mhurhangee/ep-ind-claims huggingface dataset:
A fibre optic cable comprising: a core structure; and an optical fibre wound around the periphery of the core structure, and characterised in that the core comprises a mass (203; 403) which is moveable in a preferred direction within the cable such that movement of said mass (203; 403) in said preferred direction causes a change in length of the fibre wound around the periphery of the core. a core structure; and an optical fibre wound around the periphery of the core structure, and characterised in that the core comprises a mass (203; 403) which is moveable in a preferred direction within the cable such that movement of said mass (203; 403) in said preferred direction causes a change in length of the fibre wound around the periphery of the core.
A method for enhancing fortified private communications between a source device and a destination device, the method comprising: receiving a data packet from the source device, wherein the data packet includes header address data that addresses the data packet to the destination device; fragmenting the data packet into at least two packet fragments by assigning each bit of the data packet to a given packet fragment by a reverse selection method using a seeded pseudo-random number generator, and wherein the packet fragments collectively represent the entirety of the data packet; encrypting the at least two packet fragments to produce encrypted packet fragments; and sending the encrypted packet fragments to the destination device using a distinct, respective one of multiple destination addresses associated with the destination device. receiving a data packet from the source device, wherein the data packet includes header address data that addresses the data packet to the destination device; fragmenting the data packet into at least two packet fragments by assigning each bit of the data packet to a given packet fragment by a reverse selection method using a seeded pseudo-random number generator, and wherein the packet fragments collectively represent the entirety of the data packet; encrypting the at least two packet fragments to produce encrypted packet fragments; and sending the encrypted packet fragments to the destination device using a distinct, respective one of multiple destination addresses associated with the destination device.
A method for observing a sample, the sample comprising: - a set of organisms, - a solid substrate supporting the set of organisms, the method being characterized in that the method includes the steps for: - illuminating at least one portion of the sample with a light beam, - acquiring a first diffraction pattern corresponding to an image of waves from the diffraction of the light beam by a first portion of the set of organisms, - acquiring a second diffraction pattern corresponding to an image of waves from the diffraction of the light beam by a second portion of the set of organisms, - comparing the second diffraction pattern with the first diffraction pattern, - determining at least one characteristic relating to the set of organisms from the result of the comparison step, the method comprising, during each acquisition step, a step for adapting the size of the light beam relatively to the size of the relevant portion of the set of organisms, the set of organisms being located in a plane and each step for adapting the size of the light beam is applied in the plane so that the radius of the light beam in the plane is greater than or equal to 0.5 times the size of the relevant portion of the set of organisms and less than or equal to 5 times the size of the relevant portion of the set of organisms. - a set of organisms, - a solid substrate supporting the set of organisms, - illuminating at least one portion of the sample with a light beam, - acquiring a first diffraction pattern corresponding to an image of waves from the diffraction of the light beam by a first portion of the set of organisms, - acquiring a second diffraction pattern corresponding to an image of waves from the diffraction of the light beam by a second portion of the set of organisms, - comparing the second diffraction pattern with the first diffraction pattern, - determining at least one characteristic relating to the set of organisms from the result of the comparison step,
A control apparatus for a vehicle which performs a lane keeping control such that the vehicle follows a target driving route, the vehicle comprising an actuator configured to be capable of generating an assist torque said control apparatus for the vehicle, comprising: a direction indicator (15, 16, 100), which comprises an indicator lever and a directional indicator light for indicating a direction corresponding to a lock position of the indicator lever, configured to indicate a direction in accordance with an operation of the direction indicator (15, 16, 100) indicating a steering will of a driver, and a controller configured to control the actuator to generate the assist torque; wherein the controller stops the lane keeping control when the indicated direction is not the same as a direction of the assist torque, continues the lane keeping control when the indicated direction is the same as the direction of the assist torque, performs a judging process for judging whether or not a steering angle corresponding to the driver's steering input is less than or equal to a steering angle generated by the lane keeping control when the indicated direction is the same as the direction of the assist torque, and (III-i) continues the lane keeping control and performs again the judging process if the steering angle corresponding to the driver's steering input is less than or equal to the steering angle generated by the lane keeping control, and (III-ii) stops the lane keeping control if the steering angle corresponding to the driver's steering input is greater than the steering angle generated by the lane keeping control. a direction indicator (15, 16, 100), which comprises an indicator lever and a directional indicator light for indicating a direction corresponding to a lock position of the indicator lever, configured to indicate a direction in accordance with an operation of the direction indicator (15, 16, 100) indicating a steering will of a driver, and a controller configured to control the actuator to generate the assist torque; wherein the controller stops the lane keeping control when the indicated direction is not the same as a direction of the assist torque, continues the lane keeping control when the indicated direction is the same as the direction of the assist torque, performs a judging process for judging whether or not a steering angle corresponding to the driver's steering input is less than or equal to a steering angle generated by the lane keeping control when the indicated direction is the same as the direction of the assist torque, and (III-i) continues the lane keeping control and performs again the judging process if the steering angle corresponding to the driver's steering input is less than or equal to the steering angle generated by the lane keeping control, and (III-ii) stops the lane keeping control if the steering angle corresponding to the driver's steering input is greater than the steering angle generated by the lane keeping control.
