mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a component configured to receive information relating to at least one cipher termination capability to be supported by a cipher termination location where encrypted communications from a user equipment, UE, are decrypted by terminating a cipher related to the UE; and a cipher location component configured to automatically determine the cipher termination location in a wireless mobile network for terminating the cipher related to the UE by verifying that a device associated with the determined cipher termination location is compatible with the at least one cipher termination capability, and to deliver information relating to the determined cipher termination location to the UE, so that the encrypted communications from the UE to the wireless mobile network can be decrypted at the determined cipher termination location, the device associated with the determined cipher termination location being configured to provide corresponding decrypted communications by terminating the cipher related to the UE. a component configured to receive information relating to at least one cipher termination capability to be supported by a cipher termination location where encrypted communications from a user equipment, UE, are decrypted by terminating a cipher related to the UE; and a cipher location component configured to automatically determine the cipher termination location in a wireless mobile network for terminating the cipher related to the UE by verifying that a device associated with the determined cipher termination location is compatible with the at least one cipher termination capability, and to deliver information relating to the determined cipher termination location to the UE, so that the encrypted communications from the UE to the wireless mobile network can be decrypted at the determined cipher termination location, the device associated with the determined cipher termination location being configured to provide corresponding decrypted communications by terminating the cipher related to the UE.
Detection device comprising a sensor, a power supply and an alarm (120, 145), characterized in that it comprises: - an acousto-electric transducer (135, 145), which is only activated at regular intervals and is designed, when it is active, to receive an acoustic signal and emit an electrical signal representative of the acoustic signal; and - a means for recognizing a predefined acoustic signal according to the electrical signal emitted by said transducer and triggering the emission of a message by said alarm when said predefined signal is recognized; and - an indicator light commanded to emit a light signal at regular time intervals and in that the acousto-electric transducer (135, 145) and amplification means associated to said transducer are only activated during part of the time interval following the emission of the light signal. - an acousto-electric transducer (135, 145), which is only activated at regular intervals and is designed, when it is active, to receive an acoustic signal and emit an electrical signal representative of the acoustic signal; and - a means for recognizing a predefined acoustic signal according to the electrical signal emitted by said transducer and triggering the emission of a message by said alarm when said predefined signal is recognized; and - an indicator light commanded to emit a light signal at regular time intervals and in that the acousto-electric transducer (135, 145) and amplification means associated to said transducer are only activated during part of the time interval following the emission of the light signal.
Optical security element (20, 29, 30, 40, 70, 79, 80, 90, 95) comprising areas with non-periodic, anisotropic surface relief microstructures, which have a surface modulation of transitions from bottom regions to top regions and from top regions to bottom regions, wherein a first (51, 27, 71, 83, 96, 91) and a second (61, 28, 72, 77, 84, 97, 92) image is at least partially encoded by the non-periodic, anisotropic surface relief microstructure (22, 26, 42, 43, 45, 46, 73, 74, 75, 76, 85, 86, 88, 89) such that when light is incident on the surface of the element the first image is optimally visible under a first viewing angle and the second image is optimally visible under a second viewing angle, characterized in that the optical element has a region related to the first image and a region related to the second image, both having a non-periodic, anisotropic surface relief microstructure, such that the anisotropy directions of said regions of first and second image differ by an angle between 22.5° and 67.5°, wherein the anisotropy directions are the local directions along the grooves or valleys of the microstructure, wherein the term non-periodic means that the microstructure has an averaged one-dimensional autocorrelation function AC(x) that has an envelope, which decays to 10 % of the AC at x=0 within an autocorrelation length L, wherein the autocorrelation length L is smaller than three times an average lateral distance between adjacent transitions of top and bottom regions.
