mhurhangee/ep-ind-claims huggingface dataset:
A time setting device (1000, 2000, 8000) for setting time of a mechanical watch, the time setting device (1000, 2000, 8000) comprising: time reading means for reading a time indicated by a mechanical watch, time tracking means for indicating a reference time, moving means (1400, 5400) for acting on an escapement of the mechanical watch by applying a movement to a case of the mechanical watch, controlling means (1300, 2300, 8300) connected to the time reading means and to the time tracking means, and controlling the moving means so as to reduce a difference between the time indicated by the mechanical watch and the reference time, characterized in that the moving means (1400, 5400) are configured to apply the movement during a first predetermined time interval (ΔT, ΔT'), wherein the first predetermined time interval (ΔT, ΔT') is smaller than 50% of a period of the escapement, and wherein during a remaining part of the period, the device is configured to apply no further movement to the watch. time reading means for reading a time indicated by a mechanical watch, time tracking means for indicating a reference time, moving means (1400, 5400) for acting on an escapement of the mechanical watch by applying a movement to a case of the mechanical watch, controlling means (1300, 2300, 8300) connected to the time reading means and to the time tracking means, and controlling the moving means so as to reduce a difference between the time indicated by the mechanical watch and the reference time, characterized in that the moving means (1400, 5400) are configured to apply the movement during a first predetermined time interval (ΔT, ΔT'), wherein the first predetermined time interval (ΔT, ΔT') is smaller than 50% of a period of the escapement, and wherein during a remaining part of the period, the device is configured to apply no further movement to the watch.
A method for connecting a user device to a wireless local area network, WLAN, when there has been a rejection during a first attempt to connect the user device to the WLAN comprising the steps of: intercepting the rejection in a network node, sending a first authentication success message from the network node to the user device, in which the first authentication success message also comprises data enforcing the user device into an un-authenticated subscriber management mode in which all network nodes of the WLAN are informed that the user device has not yet been authenticated, redirecting the user device to an authentication web portal, such that the user device is prompted for authentication data at the web portal, receiving a second authentication success message in the network node from the authentication web portal, and granting the user device access to the WLAN, the extent of access being defined by the service subscription of the user device. intercepting the rejection in a network node, sending a first authentication success message from the network node to the user device, in which the first authentication success message also comprises data enforcing the user device into an un-authenticated subscriber management mode in which all network nodes of the WLAN are informed that the user device has not yet been authenticated, redirecting the user device to an authentication web portal, such that the user device is prompted for authentication data at the web portal, receiving a second authentication success message in the network node from the authentication web portal, and granting the user device access to the WLAN, the extent of access being defined by the service subscription of the user device.
Toll system for unmanned aerial vehicles, wherein the toll system comprises the following: a transponder designed for use in an unmanned aerial vehicle, at least two detection modules (111, 112) for detecting the unmanned aerial vehicle along the flight movement by querying the transponder, wherein the toll system comprises an associated control module for each detection module (111, 112), wherein each control module is designed to trigger the query of the transponder and to evaluate transmitted data from the transponder, wherein the evaluation comprises identifying the unmanned aerial vehicle and determining the flight movement thereof, wherein the associated control modules are designed to transfer the unmanned aerial vehicle between the at least two detection modules (111, 112), wherein the transfer comprises transmitting information that allows at least one identification of the unmanned aerial vehicle; and a server to determine the flight movements of the aerial vehicles from the successive detections. at least two detection modules (111, 112) for detecting the unmanned aerial vehicle along the flight movement by querying the transponder, wherein the toll system comprises an associated control module for each detection module (111, 112), wherein each control module is designed to trigger the query of the transponder and to evaluate transmitted data from the transponder, wherein the evaluation comprises identifying the unmanned aerial vehicle and determining the flight movement thereof, wherein the associated control modules are designed to transfer the unmanned aerial vehicle between the at least two detection modules (111, 112), wherein the transfer comprises transmitting information that allows at least one identification of the unmanned aerial vehicle; and a server to determine the flight movements of the aerial vehicles from the successive detections.
Transport frame having a longitudinal, lateral and upright extent, and configured for transporting a root end or tip portion of a longitudinally extending wind turbine blade, said frame being stackable with similar frames, said frame having four top shoulders and four feet, said feet of said frame being conformed to be stackable on corresponding said shoulders of another similar frame, wherein each said shoulder is provided with a locating finger, each said finger having a height ( h) above said shoulder, and wherein each said foot is provided with a recess conformed to receive a said locating finger, and characterised in that a first said locating finger has a height greater than each of the three remaining said locating fingers, wherein a second said locating finger has a height less than said height of said first locating finger, and greater than the height of each of two remaining said locating fingers.
