mhurhangee/patent-ind-claim-en huggingface dataset:
A release apparatus for releasing a satellite, said release apparatus comprising a release plunger which can be preloaded by a release spring and which is held in a preloaded position by two two-armed pivot levers pivotable about a respective pivot axis (S1, S2), wherein each pivot lever can be held against the force of a spring in a holding position by a release element , characterized in that one arm (A2) of each pivot lever is provided with an additional weight .
Electro-hydraulic forming machine for plastic deformation of a projectile part (P13) of the wall (P1) of a workpiece (P) to be formed, preferably a cylindrical tubular piece, by a forming fluid (F) intended for being applied on an internal face (P11) of said projectile part (P13), said electro-hydraulic forming machine comprising: - a target support for receiving said projectile part (P13) of the workpiece (P) to be formed, said target support comprising an imprint intended to get in front of an external face (P12) of said projectile part (P13), - means for generating a shock wave inside said forming fluid (F), adapted for causing the plastic deformation as wanted of said projectile part (P13), characterized in that said electro-hydraulic forming machine comprises a tool for applying said forming fluid (F) on the internal face (P11) of the projectile part (P13), said application tool comprising: - a chamber intended to contain said forming fluid (F), cooperating with said means for generating the shock wave in the forming fluid (F) intended to be contained in said chamber , and - at least one downstream hole intended to end in front of the projectile part (P13) of the wall (P1) to be deformed and in fluid communication with said chamber for passing of said forming fluid (F) and for propagation of the shock wave generated towards the imprint of the target support . - a target support for receiving said projectile part (P13) of the workpiece (P) to be formed, said target support comprising an imprint intended to get in front of an external face (P12) of said projectile part (P13), - means for generating a shock wave inside said forming fluid (F), adapted for causing the plastic deformation as wanted of said projectile part (P13), - a chamber intended to contain said forming fluid (F), cooperating with said means for generating the shock wave in the forming fluid (F) intended to be contained in said chamber , and - at least one downstream hole intended to end in front of the projectile part (P13) of the wall (P1) to be deformed and in fluid communication with said chamber for passing of said forming fluid (F) and for propagation of the shock wave generated towards the imprint of the target support .
A chewy confectionery product which is substantially free of gelatin, wheat, albumin, and starch wherein the chewy confectionery product is in the form of a cylinder, and comprised of at least 0.2 percent by weight on a dry basis of pectin
A corrosion protection anode for being adhered to a surface layer on an object to be protected from corrosion and being connected to an external power supply , comprising: a conductive layer formed of a graphite sheet; a reinforcing layer formed of a fiber base material; an adhesive layer ; and an electrolyte layer of an electrolyte-containing resin formed in a sheet shape and having adhesive power such that the layer is capable of being adhered to the conductive layer and to the surface layer , wherein the reinforcing layer is laminated with the adhesive layer on one surface of the conductive layer , the electrolyte layer is adhered by the adhesive power thereof to the other surface of the conductive layer , and the conductive layer always has a resistance value of 4 Ω or less between any two points on the surface thereof on a side that comes into contact with the electrolyte layer , characterized in that the reinforcing layer has a wider width than the conductive layer and is laminated on the conductive layer leaving margins at both sides of the reinforcing layer . a conductive layer formed of a graphite sheet; a reinforcing layer formed of a fiber base material; an adhesive layer ; and an electrolyte layer of an electrolyte-containing resin formed in a sheet shape and having adhesive power such that the layer is capable of being adhered to the conductive layer and to the surface layer , wherein the reinforcing layer is laminated with the adhesive layer on one surface of the conductive layer , the electrolyte layer is adhered by the adhesive power thereof to the other surface of the conductive layer , and the conductive layer always has a resistance value of 4 Ω or less between any two points on the surface thereof on a side that comes into contact with the electrolyte layer , characterized in that the reinforcing layer has a wider width than the conductive layer and is laminated on the conductive layer leaving margins at both sides of the reinforcing layer .
