mhurhangee/ep-ind-claims huggingface dataset:
Electronic device, in particular a control device, comprising a housing, which has a cavity and in which a circuit carrier populated with electrical and/or electronic components is arranged so as to form an electrical and/or electronic circuit, and comprising a fuse element, which is contact-connected to the circuit carrier and serves to protect the electrical and/or electronic circuit from electrostatic discharges, characterized in that the electrical and/or electronic circuit comprises a plug contact, which has connection pins (61, 62) and the connection pins are contact-connected to the circuit carrier, wherein at least one connection pin is formed as the fuse element by virtue of the at least one connection pin being connected to an earth line and a smallest distance (d) between the housing and an electrically conductive region of the electrical and/or electronic circuit is provided at a point of the at least one connection pin formed as the fuse element, as a result of which a preferred discharge path is formed between the housing and the earth line in the case of an electrostatic discharge.
A method for interfacing a User Equipment, UE, to a Core Network, CN, the method comprising: providing a satellite network portal, SNP, to connect to the UE via a satellite link, wherein the SNP comprises a Media Access Control, MAC, layer for managing the satellite link and a Radio Layer Control, RLC, layer of the UE; interfacing the UE to the CN with a Point of Presence, POP, comprising a Radio Resource Control, RRC, layer of the UE and a Packet Data Convergence Protocol, PDCP, layer of the UE; providing a connection between the SNP and the POP; establishing a session between the CN and the UE via the RRC layer, the PDCP layer and the RLC layer; communicating network traffic for the session; and handing over the satellite link from a first beam of the MAC layer to a second beam of the MAC layer; wherein the network traffic over the connection has a latency greater than 10 milliseconds, the MAC layer schedules downlink and uplink resources to the UE over the satellite link; and the step of establishing comprises using one or more of a parallel protocol layer configuration, a proxy-based protocol layer configuration or an access proxy-based protocol layer configuration for communications between the RRC layer and the RLC layer. providing a satellite network portal, SNP, to connect to the UE via a satellite link, wherein the SNP comprises a Media Access Control, MAC, layer for managing the satellite link and a Radio Layer Control, RLC, layer of the UE; interfacing the UE to the CN with a Point of Presence, POP, comprising a Radio Resource Control, RRC, layer of the UE and a Packet Data Convergence Protocol, PDCP, layer of the UE; providing a connection between the SNP and the POP; establishing a session between the CN and the UE via the RRC layer, the PDCP layer and the RLC layer; communicating network traffic for the session; and handing over the satellite link from a first beam of the MAC layer to a second beam of the MAC layer; wherein the network traffic over the connection has a latency greater than 10 milliseconds, the MAC layer schedules downlink and uplink resources to the UE over the satellite link; and the step of establishing comprises using one or more of a parallel protocol layer configuration, a proxy-based protocol layer configuration or an access proxy-based protocol layer configuration for communications between the RRC layer and the RLC layer. the network traffic over the connection has a latency greater than 10 milliseconds, the MAC layer schedules downlink and uplink resources to the UE over the satellite link; and the step of establishing comprises using one or more of a parallel protocol layer configuration, a proxy-based protocol layer configuration or an access proxy-based protocol layer configuration for communications between the RRC layer and the RLC layer.
A light sensor assembly comprising: a sensor connector configured to be coupled to a receptacle connector mounted to a light fixture, the sensor connector comprising: a housing having a top and a bottom, the bottom defining a mating interface configured to be mated to the receptacle connector, the housing having a first cavity including a first light sensor component in the first cavity for sensing a light characteristic exterior of the sensor connector; power contacts held by the housing and extending from the bottom for electrical connection with receptacle power contacts of the receptacle connector; a lid assembly at the top of the housing, the lid assembly having a lid; and a second sensor component for sensing characteristics of the air exterior of the sensor connector, the second sensor component being exposed to said air exterior of the sensor connector; wherein (i) the first cavity is a sealed cavity; (ii) the lid defines an unsealed cavity and includes at least one opening allowing airflow through the unsealed cavity, the lid assembly having the second sensor component; and (iii) the lid assembly includes a filter between the unsealed cavity and the exterior of the sensor connector and covering the opening, the filter allowing the airflow through the unsealed cavity and filtering environmental contaminants from the air flowing through the cavity. a housing having a top and a bottom, the bottom defining a mating interface configured to be mated to the receptacle connector, the housing having a first cavity including a first light sensor component in the first cavity for sensing a light characteristic exterior of the sensor connector; power contacts held by the housing and extending from the bottom for electrical connection with receptacle power contacts of the receptacle connector; a lid assembly at the top of the housing, the lid assembly having a lid; and a second sensor component for sensing characteristics of the air exterior of the sensor connector, the second sensor component being exposed to said air exterior of the sensor connector; wherein (i) the first cavity is a sealed cavity; (ii) the lid defines an unsealed cavity and includes at least one opening allowing airflow through the unsealed cavity, the lid assembly having the second sensor component; and (iii) the lid assembly includes a filter between the unsealed cavity and the exterior of the sensor connector and covering the opening, the filter allowing the airflow through the unsealed cavity and filtering environmental contaminants from the air flowing through the cavity. (i) the first cavity is a sealed cavity; (ii) the lid defines an unsealed cavity and includes at least one opening allowing airflow through the unsealed cavity, the lid assembly having the second sensor component; and (iii) the lid assembly includes a filter between the unsealed cavity and the exterior of the sensor connector and covering the opening, the filter allowing the airflow through the unsealed cavity and filtering environmental contaminants from the air flowing through the cavity.
