mhurhangee/ep-ind-claims huggingface dataset:
A baby stroller (1, 1') comprising: a stroller frame (2, 5), the stroller frame (2, 5) comprising a locking component (42, 42', 65) adapted to restrain a folding action of the stroller frame (2, 5); and a child carrier disposed on the stroller frame (2, 5), wherein the child carrier is adapted to be positioned or pivoted relative to the stroller frame (2, 5), and wherein the child carrier is adapted to provide a releasing force to the locking component (42, 42', 65) to allow the folding action of the stroller frame (2, 5) during a pivotal movement of the child carrier relative to the stroller frame (2, 5), wherein the child carrier comprises a base mounted on the stroller frame (2, 5) movably and detachably, wherein the child carrier further comprises a positioning mechanism for restraining or allowing the pivotal movement of the child carrier relative to the stroller frame (2, 5), and characterized in that the positioning mechanism comprises a pivoting mechanism disposed on a side of the base which is away from a mounted side, the stroller frame (2, 5) further comprises a locking portion, the locking component (42, 42', 65) is located at the locking portion, a pivoting axis of the pivoting mechanism extends through the base and the locking portion, the child carrier provides the releasing force to the locking component (42, 42', 65) for allowing the folding action of the stroller frame (2, 5) when the child carrier pivots relative to the stroller frame (2, 5) around the pivoting axis. a stroller frame (2, 5), the stroller frame (2, 5) comprising a locking component (42, 42', 65) adapted to restrain a folding action of the stroller frame (2, 5); and a child carrier disposed on the stroller frame (2, 5), wherein the child carrier is adapted to be positioned or pivoted relative to the stroller frame (2, 5), and wherein the child carrier is adapted to provide a releasing force to the locking component (42, 42', 65) to allow the folding action of the stroller frame (2, 5) during a pivotal movement of the child carrier relative to the stroller frame (2, 5), wherein the child carrier comprises a base mounted on the stroller frame (2, 5) movably and detachably, wherein the child carrier further comprises a positioning mechanism for restraining or allowing the pivotal movement of the child carrier relative to the stroller frame (2, 5), and characterized in that the positioning mechanism comprises a pivoting mechanism disposed on a side of the base which is away from a mounted side, the stroller frame (2, 5) further comprises a locking portion, the locking component (42, 42', 65) is located at the locking portion, a pivoting axis of the pivoting mechanism extends through the base and the locking portion, the child carrier provides the releasing force to the locking component (42, 42', 65) for allowing the folding action of the stroller frame (2, 5) when the child carrier pivots relative to the stroller frame (2, 5) around the pivoting axis.
A hexagonal wire netting, for use in particular in protecting soil embankments, the wire netting being made of steel wires being braided in at least 1,5 fold braids so as to form meshes in which the proportion of the width to the length is less than 0,75, wherein the width of a mesh is defined as the distance between the two sides with the braids, and the length of a mesh is defined as the distance between the two corners where two sides without the braids meet the hexagonal wire netting being characterized in that the wires are made of high carbon steel having tensile strength in the range of 1500-1900 MPa.
A method at a Supplementary Data Provider within an emergency services network, the method comprising: receiving a message at the Supplementary Data Provider, the Supplementary Data Provider being a resource server or web server, the message including a Supplementary Data identity that uniquely identifies the Supplementary Data and incident data of an incident; responsive to receiving the message, creating a resource at the Supplementary Data Provider based on the incident data, the resource being associated with the Supplementary Data identity; receiving an access request from an Emergency Services Provider for Supplementary Data associated with the resource, wherein the Supplementary Data comprises data that are pertinent to the incident and having been generated by one or more Internet of Things, loT, devices, IoT sensors or other data sources; and responsive to receiving the access request, providing a response with the Supplementary Data, wherein the message further includes an access token from an authorization server and the access token provides a scope to limit data resources to the specific incident identified by the Supplementary Data identity. receiving a message at the Supplementary Data Provider, the Supplementary Data Provider being a resource server or web server, the message including a Supplementary Data identity that uniquely identifies the Supplementary Data and incident data of an incident; responsive to receiving the message, creating a resource at the Supplementary Data Provider based on the incident data, the resource being associated with the Supplementary Data identity; receiving an access request from an Emergency Services Provider for Supplementary Data associated with the resource, wherein the Supplementary Data comprises data that are pertinent to the incident and having been generated by one or more Internet of Things, loT, devices, IoT sensors or other data sources; and responsive to receiving the access request, providing a response with the Supplementary Data, wherein the message further includes an access token from an authorization server and the access token provides a scope to limit data resources to the specific incident identified by the Supplementary Data identity.
