mhurhangee/ep-ind-claims huggingface dataset:
A method for locating lost or stolen electronic devices, the method comprising: deploying a software agent on at least one first mobile electronic device; receiving by the software agent a message from a remote server, the message including an identifier of a lost or stolen electronic device; operating the first mobile electronic device, by the software agent, as an open wireless access point that creates an open wireless network accessible to one or more second collocated mobile electronic devices including lost or stolen electronic devices; using the received device identifier to search by the software agent on the open wireless network created by the first mobile electronic device for the lost or stolen electronic device among a plurality of second mobile electronic devices connected to the open wireless network; if the lost or stolen electronic device is located among the plurality of second mobile electronic devices connected to the open wireless network, collecting by the software agent information about the located lost or stolen electronic device; and transmitting by the software agent the collected information to one of the remote server or an owner of the lost or stolen electronic device. deploying a software agent on at least one first mobile electronic device; receiving by the software agent a message from a remote server, the message including an identifier of a lost or stolen electronic device; operating the first mobile electronic device, by the software agent, as an open wireless access point that creates an open wireless network accessible to one or more second collocated mobile electronic devices including lost or stolen electronic devices; using the received device identifier to search by the software agent on the open wireless network created by the first mobile electronic device for the lost or stolen electronic device among a plurality of second mobile electronic devices connected to the open wireless network; if the lost or stolen electronic device is located among the plurality of second mobile electronic devices connected to the open wireless network, collecting by the software agent information about the located lost or stolen electronic device; and transmitting by the software agent the collected information to one of the remote server or an owner of the lost or stolen electronic device.
A live, modified, non-replicating poxvirus comprising a nucleic acid encoding a peptide or polypeptide antigen that is foreign to poxvirus, wherein the poxvirus infects, but is non-replicating in human cells; for use in a method of eliciting a T cell memory immune response to the foreign antigen, by administering the poxvirus to a mechanically disrupted epidermis of a subject so that the poxvirus expressing the foreign antigen infects the disrupted epidermis and elicits a T cell memory immune response.
A photoelectric sensor having at least one of a light projecting portion which emits light to a front space and a light receiving portion which receives light from a front zone, characterized in that the photoelectric sensor comprises: a case body having an accommodation space which accommodates at least one of the light projecting portion and the light receiving portion therein, and a cable which accommodates a cord connected via a control portion to at least one of the light projecting portion and the light receiving portion, wherein a concave portion which is recessed toward an inside of the case body is provided in an outer surface of the case body, and wherein the cable is mounted in the concave portion, wherein the concave portion is provided in one of outer surfaces of the case body other than a front surface, the front surface having a light projecting and receiving surface through which the light from the light projecting portion and the light to the light receiving portion pass, the outer surface on which the concave portion is provided further has a connection surface extending from an edge of the concave portion toward another one of the outer surfaces of the case body other than the front surface, characterized in that the connection surface is parallel or orthogonal to the front surface, wherein an extending direction of the cord of the cable is perpendicular to the connection surface when the cable is mounted in an unbent state, and an outer peripheral surface of the cable comes into contact with the connection surface when the cable is mounted in a bent state. a case body having an accommodation space which accommodates at least one of the light projecting portion and the light receiving portion therein, and a cable which accommodates a cord connected via a control portion to at least one of the light projecting portion and the light receiving portion, wherein a concave portion which is recessed toward an inside of the case body is provided in an outer surface of the case body, and wherein the cable is mounted in the concave portion, wherein the concave portion is provided in one of outer surfaces of the case body other than a front surface, the front surface having a light projecting and receiving surface through which the light from the light projecting portion and the light to the light receiving portion pass, the outer surface on which the concave portion is provided further has a connection surface extending from an edge of the concave portion toward another one of the outer surfaces of the case body other than the front surface, characterized in that the connection surface is parallel or orthogonal to the front surface, wherein an extending direction of the cord of the cable is perpendicular to the connection surface when the cable is mounted in an unbent state, and an outer peripheral surface of the cable comes into contact with the connection surface when the cable is mounted in a bent state.
