mhurhangee/ep-ind-claims huggingface dataset:
A system for positioning at least one satellite in working orbit, the system for positioning satellites in working orbit comprising: - a first attachment device configured to attach a first satellite to the system for positioning satellites in working orbit; - a main propulsion device with solid propulsion comprising a plurality of parallel solid-propellant cartridges; - a secondary propulsion device which is re-ignitable; - at least one position sensor configured to measure the position of said system; - a monitoring unit connected to said at least one position sensor and which is configured to control a firing of the cartridges of the main propulsion device to move said system from a transfer orbit to a working orbit of the first satellite, said monitoring unit being further configured to control an opening of the first attachment device to separate said system from the first satellite, and said monitoring unit being configured to control an ignition of the secondary propulsion device to monitor an orientation of said system. - a first attachment device configured to attach a first satellite to the system for positioning satellites in working orbit; - a main propulsion device with solid propulsion comprising a plurality of parallel solid-propellant cartridges; - a secondary propulsion device which is re-ignitable; - at least one position sensor configured to measure the position of said system; - a monitoring unit connected to said at least one position sensor and which is configured to control a firing of the cartridges of the main propulsion device to move said system from a transfer orbit to a working orbit of the first satellite, said monitoring unit being further configured to control an opening of the first attachment device to separate said system from the first satellite, and said monitoring unit being configured to control an ignition of the secondary propulsion device to monitor an orientation of said system.
Method for preparing a fish-based food product, characterized in that it comprises the following steps: a) preparing a homogenous paste comprising: - fish muscle and/or fish flesh and/or surimi, - flour and/or starch, - salt, - leavening agent, - optionally sugar and/or food seasoning, - optionally water, wherein the P:H ratio is from 1:1 to 3:1, preferably from 1.5:1 to 2.5:1; b) extruding and stuffing the homogenous paste prepared in step a) into a non-porous casing, preferably into a plastic casing, obtaining a stuffed product; c) applying a heat treatment to the stuffed product obtained in step b) until obtaining a gelled stuffed product; d) storing the gelled stuffed product obtained in step c) for at least 24 h at a temperature less than or equal to 8°C; e) removing the non-porous casing from the product obtained in step d) and cutting the product into slices, preferably the slices have a thickness less than or equal to 10 mm; f) drying the slices obtained in e) until obtaining a product with a final moisture content of between 5% and 18%; g) packaging and storing at rest for at least 24 h at a temperature between 15°C and 25°C; h) expanding by heat treatment, wherein the fish-based food product is an expanded and crunchy product and has uniform texture. a) preparing a homogenous paste comprising: - fish muscle and/or fish flesh and/or surimi, - flour and/or starch, - salt, - leavening agent, - optionally sugar and/or food seasoning, - optionally water, wherein the P:H ratio is from 1:1 to 3:1, preferably from 1.5:1 to 2.5:1; - fish muscle and/or fish flesh and/or surimi, - flour and/or starch, - salt, - leavening agent, - optionally sugar and/or food seasoning, - optionally water, b) extruding and stuffing the homogenous paste prepared in step a) into a non-porous casing, preferably into a plastic casing, obtaining a stuffed product; c) applying a heat treatment to the stuffed product obtained in step b) until obtaining a gelled stuffed product; d) storing the gelled stuffed product obtained in step c) for at least 24 h at a temperature less than or equal to 8°C; e) removing the non-porous casing from the product obtained in step d) and cutting the product into slices, preferably the slices have a thickness less than or equal to 10 mm; f) drying the slices obtained in e) until obtaining a product with a final moisture content of between 5% and 18%; g) packaging and storing at rest for at least 24 h at a temperature between 15°C and 25°C; h) expanding by heat treatment,
Method for transmitting data, using a) at least one first fixed and/or mobile communication terminal (3, 4), b) at least one further second communication terminal (3, 4), c) a switching unit available to all communication terminals (3, 4) via a data network, characterized in that d) the communication terminals (3, 4) send data encrypted using a symmetrical encryption method to the switching unit or to a data interchange node, and e) send the symmetrical key encrypted using a public key of a key pair to the switching unit so that the latter can send it to other communication terminals (3, 4), f) which, if in possession of an associated private key, are then able to access and decrypt information stored on the switching unit or the data interchange node, wherein g) the switching unit independently sends information to be transmitted and/or associated keys to receivers, and h) the switching unit stores public keys together with an ID generated therefrom as a hash and can return the key in the event of a request for this ID. a) at least one first fixed and/or mobile communication terminal (3, 4), b) at least one further second communication terminal (3, 4), c) a switching unit available to all communication terminals (3, 4) via a data network, characterized in that d) the communication terminals (3, 4) send data encrypted using a symmetrical encryption method to the switching unit or to a data interchange node, and e) send the symmetrical key encrypted using a public key of a key pair to the switching unit so that the latter can send it to other communication terminals (3, 4), f) which, if in possession of an associated private key, are then able to access and decrypt information stored on the switching unit or the data interchange node, wherein g) the switching unit independently sends information to be transmitted and/or associated keys to receivers, and h) the switching unit stores public keys together with an ID generated therefrom as a hash and can return the key in the event of a request for this ID.
