mhurhangee/ep-ind-claims huggingface dataset:
An optical sensor for detecting codes, having a transmitter emitting light beams and a receiver receiving light beams, which are designed to scan codes, and having an evaluation unit which is designed to determine code information of the codes as a function of received signals of the receiver, characterised in that the received signals of the receiver are fed to an evaluation circuit in which sampled received signals are generated from the received signals, and in that a neural system is provided, the evaluation circuit comprising a differentiator, in which the received signals are differentiated, and an analogue-to-digital converter arranged downstream thereof, wherein the sampled received signals generated in the analogue-to-digital converter are fed to the evaluation unit, wherein the neural system is a component of the evaluation unit and wherein the evaluation unit has a unit for edge detection, wherein code information lost due to the limitation of the levels of the received signals caused by the evaluation circuit is at least partially recovered by the neural system and thereby limitations of the levels of the sampled received signals are compensated.
An article for use with an apparatus (10, 110) for generating an aerosol, which can be inhaled, using an irradiative light source, the apparatus (10, 110) having a receptacle for receiving light emitted in use by the irradiative light source to generate an aerosol in the receptacle, the article constructed and arranged to be accommodated in the receptacle, the article comprising: a smokable material in combination with a transparent window through which light can pass, the article being constructed and arranged such that, when the article is received in the receptacle of the apparatus (10, 110) comprising an irradiative light source for generating an aerosol using the irradiative light source, the transparent window is between the smokable material and the irradiative light source of the apparatus (10, 110) so as to prevent fouling of the irradiative light source by an aerosol produced, in use, in the receptacle by heating of the smokable material, and, wherein the transparent window of the article is arranged to provide a protective window function and not a lensing function. a smokable material in combination with a transparent window through which light can pass, the article being constructed and arranged such that, when the article is received in the receptacle of the apparatus (10, 110) comprising an irradiative light source for generating an aerosol using the irradiative light source, the transparent window is between the smokable material and the irradiative light source of the apparatus (10, 110) so as to prevent fouling of the irradiative light source by an aerosol produced, in use, in the receptacle by heating of the smokable material, and, wherein the transparent window of the article is arranged to provide a protective window function and not a lensing function.
Method for routing a call intended for a first terminal (T B) to a target terminal (T C1) implemented by a call routing server, said method comprising: - a step of updating a table (D(ID B)) associated with an identifier of said first terminal (T B), this table comprising an identifier of at least one second terminal (T C1, T C2, T C3) and at least one state of this second terminal, said updating step being performed on reception of a notification sent by said second terminal (T C1, T C2, T C3) to signal a change of one of its states; - a step of establishing a list from said table (D(ID B)), said list comprising at least one identifier of one said second terminal (T C1, T C2) and an information item relating to at least one state of said second terminal (T C1, T C2, T C3), said establishing step being performed on reception (E22,E22') of a message (R1,R2) including an identifier of said first terminal (T B); - a step (E28,E28') of sending said list to said first terminal (T B); - a step of receiving, from said first terminal (T B), an identifier of said target terminal (T C1) selected from said list; and - a step (E32, E32') of routing said call to said target terminal (T C1). - a step of updating a table (D(ID B)) associated with an identifier of said first terminal (T B), this table comprising an identifier of at least one second terminal (T C1, T C2, T C3) and at least one state of this second terminal, said updating step being performed on reception of a notification sent by said second terminal (T C1, T C2, T C3) to signal a change of one of its states; - a step of establishing a list from said table (D(ID B)), said list comprising at least one identifier of one said second terminal (T C1, T C2) and an information item relating to at least one state of said second terminal (T C1, T C2, T C3), said establishing step being performed on reception (E22,E22') of a message (R1,R2) including an identifier of said first terminal (T B); - a step (E28,E28') of sending said list to said first terminal (T B); - a step of receiving, from said first terminal (T B), an identifier of said target terminal (T C1) selected from said list; and - a step (E32, E32') of routing said call to said target terminal (T C1).
A tubular convective device, comprising: a blown film forming a tube when inflated, the blown film having a first portion and a second portion, wherein the first portion and the second portion are separated longitudinally and sealed together at at least one longitudinal edge, the convective device having two openings (430D, 612) that allow an inflating medium source to connect and provide inflating medium, an air-guide element configured to direct flow of inflating medium when the tubular convective device is bent, wherein the air-guide element comprises a guiding seal extending from an edge of the tubular convective device toward an interior of the tubular convective device, and a plurality of apertures disposed on the first portion of the blown film. a blown film forming a tube when inflated, the blown film having a first portion and a second portion, wherein the first portion and the second portion are separated longitudinally and sealed together at at least one longitudinal edge, the convective device having two openings (430D, 612) that allow an inflating medium source to connect and provide inflating medium, an air-guide element configured to direct flow of inflating medium when the tubular convective device is bent, wherein the air-guide element comprises a guiding seal extending from an edge of the tubular convective device toward an interior of the tubular convective device, and a plurality of apertures disposed on the first portion of the blown film.
