mhurhangee/ep-ind-claims huggingface dataset:
Piezoelectric stepper drive, comprising at least one piezoelectric drive apparatus with at least two drive sections (21, 22) which are drivable independently of each other and arranged in parallel and each acted upon by at least two piezoelectric actuators (213, 214, 223, 224), and a driven member which is advanced by at least one of said drive sections (21, 22) when control voltages are applied to said actuators (213, 214, 223, 224), where said drive apparatus is configured approximately in the shape of a triangle, at the tip of which said drive sections (21, 22) are arranged, said drive apparatus is in mirror-image symmetry to a plane of symmetry that includes the advance direction of said driven member and extends between said drive sections (21, 22) of the same drive apparatus, and at least one of said drive sections (21, 22) is biased against said driven member in the absence of control voltages applied to said actuators (213, 214, 223, 224), characterized in that the stepper drive is configured such that at least one of said drive sections (21, 22) is biased against said driven member in the absence of control voltages applied to said actuators (213, 214, 223, 224) such that said drive section blocks the advance of said driven member, where each of said drive sections (21, 22) is connected individually resilient to a common base of said triangle.
A stripping device for a drum of a soil compaction roller, in particular a stripping device for a drum of a trench roller, said stripping device comprising - a first stripping element disposed on a drum surface, - said drum surface being provided with protrusions disposed on the periphery of said drum surface, - a drum extender being provided which is adapted for attachment to said drum, characterized in that said stripping device comprises a second stripping element, which is disposed on said first stripping element in an axially movable manner, said second stripping element being adapted for attachment to said first stripping element by means of at least one fixing means. - a first stripping element disposed on a drum surface, - said drum surface being provided with protrusions disposed on the periphery of said drum surface, - a drum extender being provided which is adapted for attachment to said drum,
A method of routing a call involving an IP Multimedia Subsystem Centralized Services, ICS, subscriber accessing an IP Multimedia Subsystem, IMS, network via a circuit switched, CS, access network, the method comprising: receiving an incoming call request from a user at a Gateway Mobile Switching Centre, GMSC, enhanced for ICS; accessing a Location Register storing information relating to the user; ascertaining that the user is an ICS subscriber from the presence of a 3GPP standardized ICS indicator in the stored information; and the GMSC generating and forwarding a SIP INVITE message to the IMS to establish the call. receiving an incoming call request from a user at a Gateway Mobile Switching Centre, GMSC, enhanced for ICS; accessing a Location Register storing information relating to the user; ascertaining that the user is an ICS subscriber from the presence of a 3GPP standardized ICS indicator in the stored information; and the GMSC generating and forwarding a SIP INVITE message to the IMS to establish the call.
An aerosol-generating device for generating aerosol from an aerosol-generating material, the aerosol-generating device comprising: a heating assembly including: one or more heating units (110, 120) arranged to heat, but not burn, the aerosol-generating material in use; and a controller for controlling the one or more heating units; wherein the controller is programmed such that, during a session of use, at least one of the one or more heating units is powered so as to be heated to a plurality of different temperatures sequentially, and each time that the heating unit is heated to a new temperature which is higher than a previous temperature: the new temperature is less than 120 °C greater than the previous temperature; and the heating unit is held at the new temperature for at least 0.5 seconds; characterised in that: the first temperature to which the heating unit is heated and held for at least 0.5 seconds is less than 120 °C; and when the previous temperature is equal to or greater than 80 °C, the new temperature is less than 70 °C higher than the previous temperature. one or more heating units (110, 120) arranged to heat, but not burn, the aerosol-generating material in use; and a controller for controlling the one or more heating units; the new temperature is less than 120 °C greater than the previous temperature; and the heating unit is held at the new temperature for at least 0.5 seconds; characterised in that: the first temperature to which the heating unit is heated and held for at least 0.5 seconds is less than 120 °C; and when the previous temperature is equal to or greater than 80 °C, the new temperature is less than 70 °C higher than the previous temperature. the first temperature to which the heating unit is heated and held for at least 0.5 seconds is less than 120 °C; and when the previous temperature is equal to or greater than 80 °C, the new temperature is less than 70 °C higher than the previous temperature.