A networked digital video recorder (nDVR), configured to perform the following: receiving, by the nDVR remote from a user's digital video recorder, a request from a user to record a program, from a transmission stream and at a scheduled transmission time, to an nDVR storage; at the scheduled transmission time of the program, recording the program to the nDVR storage; instructing the user's DVR to buffer, from the transmission stream, at least a portion of the program in a temporary buffer of the user's DVR; receiving, during the recording, a user request for playback of the program; and in response to the user request for playback of the program, instructing the user's DVR to: retrieve, for playback, a first portion of the program stored in the temporary buffer, and retrieve, for playback, from the nDVR storage, a second portion of the program that is missing from the temporary buffer, wherein the nDVR is further configured to receive a request, from the user's DVR, for the second portion. receiving, by the nDVR remote from a user's digital video recorder, a request from a user to record a program, from a transmission stream and at a scheduled transmission time, to an nDVR storage; at the scheduled transmission time of the program, recording the program to the nDVR storage; instructing the user's DVR to buffer, from the transmission stream, at least a portion of the program in a temporary buffer of the user's DVR; receiving, during the recording, a user request for playback of the program; and in response to the user request for playback of the program, instructing the user's DVR to: retrieve, for playback, a first portion of the program stored in the temporary buffer, and retrieve, for playback, from the nDVR storage, a second portion of the program that is missing from the temporary buffer, retrieve, for playback, a first portion of the program stored in the temporary buffer, and retrieve, for playback, from the nDVR storage, a second portion of the program that is missing from the temporary buffer, wherein the nDVR is further configured to receive a request, from the user's DVR, for the second portion.
A method for creating a full arch model comprising an upper and lower jaw in a correct anatomical relationship using a statistical technique applied to a set of individual tooth models, comprising the steps of: acquiring multiple sets of digitized dental arches with a pair of maxillary and mandibular jaws in a correct anatomical relationship; gathering a pre-defined set of landmark points on the occlusal surface of each arch all in the same order and same corresponding positions across multiple samples; using the gathered set of landmark points to perform statistical modeling to create a linear subspace of arch feature points; and using the feature points to construct a full arch tooth model with individual crown models fit to a given set of arch points. acquiring multiple sets of digitized dental arches with a pair of maxillary and mandibular jaws in a correct anatomical relationship; gathering a pre-defined set of landmark points on the occlusal surface of each arch all in the same order and same corresponding positions across multiple samples; using the gathered set of landmark points to perform statistical modeling to create a linear subspace of arch feature points; and using the feature points to construct a full arch tooth model with individual crown models fit to a given set of arch points.
A method for producing a scandium-containing concentrate from a red mud, said method comprising filtrating the red mud from a liquid phase, repulping a red mud cake with a sodium bicarbonate recirculated solution, gassing the solution with carbon dioxide until a pH of ≤ 9 is reached, leaching the red mud with a soda-bicarbonate solution, filtrating and washing the red mud cake with water on a filter, sorbing scandium from the filtrate on a phosphate ion exchanger following which the recirculated solution is recycled for repulping the red mud cake, desorbing scandium from the phosphate ion exchanger with a strong soda solution at a high temperature to obtain a strippant rich in scandium, and at least one strippant hydrolysis stage to obtain a scandium-containing concentrate at the second stage, characterized in that the carbonization leaching of the red mud is carried out at least in a single stage using a solution with a mixture of sodium carbonate and bicarbonate, scandium is sorbed from the obtained scandium-containing solution on a phosphorous-containing ion exchanger, scandium is desorbed from an ion exchanger organic phase using a sodium carbonate solution to obtain commercial regenerated scandium from which a scandium concentrate is precipitated, wherein the Sc 2 O 3 content therein is at least 15 wt. % (in terms of dry matter), the TiO 2 content not more than 3 wt. % (in terms of dry matter), the ZrO 2 content not more than 15 wt. % (in terms of dry matter), and wherein scandium in the concentrate is in form of a mixture of Sc 3 hydroxide with ScOHCO 3 ×4H 2 O basic salt.