An engine start system comprising: a vehicle and a rocket engine (28; 128) attached to the vehicle, the rocket engine (28; 128) including a combustion chamber (28a; 128a) and a starter system (30; 130), the starter system (30; 130) including a supply line (130a; 230a) connected with the combustion chamber (28a; 128a), a valve, and a hypergolic slug held in the supply line (130a; 230a) between the combustion chamber (28a; 128a) and the valve, the rocket engine (28; 128) operable to launch the vehicle; and a hydraulic pressurization system (24; 124) operable to provide pressurized hydraulic fluid into the starter system (30; 130) such that the pressurized hydraulic fluid moves the hypergolic slug into the combustion chamber (28a; 128a); characterised in that the hydraulic pressurization system (24; 124) is separate from the vehicle and rocket engine (28; 128) such that the hydraulic pressurization system (24; 124) does not launch with the vehicle, wherein the hydraulic pressurization system (24; 124) is configured to fluidly connect and disconnect with the starter system (30; 130). a vehicle and a rocket engine (28; 128) attached to the vehicle, the rocket engine (28; 128) including a combustion chamber (28a; 128a) and a starter system (30; 130), the starter system (30; 130) including a supply line (130a; 230a) connected with the combustion chamber (28a; 128a), a valve, and a hypergolic slug held in the supply line (130a; 230a) between the combustion chamber (28a; 128a) and the valve, the rocket engine (28; 128) operable to launch the vehicle; and a hydraulic pressurization system (24; 124) operable to provide pressurized hydraulic fluid into the starter system (30; 130) such that the pressurized hydraulic fluid moves the hypergolic slug into the combustion chamber (28a; 128a); characterised in that the hydraulic pressurization system (24; 124) is separate from the vehicle and rocket engine (28; 128) such that the hydraulic pressurization system (24; 124) does not launch with the vehicle, wherein the hydraulic pressurization system (24; 124) is configured to fluidly connect and disconnect with the starter system (30; 130).
Container closure comprising: - a cap that can be connected preferably non-detachably to a container neck of a container and to which a filling good outlet is provided and - a flap that is held with a hinge on the cap and that is pivotable from a closed position in which the flap closes the filling good outlet to an open position in which the filling good outlet is released, wherein at least one retaining extension (29, 31) is held on the flap with at least one breaking web (33, 35), which retaining extension (29, 31) is non-detachably connected to the cap after the flap has pivoted for the first time into the closed position and is accommodated in a first recess in the cap, characterized in that the depth of the first recess is greater than the thickness of the retaining extension (29, 31). - a cap that can be connected preferably non-detachably to a container neck of a container and to which a filling good outlet is provided and - a flap that is held with a hinge on the cap and that is pivotable from a closed position in which the flap closes the filling good outlet to an open position in which the filling good outlet is released, wherein at least one retaining extension (29, 31) is held on the flap with at least one breaking web (33, 35), which retaining extension (29, 31) is non-detachably connected to the cap after the flap has pivoted for the first time into the closed position and is accommodated in a first recess in the cap,
A method for wireless communication at a user equipment (115, 215), UE, comprising: transmitting a UE capability message indicating support for a dual-base station control resource allocation scheme during a make-before-break, MBB, handover procedure from a source base station to a target base station, wherein the dual-base station control resource allocation scheme comprises dividing a maximum number of UE supported control channel monitoring resources between the source base station and the target base station; identifying, based at least in part on the dual-base station control resource allocation scheme, a first set of control channel monitoring resources for the source base station and a second set of control channel monitoring resources for the target base station; and receiving, during the MBB handover procedure, control information from the source base station during the first set of control channel monitoring resources and from the target base station during the second set of control channel monitoring resources. transmitting a UE capability message indicating support for a dual-base station control resource allocation scheme during a make-before-break, MBB, handover procedure from a source base station to a target base station, wherein the dual-base station control resource allocation scheme comprises dividing a maximum number of UE supported control channel monitoring resources between the source base station and the target base station; identifying, based at least in part on the dual-base station control resource allocation scheme, a first set of control channel monitoring resources for the source base station and a second set of control channel monitoring resources for the target base station; and receiving, during the MBB handover procedure, control information from the source base station during the first set of control channel monitoring resources and from the target base station during the second set of control channel monitoring resources.