A method for the transition, so as to be protected against spying out, from a Boolean masking of a value ( d) to be kept secret to an additive masking of the value ( d) to be kept secret, wherein the value ( d) to be kept secret is present in the Boolean masking as a representation ( x) masked with a first Boolean mask ( s 1) and a second Boolean mask ( s 2), and wherein a first additive mask ( r 1a) and a second additive mask ( r 2a) are determined for the value ( d) to be kept secret, and wherein - a first masking transition is executed in which the first Boolean mask ( s 1) is converted into the first additive mask ( r 1a), wherein the first additive mask ( r 1a) is a masked representation of an additive mask ( r 1) corresponding to the first Boolean mask ( s 1), which is masked with an obfuscation value ( a) serving as Boolean mask, - a second masking transition is executed in which the obfuscation value ( a) is converted into an additive correction value (α), and - a third masking transition is executed in which the second Boolean mask ( s 2) is converted into the second additive mask ( r 2a). - a first masking transition is executed in which the first Boolean mask ( s 1) is converted into the first additive mask ( r 1a), wherein the first additive mask ( r 1a) is a masked representation of an additive mask ( r 1) corresponding to the first Boolean mask ( s 1), which is masked with an obfuscation value ( a) serving as Boolean mask, - a second masking transition is executed in which the obfuscation value ( a) is converted into an additive correction value (α), and - a third masking transition is executed in which the second Boolean mask ( s 2) is converted into the second additive mask ( r 2a).
A sprayer comprising: an inlet for receiving water; an outlet for discharging water from the sprayer; a handle; a valve for switching a flow of the water from the inlet to the outlet; a trigger configured to actuate the valve, wherein the trigger moves between a locked position and an unlocked position, and wherein the trigger allows the flow of the water in the locked position and stops the flow of the water in the unlocked position; the sprayer further includes a locking mechanism configured to be activated by the trigger, the locking mechanism comprising: a contour and a locking element which moves between a first state and a second state within the contour, wherein in the second state the locking element engages with the trigger in the locked position; characterized in that: the locking element is a linear spring, wherein in the first state the locking element is disengaged from the trigger. an inlet for receiving water; an outlet for discharging water from the sprayer; a handle; a valve for switching a flow of the water from the inlet to the outlet; a trigger configured to actuate the valve, wherein the trigger moves between a locked position and an unlocked position, and wherein the trigger allows the flow of the water in the locked position and stops the flow of the water in the unlocked position; the sprayer further includes a locking mechanism configured to be activated by the trigger, the locking mechanism comprising: a contour and a locking element which moves between a first state and a second state within the contour, wherein in the second state the locking element engages with the trigger in the locked position; a contour and a locking element which moves between a first state and a second state within the contour, wherein in the second state the locking element engages with the trigger in the locked position; characterized in that: the locking element is a linear spring, wherein in the first state the locking element is disengaged from the trigger. the locking element is a linear spring, wherein in the first state the locking element is disengaged from the trigger.
A mass transfer apparatus adapted to enrich the concentration of oxygen within a liquid metal coolant at a power unit comprising an enclosure, a reaction chamber placed within the enclosure and filled with an oxidation substance, a controlled heating system fitted within the enclosure, oxidation material inlet and outlet systems, characterized by comprising a storage of the oxidation substance fitted within the enclosure.
Screwing machine for tightening or loosening rail fitting screws with a machine frame that can be rolled along a track, with handles for shunting and with a motor for applying torque to a screw head as well as with a means for torque limitation, characterised in that a measuring means for recording a reaction moment of the motor in relation to the machine frame is arranged, and in that the motor is controlled for limiting the torque depending on the reaction moment.
A high safety seal, re-usable in an undefined manner allowing to detect and prove it has been opened and re-used, comprising a device allowing an unblocked position and a blocked position providing an authenticating characteristic,, and a secured data base and/or memory, characterised in that the transition from the blocked position to the unblocked position cancels the previous authenticating characteristic and the transition from the unblocked position to a blocked position restores a new authenticating characteristic and that the authenticating characteristics,, result from the action of two unique authenticators,, which cannot be reproduced identically, the said authenticators acting separately in an unstable manner, for at least one of them, when the seal is in the unblocked position and acting jointly in a stable manner when the seal is in the blocked position and when the representation of each authenticating characteristic,, is stored in the said reference memory and/or database in order to prove whether the said seal has been opened or attempted to be opened.
