mhurhangee/ep-ind-claims huggingface dataset:
A fire protection device of a starter-controller device of an electrical installation, the starter-controller device being capable of being connected to at least one electrical power conductor, the protection device comprising means of thermally monitoring the electrical power conductor(s), capable of detecting a rise in temperature above a predetermined threshold, characterized in that it is adapted to be mechanically fastened to the starter-controller device via at least one mechanical linking member (28, 30), in that said means of thermal monitoring comprise at least one temperature sensor (24a, 24b), comprising a protruding part on one face of the protection device, capable of sensing a temperature at the electrical power conductors of the starter-controller device, and in that it comprises a cartridge comprising a fire extinguishing agent and at least one injection element (20a, 20b) located on the same face of the protection device as the temperature sensor(s) (24a, 24b), said cartridge being located inside the protection device, connected to said temperature sensors (24a, 24b), the injection element (20a, 20b) being capable of injecting the fire extinguishing agent onto the electrical power conductors following detection, by the temperature sensor (24a, 24b), of a temperature greater than the predetermined threshold, the device further comprising a locking piston linked to a locking spring, capable of being set in motion when the fire extinguishing agent is released, and a trigger element capable of being moved along a predetermined axis by the motion of the locking piston, and capable of driving a change in the position of the mechanical linking element (28, 30) between the protection device and the starter-controller device. characterized in that it is adapted to be mechanically fastened to the starter-controller device via at least one mechanical linking member (28, 30), in that said means of thermal monitoring comprise at least one temperature sensor (24a, 24b), comprising a protruding part on one face of the protection device, capable of sensing a temperature at the electrical power conductors of the starter-controller device, and in that it comprises a cartridge comprising a fire extinguishing agent and at least one injection element (20a, 20b) located on the same face of the protection device as the temperature sensor(s) (24a, 24b), said cartridge being located inside the protection device, connected to said temperature sensors (24a, 24b), the injection element (20a, 20b) being capable of injecting the fire extinguishing agent onto the electrical power conductors following detection, by the temperature sensor (24a, 24b), of a temperature greater than the predetermined threshold, the device further comprising a locking piston linked to a locking spring, capable of being set in motion when the fire extinguishing agent is released, and a trigger element capable of being moved along a predetermined axis by the motion of the locking piston, and capable of driving a change in the position of the mechanical linking element (28, 30) between the protection device and the starter-controller device.
Projection light module for a motor vehicle headlamp, comprising a complex light source that has a structural unit consisting of a light source, a primary optic, an aperture and a carrier element which holds said elements together, said module also comprising a lens holder by means of which a secondary optic of the projection light module is fastened to the carrier element, the lens holder comprising first guide elements and the carrier element comprising second guide elements, and the projection light module comprising securing elements that are designed and arranged for engaging in both the first guide elements and the second guide elements and blocking the guide elements (54, 56) from sliding relative to one another, characterized in that the first guide elements and the second guide elements interlock and are coordinated with one another so as to allow them to slide relative to one another in parallel with an optical axis of the projection light module when the securing elements are loosened, it being possible for a spacing between the secondary optic and an aperture edge of the aperture to be adjusted by the guide elements sliding relative to one another and for said spacing to be fixed by securing the securing elements.
A weeding rotor, in particular to be used in the agricultural field, the rotor comprising: - a tubular shaft, which extends along a longitudinal axis, is motorized to rotate about the longitudinal axis, and comprises a cylindrical wall provided with a plurality of first openings facing each other two by two; characterized by comprising - a plurality of spools housed in the tubular shaft and placed side by side along the longitudinal axis, each spool being engageable by a tool configured to be inserted into the spools in axial direction, and to engage one of the spools to rotate the spool about the longitudinal axis with respect to the remaining spools and tubular shaft, each spool having two second openings which are aligned with each other and can be aligned with two respective first openings; - a plurality of working wires, each of which is windable about a respective spool and is configured to arrange two respective end portions through two respective first openings outside the tubular shaft; and - a pushing mechanism for selectively compressing the spools axially against each other and against an end of the tubular shaft. - a tubular shaft, which extends along a longitudinal axis, is motorized to rotate about the longitudinal axis, and comprises a cylindrical wall provided with a plurality of first openings facing each other two by two; characterized by comprising - a plurality of spools housed in the tubular shaft and placed side by side along the longitudinal axis, each spool being engageable by a tool configured to be inserted into the spools in axial direction, and to engage one of the spools to rotate the spool about the longitudinal axis with respect to the remaining spools and tubular shaft, each spool having two second openings which are aligned with each other and can be aligned with two respective first openings; - a plurality of working wires, each of which is windable about a respective spool and is configured to arrange two respective end portions through two respective first openings outside the tubular shaft; and - a pushing mechanism for selectively compressing the spools axially against each other and against an end of the tubular shaft.