A multi-channel communication device (100, 200) comprising: a frequency converter (115, 170) comprising: a Local Oscillator, LO, usable to output an LO signal at a fixed frequency; and a mixer usable to receive an input Radio Frequency, RF, signal and the LO signal, and to output a converted radio-signal having an Intermediate Frequency, IF; a Radio Frequency, RF, power splitter usable for splitting an input radio-signal the converted radio-signal into a plurality of split radio-signals; a plurality of receivers (135-a,...,135-n), each usable for receiving the split radio signals within a corresponding distinct selected frequency band within a spectrum; a filter bank (130, 230) that comprises a plurality of Surface Acoustic Wave, SAW, filters (125-a,..., 125-n) each having a respective distinct passband within the spectrum, and a routing mechanism configured to route each of the split radio-signals into respective selected SAW filters of the SAW filters (125-a,...,125-n), selected in accordance with the selected frequency band of each of the receivers, wherein each of the selected SAW filters outputs a corresponding output radio-signal, in the passband of the respective SAW filter, to a respective receiver of the receivers (135-a,...,135-n); and a frequency hopping mechanism configured to instruct the routing mechanism to switch between frequencies as part of a frequency hopping process, in synchronization with one or more other communication devices, wherein a time required to hop between subsequent frequencies is a time required for the routing mechanism to switch between the subsequent frequencies. a frequency converter (115, 170) comprising: a Local Oscillator, LO, usable to output an LO signal at a fixed frequency; and a mixer usable to receive an input Radio Frequency, RF, signal and the LO signal, and to output a converted radio-signal having an Intermediate Frequency, IF; a Radio Frequency, RF, power splitter usable for splitting an input radio-signal the converted radio-signal into a plurality of split radio-signals; a plurality of receivers (135-a,...,135-n), each usable for receiving the split radio signals within a corresponding distinct selected frequency band within a spectrum; a filter bank (130, 230) that comprises a plurality of Surface Acoustic Wave, SAW, filters (125-a,..., 125-n) each having a respective distinct passband within the spectrum, and a routing mechanism configured to route each of the split radio-signals into respective selected SAW filters of the SAW filters (125-a,...,125-n), selected in accordance with the selected frequency band of each of the receivers, wherein each of the selected SAW filters outputs a corresponding output radio-signal, in the passband of the respective SAW filter, to a respective receiver of the receivers (135-a,...,135-n); and a frequency hopping mechanism configured to instruct the routing mechanism to switch between frequencies as part of a frequency hopping process, in synchronization with one or more other communication devices, wherein a time required to hop between subsequent frequencies is a time required for the routing mechanism to switch between the subsequent frequencies.
A method of operating a firewall cluster, comprising: starting a firewall cluster having three or more firewall processing nodes; and reporting primary node status from at least one of the three or more firewall processing nodes based on the reporting node's membership in a preexisting cluster, characterized in that reporting primary node status comprises reporting primary node eligibility in a node that is a member of a preexisting cluster, and reporting primary node status comprises reporting primary node ineligibility in a node that is not a member of a preexisting cluster; assigning an eligible one of the three or more firewall processing nodes as the primary node; and providing primary node information to the other of the three or more firewall processing nodes. starting a firewall cluster having three or more firewall processing nodes; and reporting primary node status from at least one of the three or more firewall processing nodes based on the reporting node's membership in a preexisting cluster, characterized in that reporting primary node status comprises reporting primary node eligibility in a node that is a member of a preexisting cluster, and reporting primary node status comprises reporting primary node ineligibility in a node that is not a member of a preexisting cluster; assigning an eligible one of the three or more firewall processing nodes as the primary node; and providing primary node information to the other of the three or more firewall processing nodes.
Light conductor having at least one crack, wherein a longitudinal direction of the crack to a propagation direction of the light conductor spans an angle of incidence (θ) and wherein the crack is limited by two boundary surfaces, which are each substantially parallel to the longitudinal direction of the crack, wherein the two boundary surfaces span an opening angle (α), and wherein the opening angle (α) is greater than 0°, whereby the light conductor has a refractive index n, that a medium, in particular air, is located in the crack and has a refractive index nm and that for the angle of incidence (θ) the following applies: θ ≤ 90 − arctan n m n in particular θ ≤ 90 − arcsin n m n whereby a first boundary surface is located in the direction of propagation of the light conductor at the transition from the light conductor to the medium, a second boundary surface is located in the direction of propagation of the light conductor at the transition from the medium to the light conductor, on the first boundary surface an evanescent wave is produced, and the second boundary surface is arranged within the evanescent wave.