A method for touchless gesture recognition comprising: detecting one or more gesture-related signals using the associated plurality of detection sensors; and evaluating a touchless gesture detected from the one or more gesture-related signals using an automatic recognition technique to determine if the gesture corresponds to one of a predetermined set of gestures, wherein in determining a start of the gesture, a start is determined if the distance between the target object and at least one sensor decreases and the distance between the target object and at least another sensor increases to confirm that the gesture is started within a target area, and a short term variance over a predetermined plurality of signal samples is greater than a threshold. detecting one or more gesture-related signals using the associated plurality of detection sensors; and evaluating a touchless gesture detected from the one or more gesture-related signals using an automatic recognition technique to determine if the gesture corresponds to one of a predetermined set of gestures, wherein in determining a start of the gesture, a start is determined if the distance between the target object and at least one sensor decreases and the distance between the target object and at least another sensor increases to confirm that the gesture is started within a target area, and a short term variance over a predetermined plurality of signal samples is greater than a threshold.
An encrypted communication method, the method comprising: Receiving, by a network-side device, first authentication information sent by a User Equipment, and authenticating on an encryption module of the UE according to the first authentication information; if the authentication on the encryption module of the UE is passed, then generating, by the network-side device, a transmission key corresponding to the UE, and second authentication information, encrypting the transmission key using an initial key corresponding to the UE, and sending the second authentication information and the encrypted transmission key to the UE, wherein the second authentication information is used by the UE to authenticate on the network-side device; and if the network-side device receives a session setup request sent by the UE which is a calling UE after the authentication on the network-side device by the UE using the second authentication information is passed, then generating, by the network-side device, a session key for encrypting a session message transmitted between the calling UE and a called UE, encrypting the session key using the transmission key corresponding to the calling UE and sending the encrypted session key to the calling UE, and encrypting the session key using a transmission key corresponding to the called UE and sending the encrypted session key to the called UE. Receiving, by a network-side device, first authentication information sent by a User Equipment, and authenticating on an encryption module of the UE according to the first authentication information; if the authentication on the encryption module of the UE is passed, then generating, by the network-side device, a transmission key corresponding to the UE, and second authentication information, encrypting the transmission key using an initial key corresponding to the UE, and sending the second authentication information and the encrypted transmission key to the UE, wherein the second authentication information is used by the UE to authenticate on the network-side device; and if the network-side device receives a session setup request sent by the UE which is a calling UE after the authentication on the network-side device by the UE using the second authentication information is passed, then generating, by the network-side device, a session key for encrypting a session message transmitted between the calling UE and a called UE, encrypting the session key using the transmission key corresponding to the calling UE and sending the encrypted session key to the calling UE, and encrypting the session key using a transmission key corresponding to the called UE and sending the encrypted session key to the called UE.
Apparatus configured to operate as a wireless access controller, WAC, of a wireless access network, WAN, the apparatus comprising: a database unit configured to maintain a database of user equipments, UEs, connected to the WAN, and network provided location information, NPLI, for each of the UEs; and further configured to detect a change in location information of one of the UEs connected to the WAN and record said change in location information in the database; a transceiver configured to communicate with a gateway between the WAN and a telecommunications network; a location request processor configured to: receive, via the transceiver, a location request from the gateway, the location request identifying a UE; retrieve NPLI for the UE from the database unit; send, via the transceiver, a location response to the gateway, the location response containing the NPLI for the UE. a database unit configured to maintain a database of user equipments, UEs, connected to the WAN, and network provided location information, NPLI, for each of the UEs; and further configured to detect a change in location information of one of the UEs connected to the WAN and record said change in location information in the database; a transceiver configured to communicate with a gateway between the WAN and a telecommunications network; a location request processor configured to: receive, via the transceiver, a location request from the gateway, the location request identifying a UE; retrieve NPLI for the UE from the database unit; send, via the transceiver, a location response to the gateway, the location response containing the NPLI for the UE. receive, via the transceiver, a location request from the gateway, the location request identifying a UE; retrieve NPLI for the UE from the database unit; send, via the transceiver, a location response to the gateway, the location response containing the NPLI for the UE.
