mhurhangee/ep-ind-claims huggingface dataset:
A method for accessing to a network, comprising: determining a location of a mobile communication terminal; scanning a Bluetooth low energy, BLE, protocol broadcast channel recorded in the mobile communication terminal if a network identity of a public land mobile network, PLMN, corresponding to the location is not included in a first equivalent public land mobile network, EPLMN, list, wherein the network identity includes network code; broadcasting a request to share a second EPLMN list on the BLE protocol broadcast channel; characterized in that the method further comprises: extracting the second EPLMN list including a plurality of network identities of PLMNs stored in another mobile communication terminal over the BLE protocol broadcast channel; adding the plurality of network identities of PLMNs included in the second EPLMN list to the mobile communication terminal; and if one of the network identities of PLMNs of the second EPLMN list added in the mobile communication terminal matches the PLMN corresponding to the location, accessing to the network based on the network identity of the matched PLMN. determining a location of a mobile communication terminal; scanning a Bluetooth low energy, BLE, protocol broadcast channel recorded in the mobile communication terminal if a network identity of a public land mobile network, PLMN, corresponding to the location is not included in a first equivalent public land mobile network, EPLMN, list, wherein the network identity includes network code; broadcasting a request to share a second EPLMN list on the BLE protocol broadcast channel; characterized in that the method further comprises: extracting the second EPLMN list including a plurality of network identities of PLMNs stored in another mobile communication terminal over the BLE protocol broadcast channel; adding the plurality of network identities of PLMNs included in the second EPLMN list to the mobile communication terminal; and if one of the network identities of PLMNs of the second EPLMN list added in the mobile communication terminal matches the PLMN corresponding to the location, accessing to the network based on the network identity of the matched PLMN. extracting the second EPLMN list including a plurality of network identities of PLMNs stored in another mobile communication terminal over the BLE protocol broadcast channel; adding the plurality of network identities of PLMNs included in the second EPLMN list to the mobile communication terminal; and if one of the network identities of PLMNs of the second EPLMN list added in the mobile communication terminal matches the PLMN corresponding to the location, accessing to the network based on the network identity of the matched PLMN.
A switch, in particular a battery cutout switch for vehicles and the like, comprising: - a housing carrying at least one pair of fixed electrical contacts, - a contact-holder body carrying at least one movable electrical contact, the contact-holder body being movable along a longitudinal axis between an open contacts position and a closed contacts position, - elastic means arranged between the housing and the contact-holder body and tending to push the contact-holder body towards the open contacts position, - a handle rotatable about said longitudinal axis between an open position and a closed position, - a cam, fixed with respect to said contact-holder body, wherein the handle cooperates with said cam to move said contact-holder body from the open contacts position to the closed contacts position, upon rotation of the handle from the open position to the closed position, characterized in that said cam has at least one first and at least one second active surface (70, 72), and said handle has at least one first control member which cooperates with the first active surface and at least one second control member which cooperates with the second active surface, said first and second active surfaces (70, 72) and said first and second control members (54, 56) being arranged in such a way that when the handle rotates from the open position to the closed position, the first control member cooperates with the first active surface to move the contact-holder body from the open contacts position to the closed contacts position, and when the handle rotates from the closed position to the open position, the second control member cooperates with the second active surface to move the contact-holder body from the closed contacts position to the open contacts position. - a housing carrying at least one pair of fixed electrical contacts, - a contact-holder body carrying at least one movable electrical contact, the contact-holder body being movable along a longitudinal axis between an open contacts position and a closed contacts position, - elastic means arranged between the housing and the contact-holder body and tending to push the contact-holder body towards the open contacts position, - a handle rotatable about said longitudinal axis between an open position and a closed position, - a cam, fixed with respect to said contact-holder body,