A geostationary orbit satellite comprising a transmitter configured to transmit signals to one or more subscriber terminals using a GSO frequency spectrum, the transmitter further configured to transmit signals to the one or more subscriber terminals using an extended frequency spectrum, the extended frequency spectrum including the GSO frequency spectrum and a non-geostationary (NGSO) frequency spectrum, the GSO satellite being configured to: transmit signals to the one or more subscriber terminals using only the GSO frequency spectrum, when an NGSO satellite is expected to be in-line with respect to the GSO satellite and an Earth terminal operative to transmit signals to the GSO satellite; and transmit signals to the one or more subscriber terminals using the extended frequency spectrum, when no NGSO satellite is expected to be in-line with respect to the GSO satellite and the Earth terminal. transmit signals to the one or more subscriber terminals using only the GSO frequency spectrum, when an NGSO satellite is expected to be in-line with respect to the GSO satellite and an Earth terminal operative to transmit signals to the GSO satellite; and transmit signals to the one or more subscriber terminals using the extended frequency spectrum, when no NGSO satellite is expected to be in-line with respect to the GSO satellite and the Earth terminal.
A data processing system comprising - a processing unit: arranged to execute a program having at least one jump instruction and at least one return instruction, - a first memory, and a program stack - a second memory, which is a content addressable memory CAM, wherein the data processing system is arranged to hardware protect the second memory when a write access to the first memory is executed, wherein the processing unit is arranged to store a return address on the program stack and to store a return address copy in the second memory when the at least one jump instruction is executed, and to compare the return address with the return address copy when the at least one return instruction is executed by sending an inquiry comprising the return address to the second memory, which is arranged to simultaneously search the return address in its content, and receiving from the second memory a hit value, which is indicative of a matching return address copy stored in its content. - a processing unit: arranged to execute a program having at least one jump instruction and at least one return instruction, - a first memory, and a program stack - a second memory, which is a content addressable memory CAM, wherein the data processing system is arranged to hardware protect the second memory when a write access to the first memory is executed, wherein the processing unit is arranged to store a return address on the program stack and to store a return address copy in the second memory when the at least one jump instruction is executed, and to compare the return address with the return address copy when the at least one return instruction is executed by sending an inquiry comprising the return address to the second memory, which is arranged to simultaneously search the return address in its content, and receiving from the second memory a hit value, which is indicative of a matching return address copy stored in its content. to store a return address on the program stack and to store a return address copy in the second memory when the at least one jump instruction is executed, and to compare the return address with the return address copy when the at least one return instruction is executed by sending an inquiry comprising the return address to the second memory, which is arranged to simultaneously search the return address in its content, and receiving from the second memory a hit value, which is indicative of a matching return address copy stored in its content.
An optical device that produces flicker-like optical effects, wherein the optical device comprises an icon layer made from a clear radiation curable resin with at least one arrangement of image icons in the form of voids and/or posts formed therein, the image icons filled with or formed from one or more cured pigmented materials, at least one arrangement of focusing elements positioned to form one or more synthetic images of at least a portion of the at least one arrangement of image icons, and an optical spacer between the arrangement of image icons and the at least one arrangement of focusing elements, wherein some or all of the one or more pigmented materials has been cured using collimated light directed through the focusing elements at one or more angles relative to a surface of the optical device to form directionally cured image icons, wherein the one or more synthetic images of the directionally cured image icons is viewable at the one or more collimated light cure angles and therefore visually appears and disappears, or turns on and off, as the viewing angle of the device moves through these angles; wherein each image icon in the at least one arrangement of image icons is formed from two cured pigmented materials (26, 32), each having a different color, and each being cured using collimated light at a different angle.
A can body printing system comprising: a first printing unit performing first printing to form an image or an identification information on a predetermined area of a can body; a deformation unit deforming the area after the first printing; and a second printing unit, after the deformation of the area, performing second printing by digital printing on a barrel portion provided contiguous to the area subjected to the first printing and the deformation. a first printing unit performing first printing to form an image or an identification information on a predetermined area of a can body; a deformation unit deforming the area after the first printing; and a second printing unit, after the deformation of the area, performing second printing by digital printing on a barrel portion provided contiguous to the area subjected to the first printing and the deformation.
Fuel or ignition aid comprising cellulosic and/or hemicellulosic material and oils and/or fats or derivatives thereof or constituents in the form of fatty acids, fatty alcohols or glycerol, characterized in that the oils, fats and derivatives thereof are processed substances originating from wastes and residues from secondary utilization or cascade utilization that prior to the processing cannot be used directly as fuels or constituents thereof, where the processing comprises a hydrogenating step.