A connector and electrical tracks assembly (17, 23) comprising a connector (1, 18, 19) with a plurality of electrical contacts; said connector being connectable to a further connector at a first extremity; said connector being connectable at a second extremity to a circuit board portion (7, 21, 24) with a plurality of electrical tracks; wherein a circuit board portion (7, 21, 24) is located between a first layer (13, 25) of plastic thermosetting composite material of fibre and filler and a second layer (14, 26) of plastic thermosetting composite material of fibre and filler; and characterised in that an electrically isolating layer (12, 16) is provided over said circuit board's tracks.
Process for supporting an inertial measurement system comprising at least one inertial sensor, in which a. at least one radio signal is received in a location spatially coupled with the inertial sensor at least at one first point in time and one second point in time and the change of the phase of said radio signal is determined to carry out a determination of a relative movement between the source location of said radio signal and the at least one inertial sensor b. the relative movement between the source of said radio signal and the inertial sensor is detected on the basis of an evaluation of the determined change of phase of said radio signal c. the detected relative movement is provided to the inertial measurement system for an improvement of the position determination of said inertial sensor by improving the measurements of the inertial sensor and/or for the correction of a drift of said inertial sensor wherein no absolute position determination and/or distance determination is carried out on the basis of the radio signal, particularly the at least one received radio signal is not suited for an absolute position determination and/or distance determination, particularly not on the basis of, particularly two, phase measurements, particularly not within a time range of 1 second, particularly 100 ms. a. at least one radio signal is received in a location spatially coupled with the inertial sensor at least at one first point in time and one second point in time and the change of the phase of said radio signal is determined to carry out a determination of a relative movement between the source location of said radio signal and the at least one inertial sensor b. the relative movement between the source of said radio signal and the inertial sensor is detected on the basis of an evaluation of the determined change of phase of said radio signal c. the detected relative movement is provided to the inertial measurement system for an improvement of the position determination of said inertial sensor by improving the measurements of the inertial sensor and/or for the correction of a drift of said inertial sensor
A lighting apparatus comprising: a plurality of light sources for emitting light; a plurality of reflective elements; and a plurality of photodetectors; the light sources being located at different respective locations on a surface; each reflective element being arranged to receive light emitted by at least two of the plurality of light sources and to direct the received light to a corresponding photodetector, each reflective element being arranged to receive light from a different respective group of light sources of the plurality of light sources; and each photodetector being located at a location on the surface that is between the locations of said at least two light sources; characterised in that: each of the reflective elements comprises a conical mirror having an outwardly facing reflective surface for receiving light from said at least two light sources and which is suspended above the surface via a 2. respective supportive element. a plurality of light sources for emitting light; a plurality of reflective elements; and a plurality of photodetectors; the light sources being located at different respective locations on a surface; each reflective element being arranged to receive light emitted by at least two of the plurality of light sources and to direct the received light to a corresponding photodetector, each reflective element being arranged to receive light from a different respective group of light sources of the plurality of light sources; and each photodetector being located at a location on the surface that is between the locations of said at least two light sources; characterised in that: each of the reflective elements comprises a conical mirror having an outwardly facing reflective surface for receiving light from said at least two light sources and which is suspended above the surface via a 2. respective supportive element.