A wire harness comprising: a wire bundle (11, 12) that bundles a plurality of electric wires, the wire bundle (11, 12) comprising a branch portion; and a protector attached to the wire bundle (11, 12) so as to accommodate the branch portion of the wire bundle (11, 12), wherein the wire bundle (11, 12) comprises: a plurality of branch lines (11, 12) extending from the branch portion in a plurality of routing directions; and a relay line drawn out from the branch portion, the relay line being provided with a connector at a tip end, characterized in that the protector comprises: a plurality of accommodating portions (41A to 41D) that accommodate the plurality of branch lines (11, 12), respectively; and a plurality of connector holding portions (43A to 43E, 44) provided in at least two of the plurality of accommodating portions (41A to 41D), respectively, the plurality of connector holding portions (43A to 43E, 44) being provided within a range where the relay line reaches from the branch portion, and wherein the relay line is accommodated in the protector in a state in which the connector is selectively held in only one of the plurality of connector holding portions (43A to 43E, 44). a wire bundle (11, 12) that bundles a plurality of electric wires, the wire bundle (11, 12) comprising a branch portion; and a protector attached to the wire bundle (11, 12) so as to accommodate the branch portion of the wire bundle (11, 12), wherein the wire bundle (11, 12) comprises: a plurality of branch lines (11, 12) extending from the branch portion in a plurality of routing directions; and a relay line drawn out from the branch portion, the relay line being provided with a connector at a tip end, a plurality of branch lines (11, 12) extending from the branch portion in a plurality of routing directions; and a relay line drawn out from the branch portion, the relay line being provided with a connector at a tip end, characterized in that the protector comprises: a plurality of accommodating portions (41A to 41D) that accommodate the plurality of branch lines (11, 12), respectively; and a plurality of connector holding portions (43A to 43E, 44) provided in at least two of the plurality of accommodating portions (41A to 41D), respectively, the plurality of connector holding portions (43A to 43E, 44) being provided within a range where the relay line reaches from the branch portion, and a plurality of accommodating portions (41A to 41D) that accommodate the plurality of branch lines (11, 12), respectively; and a plurality of connector holding portions (43A to 43E, 44) provided in at least two of the plurality of accommodating portions (41A to 41D), respectively, the plurality of connector holding portions (43A to 43E, 44) being provided within a range where the relay line reaches from the branch portion, and wherein the relay line is accommodated in the protector in a state in which the connector is selectively held in only one of the plurality of connector holding portions (43A to 43E, 44).
A separator for an electrochemical element, the separator being interposed between a pair of electrodes and capable of holding an electrolytic solution containing an electrolyte, comprising: 20% to 80% by mass of natural cellulose fibers A having a length-weighted average fiber length of 0.30 to 1.19 mm and a CSF of 500 to 50 ml; 10% to 50% by mass of natural cellulose fibers B having a length-weighted average fiber length of 1.20 to 1.99 mm, a maximum distribution fiber length of 1.20 to 1.99 mm, and a CSF of 500 to 50 ml; and 10% to 50% by mass of beaten regenerated cellulose fibers. 20% to 80% by mass of natural cellulose fibers A having a length-weighted average fiber length of 0.30 to 1.19 mm and a CSF of 500 to 50 ml; 10% to 50% by mass of natural cellulose fibers B having a length-weighted average fiber length of 1.20 to 1.99 mm, a maximum distribution fiber length of 1.20 to 1.99 mm, and a CSF of 500 to 50 ml; and 10% to 50% by mass of beaten regenerated cellulose fibers.