Height-adjustable and lockable outlet unit for a beverage machine, in particular for an automatic coffee maker, which has a basic frame, in/on which two parallel guide rails (4, 4') are fixed, and which comprises a sliding carriage, which is guided in a sliding manner via guide bushing (6, 6') on the two guide rails (4, 4'), wherein the sliding carriage can be automatically stopped at a freely selectable position along the guide rails (4, 4') by way of at least one fixing element, and characterised in that the outlet unit is embodied as a preassembled module, which can be completely reassembled in a preassembly.
Scaffolding system with at least two hollow section tubes, which are configured as vertical poles of the scaffolding system or as vertical poles of the scaffold frame of the scaffolding system, wherein the hollow section tubes each have an upper end region and a lower end region, a defined outer diameter and a wall thickness (t), the outer diameter of the upper end region is smaller than the outer diameter of the lower end region so that several hollow section tubes can be fitted onto one another and the upper end region of a first hollow section tube in the inserted state is introduced into the lower end region of a second hollow section tube until reaching a stop and a permissible gap size is present between the outer wall of the upper end region and the inner wall of the lower end region, and the lower end region of the at least one second hollow section tube has a tapered cross-section (30.1) at least in some regions, characterized in that - the at least one second hollow section tube whilst retaining the defined outer diameter has a reduced wall thickness (t) and a higher material strength compared with the first hollow section tube of the system frame, wherein - the tapered cross-section (30.1) is configured so that the permissible gap size or a smaller gap size is produced between the inner wall of the lower end region in the region of the tapered cross-section (30.1) when the hollow section tubes are fitted onto one another, and the outer wall of the upper insert region of the pushed-on hollow section tube. - the at least one second hollow section tube whilst retaining the defined outer diameter has a reduced wall thickness (t) and a higher material strength compared with the first hollow section tube of the system frame, wherein - the tapered cross-section (30.1) is configured so that the permissible gap size or a smaller gap size is produced between the inner wall of the lower end region in the region of the tapered cross-section (30.1) when the hollow section tubes are fitted onto one another, and the outer wall of the upper insert region of the pushed-on hollow section tube.
A slicing mechanism, comprised of a lower cover, cutter components, and a locating device, wherein the cutter components are fixed to a rotating gear, which is rotated in the lower cover, by the locating device, characterized in that an upper storing cylindrical cavity is formed at an inner upper part of the lower cover and a lower storing cylindrical cavity is formed at an inner lower part of the lower cover; the upper storing cylindrical cavity is arranged coaxially with the lower storing cylindrical cavity; a radius of the upper storing cylindrical cavity is larger than a radius of the lower storing cylindrical cavity; an annular stepping-part is formed at a joint between the upper storing cylindrical cavity and the lower storing cylindrical cavity; the rotating gear is rotationally disposed in the upper storing cylindrical cavity; the cutter components are restricted by the locating device to move upwards and downwards; and the upper end of the cutter components is coupled to the rotating gear and the lower end of the cutter components extends into the lower storing cylindrical cavity.