An optical fiber cable being a ribbon slotted-core cable, having a cross-sectional area of Ac [mm 2], and housing a number N of optical fibers, each of the optical fibers comprising: a core having a diameter in a range from 10 to 13 μm; and a cladding surrounding the core and having a refractive index that is smaller than a refractive index of the core, a relative refractive index difference of the core with respect to the cladding being in a range from 0.30 to 0.35, and having at the wavelength of 1550 nm: a transmission loss is 0.18 dB/km or less; an effective area in a range from 100 to 125 μm 2; and a wavelength dispersion in a range from 19 to 22 ps/nm/km, wherein a value obtained by dividing a sectional area of a single slot by a number of cores of the optical fibers housed in the single slot is in a range from 0.12 to 0.16 mm 2 /core, and wherein the transmission loss α dB [dB/km], a mode field diameter W [μm], the effective area Aeff [μm 2], an effective length L eff [km], and the wavelength dispersion D [ps/nm/km] of each of the optical fibers at a wavelength of 1550 nm satisfy Equation, log 2 1 + 65.9 ⋅ exp 200 ⋅ α dB + 0.02 4.343 ⋅ 20 × W W 2 + 104 − 4 ⋅ A eff − 2 L eff D − 1 ⋅ asinh 629 ⋅ D L eff − 1 3 × N A C ≥ 0.008 × N + 1.7. a core having a diameter in a range from 10 to 13 μm; and a cladding surrounding the core and having a refractive index that is smaller than a refractive index of the core, a relative refractive index difference of the core with respect to the cladding being in a range from 0.30 to 0.35, and having at the wavelength of 1550 nm: a transmission loss is 0.18 dB/km or less; an effective area in a range from 100 to 125 μm 2; and a wavelength dispersion in a range from 19 to 22 ps/nm/km, wherein a value obtained by dividing a sectional area of a single slot by a number of cores of the optical fibers housed in the single slot is in a range from 0.12 to 0.16 mm 2 /core, and wherein the transmission loss α dB [dB/km], a mode field diameter W [μm], the effective area Aeff [μm 2], an effective length L eff [km], and the wavelength dispersion D [ps/nm/km] of each of the optical fibers at a wavelength of 1550 nm satisfy Equation, log 2 1 + 65.9 ⋅ exp 200 ⋅ α dB + 0.02 4.343 ⋅ 20 × W W 2 + 104 − 4 ⋅ A eff − 2 L eff D − 1 ⋅ asinh 629 ⋅ D L eff − 1 3 × N A C ≥ 0.008 × N + 1.7. a transmission loss is 0.18 dB/km or less; an effective area in a range from 100 to 125 μm 2; and a wavelength dispersion in a range from 19 to 22 ps/nm/km, wherein a value obtained by dividing a sectional area of a single slot by a number of cores of the optical fibers housed in the single slot is in a range from 0.12 to 0.16 mm 2 /core, and wherein the transmission loss α dB [dB/km], a mode field diameter W [μm], the effective area Aeff [μm 2], an effective length L eff [km], and the wavelength dispersion D [ps/nm/km] of each of the optical fibers at a wavelength of 1550 nm satisfy Equation, log 2 1 + 65.9 ⋅ exp 200 ⋅ α dB + 0.02 4.343 ⋅ 20 × W W 2 + 104 − 4 ⋅ A eff − 2 L eff D − 1 ⋅ asinh 629 ⋅ D L eff − 1 3 × N A C ≥ 0.008 × N + 1.7.
Cleaning system comprising a base station for an automatically movable domestic appliance for cleaning and care of floor surfaces, the base station having a housing, the housing having an interface for coupling to the domestic appliance, the interface forming a suction channel between the base station and the domestic appliance, the base station having a fan for generating a negative pressure for taking dirt from the domestic appliance into the base station by means of an air flow via the suction channel, the cleaning system having at least one separation and collection module (6, 7) for separating dirt from the air flow, it being possible for the separation and collection module (6, 7) to be coupled to the housing of the base station, characterised in that the cleaning system has at least one first separation and collection module, which can be coupled and has a first separation system for removing dirt from the air flow, and at least one second separation and collection module, which can be coupled and has a second separation system, different from the first separation system, for removing dirt from the air flow.