A process for heat integration in engineering processes in which, in a heat carrier circuit, a heat carrier medium takes up heat from a first process stream in a first heat exchanger and releases it to a refrigeration system, in addition - in a refrigerant circuit a refrigerant is cooled in the refrigeration system and the refrigerant takes up heat from a second process stream in a second heat exchanger or - a second process stream is cooled in the refrigeration system, wherein the first process stream is a vapor stream from a thermal separation apparatus, and the temperature of the heat carrier medium is increased by heat supply between egress from the first heat exchanger and ingress into the refrigeration system. - in a refrigerant circuit a refrigerant is cooled in the refrigeration system and the refrigerant takes up heat from a second process stream in a second heat exchanger or - a second process stream is cooled in the refrigeration system,
An extruded depot form, in particular for sustained active substance release, comprising (a) at least one active substance, (b) at least one compound from the class of biodegradable organic polymers based on lactic acid and/or glycolic acid, and (c) at least one second compound from the class of lipids, and (d) wherein b) and c) preferably comprise at least 50 % by weight of the dry weight of the depot form, wherein the ratio of the at least one compound from the class of biodegradable organic polymers and the second compound from the class of lipids is at most about 25:1 and/or at least about 5:1, wherein the melting point of the at least one compound from the class of lipids is at least approximately 60 °C and/or at most approximately 80 °C and wherein the extruded depot form has a length of at least 0.1 cm and/or at most 5 cm. (a) at least one active substance, (b) at least one compound from the class of biodegradable organic polymers based on lactic acid and/or glycolic acid, and (c) at least one second compound from the class of lipids, and (d) wherein b) and c) preferably comprise at least 50 % by weight of the dry weight of the depot form, wherein the ratio of the at least one compound from the class of biodegradable organic polymers and the second compound from the class of lipids is at most about 25:1 and/or at least about 5:1, wherein the melting point of the at least one compound from the class of lipids is at least approximately 60 °C and/or at most approximately 80 °C and wherein the extruded depot form has a length of at least 0.1 cm and/or at most 5 cm.
A method for assigning a tyre pressure monitoring unit, which is mounted on a wheel of a vehicle and comprises at least one pressure sensor and at least one acceleration sensor, to a wheel position of the vehicle, wherein pressure and acceleration data are determined from measurements of the at least one pressure sensor and the at least one acceleration sensor, and the pressure data and information derived from the acceleration data are transmitted wireless in a data telegram together with a characteristic identifier of the tyre pressure monitoring unit, information concerning the reliability of the information derived from the acceleration data is acquired in the tyre pressure monitoring unit on the basis of the measurements, this information concerning the reliability of the information derived from the acceleration data is transmitted with the data telegram, and a central evaluation unit considers a plurality of data telegrams and, taking account of data from ABS sensors, assigns the individual tyre pressure monitoring units to the wheel positions of the vehicle, wherein in this assignment, data telegrams in which the reliability of the information derived from the acceleration data is higher receive a greater weighting and data telegrams in which the reliability of the information derived from the acceleration data is smaller are taken into account with a smaller weighting, characterised in that the data telegrams receive a weighting in the evaluation which is proportional to the reliability of the information derived from the acceleration data.