An optical line terminal characterized by comprising: a scheme-dependent process absorption unit that acquires first information of a type and a format dependent on a communication scheme, and that converts the acquired first information into second information of a type and a format common to mutually different communication schemes to absorb the differences between said mutually different communication schemes; and a bandwidth allocation unit that determines bandwidth allocation of an upstream signal allocated to an optical network unit on the basis of the second information, wherein the first information is information in accordance with a message by which the optical network unit demands permission to transmit the upstream signal, the first information includes information representing a demanded bandwidth amount for each of units of bandwidth allocation, and the second information includes a unit of bandwidth allocation and a demanded bandwidth amount for each optical network unit. a scheme-dependent process absorption unit that acquires first information of a type and a format dependent on a communication scheme, and that converts the acquired first information into second information of a type and a format common to mutually different communication schemes to absorb the differences between said mutually different communication schemes; and a bandwidth allocation unit that determines bandwidth allocation of an upstream signal allocated to an optical network unit on the basis of the second information, wherein the first information is information in accordance with a message by which the optical network unit demands permission to transmit the upstream signal, the first information includes information representing a demanded bandwidth amount for each of units of bandwidth allocation, and the second information includes a unit of bandwidth allocation and a demanded bandwidth amount for each optical network unit.
A display device, comprising: a substrate having a plurality of metal pads ; and green semiconductor light emitting elements and blue semiconductor light emitting elements electrically connected to the metal pads through self-assembly wherein the green semiconductor light emitting elements and the blue semiconductor light emitting elements have identification portions having different shapes to be distinguished while being coupled to the substrate, wherein the green semiconductor light emitting elements and the blue semiconductor light emitting elements respectively comprises: a conductive semiconductor layer ; a conductive electrode formed on one surface of the conductive semiconductor layer; and a passivation layer configured to surround the semiconductor light emitting element, and provided with a through hole through which the conductive electrode is exposed, and wherein the identification portion is the passivation layer a through hole formed in the passivation layer of the green semiconductor light emitting element and a through hole formed in the passivation layer of the blue semiconductor light emitting element having different shapes or sizes, and wherein the metal pads are formed in shapes corresponding to the respective through holes. a substrate having a plurality of metal pads ; and green semiconductor light emitting elements and blue semiconductor light emitting elements electrically connected to the metal pads through self-assembly wherein the green semiconductor light emitting elements and the blue semiconductor light emitting elements have identification portions having different shapes to be distinguished while being coupled to the substrate, wherein the green semiconductor light emitting elements and the blue semiconductor light emitting elements respectively comprises: a conductive semiconductor layer ; a conductive electrode formed on one surface of the conductive semiconductor layer; and a passivation layer configured to surround the semiconductor light emitting element, and provided with a through hole through which the conductive electrode is exposed, and wherein the identification portion is the passivation layer a through hole formed in the passivation layer of the green semiconductor light emitting element and a through hole formed in the passivation layer of the blue semiconductor light emitting element having different shapes or sizes, and wherein the metal pads are formed in shapes corresponding to the respective through holes. a conductive semiconductor layer ; a conductive electrode formed on one surface of the conductive semiconductor layer; and a passivation layer configured to surround the semiconductor light emitting element, and provided with a through hole through which the conductive electrode is exposed, and wherein the identification portion is the passivation layer a through hole formed in the passivation layer of the green semiconductor light emitting element and a through hole formed in the passivation layer of the blue semiconductor light emitting element having different shapes or sizes, and wherein the metal pads are formed in shapes corresponding to the respective through holes.
A ceramic casting core , comprising: a plurality of rows of gaps , each gap comprising an airfoil shape; interstitial core material that defines and separates adjacent gaps in each row ; and connecting core material that connects adjacent rows of interstitial core material , wherein ends of interstitial core material in one row align with ends of interstitial core material in an adjacent row to form a plurality of continuous and serpentine shaped structures each comprising interstitial core material from at least two adjacent rows and connecting core material , wherein each continuous and serpentine shaped structure includes a serpentine shaped stream of successive core turbulator features for forming a corresponding serpentine shaped stream of successive turbulators in the component cast using the ceramic casting core . a plurality of rows of gaps , each gap comprising an airfoil shape; interstitial core material that defines and separates adjacent gaps in each row ; and connecting core material that connects adjacent rows of interstitial core material , wherein ends of interstitial core material in one row align with ends of interstitial core material in an adjacent row to form a plurality of continuous and serpentine shaped structures each comprising interstitial core material from at least two adjacent rows and connecting core material , wherein each continuous and serpentine shaped structure includes a serpentine shaped stream of successive core turbulator features for forming a corresponding serpentine shaped stream of successive turbulators in the component cast using the ceramic casting core .