Apparatus for local access to data while roaming with a mobile telephony device at a roaming network, the telephony device being associated with a home network separate from said roaming network, the apparatus being located at said roaming network and comprising: a filter having a data packet inspection unit for inspecting packets to identify data packets addressed from said roaming telephony device for use via a home network data packet gateway, and a packet diverter for diverting at least some of said identified packets to a local data packet gateway; said filter being further configured to set up a diversion tunnel for additional packets having packet destination information corresponding to said diverted packets, said diversion tunnel being for locally routing said packets having corresponding packet destination address information to said local data packet gateway; characterized by further comprising an online charging system -OCS- relay to decide whether to charge a roaming user at the home network or at the roaming network, wherein said decision to charge is based on the presence or absence of a subscription of the roaming user at the roaming network, wherein the OCS relay is provided at said local network for managing charging for said data, said OCS relay being associated with said filter to send charges for said diverted data to said roaming network and to send charges for other data to said home network, and further characterized in that said filter is contained in a General Packet Radio Service - GPRS - Tunnelling Protocol - GTP - signalling relay, and data is channelled from said roaming mobile device to said GTP signalling relay via a serving GPRS support node - SGSN, wherein a data packet gateway comprises a GGSN - said GTP signalling relay comprising an SGSN / GGSN emulator, emulating an SGSN to the home network GGSN and a GGSN to the roaming network SGSN. a filter having a data packet inspection unit for inspecting packets to identify data packets addressed from said roaming telephony device for use via a home network data packet gateway, and a packet diverter for diverting at least some of said identified packets to a local data packet gateway; said filter being further configured to set up a diversion tunnel for additional packets having packet destination information corresponding to said diverted packets, said diversion tunnel being for locally routing said packets having corresponding packet destination address information to said local data packet gateway; characterized by further comprising an online charging system -OCS- relay to decide whether to charge a roaming user at the home network or at the roaming network, wherein said decision to charge is based on the presence or absence of a subscription of the roaming user at the roaming network, wherein the OCS relay is provided at said local network for managing charging for said data, said OCS relay being associated with said filter to send charges for said diverted data to said roaming network and to send charges for other data to said home network,
Electronic price label (100, 200, 300, 400, 500, 600, 700), which comprises: communication means for receiving information relating to a product, a display (102, 202, 302, 402, 502, 602, 702) for displaying information relating to a product, and a fastening ring (101, 201, 301, 416, 516, 616, 701, 802) for fastening the electronic price label to a product, characterized in that the electronic price label comprises a frame part (104, 204, 304, 404, 504, 604, 704), the fastening ring (101, 201, 301, 416, 516, 616, 701, 802) is arranged to function as an antenna of the electronic price label, in which fastening ring a loop (110, 210, 318, 430) is formed, by means of which antenna the electronic price label is adapted to send and receive information to/from a base station of an electronic price label system, wherein the electronic price label further comprises an RFID antenna which is a separate antenna to the fastening ring antenna, which RFID antenna is arranged in connection with the frame part (104, 204, 304, 404, 504, 604, 704) of the electronic price label and/or inside the frame part (104, 204, 304, 404, 504, 604, 704). communication means for receiving information relating to a product, a display (102, 202, 302, 402, 502, 602, 702) for displaying information relating to a product, and a fastening ring (101, 201, 301, 416, 516, 616, 701, 802) for fastening the electronic price label to a product, characterized in that the electronic price label comprises a frame part (104, 204, 304, 404, 504, 604, 704), the fastening ring (101, 201, 301, 416, 516, 616, 701, 802) is arranged to function as an antenna of the electronic price label, in which fastening ring a loop (110, 210, 318, 430) is formed, by means of which antenna the electronic price label is adapted to send and receive information to/from a base station of an electronic price label system, wherein the electronic price label further comprises an RFID antenna which is a separate antenna to the fastening ring antenna, which RFID antenna is arranged in connection with the frame part (104, 204, 304, 404, 504, 604, 704) of the electronic price label and/or inside the frame part (104, 204, 304, 404, 504, 604, 704).
Method for preparing a bone repair material comprising a porous block-shaped scaffold containing a crosslinked polyethylene glycol hydrogel formed by a Michael type addition of at least two precursor molecules, wherein said scaffold is made of a synthetic ceramic material and comprises interconnected macropores having a diameter of at least 100 μm and the scaffold has a total porosity of 80 to 95% comprising the steps: a. mixing an aqueous solution comprising a first precursor with an aqueous solution comprising a second precursor, whereby the total concentration of the first and the second precursor in the mixture is less than the equilibrium concentration of the hydrogel b. adding the mixture of step a) to the porous block-shaped scaffold c. removing water from the bone repair material obtained in step c), to allow reaction between the first and the second precursor. a. mixing an aqueous solution comprising a first precursor with an aqueous solution comprising a second precursor, whereby the total concentration of the first and the second precursor in the mixture is less than the equilibrium concentration of the hydrogel b. adding the mixture of step a) to the porous block-shaped scaffold c. removing water from the bone repair material obtained in step c), to allow reaction between the first and the second precursor.
Hotplate device with a hob, having at least one retaining unit directly fixed to the hob in an assembled state and having at least one heating unit (14, 16, 18, 20), which is supported by the retaining unit in an installation position and in the assembled state is arranged between the hob and at least one part of the retaining unit, characterised in that the retaining unit has at least one lateral cutout (24, 26, 28, 30) for assembly and/or disassembly of the heating unit.
