mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: coupling a bridge device to a local network using an ad-hoc, peer-to-peer protocol used for exchanging data between consumer electronics devices; coupling the bridge device to a public network using an Internet-based peer-to-peer networking protocol; causing, at least in part, reception at the bridge device of at least one query for media content that is stored in the local network, said query being in the Internet-based peer-to-peer networking protocol; transforming the query via the bridge device by at least translating the query into the ad-hoc, peer-to-peer protocol; causing, at least in part, transmission of the transformed query from the bridge device to the local network; characterized in that it further comprises: forming, by the bridge device, a temporary filename for each hit of the query for media content; storing, by the bridge device, local network access data related to each temporary filename; causing, at least in part, transmission of a message comprising at least one temporary filename from the bridge device to the public network; and in response to receiving a request for media content relating to the at least one temporary filename, retrieving by the bridge device the local network access data related to the at least one temporary filename. coupling a bridge device to a local network using an ad-hoc, peer-to-peer protocol used for exchanging data between consumer electronics devices; coupling the bridge device to a public network using an Internet-based peer-to-peer networking protocol; causing, at least in part, reception at the bridge device of at least one query for media content that is stored in the local network, said query being in the Internet-based peer-to-peer networking protocol; transforming the query via the bridge device by at least translating the query into the ad-hoc, peer-to-peer protocol; causing, at least in part, transmission of the transformed query from the bridge device to the local network; characterized in that it further comprises: forming, by the bridge device, a temporary filename for each hit of the query for media content; storing, by the bridge device, local network access data related to each temporary filename; causing, at least in part, transmission of a message comprising at least one temporary filename from the bridge device to the public network; and in response to receiving a request for media content relating to the at least one temporary filename, retrieving by the bridge device the local network access data related to the at least one temporary filename. forming, by the bridge device, a temporary filename for each hit of the query for media content; storing, by the bridge device, local network access data related to each temporary filename; causing, at least in part, transmission of a message comprising at least one temporary filename from the bridge device to the public network; and in response to receiving a request for media content relating to the at least one temporary filename, retrieving by the bridge device the local network access data related to the at least one temporary filename.
Locking device for a vehicle seat comprising a display device for indicating the locking state of the locking device, wherein the display device has at least one locking indicator (31, 32) which is visible when the locking device is locked, and at least one unlocking indicator (33, 34), which is visible when the locking device is unlocked, wherein the display device has at least one indicator arm which is located in a locking position when the locking device is locked and which is located in an unlocking position when the locking device is unlocked, wherein the indicator arm comprises a display region which has a first locking indicator and a first unlocking indicator, characterized in that the locking device can be secured to the vehicle seat by means of a metal retention sheet, wherein there is provided on the metal retention sheet a second unlocking indicator which is covered by the indicator arm which is located in the locking position.
A method for preventing a delivery of advertising content and/or advertising media from a server device to a client device, wherein an advertising blocker of the client device (a) monitors connection establishment attempts of the client device to the server device, (b) in case of a detected connection establishment attempt, determines whether the WebSocket protocol is used for said connection establishment attempt, (c) if the WebSocket protocol is used for said connection establishment attempt, verifies for the Uniform Resource Identifier, URI, of said connection establishment attempt whether it is allowed to be used for said connection establishment, (d) if the verification reveals that the URI is not allowed to be used for said connection establishment, aborts said connection establishment attempt, and otherwise allows said connection establishment attempt to the server device, and (e) if the WebSocket protocol is not used for said connection establishment attempt, allows said connection establishment attempt to the server device. (a) monitors connection establishment attempts of the client device to the server device, (b) in case of a detected connection establishment attempt, determines whether the WebSocket protocol is used for said connection establishment attempt, (c) if the WebSocket protocol is used for said connection establishment attempt, verifies for the Uniform Resource Identifier, URI, of said connection establishment attempt whether it is allowed to be used for said connection establishment, (d) if the verification reveals that the URI is not allowed to be used for said connection establishment, aborts said connection establishment attempt, and otherwise allows said connection establishment attempt to the server device, and (e) if the WebSocket protocol is not used for said connection establishment attempt, allows said connection establishment attempt to the server device.
