mhurhangee/ep-ind-claims huggingface dataset:
A switching device of a retractor, comprising a housing, wherein the housing is provided with a line roller coiled with a dog rope, a locking block and a switch; the locking block is controlled by the switch to be switched between a working position and an idle position; when the locking block is in the working position, the line roller is stopped rotating; the locking block is provided with a locking end which is clamped to the line roller and a fixing end which is connected to the housing; the locking block rotates by taking the fixing end as the centre of a circle, so that the locking end is switched between the working position and the idle position; the fixing end is provided with a torsional spring, and the torsional spring applies to the locking block a torsional force enabling the locking end to rotate to the idle position; a tooth matching with the locking block is arranged on the sidewall of the line roller which is around a line roller rotating centre array; and when the locking block is rotated to the working position, the locking end is clamped to the tooth, wherein the switch has a switch body, wherein the upper portion of the switch body is located outside the housing and has an outer contour matching with the appearance of the housing; the right end of the upper portion of the switch body is provided with a pressing portion for pressing by a human hand; the lower portion of the switch body is located within the housing, comprising: a support portion provided on the left end of the lower portion of the switch body; wherein the support portion is mounted in a transverse guide groove through a fixed pin; and the fixed pin shaft is slidable in the guide groove: characterized in that the transverse guide groove is provided in the housing and the lower portion of the switch body further comprises: a limitation pole provided on the right end of the lower portion of the switch body; wherein the limitation pole is mounted in an L-shaped slide groove provided in the housing, and can move up and down or push forward and pull back along the L-shaped slide groove; and a pressing bar provided in the middle of the lower portion of the switch body; wherein the pressing bar abuts against the intermediate segment of the locking block. a limitation pole provided on the right end of the lower portion of the switch body; wherein the limitation pole is mounted in an L-shaped slide groove provided in the housing, and can move up and down or push forward and pull back along the L-shaped slide groove; and a pressing bar provided in the middle of the lower portion of the switch body; wherein the pressing bar abuts against the intermediate segment of the locking block.
A method of changing a connection mode by a base station, BS, the method comprising: receiving a connection re-establishment indication together with a connection release command for a user equipment, UE, from a core network; transmitting a connection release message including information on the connection re-establishment indication to the user equipment having a connection of a first mode; releasing the connection of the first mode from the UE while maintaining an uplink resource allocated to the UE; and receiving a connection request through the uplink resource without a random access procedure after releasing the connection of the first mode. receiving a connection re-establishment indication together with a connection release command for a user equipment, UE, from a core network; transmitting a connection release message including information on the connection re-establishment indication to the user equipment having a connection of a first mode; releasing the connection of the first mode from the UE while maintaining an uplink resource allocated to the UE; and receiving a connection request through the uplink resource without a random access procedure after releasing the connection of the first mode.
A method for producing an elastic composite web comprising a first corrugated web and a second corrugated web provided with ridges alternating with depressions and connected to each other at said depressions, and at least one elastic element entrapped between said first corrugated web and said second corrugated web, wherein said method comprises: - a corrugation step of said first web and of said second web by means of respective corrugating devices each provided with at least one corrugation surface configured to form said ridges alternating with said depressions along a reference direction, so as to obtain said first corrugated web and said corrugated second web, - an entrapment step of said elastic element between said first corrugated web and said corrugated second web, connecting together said first corrugated web and said second corrugated web at said depressions, said method being characterized in that the corrugation step is carried out before said entrapment step and involves feeding said first web and said second web towards the respective corrugating devices with a feeding speed greater than respective movement speed of said corrugation surface, and in that said entrapment step involves entrapping said elastic element while it is under tension along said reference direction. - a corrugation step of said first web and of said second web by means of respective corrugating devices each provided with at least one corrugation surface configured to form said ridges alternating with said depressions along a reference direction, so as to obtain said first corrugated web and said corrugated second web, - an entrapment step of said elastic element between said first corrugated web and said corrugated second web, connecting together said first corrugated web and said second corrugated web at said depressions,
An access control method for the controlled release of an object, comprising the following steps: - building up a wireless connection between an access control medium and a write/read device of the object via radio waves or microwaves, - carrying out an authentication process by way of data signals which are transferred between the access control medium and the write/read device of the object via the wireless connection; - given a successful authentication in the authentication process, transferring a temporary access code from the write/read device of the object to the access control medium; - sending a data package based on the temporary access code, back from the access control medium to the write/read device of the object, - wherein the transfer of the temporary access code or the sending-back of the data package is effected by way of the capacitive-resistive coupling; and - release of the object by way of this write/read device, if the received data package is recognised as being correct. - building up a wireless connection between an access control medium and a write/read device of the object via radio waves or microwaves, - carrying out an authentication process by way of data signals which are transferred between the access control medium and the write/read device of the object via the wireless connection; - given a successful authentication in the authentication process, transferring a temporary access code from the write/read device of the object to the access control medium; - sending a data package based on the temporary access code, back from the access control medium to the write/read device of the object, - wherein the transfer of the temporary access code or the sending-back of the data package is effected by way of the capacitive-resistive coupling; and - release of the object by way of this write/read device, if the received data package is recognised as being correct.