Laminated pane , at least comprising: - an outer pane and an inner pane , which are connected to one another via an intermediate layer , and - at least one light-diffusing glass fiber , which is suitable for emitting light by diffusion via its side wall along its extension length, and which consists of at least one glass fiber core surrounded by one or more layers that are arranged in the form of a sheath around the glass fiber core and that have a plurality of diffusion centers in the form of nanopores or nanoparticles, the glass fiber being arranged at least in portions between the intermediate layer and the outer pane and/or between the intermediate layer and the inner pane . - an outer pane and an inner pane , which are connected to one another via an intermediate layer , and - at least one light-diffusing glass fiber , which is suitable for emitting light by diffusion via its side wall along its extension length, and which consists of at least one glass fiber core surrounded by one or more layers that are arranged in the form of a sheath around the glass fiber core and that have a plurality of diffusion centers in the form of nanopores or nanoparticles, the glass fiber being arranged at least in portions between the intermediate layer and the outer pane and/or between the intermediate layer and the inner pane .
Method for handling a rule chart, containing traffic rules, in a vehicle, comprising the following steps: - detecting a surroundings state by way of a number of surroundings sensors of the vehicle, characterized by - a control device of the vehicle deriving a number of traffic rules based on the surroundings state, - the control device of the vehicle generating the rule chart based at least on the traffic rules, and - sending the rule chart to an external unit by way of vehicle-to-X communication, - comparing the generated rule chart with a further rule chart, wherein the further rule chart is received directly from another vehicle or from a central server, and - triggering a voting process if the rule chart and the further rule chart do not match, wherein the voting process is carried out through the multiple direct exchange and comparison of rule charts and/or plausibility information between vehicles involved therein until all vehicles involved therein have an identical rule chart or until a predefined number of iterations is reached. - detecting a surroundings state by way of a number of surroundings sensors of the vehicle, characterized by - a control device of the vehicle deriving a number of traffic rules based on the surroundings state, - the control device of the vehicle generating the rule chart based at least on the traffic rules, and - sending the rule chart to an external unit by way of vehicle-to-X communication, - comparing the generated rule chart with a further rule chart, wherein the further rule chart is received directly from another vehicle or from a central server, and - triggering a voting process if the rule chart and the further rule chart do not match, wherein the voting process is carried out through the multiple direct exchange and comparison of rule charts and/or plausibility information between vehicles involved therein until all vehicles involved therein have an identical rule chart or until a predefined number of iterations is reached.
An acquisition module for a system for monitoring a rotating machine, in particular an aircraft engine, the acquisition module comprising: - at least one sensor for measuring an analog signal x(t) for measuring a physical quantity of a member of the rotating machine, - at least one sample-and-hold device configured to take a sample of the analog signal x(t) at sampling time instants t n and keep it constant between two sampling time instants t n , - at least one memory for storing the samples, which acquisition module is characterised in that the sample-and-hold device is configured to take a sample of the analog signal x(t) at sampling time instants t n randomly defined, the sampling time instants t n being defined according to the following law t n = nΔ t + τ n in which n is a natural integer Δ t = 1/f e where f e is the sampling frequency of the sample-and-hold device τ n is a random variable having a uniform probability distribution on − Δ t 2 ; + Δ t 2 - the samples and sampling time instants t n being stored in the memory . - at least one sensor for measuring an analog signal x(t) for measuring a physical quantity of a member of the rotating machine, - at least one sample-and-hold device configured to take a sample of the analog signal x(t) at sampling time instants t n and keep it constant between two sampling time instants t n , - at least one memory for storing the samples, which acquisition module is characterised in that the sample-and-hold device is configured to take a sample of the analog signal x(t) at sampling time instants t n randomly defined, the sampling time instants t n being defined according to the following law t n = nΔ t + τ n in which n is a natural integer Δ t = 1/f e where f e is the sampling frequency of the sample-and-hold device τ n is a random variable having a uniform probability distribution on − Δ t 2 ; + Δ t 2 n is a natural integer Δ t = 1/f e where f e is the sampling frequency of the sample-and-hold device τ n is a random variable having a uniform probability distribution on − Δ t 2 ; + Δ t 2 - the samples and sampling time instants t n being stored in the memory .