Closing device capable of being and designed to be secured to at least one outlet connector of a gas tap, comprising a body formed from a central portion and from two lateral wings (1, 3), with each one of the lateral wings (1, 3) comprising at least one imprint (8a, 8b; 9a, 9b) of at least one portion of the outer surface of a tap connector, and an imprint (8a; 9a) located on one of the lateral wings (1, 3) being positioned opposite a reciprocal imprint (8b; 9b) located on the other of the lateral wings (1, 3), when the lateral wings (1, 3) are positioned face-to-face, the central portion comprising one or more pre-cuts, characterised in that: - said lateral wings (1, 3) are pivotably mobile with respect to the central portion, - an imprint (8a; 9a) located on one of the lateral wings (1, 3) is positioned opposite a reciprocal imprint (8b; 9b) located on the other of the lateral wings (1, 3), when the lateral wings (1, 3) are brought close to one another via pivoting or articulation so as to be positioned face-to-face, and - a securing device (14, 15) is provided designed for and capable of maintaining the lateral wings (1, 3) in the position close to one another, when the lateral wings (1, 3) are close together and positioned face-to-face, said lateral wings (1, 3) come into contact or practically in contact with one another by way of a portion of the surface thereof and the securing device is capable of maintaining the lateral wings (1, 3) in this position, with the device for securing (14, 15) the lateral wings (1, 3) comprising at least one first element carried by one of said lateral wings (1, 3) cooperating with at least one second element carried by the other of said lateral wings (1, 3), said at least first element cooperating with said at least one second element by interlocking with or by solidly and definitively secured to said second element. - said lateral wings (1, 3) are pivotably mobile with respect to the central portion, - an imprint (8a; 9a) located on one of the lateral wings (1, 3) is positioned opposite a reciprocal imprint (8b; 9b) located on the other of the lateral wings (1, 3), when the lateral wings (1, 3) are brought close to one another via pivoting or articulation so as to be positioned face-to-face, and - a securing device (14, 15) is provided designed for and capable of maintaining the lateral wings (1, 3) in the position close to one another, when the lateral wings (1, 3) are close together and positioned face-to-face, said lateral wings (1, 3) come into contact or practically in contact with one another by way of a portion of the surface thereof and the securing device is capable of maintaining the lateral wings (1, 3) in this position, with the device for securing (14, 15) the lateral wings (1, 3) comprising at least one first element carried by one of said lateral wings (1, 3) cooperating with at least one second element carried by the other of said lateral wings (1, 3), said at least first element cooperating with said at least one second element by interlocking with or by solidly and definitively secured to said second element.
A method comprising: displaying, via a two-sided touchscreen made of transparent material, a user interface comprising a background and content, the transparent touchscreen comprising: a first touch sensor disposed on a first surface of the touchscreen; and a second touch sensor disposed on a second surface of the touchscreen, the second surface opposing the first surface; detecting a touch event with the touchscreen; determining whether the touch event is detected through the first touch sensor or the second touch sensor; and changing transparency of the user interface based on the determination, wherein, in response to the determination that the touch event is detected through the first touch sensor, the transparency is decreased, and wherein, in response to the determination that the touch event is detected through the second touch sensor, the transparency is increased, wherein changing the transparency of the user interface comprises changing a brightness of the touchscreen, the transparency of the user interface decreasing with increased brightness and increasing with decreased brightness. displaying, via a two-sided touchscreen made of transparent material, a user interface comprising a background and content, the transparent touchscreen comprising: a first touch sensor disposed on a first surface of the touchscreen; and a second touch sensor disposed on a second surface of the touchscreen, the second surface opposing the first surface; a first touch sensor disposed on a first surface of the touchscreen; and a second touch sensor disposed on a second surface of the touchscreen, the second surface opposing the first surface; detecting a touch event with the touchscreen; determining whether the touch event is detected through the first touch sensor or the second touch sensor; and changing transparency of the user interface based on the determination, wherein, in response to the determination that the touch event is detected through the first touch sensor, the transparency is decreased, and wherein, in response to the determination that the touch event is detected through the second touch sensor, the transparency is increased, wherein changing the transparency of the user interface comprises changing a brightness of the touchscreen, the transparency of the user interface decreasing with increased brightness and increasing with decreased brightness.