A reporter composition, comprising: a nucleotide selected from the group consisting of a deoxyribonucleotide, a ribonucleotide, a peptide nucleotide, a morpholino, a locked nucleotide, a glycol nucleotide and a threose nucleotide; a high charge mass moiety comprising moiety a or moiety b; for triggering a detectable change in a sensitive biosensor when the reporter composition is operably coupled to the biosensor; wherein a net charge mass of the high charge mass moiety is positive in turn in an acidic pH and/or a net charge mass of the high charge mass moiety is negative in turn in an alkaline pH; and a linker molecule attached to the nucleotide and the high charge mass moiety, wherein the linker molecule comprises a molecule of the following general formula: R 1 -L-R 2 wherein L comprises a linear chain comprising 1 to 100 alkyl groups, oxy alkyl groups, or combinations thereof, and R 1 and R 2 are functional groups that are identical to or different from each other, each of which is selected from the group consisting of alcohol group, carboxyl group, amine group or amide group; characterised in that the reporter reports on charge mass and not enzymatic activity or fluorescence and the linker attaches to the nucleotide at the phosphate linkage in the nucleotide, or the sugar group or the base group so as to allow for polymerisation by a polymerase or hydrogen bonding between the bases of nucleotides when they hybridise with their compliment base. a nucleotide selected from the group consisting of a deoxyribonucleotide, a ribonucleotide, a peptide nucleotide, a morpholino, a locked nucleotide, a glycol nucleotide and a threose nucleotide; a high charge mass moiety comprising moiety a or moiety b; for triggering a detectable change in a sensitive biosensor when the reporter composition is operably coupled to the biosensor; wherein a net charge mass of the high charge mass moiety is positive in turn in an acidic pH and/or a net charge mass of the high charge mass moiety is negative in turn in an alkaline pH; and a linker molecule attached to the nucleotide and the high charge mass moiety, wherein the linker molecule comprises a molecule of the following general formula: R 1 -L-R 2 wherein L comprises a linear chain comprising 1 to 100 alkyl groups, oxy alkyl groups, or combinations thereof, and R 1 and R 2 are functional groups that are identical to or different from each other, each of which is selected from the group consisting of alcohol group, carboxyl group, amine group or amide group; characterised in that the reporter reports on charge mass and not enzymatic activity or fluorescence and the linker attaches to the nucleotide at the phosphate linkage in the nucleotide, or the sugar group or the base group so as to allow for polymerisation by a polymerase or hydrogen bonding between the bases of nucleotides when they hybridise with their compliment base.
A network entity having an integrated chassis that supports more than one type of access technology, the network entity residing in a communication network and comprising: a plurality of session managers configured to receive control information and data from a mobile node in a plurality of access technologies and to cause a communication session to be set up for the mobile node with a particular access technology, wherein the session managers are further configured to communicate with a plurality of access technology stacks (1724, 1726), each of which manages packet processing for a particular access technology; and an access technology demux manager configured to select for a particular communication session a particular session manager from the plurality of session managers, the particular session manager having been assigned to communications received from the mobile node with a first access technology and communicating with a first access technology stack of the plurality of access technology stacks (1724, 1726), wherein, in response to a handoff of the mobile node to a second access technology during the particular communication session, the access technology demux manager is configured to select the same particular session manager from the plurality of session managers, such that the mobile node changes to the second access technology but retains the same particular session manager for the particular communication session, and the particular session manager communicates with a second access technology stack of the plurality of access technology stacks (1724, 1726). a plurality of session managers configured to receive control information and data from a mobile node in a plurality of access technologies and to cause a communication session to be set up for the mobile node with a particular access technology, wherein the session managers are further configured to communicate with a plurality of access technology stacks (1724, 1726), each of which manages packet processing for a particular access technology; and an access technology demux manager configured to select for a particular communication session a particular session manager from the plurality of session managers, the particular session manager having been assigned to communications received from the mobile node with a first access technology and communicating with a first access technology stack of the plurality of access technology stacks (1724, 1726), wherein, in response to a handoff of the mobile node to a second access technology during the particular communication session, the access technology demux manager is configured to select the same particular session manager from the plurality of session managers, such that the mobile node changes to the second access technology but retains the same particular session manager for the particular communication session, and the particular session manager communicates with a second access technology stack of the plurality of access technology stacks (1724, 1726).