A memory cell comprising a first electrode and a second electrode made of conductive or semiconductive material a resistance switching element in between the first electrode and the second electrode the resistance switching element comprising a resistance switching layer, a tunnel rectifier in between the resistance-switching element and the first electrode, the tunnel rectifier comprising a multi-layer tunnel stack, wherein the multi-layer tunnel stack comprises a stack of a least two dielectric layers (15, 16) each defined by a dielectric constant (k i) and conduction band offset (Φ i), wherein one of the layers has a higher dielectric constant and a lower conduction band offset than any of the other dielectric layers in the multi-layer tunnel stack characterized in that a dielectric layer of the multi-layer tunnel stack is in direct contact with the resistance switching layer of the resistance-switching element.
A barrier film laminate for a touch-sensing display, the laminate comprising a barrier layer having a first surface and a second surface opposite the first surface; an optically clear adhesive layer disposed on the first surface of the barrier layer, wherein a 50 micrometer-thick sample of the optically clear adhesive transmits greater than 85% of visible light as determined according to ASTM D1003-00; an optically clear polymer film disposed on the optically clear adhesive on a side opposite the barrier layer, the polymer film comprising a thermoplastic polymer, wherein a 100 micrometer-thick sample of the optically clear polymer film transmits greater than 85% of visible light as determined according to ASTM D1003-00; and a touch-sensing layer directly on the polymer film on a side opposite the optically clear adhesive layer, wherein a 5 micrometer-thick sample of the touch-sensing layer transmits greater than 80% of visible light as determined according to ASTM D1003-00.
An antenna array for a mobile communications network, wherein the antenna array comprises a plurality of antenna elements (Ant-1, Ant-2,..., Ant-N) adapted to relay first signal components as a first beam according to a first protocol and second signal components as a second beam according to a second protocol, the antenna array comprising: - a corporate feed network for distributing the first signal components with a fixed phase and a fixed amplitude;, - mechanical devices for altering a direction of the first beam; the mechanical devices comprising a remote electrical tilt unit, wherein the remote electrical tilt unit comprises at least one of a plurality of mechanically variable phase shifters and a plurality of attenuators; and - an electronic beam forming apparatus for shaping the second beam, the electronic beam forming apparatus being adapted to electronically alter at least one of an amplitude, a delay or a phase of at least one of the second signal components, wherein the remote tilt unit is adapted to apply changes to the first signal components independently of the electronic beam forming applied to the second signal components. - a corporate feed network for distributing the first signal components with a fixed phase and a fixed amplitude;, - mechanical devices for altering a direction of the first beam; the mechanical devices comprising a remote electrical tilt unit, wherein the remote electrical tilt unit comprises at least one of a plurality of mechanically variable phase shifters and a plurality of attenuators; and - an electronic beam forming apparatus for shaping the second beam, the electronic beam forming apparatus being adapted to electronically alter at least one of an amplitude, a delay or a phase of at least one of the second signal components, wherein the remote tilt unit is adapted to apply changes to the first signal components independently of the electronic beam forming applied to the second signal components.
A computer-implemented method for identifying features in an image, the method comprising: identifying a region of interest within the image; fitting a plurality of second models to said region of interest, each of said plurality of second models modelling a respective portion of the region of interest, said plurality of second models together modelling said region of interest, wherein the portions modelled by the second models overlap such that each part of said region of interest is modelled by at least two of said plurality of second models; and identifying said features in the image based upon said fit of said plurality of second models wherein identifying said features in the image based upon said fit of said plurality of second models comprises: combining data based upon said fit of said plurality of second models to generate a combined estimate, wherein a particular feature is modelled by two of said second models and said combining identifies said particular feature by combining data associated with said particular feature generated by fitting each of said two of said second models. identifying a region of interest within the image; fitting a plurality of second models to said region of interest, each of said plurality of second models modelling a respective portion of the region of interest, said plurality of second models together modelling said region of interest, wherein the portions modelled by the second models overlap such that each part of said region of interest is modelled by at least two of said plurality of second models; and identifying said features in the image based upon said fit of said plurality of second models wherein identifying said features in the image based upon said fit of said plurality of second models comprises: combining data based upon said fit of said plurality of second models to generate a combined estimate, wherein a particular feature is modelled by two of said second models and said combining identifies said particular feature by combining data associated with said particular feature generated by fitting each of said two of said second models.
A wearable device (802, 902, 1004), comprising: a memory element configured to store a plurality of user profiles; and processing circuitry coupled to the memory element, the processing circuitry is configured to perform the method as defined in claim 10. a memory element configured to store a plurality of user profiles; and processing circuitry coupled to the memory element, the processing circuitry is configured to perform the method as defined in claim 10.