An apparatus comprising a player configured to reproduce content streaming from an IPTV service (A, B); a browser application (131, 132) for navigation and reproduction of the content, wherein reproduction control of the content is performed via the browser application; and a browser module configured to execute the reproduction control via the browser application (131, 132) and configured to download a portal page comprising a portal application from a portal server and present it to an end user (SEQ 303), characterized in that the portal application is configured to: request, in relation to an edge server installed within a provider network, that an application of an IPTV service translation server be downloaded and executed (SEQ 305), receive a response from the edge server, when the edge server launches the application of the IPTV service translation server downloaded from the portal server (SEQ 306), and request, in relation to the player, that an IPTV private channel be established with the IPTV service translation server operating on the edge server (SEQ 307). a player configured to reproduce content streaming from an IPTV service (A, B); a browser application (131, 132) for navigation and reproduction of the content, wherein reproduction control of the content is performed via the browser application; and a browser module configured to execute the reproduction control via the browser application (131, 132) and configured to download a portal page comprising a portal application from a portal server and present it to an end user (SEQ 303), characterized in that the portal application is configured to: request, in relation to an edge server installed within a provider network, that an application of an IPTV service translation server be downloaded and executed (SEQ 305), receive a response from the edge server, when the edge server launches the application of the IPTV service translation server downloaded from the portal server (SEQ 306), and request, in relation to the player, that an IPTV private channel be established with the IPTV service translation server operating on the edge server (SEQ 307). request, in relation to an edge server installed within a provider network, that an application of an IPTV service translation server be downloaded and executed (SEQ 305), receive a response from the edge server, when the edge server launches the application of the IPTV service translation server downloaded from the portal server (SEQ 306), and request, in relation to the player, that an IPTV private channel be established with the IPTV service translation server operating on the edge server (SEQ 307).
A method for monitoring use of an absorbent product worn by a user, characterised in that the absorbent product is a male or female incontinence protector, a sanitary pad, a diaper with tape fastener, a pant diaper or a belted diaper, and in that the method comprises the steps of: - obtaining, by means of a mobile device, capacity information related to the capacity of the absorbent product, - detecting, by means of an odour sensor device (3a;3b) capable of being carried by the user and configured to communicate with said mobile device of the user, at least one chemical indicative of a presence of urine and/or faeces in the product, wherein the odour sensor device (3a;3b) is carried in a pocket of clothing of the user, or attached to the clothing of the user, or wherein the odour sensor device (3a, 3b) is realised in form of an adapter that is detachably connectable to the mobile device, - transmitting, from said odour sensor device (3a;3b) to said mobile device, a signal indicative of said detection wherein said signal is indicative of the concentration of the at least one detected chemical, - receiving, in said mobile device, the signal indicative of the detection, - providing, by means of said mobile device, product-related information based on both said signal received from the odour sensor device and said capacity information. - obtaining, by means of a mobile device, capacity information related to the capacity of the absorbent product, - detecting, by means of an odour sensor device (3a;3b) capable of being carried by the user and configured to communicate with said mobile device of the user, at least one chemical indicative of a presence of urine and/or faeces in the product, wherein the odour sensor device (3a;3b) is carried in a pocket of clothing of the user, or attached to the clothing of the user, or wherein the odour sensor device (3a, 3b) is realised in form of an adapter that is detachably connectable to the mobile device, - transmitting, from said odour sensor device (3a;3b) to said mobile device, a signal indicative of said detection wherein said signal is indicative of the concentration of the at least one detected chemical, - receiving, in said mobile device, the signal indicative of the detection, - providing, by means of said mobile device, product-related information based on both said signal received from the odour sensor device and said capacity information.
A flexible composite material comprising at least 2 layers comprising fibers which fibers have a tensile strength of at least 1.2 GPa, said at least 2 layers comprise consolidated elements and unconsolidated elements, the surface area of the unconsolidated elements is between 60 and 95% of the total surface area of the flexible composite material.