A computer-implemented method for determining the relative position between a first camera and a second camera, wherein the first camera is a thermal camera which captures a thermal image of a hybrid phantom, the second camera emits light onto the hybrid phantom and analyzes the reflected light, thus generating a 3D point cloud representing points on the surface of the hybrid phantom, and the hybrid phantom has a planar surface comprising a background surface and a plurality of marker surfaces, wherein the background surface has one of a first property and a second property, each marker surface has the other one of the first property and the second property, the first property involves having a high thermal emissivity of 0.8 or higher and the second property involves having a low thermal emissivity of 0.2 or less, and wherein one of the first property and the second property further involves being diffuse reflective for the light emitted by the second camera, thus reflecting light emitted by the second camera back to the second camera and the other one of the first property and the second property further involves being specular reflective for wavelengths used by the second camera, the method comprising the steps of - capturing a thermal image of the hybrid phantom using the first camera, - identifying an edge of each of the plurality of marker surfaces in the thermal image, - identifying the locations of the plurality of marker surfaces from the identified edges, thus generating thermal marker locations, - capturing a 3D point cloud of the phantom using the second camera, avoiding relative positions between the hybrid phantom and the second camera for which a specular reflective surface reflects light emitted by the second camera back to the second camera, - identifying the locations of the plurality of marker surfaces from the 3D point cloud, thus generating 3D marker locations, and - determining the relative position between the first camera and the second camera from the thermal marker locations and the 3D marker locations. - capturing a thermal image of the hybrid phantom using the first camera, - identifying an edge of each of the plurality of marker surfaces in the thermal image, - identifying the locations of the plurality of marker surfaces from the identified edges, thus generating thermal marker locations, - capturing a 3D point cloud of the phantom using the second camera, avoiding relative positions between the hybrid phantom and the second camera for which a specular reflective surface reflects light emitted by the second camera back to the second camera, - identifying the locations of the plurality of marker surfaces from the 3D point cloud, thus generating 3D marker locations, and - determining the relative position between the first camera and the second camera from the thermal marker locations and the 3D marker locations.
A WIFI-card clamp device of a modem, constructed inside a casing, the casing having a base plate and two lateral plates standing to opposing sides of the base plate, each of the lateral plates having a receiving opening facing the base plate, wherein the WIFI card clamp device further comprises: two guide rails, located parallel on a top surface of the base plate by preset spacing, characterized in that each of the two lateral plates has at least one reinforced arm located close to the receiving opening and protruding toward the base plate.
Device for intercepting and redistributing drilling fluid in drilling procedures for drilling a well in continuous circulation of said fluid, produced by means of a direct flow and a radial flow to the string of drill rods, of the type comprising a main chamber that communicates with a first auxiliary chamber and with a second auxiliary chamber, characterised in that in the aforesaid direct flow drilling mode said auxiliary chambers (6, 7) are placed in fluid communication with each other.
A communication device that communicates with an external reader-writer apparatus, the communication device comprising: a near-field communication unit configured to receive time-of-day information from the reader-writer apparatus through near-field communication, the time-of-day information indicating a time of day at which the near-field communication is performed; a timer unit configured to start counting time at a timing when the near-field communication unit receives the time-of-day information through the near-field communication; a time-of-day generation unit configured to receive operation information indicating that the communication device has performed an operation, and add the time counted by the timer unit to the time-of-day information at a timing when the time-of-day generation unit receives the operation information, to calculate time-of-day information indicating a time of day at the timing when the time-of-day generation unit receives the operation information; and a use history information generation unit configured to generate use history information including the time-of-day information calculated by the time-of-day generation unit associated with the operation information; and a storage unit configured to store the use history information generated by the use history information generation unit. a near-field communication unit configured to receive time-of-day information from the reader-writer apparatus through near-field communication, the time-of-day information indicating a time of day at which the near-field communication is performed; a timer unit configured to start counting time at a timing when the near-field communication unit receives the time-of-day information through the near-field communication; a time-of-day generation unit configured to receive operation information indicating that the communication device has performed an operation, and add the time counted by the timer unit to the time-of-day information at a timing when the time-of-day generation unit receives the operation information, to calculate time-of-day information indicating a time of day at the timing when the time-of-day generation unit receives the operation information; and a use history information generation unit configured to generate use history information including the time-of-day information calculated by the time-of-day generation unit associated with the operation information; and a storage unit configured to store the use history information generated by the use history information generation unit.