A test device for a body fluid analysis, the test device comprising: - a first assembly having a magnifying lens for magnifying and observing a target body fluid; - a second assembly configured to be coupled to the first assembly and having a lens transmission hole for concentrating light; and - an observation sheet for receiving the target body fluid between the first assembly and the second assembly, - wherein the observation sheet includes a body part disposed inside the first assembly and the second assembly and a handle part extending from the body part, - wherein the body part comprises a body fluid input part formed to allow the target body fluid to be injected thereinto and a body fluid guide part configured to guide the target body fluid injected into the body fluid input part, so that the target body fluid permeates an inner side of the center of the body part so as to be observed in a field of view of the magnifying lens, wherein the body fluid guide part is formed higher than a bottom of the body fluid input part, and, - wherein the first assembly further comprises a first assembly body, a seating recess formed on an inner side of the first assembly body allowing the observation sheet to be seated therein, a through hole formed in the seating recess and penetrating the first assembly body, and at least one coupling recess formed on an upper surface of the first assembly body so as to be assembled with the second assembly. - a first assembly having a magnifying lens for magnifying and observing a target body fluid; - a second assembly configured to be coupled to the first assembly and having a lens transmission hole for concentrating light; and - an observation sheet for receiving the target body fluid between the first assembly and the second assembly, - wherein the observation sheet includes a body part disposed inside the first assembly and the second assembly and a handle part extending from the body part, - wherein the body part comprises a body fluid input part formed to allow the target body fluid to be injected thereinto and a body fluid guide part configured to guide the target body fluid injected into the body fluid input part, so that the target body fluid permeates an inner side of the center of the body part so as to be observed in a field of view of the magnifying lens, wherein the body fluid guide part is formed higher than a bottom of the body fluid input part, and, - wherein the first assembly further comprises a first assembly body, a seating recess formed on an inner side of the first assembly body allowing the observation sheet to be seated therein, a through hole formed in the seating recess and penetrating the first assembly body, and at least one coupling recess formed on an upper surface of the first assembly body so as to be assembled with the second assembly.
A laminated structure comprising a) a first substrate and a second substrate; and b) a cured adhesive layer bonding the first substrate to the second substrate comprising a solventless two-component adhesive composition which prior to curing has - a prepolymer part comprising a first oligomer and an isocyanate, and - a curative part comprising an isocyanate reactive component; characterized in that at least one of the first substrate or the second substrate comprises a water-base ink and in that said first oligomer has a number average molecular weight of at least 3,000 g/mole. a) a first substrate and a second substrate; and b) a cured adhesive layer bonding the first substrate to the second substrate comprising a solventless two-component adhesive composition which prior to curing has - a prepolymer part comprising a first oligomer and an isocyanate, and - a curative part comprising an isocyanate reactive component; - a prepolymer part comprising a first oligomer and an isocyanate, and - a curative part comprising an isocyanate reactive component;
A dilator comprising: a distal end side coil part; and a proximal end side coil part located at a proximal end side of the distal end side coil part and having a distal end portion connected to a proximal end portion of the distal end side coil part; wherein the distal end side coil part includes: a first coil formed by winding a wire in a first winding direction to have a hollow shape, and a second coil provided on an outer periphery of the first coil and formed by winding a wire in a second winding direction being an opposite winding direction to the first winding direction, and the proximal end side coil part includes: a third coil formed by winding a wire in the second winding direction to have a hollow shape, and a fourth coil provided on an outer periphery of the third coil and formed by winding a wire in the first winding direction. a distal end side coil part; and a proximal end side coil part located at a proximal end side of the distal end side coil part and having a distal end portion connected to a proximal end portion of the distal end side coil part; wherein the distal end side coil part includes: a first coil formed by winding a wire in a first winding direction to have a hollow shape, and a second coil provided on an outer periphery of the first coil and formed by winding a wire in a second winding direction being an opposite winding direction to the first winding direction, and a first coil formed by winding a wire in a first winding direction to have a hollow shape, and a second coil provided on an outer periphery of the first coil and formed by winding a wire in a second winding direction being an opposite winding direction to the first winding direction, and the proximal end side coil part includes: a third coil formed by winding a wire in the second winding direction to have a hollow shape, and a fourth coil provided on an outer periphery of the third coil and formed by winding a wire in the first winding direction. a third coil formed by winding a wire in the second winding direction to have a hollow shape, and a fourth coil provided on an outer periphery of the third coil and formed by winding a wire in the first winding direction.