A process for the production of relief printing plates, where a carrier with a polymeric substrate layer is provided and a relief is formed layer-by-layer on a surface of the substrate layer, where the relief is formed by means of a) single or multiple application of a liquid comprising at least one reactive monomer to the surface of the substrate layer, b) diffusion of the reactive monomer into the polymeric substrate layer for a prescribed exposure time and c) hardening of the relief, where in step a) the liquid is applied in accordance with an image to the surface and where, after the prescribed exposure time of step b), any liquid that remains on the surface, having not diffused into the material, is removed from the surface, and in step c) the relief comprising the polymer of the substrate layer and the diffused reactive monomer is hardened. a) single or multiple application of a liquid comprising at least one reactive monomer to the surface of the substrate layer, b) diffusion of the reactive monomer into the polymeric substrate layer for a prescribed exposure time and c) hardening of the relief,
A system for improving the accuracy of authentication transaction results comprising: a service provider system for controlling access to resources and containing a database, said service provider system being configured to conduct transactions regarding the resources; a communications device configured to communicate with said service provider system over a network and to capture biometric data; and an authentication system comprising an authentication database, said authentication system being configured to communicate with said service provider system and said communications device over said network, store enrollment data records and an enrollment phrase registry, determine the liveness of users communicating a desire to conduct a network-based transaction with said service provider system, determine at least one verification phrase for the network-based transaction, and add the determined at least one verification phrase to the enrollment phrase registry and store biometric data captured for the at least one verification phrase in the enrollment data record of the user. a service provider system for controlling access to resources and containing a database, said service provider system being configured to conduct transactions regarding the resources; a communications device configured to communicate with said service provider system over a network and to capture biometric data; and an authentication system comprising an authentication database, said authentication system being configured to communicate with said service provider system and said communications device over said network, store enrollment data records and an enrollment phrase registry, determine the liveness of users communicating a desire to conduct a network-based transaction with said service provider system, determine at least one verification phrase for the network-based transaction, and add the determined at least one verification phrase to the enrollment phrase registry and store biometric data captured for the at least one verification phrase in the enrollment data record of the user. communicate with said service provider system and said communications device over said network, store enrollment data records and an enrollment phrase registry, determine the liveness of users communicating a desire to conduct a network-based transaction with said service provider system, determine at least one verification phrase for the network-based transaction, and add the determined at least one verification phrase to the enrollment phrase registry and store biometric data captured for the at least one verification phrase in the enrollment data record of the user.
A computer-implemented method for managing configurable resources of a product in a resource management system (100; 200; 300), the resource management system (100; 200; 300) comprising a licensor, a licensee and the product, wherein: - the licensor stores a first key K1 in the product and transmits a license L to the licensee; - the licensor further generates a second key K2 by applying a derivation function to the license using the first key K1; - the licensor further transmits the second key K2 to the licensee; - the licensee generates a configuration request comprising the license and license usage instructions; LU - the licensee applies a protection function to at least a part of the configuration request using the second key K2; - the licensee further transmits the configuration request to the product after applying the protection function to the at least a part of the configuration request; - the product retrieves the license L from the configuration request; - the product generates a validation key by applying said derivation function to the license using the first key K1; - the product further validates the received configuration request by applying said protection function to the at least a part of the configuration request using the validation key and by comparing the result thereof with the result of the protection function applied by the licensee, wherein the protection function applied by the licensee and the product comprises the generation of a Message Authentication Code computed over the license L and the license usage instructions LU using the second key K2 and the validation key, respectively, and wherein the configuration request takes the form of a message M1 = L∥LU∥OOI∥MAC(K2, L∥LU∥OOI), where OOI denotes optional other information and MAC denotes the protection function. - the licensor stores a first key K1 in the product and transmits a license L to the licensee; - the licensor further generates a second key K2 by applying a derivation function to the license using the first key K1; - the licensor further transmits the second key K2 to the licensee; - the licensee generates a configuration request comprising the license and license usage instructions; LU - the licensee applies a protection function to at least a part of the configuration request using the second key K2; - the licensee further transmits the configuration request to the product after applying the protection function to the at least a part of the configuration request; - the product retrieves the license L from the configuration request; - the product generates a validation key by applying said derivation function to the license using the first key K1; - the product further validates the received configuration request by applying said protection function to the at least a part of the configuration request using the validation key and by comparing the result thereof with the result of the protection function applied by the licensee,
An electrostatic adsorbable sheet (iii) which is a laminate comprising: an adsorbable sheet (i) comprising a resin film layer having an adhesive layer formed on one surface thereof, wherein the adhesive layer contains a pressure-sensitive adhesive, and a release sheet layer is further disposed on the adhesive layer, wherein the resin film layer of the adsorbable sheet (i) and a resin film layer are adherent to each other by electrostatic adsorption, the laminate further comprising either one of and: a support layer (ii) comprising the resin film layer, wherein the surface of the support layer (ii) which is not in contact with the resin film layer has antistatic performance, or an adsorbable sheet (iv) comprising the resin film layer having an adhesive layer formed over one surface thereof. an adsorbable sheet (i) comprising a resin film layer having an adhesive layer formed on one surface thereof, wherein the adhesive layer contains a pressure-sensitive adhesive, and a release sheet layer is further disposed on the adhesive layer, wherein the resin film layer of the adsorbable sheet (i) and a resin film layer are adherent to each other by electrostatic adsorption, the laminate further comprising either one of and: a support layer (ii) comprising the resin film layer, wherein the surface of the support layer (ii) which is not in contact with the resin film layer has antistatic performance, or an adsorbable sheet (iv) comprising the resin film layer having an adhesive layer formed over one surface thereof. a support layer (ii) comprising the resin film layer, wherein the surface of the support layer (ii) which is not in contact with the resin film layer has antistatic performance, or an adsorbable sheet (iv) comprising the resin film layer having an adhesive layer formed over one surface thereof.