A method in a network node for enabling handover of a communications service from a circuit switched, referred to as CS, network to a packet switched, referred to as PS, network, wherein a user equipment is located in the CS network and having the communications service in the CS network, the method comprising: receiving (405,504, 605b) a trigger indicating setup of a dedicated bearer associated with the communications service in the PS network; based on the trigger, determining (406a, 506a, 606a) that the setup of the dedicated bearer in the PS network should be delayed; delaying (406a, 506a, 606a) the bearer setup; sending (416, 516, 616) media on a default bearer while the setup of the dedicated bearer is delayed; receiving (417, 517, 615), information that the handover from the CS network to the PS network is completed: and setting up (406b, 506b, 606b) the dedicated bearer associated with the communications service when the information that the handover from the CS network to the PS network is completed is received. receiving (405,504, 605b) a trigger indicating setup of a dedicated bearer associated with the communications service in the PS network; based on the trigger, determining (406a, 506a, 606a) that the setup of the dedicated bearer in the PS network should be delayed; delaying (406a, 506a, 606a) the bearer setup; sending (416, 516, 616) media on a default bearer while the setup of the dedicated bearer is delayed; receiving (417, 517, 615), information that the handover from the CS network to the PS network is completed: and setting up (406b, 506b, 606b) the dedicated bearer associated with the communications service when the information that the handover from the CS network to the PS network is completed is received.
A method of preparing a flour based dough, said method comprising mixing flour, a source of water-unextractable arabinoxylans, xylanase and water, wherein the source of WU arabinoxylans comprises at least 20% WU arabinoxylans by weight of dry matter and wherein said source of WU arabinoxylans is applied in an amount sufficient to deliver at least 2.5 g of WU arabinoxylans per kg of flour.
A cathode electrode comprising sulfur as the active material, and a solid, ionically conductive polymer material, wherein the solid, ionically conductive polymer material has an ionic conductivity of greater than 1x10 -4 S/cm at room temperature, measured by AC-Electrochemical Impedance Spectroscopy as defined in the description, wherein the solid, ionically conductive polymer material is formed from a reactant product of a base polymer, an electron acceptor, and a compound including a source of ions, wherein the compound including a source of ions is either LiOH, Li 2 O or a mixture of the two, wherein the base polymer is selected from a group comprising conjugated polymers, polyphenylene sulfide, liquid crystal polymer, a polyether ether ketone (PEEK) or a semicrystalline polymer with a crystallinity index of greater than 30%, and combinations thereof, and wherein the electron acceptor is selected from a group comprising Dichloro Dicyano Quinone (C 8 Cl 2 N 2 O 2), Tetracyanoethylene (TCNE) (C 6 N 4), Sulfur Trioxide (SO 3) or chloranil and combinations thereof.
Process for the production of leather-like material from leather production scraps, including the steps of: - cutting said scraps into fibers by using mechanical means, - preparing a mixture of a thermoplastic polymer and said fibers, wherein 5 to 70 parts by weight of fibers for 100 parts by weight of thermoplastic polymer are present, - introducing said mixture into a twin-screw extruder, the end of which has a die, - heating said mixture in said twin-screw extruder at a temperature between 80 and 220°C, wherein said screws are co-rotating and rotate at a speed between 10 and 60 rpm, so that the thermoplastic polymer is melted and said mixture is extruded through said die, and - cooling said extruded mixture to room temperature, obtaining the leather-like material. - cutting said scraps into fibers by using mechanical means, - preparing a mixture of a thermoplastic polymer and said fibers, wherein 5 to 70 parts by weight of fibers for 100 parts by weight of thermoplastic polymer are present, - introducing said mixture into a twin-screw extruder, the end of which has a die, - heating said mixture in said twin-screw extruder at a temperature between 80 and 220°C, wherein said screws are co-rotating and rotate at a speed between 10 and 60 rpm, so that the thermoplastic polymer is melted and said mixture is extruded through said die, and - cooling said extruded mixture to room temperature, obtaining the leather-like material.