Motorcycle comprising a front storage compartment, the front storage compartment being mounted to a back cover board of a motorcycle, the front storage compartment comprising at least a compartment body and a cover; the compartment body forming an opening, characterized in that the compartment body has a lower portion forming a slide rail; and the cover has a lower portion forming a pivotal joint seat, the pivotal joint seat being pivotally connected to a slidable member, the slidable member having an end received in the slide rail of the compartment body and an opposite end connected to the pivotal joint seat. the compartment body forming an opening, characterized in that the compartment body has a lower portion forming a slide rail; and the cover has a lower portion forming a pivotal joint seat, the pivotal joint seat being pivotally connected to a slidable member, the slidable member having an end received in the slide rail of the compartment body and an opposite end connected to the pivotal joint seat.
A carton for storing a product, comprising: a plurality of panels comprising a plurality of major panels (102, 104, 106, 108) and at least one display panel that at least partially define a product storage space; at least one cutout in at least one of the major panels (102, 104, 106, 108); and a presentation area on a surface of the display panel, wherein: the carton is configured such that the presentation area is visible through the at least one cutout after the carton is formed; and the display panel is positioned between the product storage space and the cutout, characterized in that the display panel is an arcuate display panel within an interior of the carton. a plurality of panels comprising a plurality of major panels (102, 104, 106, 108) and at least one display panel that at least partially define a product storage space; at least one cutout in at least one of the major panels (102, 104, 106, 108); and a presentation area on a surface of the display panel, wherein: the carton is configured such that the presentation area is visible through the at least one cutout after the carton is formed; and the display panel is positioned between the product storage space and the cutout, characterized in that the display panel is an arcuate display panel within an interior of the carton. the carton is configured such that the presentation area is visible through the at least one cutout after the carton is formed; and the display panel is positioned between the product storage space and the cutout, characterized in that the display panel is an arcuate display panel within an interior of the carton.
A method for selecting means for intercepting network transmissions comprising: determining, by a hardware processor, one or more parameters of a network transmission and one or more parameters of a user device that receives the network transmission; determining characteristics of a plurality of network transmission interception means that provide different levels of security to intercepted network transmissions based on the determined transmission parameters and user device parameters; selecting out of the plurality of network transmission interception means one means whose characteristics match the parameters of the network transmission, parameters of the user device, and a required security level for the network transmission; and installing on the user device the selected network transmission interception means that provide the required security level for the network transmission received by the user device, wherein the network transmission interception means comprises a firewall, a proxy server, or a virtual private network client. determining, by a hardware processor, one or more parameters of a network transmission and one or more parameters of a user device that receives the network transmission; determining characteristics of a plurality of network transmission interception means that provide different levels of security to intercepted network transmissions based on the determined transmission parameters and user device parameters; selecting out of the plurality of network transmission interception means one means whose characteristics match the parameters of the network transmission, parameters of the user device, and a required security level for the network transmission; and installing on the user device the selected network transmission interception means that provide the required security level for the network transmission received by the user device, wherein the network transmission interception means comprises a firewall, a proxy server, or a virtual private network client.
A method for controlling transmission power of an uplink control channel, performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving uplink power control information; and determining transmission power for an uplink control channel based on the uplink power control information, wherein the uplink power control information includes a DeltaTxD-offset list sequence which relates a separate power offset value to each of physical uplink control channel, PUCCH, formats, comprising a separate power offset value for format la/lb without channel selection, wherein the DeltaTxD-offset list sequence further relates a separate power offset value to a channel selection scheme to be used when transmit diversity is applied at the time of transmitting the uplink control channel using PUCCH format 1b with the channel selection scheme, wherein a set of candidate values for the separate power offset value to each of PUCCH formats, none of which use a channel selection scheme, are the same, and wherein only a set of candidate values for the separate power offset value to the PUCCH format 1b with the channel selection scheme is different from the set of candidate values for the separate power offset value to each of PUCCH formats, none of which use a channel selection scheme. receiving uplink power control information; and determining transmission power for an uplink control channel based on the uplink power control information, wherein the uplink power control information includes a DeltaTxD-offset list sequence which relates a separate power offset value to each of physical uplink control channel, PUCCH, formats, comprising a separate power offset value for format la/lb without channel selection, wherein the DeltaTxD-offset list sequence further relates a separate power offset value to a channel selection scheme to be used when transmit diversity is applied at the time of transmitting the uplink control channel using PUCCH format 1b with the channel selection scheme, wherein a set of candidate values for the separate power offset value to each of PUCCH formats, none of which use a channel selection scheme, are the same, and wherein only a set of candidate values for the separate power offset value to the PUCCH format 1b with the channel selection scheme is different from the set of candidate values for the separate power offset value to each of PUCCH formats, none of which use a channel selection scheme.