A method comprising: storing, in an apparatus, an encryption key and a list of access tokens, each access token comprising cryptographic information; selecting, in the apparatus, a first access token from the list of access tokens based, at least partly, on at least one of a current time and a sequence number, and deciding, in the apparatus, based at least partly on the first access token, whether to grant a user device access to the apparatus, the apparatus being an access controlled device or a controller of the access controlled device, characterized by receiving, by the apparatus, a second list of access tokens from at least one of the user device and a second user device, and by the storing comprising storing a plurality of lists of access tokens, each list of access tokens comprising access tokens that are usable in obtaining a different level of access to the apparatus, the second list comprising a second plurality of lists of access tokens. storing, in an apparatus, an encryption key and a list of access tokens, each access token comprising cryptographic information; selecting, in the apparatus, a first access token from the list of access tokens based, at least partly, on at least one of a current time and a sequence number, and deciding, in the apparatus, based at least partly on the first access token, whether to grant a user device access to the apparatus, the apparatus being an access controlled device or a controller of the access controlled device, characterized by receiving, by the apparatus, a second list of access tokens from at least one of the user device and a second user device, and by the storing comprising storing a plurality of lists of access tokens, each list of access tokens comprising access tokens that are usable in obtaining a different level of access to the apparatus, the second list comprising a second plurality of lists of access tokens.
A method of manufacturing, the method comprising: investment casting a part using a casting shell to form a casting of the part; positioning the casting relative to a laser emitter, wherein the casting comprises a nickel-based superalloy having a scale formed thereon, and the scale is a byproduct of the investment casting and consists of a metal carbide layer; and passing a laser beam emitted from the laser emitter across the casting such that the laser beam causes the scale to at least one of crack, break, shatter, and spall. investment casting a part using a casting shell to form a casting of the part; positioning the casting relative to a laser emitter, wherein the casting comprises a nickel-based superalloy having a scale formed thereon, and the scale is a byproduct of the investment casting and consists of a metal carbide layer; and passing a laser beam emitted from the laser emitter across the casting such that the laser beam causes the scale to at least one of crack, break, shatter, and spall.
A projected capacitance touchscreen device comprising a pressure sensing assembly, the pressure sensing assembly comprising: a biasing electrode layer; a sensing electrode layer comprising a plurality of conductive traces, wherein each trace comprises one or more sensing pads (320, 550); a piezoelectric layer provided between the biasing electrode layer and the sensing electrode layer, wherein the piezoelectric layer acts as a dielectric; a detection circuit operatively connected to the plurality of conductive traces of the sensing electrode layer and comprising a pressure sensing circuit and a capacitive sensing circuit, wherein the detection circuit is switchable between a first mode and a second mode such that only one of the pressure sensing circuit and the capacitive sensing circuit is operatively coupled to a conductive trace of the plurality of conductive traces at any one time, wherein: in the first mode the capacitive sensing circuit is configured to detect a change in capacitance at the conductive trace, and in the second mode the pressure sensing circuit is configured to detect a voltage induced across the piezoelectric layer, between the biasing electrode layer and the conductive trace; wherein the detection circuit is configured to determine the location of an applied force based on the detected changes in capacitance and the magnitude of an applied force based on the detected changes in induced voltages. a biasing electrode layer; a sensing electrode layer comprising a plurality of conductive traces, wherein each trace comprises one or more sensing pads (320, 550); a piezoelectric layer provided between the biasing electrode layer and the sensing electrode layer, wherein the piezoelectric layer acts as a dielectric; a detection circuit operatively connected to the plurality of conductive traces of the sensing electrode layer and comprising a pressure sensing circuit and a capacitive sensing circuit, wherein the detection circuit is switchable between a first mode and a second mode such that only one of the pressure sensing circuit and the capacitive sensing circuit is operatively coupled to a conductive trace of the plurality of conductive traces at any one time, wherein: in the first mode the capacitive sensing circuit is configured to detect a change in capacitance at the conductive trace, and in the second mode the pressure sensing circuit is configured to detect a voltage induced across the piezoelectric layer, between the biasing electrode layer and the conductive trace; in the first mode the capacitive sensing circuit is configured to detect a change in capacitance at the conductive trace, and in the second mode the pressure sensing circuit is configured to detect a voltage induced across the piezoelectric layer, between the biasing electrode layer and the conductive trace; wherein the detection circuit is configured to determine the location of an applied force based on the detected changes in capacitance and the magnitude of an applied force based on the detected changes in induced voltages.