Manually operated wheelchair, for example push-rim wheelchair, with a frame, on which drive wheels (6, 8) with tyres are arranged, with a brake, which can be engaged for braking the wheelchair and disengaged for a drive mode, with an electric motor friction wheel drive, which can be engaged for a motorised drive mode and disengaged for a manual drive mode, wherein the brake and the friction wheel drive are in operative connection with a common actuating element for engaging and disengaging the brake and the friction wheel drive, wherein the common actuating element has a hand-operated activating element which is designed as an actuating lever, characterised in that the actuating lever is in operative connection via a lever transmission with the brake and the friction wheel drive which is designed such that - in the neutral position both the brake and the friction wheel drive are disengaged, - in the brake position the brake is engaged and the friction wheel drive is disengaged and - in the friction wheel drive position the brake is disengaged and the friction wheel drive is engaged. - in the neutral position both the brake and the friction wheel drive are disengaged, - in the brake position the brake is engaged and the friction wheel drive is disengaged and - in the friction wheel drive position the brake is disengaged and the friction wheel drive is engaged.
An olive crusher comprising: - a housing in which olives are crushed, and which is delimited at its top and sides by walls (12, 13) and has a bottom opening for releasing the olive paste obtained by crushing and a front access opening; - a door for closing the front opening, which has a conduit extending therethrough for introducing olives into the housing via a hopper and a motorized auger; - an impeller having a plurality of arms, rotated about a horizontal axis by a rotary shaft driven by a first motor; - a peripheral cylindrical screen (20,200); - a plurality of crushing hammers, mounted to the ends of the arms of the impeller proximate to the screen (20,200); characterized in that said hammers have a parallelepiped shape and each is oriented with two contiguous walls (41,42) forming angles (α,β) from 40° to 50°, preferably of 45° with respect to the tangent plane that passes through the generatrix of the screen that is closest to the hammer. - a housing in which olives are crushed, and which is delimited at its top and sides by walls (12, 13) and has a bottom opening for releasing the olive paste obtained by crushing and a front access opening; - a door for closing the front opening, which has a conduit extending therethrough for introducing olives into the housing via a hopper and a motorized auger; - an impeller having a plurality of arms, rotated about a horizontal axis by a rotary shaft driven by a first motor; - a peripheral cylindrical screen (20,200); - a plurality of crushing hammers, mounted to the ends of the arms of the impeller proximate to the screen (20,200);
A method for monitoring access to a user service intended for monitoring a home automation installation (Su) comprising at least one home automation device and at least one central control unit, the method being implemented by a management unit (Sv) or by the at least one central control unit and comprising the following steps: - A step (ESvAuth7) of receiving a generation request of an authentication token (TkID) for access to the user service by a maintenance user as an end user; - A step (ESvAuth8, ESvAuth10, ESvAuth11, ESvAuth12, ESvAuth13) of verifying the authorization of the maintenance user to access the service as the end user; - A step (EsvAuth14) of generating an authentication token (TkID), associated with an identifier of the end user (Usr1ID), if the maintenance user is authorized to access the service as the end user; - A recording step (Escv114') of the validity of the identification token (TkID) in an access token validity repository (SvAuth); - A step of receiving (Escv118) a request for access to the user service issued by the maintenance user for access to the service as the end user, based on end user identifier (Usr1ID) and the authentication token (TkID); - A step (ESvc119) of verifying the validity of the authentication token (TkID), with the authentication token validity repository (SvAuth), for an authentication as an end user for access to the user service; - A step (ESvc122) of authorizing access to the maintenance user as an end user to the user service if the validity of the identification token (TkID) is noted. - A step (ESvAuth7) of receiving a generation request of an authentication token (TkID) for access to the user service by a maintenance user as an end user; - A step (ESvAuth8, ESvAuth10, ESvAuth11, ESvAuth12, ESvAuth13) of verifying the authorization of the maintenance user to access the service as the end user; - A step (EsvAuth14) of generating an authentication token (TkID), associated with an identifier of the end user (Usr1ID), if the maintenance user is authorized to access the service as the end user; - A recording step (Escv114') of the validity of the identification token (TkID) in an access token validity repository (SvAuth); - A step of receiving (Escv118) a request for access to the user service issued by the maintenance user for access to the service as the end user, based on end user identifier (Usr1ID) and the authentication token (TkID); - A step (ESvc119) of verifying the validity of the authentication token (TkID), with the authentication token validity repository (SvAuth), for an authentication as an end user for access to the user service; - A step (ESvc122) of authorizing access to the maintenance user as an end user to the user service if the validity of the identification token (TkID) is noted.