Method for simulating an image recording by an optical sensor of a coordinate measuring machine for inspecting a measurement object, comprising the following steps: - providing a first data set representing a model of the measurement object, a second data set representing a model of an illumination of the measurement object, and a third data set representing a model of an optical unit of the optical sensor, and - rendering an image stack on the basis of the first data set, the second data set and the third data set, wherein the image stack has a plurality of virtual images of at least one partial region of the measurement object, wherein each virtual image is rendered at least with a different second and/or different third data set, characterized in that a real image of the measurement object is recorded by the optical sensor, in that, after the step of rendering, the real image is fitted into the image stack by correlation with the virtual images of the image stack, and in that deviations between the real image and a corresponding virtual image of the image stack are ascertained. - providing a first data set representing a model of the measurement object, a second data set representing a model of an illumination of the measurement object, and a third data set representing a model of an optical unit of the optical sensor, and - rendering an image stack on the basis of the first data set, the second data set and the third data set, wherein the image stack has a plurality of virtual images of at least one partial region of the measurement object, wherein each virtual image is rendered at least with a different second and/or different third data set,
A method for using a controllable appliance (102, 104) to determine an inoperable state of a controlling device wherein the controlling device controls the controllable appliance (102, 104) by transmitting command signals thereto, the method comprising: causing the controlling device to repeatedly transmit status messages for reception by the controllable appliance (102, 104) at a predetermined time interval, and characterized by causing the controllable appliance (102, 104) to reset a timer on receipt of a command signal or a status message from the controlling device; and if no command signal or status message has been received by the controllable appliance (102, 104) on expiry of the timer, causing the controllable appliance to issue a status notification indicating that the controlling device is in an inoperable state. causing the controlling device to repeatedly transmit status messages for reception by the controllable appliance (102, 104) at a predetermined time interval, and characterized by causing the controllable appliance (102, 104) to reset a timer on receipt of a command signal or a status message from the controlling device; and if no command signal or status message has been received by the controllable appliance (102, 104) on expiry of the timer, causing the controllable appliance to issue a status notification indicating that the controlling device is in an inoperable state.
A method for alcoholising and hydrolysing polyurethane materials made from at least one polyol compound and at least one toluene diisocyanate based compound [hereinafter TDI compound]; wherein the method comprises the following steps: - contacting the polyurethane material with at least one alcoholising compound, thereby forming a reaction mixture (M 0) and allowing the polyurethane material and the alcoholising compound to react in said reaction mixture (M 0), thereby forming a mixture; - allowing the mixture to separate into at least an upper phase [hereinafter phase] and a lower phase [hereinafter phase], wherein phase and phase are two immiscible phases; - subjecting phase to at least one hydrolysis step, thereby forming a phase; wherein phase comprises at least a toluene diamine compound [hereinafter TDA compound] and a toluene dicarbamate compound [hereinafter TDC compound], wherein the at least one alcoholising compound is characterized by a melting point of lower than 200 °C; wherein the at least one alcoholising compound is characterized by a hydroxyl functionality of at least 2; and with the proviso that the at least one alcoholising compound is not glycerol. - contacting the polyurethane material with at least one alcoholising compound, thereby forming a reaction mixture (M 0) and allowing the polyurethane material and the alcoholising compound to react in said reaction mixture (M 0), thereby forming a mixture; - allowing the mixture to separate into at least an upper phase [hereinafter phase] and a lower phase [hereinafter phase], wherein phase and phase are two immiscible phases; - subjecting phase to at least one hydrolysis step, thereby forming a phase;