A thermoformed article comprising: a pair of spaced-apart walls defining a cavity there between; and an undercut projecting from one of said walls, wherein said undercut presents an apex, wherein said undercut has a maximum undercut draw depth measured at said apex and a cross-sectional undercut area measured at said apex, wherein said cavity has a cross-sectional cavity area, wherein the ratio of said cross-sectional cavity area to said cross-sectional undercut area is at least 1:1 and not more than 100:1, wherein at least a portion of said undercut and at least a portion of said wall from which said undercut projects are formed of a common layer of a polyester-containing material having a void volume; wherein the polyester-containing material comprises an acid component and a glycol component; characterized in that said maximum undercut draw depth is at least 15 millimeters, said void volume is at least 5 percent, and the acid component comprises terephthalic acid, isophthalic acid, or a combination thereof; and the glycol component comprises cyclohexanedimethanol, or 2,2,4,4-tetramethyl-1,3-cyclobutanediol, or a combination thereof. a pair of spaced-apart walls defining a cavity there between; and an undercut projecting from one of said walls, wherein said undercut presents an apex, wherein said undercut has a maximum undercut draw depth measured at said apex and a cross-sectional undercut area measured at said apex, wherein said cavity has a cross-sectional cavity area, wherein the ratio of said cross-sectional cavity area to said cross-sectional undercut area is at least 1:1 and not more than 100:1, wherein at least a portion of said undercut and at least a portion of said wall from which said undercut projects are formed of a common layer of a polyester-containing material having a void volume; wherein the polyester-containing material comprises an acid component and a glycol component; characterized in that said maximum undercut draw depth is at least 15 millimeters, said void volume is at least 5 percent, and the acid component comprises terephthalic acid, isophthalic acid, or a combination thereof; and the glycol component comprises cyclohexanedimethanol, or 2,2,4,4-tetramethyl-1,3-cyclobutanediol, or a combination thereof.
A security element for manufacturing value documents, such as banknotes, checks or the like, that comprises a top on which is developed a microrelief structure that has at least two sub-regions (8, 9) that each comprise a plurality of groove- and/ or rib-shaped structural elements that lie adjacent to one another and extend along a longitudinal direction (10, 11), and are reflecting or backscattering, the longitudinal directions (10,11) of the sub-regions (8,9) being different, wherein the structural elements are each not resolvable with the naked eye with respect to the width transverse to the longitudinal direction (10,11), and fan out incident parallel light achromatically in a fan that lies transverse to the longitudinal direction (10,11) and has an opening angle of at least 30°.
A trip unit (10; 110) capable of being connected to a circuit breaker, said trip unit (10; 110) comprising a first block (12; 112) and a second block (14; 114), the first block (12; 112) comprising: - a first case (16; 116) including two walls (30, 32; 130, 132), each wall comprising a through orifice (34; 134) for receiving a shaft (18; 118), - a trip member (20; 120) of the circuit breaker mechanically connected to the shaft (18; 118) and accessible from outside the first case (16; 116), the second block (14; 114) comprising a second case (26; 126) and at least one member (28; 128) for detecting an electric fault, each detecting member (28; 128) being positioned inside the second case (26; 126) and including at least one moving element (56; 150, 152) comprising a contact end (62; 162, 170), capable of being moved toward the trip member (20; 120), when it detects an electric fault, the first block (12; 112) and the second block (14; 114) are two distinct blocks relative to one another, in that the first case (16; 116) and the second case (26; 126) are capable of being mechanically assembled to one another in an assembled configuration of the trip unit (10; 110), and each contact end (62; 162, 170) is capable of mechanically cooperating with the trip member (20; 120), such that the trip member (20; 120) is capable of tripping the circuit breaker in the assembled configuration of the trip unit (10; 110), when the corresponding detecting member (28; 128) detects an electric fault. - a first case (16; 116) including two walls (30, 32; 130, 132), each wall comprising a through orifice (34; 134) for receiving a shaft (18; 118), - a trip member (20; 120) of the circuit breaker mechanically connected to the shaft (18; 118) and accessible from outside the first case (16; 116),
A recombinant modified Vaccinia Ankara virus for use in inducing a robust CD8 T cell response against a neoantigen in a human comprising administering one or more administrations of said recombinant modified Vaccinia Ankara virus to the human; wherein the recombinant MVA comprises a Pr13.5 promoter operably linked to a nucleotide sequence encoding the neoantigen, wherein the Pr13.5 promoter comprises at least 1 copy of a nucleic acid sequence of at least 40 bases having at least 95% identity with SEQ ID NO:1, and at least 1 copy of a second nucleotide sequence of at least 31 nucleotides that has at least 95% identity with SEQ ID NO:1, and wherein said promoter generates at least 1.5-fold more neoantigen-specific CD8 T cells than that are generated with a corresponding MVA construct in which the promoter has been replaced by the PrS promoter defined by SEQ ID NO:6 after a single immunization.