An apparatus for mixing at least two fluids, wherein the apparatus comprises two confronting surfaces (1, 2), spaced by a distance, wherein the first surface contains at least three cavities, wherein at least one of the cavities has a depth relative to the first surface, wherein the second surface contains at least three cavities wherein at least one of the cavities has a depth relative to the second surface, wherein the cross-sectional area for flow of the liquid available during passage through the apparatus successively increases and decreases at least 3 times, and wherein the first_surface has a length between two cavities, and wherein the second_surface has a length between two cavities, and wherein the first and the second_surfaces (1, 2) are positioned such that the corresponding lengths (5, 6) do not overlap creating a offset distance_, wherein the cavities are arranged such that the cross-sectional area for flow of the liquid available during passage through the apparatus successively increases in the cavities and decreases in the slits by a factor of at least 3, and wherein the distance between the first and the second_surfaces (1,2) is between 3 micrometers and 300 micrometers, characterised in that the offset distance of negative overlap between the first and the second_surfaces (1, 2) is less than 600 micrometers, and wherein the ratio between the offset distance and the distance between the first and the second_surfaces (1, 2) ranges from 0 to 30.
A display control apparatus comprising: display control means configured to cause a display apparatus to sequentially display each of a predetermined number of display-target images out of a plurality of image candidates to be displayed on a display screen of the display apparatus so that the display-target images are arranged in the display screen in order of arrangement according to a predetermined arranging order of the predetermined number of display-target images; changing means configured, in response to a user instruction for displaying a next display screen or a previous display screen, to change the predetermined number of display-target images by the display control means out of the plurality of image candidates in units of the predetermined number according to the predetermined order; and determination means configured, when the predetermined number of images are set as new display-target images according to the predetermined order by the changing means, to determine a sequential display order based on the user instruction of sequentially displaying the predetermined number of images by the displaying control means; wherein the display control means is configured to cause the display apparatus to display each of the predetermined number of images in the order of arrangement according to the predetermined arranging order by sequentially arranging the predetermined number of images according to the sequential display order determined by the determination means. display control means configured to cause a display apparatus to sequentially display each of a predetermined number of display-target images out of a plurality of image candidates to be displayed on a display screen of the display apparatus so that the display-target images are arranged in the display screen in order of arrangement according to a predetermined arranging order of the predetermined number of display-target images; changing means configured, in response to a user instruction for displaying a next display screen or a previous display screen, to change the predetermined number of display-target images by the display control means out of the plurality of image candidates in units of the predetermined number according to the predetermined order; and determination means configured, when the predetermined number of images are set as new display-target images according to the predetermined order by the changing means, to determine a sequential display order based on the user instruction of sequentially displaying the predetermined number of images by the displaying control means; wherein the display control means is configured to cause the display apparatus to display each of the predetermined number of images in the order of arrangement according to the predetermined arranging order by sequentially arranging the predetermined number of images according to the sequential display order determined by the determination means.
A white light emitting device, comprising a blue LED chip having an excitation wavelength of 440 ∼ 460 nm and a phosphor layer excited by the excitation wavelength of the blue LED chip to emit light, which comprises mixtures of phosphor powder, - wherein the phosphor powder comprises: - a first phosphor having an emission peak wavelength of 480 ∼ 499 nm including a fluorescent material represented by chemical formula of (Ba,Eu)Si x (O,Cl) x N x (1 < x < 5); - a second phosphor having an emission peak wavelength of 500 ∼ 560 nm; and - a third phosphor having an emission peak wavelength of 600 ∼ 650 nm wherein the weight ratio between the first phosphor powder, the second phosphor powder, and the third phosphor powder in the mixtures of phosphors powder falls within 2.9-5.6: 7.5-9.7: 1.2-2.7, - wherein the white light emitting device has an average color rendering index of 90% or more and a color rendering index R12 of 90% or more. - wherein the phosphor powder comprises: - a first phosphor having an emission peak wavelength of 480 ∼ 499 nm including a fluorescent material represented by chemical formula of (Ba,Eu)Si x (O,Cl) x N x (1 < x < 5); - a second phosphor having an emission peak wavelength of 500 ∼ 560 nm; and - a third phosphor having an emission peak wavelength of 600 ∼ 650 nm wherein the weight ratio between the first phosphor powder, the second phosphor powder, and the third phosphor powder in the mixtures of phosphors powder falls within 2.9-5.6: 7.5-9.7: 1.2-2.7, - wherein the white light emitting device has an average color rendering index of 90% or more and a color rendering index R12 of 90% or more.