A method of introducing a molecule of interest into a plant cell having a cell wall to effect stable transformation of a plant and seeds, the method comprising: providing the plant cell having a cell wall; interacting a quantum dot with one or more cell penetrating peptides (CPPs) to form a QD-peptide conjugate; attaching one or more molecules of interest to the one or more CPPs of the QD-peptide conjugate to form an activated QD-peptide conjugate; placing the cell having a cell wall and the activated QD-peptide conjugate in contact with each other; and allowing uptake of the QD-peptide conjugate and the molecule of interest into the cell having the cell wall; wherein the molecule of interest comprises a component selected from the group consisting of nucleic acids, DNA, RNA, RNAi molecules, genes, plasmids, cosmids, YACs, BACs, wherein preferably the molecule of interest comprises a gene, wherein preferably said gene is a foreign protein gene, a gene conferring resistance to pests or disease, a gene conferring resistance to an herbicide, a gene conferring or contributing to a value-added trait, or a marker gene selecting transformants that have stably integrated the molecule of interest. providing the plant cell having a cell wall; interacting a quantum dot with one or more cell penetrating peptides (CPPs) to form a QD-peptide conjugate; attaching one or more molecules of interest to the one or more CPPs of the QD-peptide conjugate to form an activated QD-peptide conjugate; placing the cell having a cell wall and the activated QD-peptide conjugate in contact with each other; and allowing uptake of the QD-peptide conjugate and the molecule of interest into the cell having the cell wall; wherein the molecule of interest comprises a component selected from the group consisting of nucleic acids, DNA, RNA, RNAi molecules, genes, plasmids, cosmids, YACs, BACs, wherein preferably the molecule of interest comprises a gene, wherein preferably said gene is a foreign protein gene, a gene conferring resistance to pests or disease, a gene conferring resistance to an herbicide, a gene conferring or contributing to a value-added trait, or a marker gene selecting transformants that have stably integrated the molecule of interest.
An arrangement comprising a guide system for guiding at least one door wing (3a, 3b) relative to a furniture carcass, and at least one furniture hinge, the guide system comprising: - at least one guide (14, 15) configured to guide the at least one door wing (3a, 3b) along a sidewall of the furniture carcass, - at least one carrier movably supported along the at least one guide (14, 15), the at least one door wing (3a, 3b) being supportable on the at least one carrier over a pivoting path between a first position and a second position, - wherein at least one drive device is arranged on the carrier or on a mounting member to be fixed to the carrier, and the at least one door wing (3a, 3b) connected to the carrier in a mounted condition can be driven at least in a partial section of the pivoting path into the first position and/or into the second position by the at least one drive device, - wherein the at least one furniture hinge is arranged on the carrier and is separate from the drive device, characterized in that the drive device includes at least a first hinge axis and the at least one furniture hinge includes at least a second hinge axis, wherein the first hinge axis of the drive device and the second hinge axis of the at least one furniture hinge extend coaxially to each other in a mounted condition on the carrier. - at least one guide (14, 15) configured to guide the at least one door wing (3a, 3b) along a sidewall of the furniture carcass, - at least one carrier movably supported along the at least one guide (14, 15), the at least one door wing (3a, 3b) being supportable on the at least one carrier over a pivoting path between a first position and a second position, - wherein at least one drive device is arranged on the carrier or on a mounting member to be fixed to the carrier, and the at least one door wing (3a, 3b) connected to the carrier in a mounted condition can be driven at least in a partial section of the pivoting path into the first position and/or into the second position by the at least one drive device, - wherein the at least one furniture hinge is arranged on the carrier and is separate from the drive device,
A flexible hose comprising: a flexible hose main body including a hose wall formed by spirally winding and integrating a flexible strip of a synthetic resin; and a flexible tube joined and integrated with an inner surface of the flexible hose main body along a length direction of the hose by an adhesive material, wherein of the inner surface of the flexible hose main body, an inner peripheral part that is positioned at an inner-most periphery portion of the hose includes two alternately spirally disposed spiral regions (S1, S2); characterized in that the two spiral regions (S1, S2) respectively include surfaces with different adhesive properties with respect to the adhesive material; the flexible hose main body inner peripheral part and the flexible tube are joined to each other in one of the spiral regions (S1, S2); and the flexible hose main body inner peripheral part and the flexible tube are substantially not joined to each other in the other of the spiral regions (S1, S2). a flexible hose main body including a hose wall formed by spirally winding and integrating a flexible strip of a synthetic resin; and a flexible tube joined and integrated with an inner surface of the flexible hose main body along a length direction of the hose by an adhesive material, wherein of the inner surface of the flexible hose main body, an inner peripheral part that is positioned at an inner-most periphery portion of the hose includes two alternately spirally disposed spiral regions (S1, S2); characterized in that the two spiral regions (S1, S2) respectively include surfaces with different adhesive properties with respect to the adhesive material; the flexible hose main body inner peripheral part and the flexible tube are joined to each other in one of the spiral regions (S1, S2); and the flexible hose main body inner peripheral part and the flexible tube are substantially not joined to each other in the other of the spiral regions (S1, S2).