A foaming composition in the form of a nano or micro-emulsion comprising: (a) at least one oil; (b) at least one polyglyceryl fatty acid monoester, with an HLB value from 8.0 to 14.0, preferably from 9.0 to 13.5, and more preferably from 10.0 to 13.0; (c) at least one C 6-30, preferably C 12-30, alkyl (poly)glucoside type surfactant; (d) at least one amphoteric surfactant; and (e) water. (a) at least one oil; (b) at least one polyglyceryl fatty acid monoester, with an HLB value from 8.0 to 14.0, preferably from 9.0 to 13.5, and more preferably from 10.0 to 13.0; (c) at least one C 6-30, preferably C 12-30, alkyl (poly)glucoside type surfactant; (d) at least one amphoteric surfactant; and (e) water.
Method used in a User Equipment, UE, comprising: mapping configured information to a Discovery Signal, wherein the configured information includes the following: first information: whether UE is in the coverage of a service cell or not; second information: a service cell physical ID C_ID1 of the camping service cell of UE; third information: a physical ID G_ID of the camping Device-to Device group of UE; fourth information: an index of the time frequency resource block R1-included subframe among the S candidate subframes, which are within the current time window and can be used for the Discovery Signal transmission; transmitting the Discovery Signalon the time-frequency resource block R1; wherein the UE is the transmitter of the Discovery Signal, or the is the head of the Device-to Device group in which the transmitter of the Discovery Signal camps, the time window is a periodic and continuous time window which is maintained by the UE, the indexes of the frames in the time window are from 0 to L-1, L is the maximum value of System Frame Number plus 1, S is a positive integer not greater than 10 times of L, and the G_ID is an integer. mapping configured information to a Discovery Signal, wherein the configured information includes the following: first information: whether UE is in the coverage of a service cell or not; second information: a service cell physical ID C_ID1 of the camping service cell of UE; third information: a physical ID G_ID of the camping Device-to Device group of UE; fourth information: an index of the time frequency resource block R1-included subframe among the S candidate subframes, which are within the current time window and can be used for the Discovery Signal transmission; first information: whether UE is in the coverage of a service cell or not; second information: a service cell physical ID C_ID1 of the camping service cell of UE; third information: a physical ID G_ID of the camping Device-to Device group of UE; fourth information: an index of the time frequency resource block R1-included subframe among the S candidate subframes, which are within the current time window and can be used for the Discovery Signal transmission; transmitting the Discovery Signalon the time-frequency resource block R1; wherein the UE is the transmitter of the Discovery Signal, or the is the head of the Device-to Device group in which the transmitter of the Discovery Signal camps, the time window is a periodic and continuous time window which is maintained by the UE, the indexes of the frames in the time window are from 0 to L-1, L is the maximum value of System Frame Number plus 1, S is a positive integer not greater than 10 times of L, and the G_ID is an integer.
A data reading system for reading an optical code on an object from multiple directions, comprising: a housing with a first imager provided within the housing; a cover supported on the housing, the cover including (a) a central section (120, 320, 520) comprising a generally horizontal surface (132, 322, 532) with a first window (135, 335, 535), (b) an upward extension (110, 310, 510) at a first end of the cover extending from a first side of the central section (120, 320, 520), and (c) a depression (140, 540) at a second end of the cover extending from a second side of central section (120, 320, 520) opposite the upward extension (110, 310, 510); wherein a first field of view of the first imager is directed via a first mirror set from a position of the first imager through the first window (135, 335, 535) into a view volume above the first window (135, 335, 535) from a first perspective; characterized by a second imager provided within the housing, the second imager having a second field of view of the second imager that is directed via a second mirror set from a position of the second imager through a second window (160, 560), sidewardly over a depression (140, 540) in the horizontal surface (132, 322, 532), and into the view volume above the first window (135, 335, 535) from a second perspective. a housing with a first imager provided within the housing; a cover supported on the housing, the cover including (a) a central section (120, 320, 520) comprising a generally horizontal surface (132, 322, 532) with a first window (135, 335, 535), (b) an upward extension (110, 310, 510) at a first end of the cover extending from a first side of the central section (120, 320, 520), and (c) a depression (140, 540) at a second end of the cover extending from a second side of central section (120, 320, 520) opposite the upward extension (110, 310, 510); wherein a first field of view of the first imager is directed via a first mirror set from a position of the first imager through the first window (135, 335, 535) into a view volume above the first window (135, 335, 535) from a first perspective; characterized by a second imager provided within the housing, the second imager having a second field of view of the second imager that is directed via a second mirror set from a position of the second imager through a second window (160, 560), sidewardly over a depression (140, 540) in the horizontal surface (132, 322, 532), and into the view volume above the first window (135, 335, 535) from a second perspective.