An attachment for a hair styling apparatus comprising: a casing having an air inlet for receiving an airflow from a hair styling apparatus; a first hair engaging member and a second hair engaging member, each supported by the casing, and each adapted to move relative to the casing between a first position and a second position, and the casing comprises an outer casing section and an inner casing section, wherein the inner casing section comprises a ledge between the first and second hair engaging members, characterized in that the attachment has a first configuration in which the first hair engaging member is in the first position defining a first airflow outlet with the ledge, and the second hair engaging member is in the first position defining a second airflow outlet with the outer casing section and spaced from the first airflow outlet, and the attachment has a second configuration in which the first hair engaging member is in the second position defining a third airflow outlet with the outer casing section, and the second hair engaging member is in the second position defining a fourth airflow outlet with the ledge, and wherein, the third airflow outlet and the fourth airflow outlet are closed when the attachment is in the first configuration; and the first airflow outlet and the second airflow outlet are closed when the attachment is in the second configuration; and wherein the first hair engaging member and the second hair engaging member move synchronously. a casing having an air inlet for receiving an airflow from a hair styling apparatus; a first hair engaging member and a second hair engaging member, each supported by the casing, and each adapted to move relative to the casing between a first position and a second position, and the casing comprises an outer casing section and an inner casing section, wherein the inner casing section comprises a ledge between the first and second hair engaging members, characterized in that the attachment has a first configuration in which the first hair engaging member is in the first position defining a first airflow outlet with the ledge, and the second hair engaging member is in the first position defining a second airflow outlet with the outer casing section and spaced from the first airflow outlet, and the attachment has a second configuration in which the first hair engaging member is in the second position defining a third airflow outlet with the outer casing section, and the second hair engaging member is in the second position defining a fourth airflow outlet with the ledge, and wherein, the third airflow outlet and the fourth airflow outlet are closed when the attachment is in the first configuration; and the first airflow outlet and the second airflow outlet are closed when the attachment is in the second configuration; and wherein the first hair engaging member and the second hair engaging member move synchronously.
An electrophoretic display film, wherein the film comprises a microcell layer having partition walls, a microcell bottom layer, and a microcell sealing layer, the partition walls, bottom layer and sealing layer together defining a plurality of microcells filled with an electrophoretic fluid comprising charged pigment particles dispersed in a solvent, the electrophoretic display film being characterized in that the microcell layer is sandwiched between a first stack of layers (17, 18, 19) and a second stack of layers (14, 15, 16, 20), and each of the stack of layers comprises one or more strong barrier layers having a solvent permeation rate of less than 0.1 gram in an area of 1 m 2 within 24 hours under 1 atmosphere at 25°C and 50% relative humidity and removable from the microcell layer so that the microcell layer is left intact, the electrophoretic film being configured so that it shows a contrast ratio of less than 3 after the one or more strong barrier layers are removed to allow the solvent to evaporate through the remaining layers.
An absorbable/disintegratable, multicomponent, non-migrating endoureteral stent comprising a construct comprising an elastomeric film and a fiber reinforcement, the construct defining at least one position-retaining end, wherein the fiber-reinforcement comprises a) a monofilament coil and a knitted tube of a multifilament yarn, b) a monofilament coil and a braided multifilament yarn, or c) a tube comprising a braided or weft-knitted monofilament yarn.
A method for growing a crystal of silicon carbide by a solution method using a crucible formed of SiC as a main component, as a container for a Si-C solution, comprising adding, to the Si-C solution, a metal element M, wherein M is at least one metal element selected from at least one of a first group consisting of La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho and Lu, a second group consisting of Ti, V, Cr, Mn, Fe, Co, Ni and Cu and a third group consisting of Al, Ga, Ge, Sn, Pb and Zn; heating the crucible so as to reach a temperature of the surface of the crucible in contact with the Si-C solution to be sufficiently high to elute Si and C, which are derived from a main component SiC of the crucible, from a high-temperature surface region of the crucible in contact with the Si-C solution, into the Si-C solution, thereby suppressing precipitation of a SiC polycrystal on a surface of the crucible in contact with the Si-C solution; and moving down a SiC seed crystal closer to the Si-C solution from an upper portion of the crucible and bringing the seed crystal into contact with the Si-C solution to grow a SiC single crystal on the SiC seed crystal, wherein the heating is carried out to form a temperature distribution where the temperature of the Si-C solution in the crucible increases from the top to the bottom, and at the bottom portion of the crucible have the highest temperature by control of induction heating from the high-frequency coil during a process for growing a SiC single crystal, and the heating is carried out in a state where the crucible formed of SiC as a main component is contained in a second crucible formed of a heat-resistant carbon material.