An apparatus, including: a sleep-mode, SM, statistics module at a wireless base station, BS, the SM statistics module to capture and store a plurality of SM statistics associated with a mobile station, MS, in communication with the BS; a memory to contain a data structure associated with the SM statistics module, wherein the data structure is segmented according to a plurality of geographic sectors served by the BS and wherein the data structure is further segmented to store a plurality of records associated with the MS as the MS moves about within a geographical sector of the plurality of geographical sectors; and a simple network management protocol, SNMP, link operatively coupled to the SM statistics module; wherein the SM statistics module is further to respond to an SNMP query over the SNMP link based on the stored plurality of SM statistics. a sleep-mode, SM, statistics module at a wireless base station, BS, the SM statistics module to capture and store a plurality of SM statistics associated with a mobile station, MS, in communication with the BS; a memory to contain a data structure associated with the SM statistics module, wherein the data structure is segmented according to a plurality of geographic sectors served by the BS and wherein the data structure is further segmented to store a plurality of records associated with the MS as the MS moves about within a geographical sector of the plurality of geographical sectors; and a simple network management protocol, SNMP, link operatively coupled to the SM statistics module; wherein the SM statistics module is further to respond to an SNMP query over the SNMP link based on the stored plurality of SM statistics.
Reactor for steam reforming of hydrocarbon-containing gas to synthesis gas, comprising a) a reactor shell, b) supply pipelines for hydrocarbon-containing gas and for steam, c) discharge pipelines for synthesis gas and for flue gas, d) means for providing the thermal energy required for steam reforming, e) means for accommodating the reaction zone of the steam reforming reactions, wherein a catalyst active for the steam reforming reactions is arranged in the reaction zone, and wherein the means is configured and arranged relative to the means designated d) such that the thermal energy required for the steam reforming reactions can be transferred from the means designated d) to the means by indirect heat transfer, f) means for accommodating the reaction zone of the water-gas shift reaction in the synthesis gas, in which the catalyst active therefor is arranged, said means being so configured and arranged that an indirect heat exchange can take place between the reaction zones of the steam reforming reactions and the water-gas shift reaction, g) characterised in that the means for providing the thermal energy required for steam reforming and the means for accommodating the reaction zone of the steam reforming and water gas-shift reactions are each microchannels arranged parallel to one another in such a way that heat exchange between them is possible via the channel walls. a) a reactor shell, b) supply pipelines for hydrocarbon-containing gas and for steam, c) discharge pipelines for synthesis gas and for flue gas, d) means for providing the thermal energy required for steam reforming, e) means for accommodating the reaction zone of the steam reforming reactions, wherein a catalyst active for the steam reforming reactions is arranged in the reaction zone, and wherein the means is configured and arranged relative to the means designated d) such that the thermal energy required for the steam reforming reactions can be transferred from the means designated d) to the means by indirect heat transfer, f) means for accommodating the reaction zone of the water-gas shift reaction in the synthesis gas, in which the catalyst active therefor is arranged, said means being so configured and arranged that an indirect heat exchange can take place between the reaction zones of the steam reforming reactions and the water-gas shift reaction, g) characterised in that the means for providing the thermal energy required for steam reforming and the means for accommodating the reaction zone of the steam reforming and water gas-shift reactions are each microchannels arranged parallel to one another in such a way that heat exchange between them is possible via the channel walls.
A method for a first user equipment, UE, operating in a wireless communication system, the method comprising: transmitting application information related to a service type from a first application layer to a second lower layer, wherein the service type is identified based on at least one of: an intelligent transport systems application identifier, ITS-AID, or a provider service identifier, PSID; configuring sidelink, SL, discontinuous reception, DRX, information for a groupcast based on the service type by the second layer; and communicating with a second UE based on the SL DRX information, wherein the SL DRX information is configured with parameters including a SL DRX on-duration timer, a SL DRX inactivity-timer, a SL DRX hybrid automatic repeat and request, HARQ, round trip time, RTT, timer and a SL DRX retransmission timer. transmitting application information related to a service type from a first application layer to a second lower layer, wherein the service type is identified based on at least one of: an intelligent transport systems application identifier, ITS-AID, or a provider service identifier, PSID; configuring sidelink, SL, discontinuous reception, DRX, information for a groupcast based on the service type by the second layer; and communicating with a second UE based on the SL DRX information, wherein the SL DRX information is configured with parameters including a SL DRX on-duration timer, a SL DRX inactivity-timer, a SL DRX hybrid automatic repeat and request, HARQ, round trip time, RTT, timer and a SL DRX retransmission timer.