An immunoassay for evaluating test sample neutrophil activation for assisting in the diagnosis of sepsis or severe infection in a subject, the assay comprising the steps of: (i) contacting the sample with an agent that permeabilises or solubilises neutrophils such that total (internal and external) amounts of CD64 are determined; (ii) simultaneously with (i) or sequentially, contacting the sample with a binding agent that binds specifically to CD64 in the sample and forms CD64-binding agent complex a; (iii) simultaneously with (i) and/or (ii) or sequentially, contacting the sample with a second binding agent that binds specifically to neutrophil elastase in the sample and forms NE-binding agent complex b, wherein the amount of NE is proportional to the number of neutrophils in the sample; (iv) employing the amount of complex a and complex b to determine the relative level of CD64 and of NE in the sample; and (v) determining a ratio of CD64 and NE (CD64:NE) from the sample, wherein the ratio is internally corrected for the number of neutrophils in the sample determined using the level of NE in the sample and scoring the sample as comprising control or supranormal levels of neutrophil CD64/activation if the CD64:NE ratio exceeds a cut-off level predetermined as above the 95% confidence interval of the line of best fit for the CD64:NE ratio. (i) contacting the sample with an agent that permeabilises or solubilises neutrophils such that total (internal and external) amounts of CD64 are determined; (ii) simultaneously with (i) or sequentially, contacting the sample with a binding agent that binds specifically to CD64 in the sample and forms CD64-binding agent complex a; (iii) simultaneously with (i) and/or (ii) or sequentially, contacting the sample with a second binding agent that binds specifically to neutrophil elastase in the sample and forms NE-binding agent complex b, wherein the amount of NE is proportional to the number of neutrophils in the sample; (iv) employing the amount of complex a and complex b to determine the relative level of CD64 and of NE in the sample; and (v) determining a ratio of CD64 and NE (CD64:NE) from the sample,
A polymer comprising repeat units derived from 1,3-butadiene and a substituted butadiene of formula I or II wherein R is hydrogen, an alkyl group, aryl group, or a fused cyclic group; wherein at least 98 percent by weight of the repeat units have a cis-1,4 microstructure.
A field device (100, 105, 110) for operating in an open, block-oriented, control system, the field device (100, 105, 110) comprising: a memory, which stores system management data and a flexible function block, the system management data including a system schedule; a processor, operably connected to the memory, wherein the processor executes the flexible function block based on the system schedule; and a medium attachment unit, which translates input messages and output messages between the processor and a transmission medium; characterized in that the flexible function block, includes at least one end-user configurable input and output parameters and at least one end-user configurable algorithm, the at least one end-user input and ouput parameters and the at least one end-user configurable algorithm are configured by the end-user; and in that the flexible function block is interconnected with a standard function block in said memory. a memory, which stores system management data and a flexible function block, the system management data including a system schedule; a processor, operably connected to the memory, wherein the processor executes the flexible function block based on the system schedule; and a medium attachment unit, which translates input messages and output messages between the processor and a transmission medium; characterized in that the flexible function block, includes at least one end-user configurable input and output parameters and at least one end-user configurable algorithm, the at least one end-user input and ouput parameters and the at least one end-user configurable algorithm are configured by the end-user; and in that the flexible function block is interconnected with a standard function block in said memory.
