermal dissipation, at least a portion of the LED chips being spaced a distance from each other to expose regions of the flat metal substrate having the reflective surface to allow light to reflect from the exposed regions of the reflective surface that is located between the LED chips; a dielectric insulating layer disposed on a portion of the substantially flat metal substrate; a bonding pad that is disposed on the dielectric insulating layer and that is electrically connected to at least one of the plurality of LED chips, wherein on top of the dielectric copper traces are run to the bonding pad; and bonding wires routed from the bonding pad in a chip to chip fashion that connect respective electrical contacts on each of the LED chips.