A method for in-the-field measurement of electromagnetic field, EMF, strength at a location of interest in a coverage area of a 2-dimensional, 2D, advanced antenna system, AAS, the method comprising steps of: causing the 2D AAS to transmit with a load factor of 100 percent; causing the 2D AAS to sweep a predefined range of azimuth angles, and determining an azimuth direction θ 0 which yields highest EMF at the point of interest; causing the 2D AAS to sweep a predefined range of elevation angles, and determining an elevation angle φ 0 which yields highest EMF at the point of interest; determining first beamforming weights based on θ 0 and φ 0, and causing the 2D AAS to apply the first beamforming weights; causing the 2D AAS to sweep a co-phasing angle φ from 0 to 360 degrees, and determining a co-phasing angle φ 0 which yields highest EMF; determining second beamforming weights based on θ 0, φ 0 and φ 0, and causing the 2D AAS to apply the second beamforming weights; and causing the 2D AAS to transmit at a load factor of 100% using the first and second beamforming weights and measuring the EMF strength at the point of interest. causing the 2D AAS to transmit with a load factor of 100 percent; causing the 2D AAS to sweep a predefined range of azimuth angles, and determining an azimuth direction θ 0 which yields highest EMF at the point of interest; causing the 2D AAS to sweep a predefined range of elevation angles, and determining an elevation angle φ 0 which yields highest EMF at the point of interest; determining first beamforming weights based on θ 0 and φ 0, and causing the 2D AAS to apply the first beamforming weights; causing the 2D AAS to sweep a co-phasing angle φ from 0 to 360 degrees, and determining a co-phasing angle φ 0 which yields highest EMF; determining second beamforming weights based on θ 0, φ 0 and φ 0, and causing the 2D AAS to apply the second beamforming weights; and causing the 2D AAS to transmit at a load factor of 100% using the first and second beamforming weights and measuring the EMF strength at the point of interest.
A developer material container that holds a developer material therein, the developer material container being attachable to an image forming apparatus, the container comprising: a housing that holds the developer material therein, the housing including a first engagement portion and an opening through which the developer material is dischargeable into the image forming apparatus when attached to the image forming apparatus, wherein the first engagement portion includes a first surface; and a shutter fitted into the housing and slidable relative to the housing, the shutter including a second engagement portion that resiliently deforms when it alternately engages with and disengages from the first engagement portion when the shutter slides relative to the housing, and a shutter wall that either opens or closes the opening when the shutter slides relative to the housing, wherein the second engagement portion includes a second surface and either at least two projections formed on the second surface or at least two first recesses formed in the second surface, the at least two projections being spaced apart by the first surface and the at least two first recesses being spaced apart by the first surface, wherein the first surface of the first engagement portion is in sliding contact with the second surface between adjacent projections when the first surface is between the adjacent projections, or the first surface of the first engagement portion is in sliding contact with the second surface between adjacent first recesses when the first surface is between the adjacent first recesses. a housing that holds the developer material therein, the housing including a first engagement portion and an opening through which the developer material is dischargeable into the image forming apparatus when attached to the image forming apparatus, wherein the first engagement portion includes a first surface; and a shutter fitted into the housing and slidable relative to the housing, the shutter including a second engagement portion that resiliently deforms when it alternately engages with and disengages from the first engagement portion when the shutter slides relative to the housing, and a shutter wall that either opens or closes the opening when the shutter slides relative to the housing, wherein the second engagement portion includes a second surface and either at least two projections formed on the second surface or at least two first recesses formed in the second surface, the at least two projections being spaced apart by the first surface and the at least two first recesses being spaced apart by the first surface, wherein the first surface of the first engagement portion is in sliding contact with the second surface between adjacent projections when the first surface is between the adjacent projections, or the first surface of the first engagement portion is in sliding contact with the second surface between adjacent first recesses when the first surface is between the adjacent first recesses.