An article of manufacture for applying an active ingredient to a living subject, comprising: a) a substrate; b) solid microparticles distributed in at least a portion of the substrate, wherein the microparticles have an outer surface, the microparticles and the outer surfaces of the microparticles including a carrier material throughout which is dispersed the active ingredient, wherein the carrier material includes one or more of a lipid, a fatty acid-based lipid, a fatty acid, a phospholipid, a wax, a sterol, and a glyceride, wherein the microparticles are able to release the carrier material and the active ingredient for transfer to said living subject when they are subjected to progressive degradation caused by temperature or pH, or when the microparticles are detached from the substrate. a) a substrate; b) solid microparticles distributed in at least a portion of the substrate, wherein the microparticles have an outer surface, the microparticles and the outer surfaces of the microparticles including a carrier material throughout which is dispersed the active ingredient, wherein the carrier material includes one or more of a lipid, a fatty acid-based lipid, a fatty acid, a phospholipid, a wax, a sterol, and a glyceride,
An element intended to be placed in a receptacle for the cultivation of at least one plant, the element comprising: - a substantially solid body including a substrate capable of allowing said plant to develop; - at least one seed of said plant disposed on the body in at least one seed receiving area; - a layer for holding the seed(s) in said receiving area; characterized in that said holding layer comprises a dried mineral powder forming a deposition configured to securely fix the seed on the body. - a substantially solid body including a substrate capable of allowing said plant to develop; - at least one seed of said plant disposed on the body in at least one seed receiving area; - a layer for holding the seed(s) in said receiving area;
Apparatus for treating a patent foramen ovale, the apparatus comprising: an elongate catheter body having a proximal end and a distal end; and at least one energy transmission member located adjacent the distal portion of the catheter body for transmitting energy to contact tissue of the patent foramen ovale to close the patent foramen ovale, wherein the at least one energy transmission member comprises one or more needles configured to be inserted across or through tissue adjacent the patent foramen ovale, wherein the one or more needles are configured to draw the tissue of the patent foramen ovale together, the apparatus characterised in that the one or more needles are serrated. an elongate catheter body having a proximal end and a distal end; and at least one energy transmission member located adjacent the distal portion of the catheter body for transmitting energy to contact tissue of the patent foramen ovale to close the patent foramen ovale, wherein the at least one energy transmission member comprises one or more needles configured to be inserted across or through tissue adjacent the patent foramen ovale, wherein the one or more needles are configured to draw the tissue of the patent foramen ovale together, the apparatus characterised in that the one or more needles are serrated.
Holding and centring device for containers, comprising a fixing section, by means of which the holding and centring device can be fixed at a treatment station provided at a transport element of a container treatment machine, and at least one holding section (4, 4') which is configured so as to receive and hold a container which is to be treated, wherein the holding and centring device can be held in a detachable manner at a plurality of treatment stations, such that the onwards movement is made possible of the respective holding and centring device together with the container provided therein, from one transport element to the next transport element, characterised in that the holding and centring device comprises two holding sections (4, 4') arranged opposite one another, by means of which a container which is to be treated can be fixed.
A system, comprising a security tag, having: an outer surface; an inner volume; and at least one of an Electronic Article Surveillance element and a Radio Frequency Identification (RFID) element disposed within the inner volume; and a reversible adhesive disposed on at least a portion of the outer surface; wherein the reversible adhesive is releasable only in the presence of at least two signals at different frequencies; further comprising a source for generating an electromagnetic signal to release the reversible adhesive by supplying energy to the reversible adhesive so as to thermally affect the adhesive; whereby the source is configured to vary the intensity of the generated electromagnetic signal in order to produce a greater or lesser thermal response from the reversible adhesive. an outer surface; an inner volume; and at least one of an Electronic Article Surveillance element and a Radio Frequency Identification (RFID) element disposed within the inner volume; and a reversible adhesive disposed on at least a portion of the outer surface; wherein the reversible adhesive is releasable only in the presence of at least two signals at different frequencies; further comprising a source for generating an electromagnetic signal to release the reversible adhesive by supplying energy to the reversible adhesive so as to thermally affect the adhesive; whereby the source is configured to vary the intensity of the generated electromagnetic signal in order to produce a greater or lesser thermal response from the reversible adhesive.
A physically unclonable function, PUF, device comprising: a plurality of conductors, at least some of which are arranged so that they interact electrically and/or magnetically with one another; wherein the conductors comprise electrically insulated wires overlapping one another; are embedded within a substrate material with vias to allow for overlapping routing; or are formed from a complex media of mixed permittivity, permeability and conductivity; a media surrounding at least a portion of each of the conductors; and circuitry for applying an electrical challenge signal to at least one of the conductors and for receiving an electrical output from at least one of the other conductors to generate an identifying response to the challenge signal that is unique to the device; wherein the circuitry for applying the challenge signal is arranged to vary the number of conductors to which the challenge signal is applied and/or the number of conductors from which the response is received after each challenge is applied to the device. a plurality of conductors, at least some of which are arranged so that they interact electrically and/or magnetically with one another; wherein the conductors comprise electrically insulated wires overlapping one another; are embedded within a substrate material with vias to allow for overlapping routing; or are formed from a complex media of mixed permittivity, permeability and conductivity; a media surrounding at least a portion of each of the conductors; and circuitry for applying an electrical challenge signal to at least one of the conductors and for receiving an electrical output from at least one of the other conductors to generate an identifying response to the challenge signal that is unique to the device; wherein the circuitry for applying the challenge signal is arranged to vary the number of conductors to which the challenge signal is applied and/or the number of conductors from which the response is received after each challenge is applied to the device.