Multiaxial scrim with at least two thread layers and at least one nonwoven layer, wherein each thread layer is formed by multifilament reinforcing yarns arranged parallel to and adjacent to one another within the thread layers, wherein at least one thread layer is at least partially in direct contact with the nonwoven layer, characterised in that within the nonwoven layer cutouts are provided, wherein the cutouts have an area of at least 4 mm 2 and the nonwoven layer is a discontinuous layer at least through the cutouts.
A rail to be mounted elastically with a joint-filling element, said rail having a rail head with a running surface for vehicle wheels, a rail foot, and a rail web connecting the rail head and foot, in particular a grooved rail, which is intended to be enclosed at least on one side by an optionally multi-layered surround, which forms an embedment of the rail and the surface of which is in the height region of the running surface, there being a joint, which is to be filled with the joint-filling element, between the embedment and a side face of the rail head, the joint-filling element being prefabricated and consisting of an elastic material and being formed with an inner side facing the rail head, an outer side facing away from the rail head, an upper side and a lower side, the inner side being permanently adhesively attached to the side face of the rail head before the rail is laid, the outer side being designed to promote adhesion to the surround, and the lower side being designed to inhibit adhesion, characterised in that adhesion-promoting elements are embedded in the material of the joint-filling element and have a nonwoven which is embedded on the inner side in an adhesive layer to the side face of the rail head.
A positively charged ink comprising a combination of: a. a carrier liquid, b. basic pigment-loaded resin particles, c. a charge director, d. and an acidic charge adjuvant. a. a carrier liquid, b. basic pigment-loaded resin particles, c. a charge director, d. and an acidic charge adjuvant.
An electronic device comprising: a speaker positioned on surface of a housing; and at least one sensor for outputting sensing information used in detecting a direction in which the speaker faces at least one processor configured to: receive a first audio signal through at least one microphone positioned in a first body of an earphone detachably connectable to the electronic device and a second audio signal through at least one microphone positioned in a second body of the earphone; obtain a time delay and a level difference between the first audio signal and the second audio signal; and identify a positioning state of the earphone based on the direction in which the speaker faces and at least one of the time delay and the level difference. a speaker positioned on surface of a housing; and at least one sensor for outputting sensing information used in detecting a direction in which the speaker faces at least one processor configured to: receive a first audio signal through at least one microphone positioned in a first body of an earphone detachably connectable to the electronic device and a second audio signal through at least one microphone positioned in a second body of the earphone; obtain a time delay and a level difference between the first audio signal and the second audio signal; and identify a positioning state of the earphone based on the direction in which the speaker faces and at least one of the time delay and the level difference. receive a first audio signal through at least one microphone positioned in a first body of an earphone detachably connectable to the electronic device and a second audio signal through at least one microphone positioned in a second body of the earphone; obtain a time delay and a level difference between the first audio signal and the second audio signal; and identify a positioning state of the earphone based on the direction in which the speaker faces and at least one of the time delay and the level difference.
A device for mounting a lighting source on a carrier body, the device including a carrier arm, - a wall in the carrier body, the wall having a hole, the hole having an axis, - an articulation joint for mounting the lighting source at the distal end of the carrier arm, the articulation joint having an articulation axis transverse to the axis of the hole in the wall of the carrier body, characterized in that, - said carrier arm has an enlarged head portion and a stem portion, the carrier arm being inserted in the hole in the wall of the carrier body with the enlarged head portion resting on the periphery of the hole in the wall of the carrier body internally of the carrier body, and the stem portion protruding outwardly of the carrier body; - the device including a retaining cap fixed internally of the carrier body and urging the enlarged head portion of the carrier arm towards the periphery of the hole in the wall of the carrier body permitting rotation of the carrier arm about the axis of the hole in the wall of the carrier body. - a wall in the carrier body, the wall having a hole, the hole having an axis, - an articulation joint for mounting the lighting source at the distal end of the carrier arm, the articulation joint having an articulation axis transverse to the axis of the hole in the wall of the carrier body, - said carrier arm has an enlarged head portion and a stem portion, the carrier arm being inserted in the hole in the wall of the carrier body with the enlarged head portion resting on the periphery of the hole in the wall of the carrier body internally of the carrier body, and the stem portion protruding outwardly of the carrier body; - the device including a retaining cap fixed internally of the carrier body and urging the enlarged head portion of the carrier arm towards the periphery of the hole in the wall of the carrier body permitting rotation of the carrier arm about the axis of the hole in the wall of the carrier body.