A method for configuring Minimization of Drive-Test, MDT, which is performed by a base station of a first network, and comprises: receiving and storing information on whether a User Equipment, UE, supports execution of MDT measurement of a second network; receiving information about configuration of the MDT measurement of the second network transmitted by a network manager; selecting, based on the information about the configuration of the MDT measurement and the information on whether the UE supports the execution of the MDT measurement of the second network, a UE for executing the MDT measurement of the second network; and transmitting, to the selected UE, information about configuration for activating the UE to execute the MDT measurement of the second network, the method characterized in that: the first network is a Long Term Evolution, LTE, network or an evolved LTE, eLTE, network and the second network is a fifth Generation, 5G, New Radio, NR, network; or the first network is the 5G NR network and the second network is the LTE network or the eLTE network. receiving and storing information on whether a User Equipment, UE, supports execution of MDT measurement of a second network; receiving information about configuration of the MDT measurement of the second network transmitted by a network manager; selecting, based on the information about the configuration of the MDT measurement and the information on whether the UE supports the execution of the MDT measurement of the second network, a UE for executing the MDT measurement of the second network; and transmitting, to the selected UE, information about configuration for activating the UE to execute the MDT measurement of the second network, the method characterized in that: the first network is a Long Term Evolution, LTE, network or an evolved LTE, eLTE, network and the second network is a fifth Generation, 5G, New Radio, NR, network; or the first network is the 5G NR network and the second network is the LTE network or the eLTE network.
A device for filling a container with a filling product, preferably for filling a container in a beverage filling plant, the device comprising a carrier bolt, a filling member arranged on the carrier bolt and having a filling valve which can be moved along a longitudinal axis of the filling member relative to the carrier bolt, and a container holder, rigidly fastened to the carrier bolt below the filling valve, for holding a container to be filled, characterized by a connection device for height-adjustably connecting the carrier bolt to a transport device, preferably to a valve carrier, of a filling device, wherein the connection device comprises at least one adjusting nut (50, 50') which is in engagement with an adjusting thread provided on the carrier bolt.
A high-strength steel sheet having a composition consisting of 0.10% to 0.18% C, more than 0.5% to 1.5% Si, 0.5% to 1.5% Mn, 0.05% or less P, 0.005% or less S, and 0.05% or less Al on a mass basis, and optionally further at least one selected from the group consisting of 0.01% to 1.0% Cr, and 0.01% to 0.1% V on a mass basis, the remainder being Fe and inevitable impurities, the high-strength steel sheet having a microstructure containing ferrite and pearlite, wherein the volume fraction of the ferrite is 70% to 97%, the volume fraction of the pearlite is 3% or more, the volume fraction of cementite present at grain boundaries of the ferrite is 2% or less, the sum of the volume fractions of phases other than the ferrite, the pearlite, and the cementite is less than 3%, and the average grain size of the ferrite is 7 μm or less.
Condensate separator, wherein the condensate separator has a positive pressure connection (3, 6) for separating condensate from a condensate source subjected to positive pressure and a negative pressure connection for separating condensate from a condensate source subjected to negative pressure, wherein the condensate separator is formed by a bottle siphon for negative pressure condensate, wherein the bottle siphon is designed such that the length of the negative pressure connection is constructed such that the function of the condensate separator is guaranteed in the case of a negative pressure in the negative pressure connection of 10 mbar with respect to the atmospheric pressure, and wherein the positive pressure connection (3, 6) is guided in the form of a pipe into the base of the bottle siphon and forms with the bottle siphon a tube siphon (3, 6, 2) such that positive pressure condensate and negative pressure condensate can be discharged together.