Method for producing decorative paper for coating a wood-based base plate, a laminate and/or a compact plate, in which a decorative pattern (2.2, 2.2') is printed on a sheet or strip of paper (2, 2') by means of at least one print roller assembly (4.1, 5.1), the decorative pattern (2.2, 2.2') being a wood or stone pattern, and in which at least one decorative pattern element (2.3, 2.4) is printed on one or more portions of the paper (2, 2') by means of at least one digital print head (6.1) so that the decorative pattern (2.2, 2.2') printed on by the at least one print roller assembly (4.1, 5.1) remains visible at least in part or, if the at least one decorative pattern element (2.3, 2.4) is printed on the paper (2, 2') before the decorative pattern by means of the at least one digital print head (6.1), surrounds the at least one pattern element (2.3, 2.4), the at least one decorative pattern element (2.3, 2.4) depicting, in the case of the wood pattern, the texture of the wood to be imitated and being selected in this case from a group comprising in particular knots, pitch pockets, worm grooves and discolourations and/or depicting nail or screw heads and/or joints between wood panels or depicting, in the case of the stone pattern, the texture of the stone to be imitated and being selected in this case from a group comprising in particular discolourations, flaws and fossils and/or depicting joints between stone tiles, and which method is characterised in that the at least one digital print head (6.1) is moved together with the paper (2,2') in the feed direction thereof.
A network search method executed by a terminal, the method comprising: keeping residing in a second network when the terminal is disconnected from a first network or has not registered to the first network, wherein the first network and the second network are two different wireless communication networks; and performing a search operation for the first network, when a serving cell and/or an adjacent cell corresponding to the terminal in the second network change; terminating the search operation for the first network when a continuous failure count of the search operation for the first network is greater than or equal to a predetermined count; and initiating the search operation for the first network, under the condition that the terminal initiates a routing area updating request or a location area updating request in the second network. keeping residing in a second network when the terminal is disconnected from a first network or has not registered to the first network, wherein the first network and the second network are two different wireless communication networks; and performing a search operation for the first network, when a serving cell and/or an adjacent cell corresponding to the terminal in the second network change; terminating the search operation for the first network when a continuous failure count of the search operation for the first network is greater than or equal to a predetermined count; and initiating the search operation for the first network, under the condition that the terminal initiates a routing area updating request or a location area updating request in the second network.
A generator motor comprising: a stator; a rotor that rotates relative to the stator; and a housing that houses the stator and the rotor, wherein the housing includes a housing main body that encloses a periphery of the stator and the rotor and a cover that is attached to an end surface of the housing main body so as to cover an opening formed on the end surface of the housing main body, a drain hole (30c, 35d) for draining water inside the housing to the outside below the housing is formed between a lower end of the cover and the end surface of the housing main body, and the housing includes a covered section that covers the drain hole (30c, 35d) from below at a position lower than the drain hole (30c, 35d), characterized in that the housing is further provided with a terminal box that includes a terminal electrically connected to the stator and allowing a cable to be connected, and a box main body (27, 28) housing the terminal, and the covered section is constituted by at least a part of the box main body (27, 28), which is arranged at a position lower than the drain hole (30c, 35d). a stator; a rotor that rotates relative to the stator; and a housing that houses the stator and the rotor, wherein the housing includes a housing main body that encloses a periphery of the stator and the rotor and a cover that is attached to an end surface of the housing main body so as to cover an opening formed on the end surface of the housing main body, a drain hole (30c, 35d) for draining water inside the housing to the outside below the housing is formed between a lower end of the cover and the end surface of the housing main body, and the housing includes a covered section that covers the drain hole (30c, 35d) from below at a position lower than the drain hole (30c, 35d), characterized in that the housing is further provided with a terminal box that includes a terminal electrically connected to the stator and allowing a cable to be connected, and a box main body (27, 28) housing the terminal, and the covered section is constituted by at least a part of the box main body (27, 28), which is arranged at a position lower than the drain hole (30c, 35d).