Cutting device for a cutting table for cutting a glass panel, the cutting table comprises a support for supporting the glass panel during cutting in a horizontal fashion, such that it extends in a horizontal plane, wherein the panel has a top surface and a bottom surface, wherein the bottom surface is supported by the support, wherein the cutting device comprises a first cutting head and a second cutting head, a positioning system allowing the cutting device to be moved over the top surface for allowing the cutting of the top surface in a cutting direction by the first or the second cutting head, the first and the second cutting heads being provided at a lower end of the cutting device, wherein the cutting device comprises actuating means for moving the first and/or the second cutting head to and from the top surface of the panel along an actuation axis, wherein the first cutting head is provided with first cutting means with a first cutting member for creating a first type of cut and a first security wheel having a first outer diameter and a the second cutting head is provided with second cutting means with a second cutting member for creating a second type of cut and a second security wheel having a second outer diameter, wherein the first type of cut is different from the second type of cut, the first cutting member has a different outer diameter than the second cutting member and the first outer diameter is different from the second outer diameter such that the first cutting head and/or the second cutting head can be selected based on a thickness of the glass panel; wherein the first and the second cutting means are rotatable about a rotational axis perpendicular to the top surface by driving means comprised by the cutting device, the first and the second security wheels are respectively rotatably connected to the first cutting means and the second cutting means and respectively provided adjacent to the first cutting member and the second cutting member, the first and the second security wheels being respectively rotatable around a first wheel rotation axis and a second wheel rotation axis perpendicular to the cutting direction and parallel to the top surface, wherein the first and the second cutting members and the first and the second security wheels are arranged in such a way that lower ends of the first security wheel and the first cutting member can simultaneously contact the top surface upon movement of the first cutting means to the top surface, wherein, when creating the cut in the cutting direction, the first security wheel moves over the top surface, such as by rolling, in the cutting direction and lower ends of the second security wheel and the second cutting member can simultaneously contact the top surface upon movement of the second cutting means to the top surface, wherein, when creating the cut in the cutting direction, the second security wheel moves over the top surface, such as by rolling, in the cutting direction.
A brake disk (52, 52a), the brake disk defining an annular shape having a radially inner side and a radially outer side; the brake disk comprising: a radially outer braking surface, the braking surface having a maximum operating temperature; and the brake disk characterised by comprising: a fusible material section radially inward from and connected to the braking surface, the fusible material having a maximum operating temperature, the fusible material section for transmitting torque between the braking surface and a shaft while a temperature of the fusible material section is below the maximum operating temperature of the fusible material section; wherein the maximum operating temperature of the braking surface is higher than the maximum operating temperature of the fusible material section; and wherein when the temperature of the fusible material section raises above the maximum operating temperature of the fusible material section, the fusible material section is configured to no longer transmit torque between the braking surface and the shaft. a fusible material section radially inward from and connected to the braking surface, the fusible material having a maximum operating temperature, the fusible material section for transmitting torque between the braking surface and a shaft while a temperature of the fusible material section is below the maximum operating temperature of the fusible material section; wherein the maximum operating temperature of the braking surface is higher than the maximum operating temperature of the fusible material section; and wherein when the temperature of the fusible material section raises above the maximum operating temperature of the fusible material section, the fusible material section is configured to no longer transmit torque between the braking surface and the shaft.
A method for providing flow-based performance metrics according to a group policy, the method comprising: receiving, at a first sending node, a request for performance metrics; verifying, at the first sending node, the request using a first cryptographic key associated with the group policy, the first cryptographic key having been distributed to the first sending node and other nodes of a group of nodes associated with the group policy through a group key management protocol; and in response to verifying that the request is associated with the group policy: determining one or more first performance metrics based on the group policy; and transmitting the one or more first performance metrics according to the group policy. receiving, at a first sending node, a request for performance metrics; verifying, at the first sending node, the request using a first cryptographic key associated with the group policy, the first cryptographic key having been distributed to the first sending node and other nodes of a group of nodes associated with the group policy through a group key management protocol; and in response to verifying that the request is associated with the group policy: determining one or more first performance metrics based on the group policy; and transmitting the one or more first performance metrics according to the group policy. determining one or more first performance metrics based on the group policy; and transmitting the one or more first performance metrics according to the group policy.
A pressurised metered dose inhaler comprising a canister, wherein the canister contains a formulation comprising a tiotropium salt and an HFA propellant, wherein the inhaler is an inhalation-actuated inhaler comprising a resiliently deformable member for applying a preload capable of actuating the internal valve of the canister to release a metered dose of the formulation from the canister, a mechanism (440,495,540) for applying a resisting pneumatic force capable of preventing actuation of the aerosol valve and an inhalation-actuated release device capable of releasing the resisting pneumatic force to allow the preload to actuate the aerosol valve and allow the metered dose of the formulation to be dispensed.