A method of manufacturing a metallic-composite joint, the metallic-composite joint comprising: - a metallic component, the metallic component having at least one hole in a surface thereof, and - a metallic fastener, the metallic fastener having a head portion for attaching to the metallic component and a tail portion for attaching to a composite component, the method comprising the steps of: - positioning the metallic fastener such that: - at least a part of the head portion of the metallic fastener is retained in the hole of the metallic component, and - the tail portion of the metallic fastener extends out of the hole and away from the surface of the metallic component, characterised in that the method comprises the steps of: - arranging layered fibres of an uncured composite component on the surface of the metallic component such that the tail portion extends through a gap between adjacent fibres in each fibre layer, and - curing the composite component, thereby attaching the composite component to the tail portion of the metallic fastener. - a metallic component, the metallic component having at least one hole in a surface thereof, and - a metallic fastener, the metallic fastener having a head portion for attaching to the metallic component and a tail portion for attaching to a composite component, - positioning the metallic fastener such that: - at least a part of the head portion of the metallic fastener is retained in the hole of the metallic component, and - the tail portion of the metallic fastener extends out of the hole and away from the surface of the metallic component, - at least a part of the head portion of the metallic fastener is retained in the hole of the metallic component, and - the tail portion of the metallic fastener extends out of the hole and away from the surface of the metallic component, - arranging layered fibres of an uncured composite component on the surface of the metallic component such that the tail portion extends through a gap between adjacent fibres in each fibre layer, and - curing the composite component, thereby attaching the composite component to the tail portion of the metallic fastener.
A traveling vehicle, comprising: a body that can travel; a steering wheel that is provided to the body and can rotate; and a forward-reverse switching lever that can switch to a forward position, a neutral position, and a reverse position; wherein the forward-reverse switching lever has a lever main body that can be pulled up at the neutral position and can swing forward or rearward in a pulled-up state and a grip mounted to an upper portion of the lever main body; characterized in that the grip has a base portion having an upper face and a protruding portion protruding downward from the base portion; and the protruding portion has a distal face provided on an opposite side of a rotating-shaft side of the steering wheel, one side face that is provided on one side in the swinging direction and is continuous with the distal face, and another side face that is provided on another side in the swinging direction and is continuous with the distal face, the one side face and the other side face being formed so as to gradually approach each other in heading downward. a body that can travel; a steering wheel that is provided to the body and can rotate; and a forward-reverse switching lever that can switch to a forward position, a neutral position, and a reverse position; wherein the forward-reverse switching lever has a lever main body that can be pulled up at the neutral position and can swing forward or rearward in a pulled-up state and a grip mounted to an upper portion of the lever main body; characterized in that the grip has a base portion having an upper face and a protruding portion protruding downward from the base portion; and the protruding portion has a distal face provided on an opposite side of a rotating-shaft side of the steering wheel, one side face that is provided on one side in the swinging direction and is continuous with the distal face, and another side face that is provided on another side in the swinging direction and is continuous with the distal face, the one side face and the other side face being formed so as to gradually approach each other in heading downward.
A device for colorless optical switching, comprising: a demultiplexer, configured to demultiplex input multi-wavelength light into multiple beams of light with single wavelength; a first optical cross unit, configured to receive the multiple beams of light with single wavelength, obtained by the demultiplexer in the way of demultiplexing, and output the multiple beams of light with single wavelength through target ports, wherein the first optical cross unit is adapted to switch light received by its any input port to its any output port; an optical switch array, configured to receive multiple beams of light with single wavelength output by the first optical cross unit, drop light that needs to be dropped, from the multiple beams of light with single wavelength output by the first optical cross unit, to a local node, receive light added by the local node, and output light that needs to pass, from the multiple beams of light with single wavelength output by the first optical cross unit and the light added by the local node; and a combiner, configured to combine the light output by the optical switch array. a demultiplexer, configured to demultiplex input multi-wavelength light into multiple beams of light with single wavelength; a first optical cross unit, configured to receive the multiple beams of light with single wavelength, obtained by the demultiplexer in the way of demultiplexing, and output the multiple beams of light with single wavelength through target ports, wherein the first optical cross unit is adapted to switch light received by its any input port to its any output port; an optical switch array, configured to receive multiple beams of light with single wavelength output by the first optical cross unit, drop light that needs to be dropped, from the multiple beams of light with single wavelength output by the first optical cross unit, to a local node, receive light added by the local node, and output light that needs to pass, from the multiple beams of light with single wavelength output by the first optical cross unit and the light added by the local node; and a combiner, configured to combine the light output by the optical switch array.
A detection device for the enrichment of sample material, comprising a functional surface equipped with detection receptors, the functional surface being arranged directly or indirectly on a measuring structure which contains an optically conductive material for the optical measurement of target molecules enriched on the detection receptors, wherein the functional surface equipped with the detection receptors is formed by a functional layer made of hemocompatible material which is arranged directly or indirectly along the functional section of the detection device on the measuring structure, wherein the hemocompatible material is formed as a hydrogel, characterized in that the functional surface is coated with a protective layer soluble in liquids.