Applicator for applying a cosmetic, makeup or care product to the eyelashes and/or eyebrows, having a moulded applicator member having: - a core that extends along a longitudinal axis, - spikes carried by the core, and - reinforcing sails for the spikes, which are connected by their base to the core, extend parallel to the longitudinal axis of the core and are disposed in a plurality of longitudinal rows (17, 19, 20), at least one first longitudinal row being offset axially with respect to a second longitudinal row. - a core that extends along a longitudinal axis, - spikes carried by the core, and - reinforcing sails for the spikes, which are connected by their base to the core, extend parallel to the longitudinal axis of the core and are disposed in a plurality of longitudinal rows (17, 19, 20), at least one first longitudinal row being offset axially with respect to a second longitudinal row.
Process for improving the barrier properties of polymer dispersion coated paper-based flexible packaging materials comprising the step of applying an Al 2 O 3 coating having a thickness in the range of 8 - 70 nm, to at least one surface of the dispersion coated paper-based flexible packaging material, wherein the Al2O3 coating is applied to the surface of the polymer dispersion coated paper-based flexible packaging material by atomic layer deposition at a temperature in the range of 40°C - 80 °C with trimethylaluminum and H2O or O2 as precursors, characterised in that the process further comprises a plasma pre-treatment of the surface of the polymer dispersion coated paper-based flexible packaging material before the Al 2 O 3 coating is applied.
An article of footwear comprising: an outsole having a forefoot region, a heel region, and a mid region substantially in between the forefoot and heel regions (110, 130), wherein the forefoot region of the outsole comprises: ground contact pads; a base portion interconnecting the ground contact pads; and a flex portion at least partially circumscribing each ground contact pad and attaching each ground contact pad to the base portion, the flex portion defining one or more undulations allowing each ground contact pad to move substantially independently of the other relative to the base portion, characterised in that an insole is disposed on the outsole, and in that the insole is attached to the ground contact pads in the forefoot region while remaining substantially unattached to the base portion interconnecting the contact pads in the forefoot region. an outsole having a forefoot region, a heel region, and a mid region substantially in between the forefoot and heel regions (110, 130), ground contact pads; a base portion interconnecting the ground contact pads; and a flex portion at least partially circumscribing each ground contact pad and attaching each ground contact pad to the base portion, the flex portion defining one or more undulations allowing each ground contact pad to move substantially independently of the other relative to the base portion, characterised in that an insole is disposed on the outsole, and in that the insole is attached to the ground contact pads in the forefoot region while remaining substantially unattached to the base portion interconnecting the contact pads in the forefoot region.
A laminate tear membrane for sealing an inner compartment in a packaging container, said laminate tear membrane comprising a top member and a bottom member, said top and bottom members (2,3) being laminated sheet materials, said top member having a top member peripheral edge portion and a top member second surface facing said bottom member and said bottom member having a bottom member peripheral edge portion and a bottom member first surface facing said top member second surface, said laminate tear membrane comprising a tear-away area being delimited by a contour line arranged in said top member and a tear strip being arranged in said top laminate tear membrane and being part of said tear-away area, said tear-strip comprising a pull-tab arranged at a grip end of said tear strip, said pull-tab facing a pull-tab facing region arranged in said bottom member, said top member and said bottom member being interconnected along said top member peripheral edge portion and said bottom member peripheral edge portion characterized in that a plurality of discrete distance elements comprising or consisting of a plurality of embossed elements, are arranged i) in said pull-tab facing region of said bottom member or ii) in said pull-tab, said plurality of distance elements having a height of 0.1 mm or more, as measured from said bottom member first surface or from the surface of said top member second surface respectively.
A method of preparing a polyethylene tape with a high tensile strength to thickness ratio comprising: extruding a solution comprising between 5 and 30wt% of polyethylene having an intrinsic viscosity (measured in decalin at 135°C) between about 4 dl/g and 40 dl/g at a temperature between 160 °C and 225 °C through an opening with a width of at least 100 mm and a height of at least 200μ; stretching the fluid product above the temperature at which a gel will form, so-called draw down, between 1.1 and 5; quenching the fluid product in a quench bath consisting of an immiscible liquid to form a gel product; stretching the gel product by at least 1.1, followed by removing the solvent from the gel product, further comprising at least one step of stretching the gel product before or after removing of the solvent from the gel product, the total stretch ratio in the method of preparing a polyethylene tape being sufficient to produce a polyethylene tape having a tensile strength to thickness ratio of at least 4.5 ×10 13 N/m 3.