A work support device comprising: a first acquisition unit configured to acquire movement data generated by using one or a plurality of sensors (30; 31; 32) to measure the movement of a target operator performing a work step ; a skill-level calculation unit configured to calculate the skill level of the target operator with respect to the work step by analyzing the movement data acquired, the skill level indicating a degree on a spectrum of whether or not the target operator can suitably accomplish the work step ; a second acquisition unit configured to acquire the movement data of a model operator at a skill level higher than or equal to the skill level calculated for the target operator by accessing a database that stores the movement data of the model operator for each skill level, the movement data acquired throughout the process of a model operator achieving the skill level at which the model operator can suitably accomplish the work step ; wherein the difference between the skill level of the model operator and the skill level of the target operator is within a predetermined range; an instruction determination unit configured to compare the movement data acquired for the model operator with the movement data of the target operator and determine an instruction that allows the movement of the target operator to approach the movement of the model operator with respect to the work step on the basis of the results of comparison; and an output unit configured to output information associated with the instruction determined.
System comprising a plate exchanger comprising a plurality of plates delimiting between them, two by two, at least parallel first fluidic flow channels (C1) and a distribution device fed by a flow of a first fluid (F1), notably a liquid, and injecting the flow of first fluid into the plurality of first channels at an output of the distribution device, said first channels being staggered in a first direction (X), the output of the distribution device consisting of a distribution element for the first fluid, notably formed in a porous material, configured in such a way as to be passed through by the first fluid with a pressure drop such that the first fluid leaves from the distribution element with a uniform surface distribution at an output surface of the distribution element, in a way that ensures a uniform feed of first fluid for the first channels, in which the distribution device comprises a tubular element open at one end to allow the tubular element to be fed by the flow of first fluid and closed at an opposite end in a manner that is tight to the flow of first fluid, and in that all or part of the walls of the tubular element consists of the distribution element for the first fluid, any potential remaining part of the walls of the tubular element being tight to the first fluid and in that tne system comprises a feed device suitable for feeding said feed zones of the first channels with a flow of a second fluid (F2), notably a gas, the first fluid being distributed at the output of the distribution device in such a way as to directly encounter, after its ejection, a flow formed by the second fluid previously leaving at the output of the feed device, and in that it comprises an anti-coalescence device configured to oppose the effect of coalescence of the first fluid leaving at the output surface of the distribution element, the anti-coalescence device having planar support elements in contact with or in immediate proximity to said output surface at different positions of the output surface , each support element being formed by an edge of a given plate of the plate exchanger , notably a top edge of the given plate in the second direction (Y), said plate edge being in contact with the output surface of the distribution element , characterized in that the distribution element for the first fluid is offset in a second direction (Y) substantially at right angles to the first direction X of the center of the feed device .
A roofing shield - having a clamping ring that is held by several supports , and - having a roof membrane that is attached to the clamping ring along its outer circumference and suspended by at least one suspension point , characterised in that - the clamping ring is formed as a hollow profiled body and has a plurality of circular arc segments removably connected to each other, - with one guide block connected to the circular arc segments each being arranged between any two adjacent circular arc segments , - wherein the guide blocks each have a vertical passage opening for the supports that guides the supports , - and wherein the circular arc segments each comprise of a plurality of subordinate circular arc segments that are connected to each other each by connection elements, wherein each connection element is taken up by two ends of two adjacent subordinate circular arc segments that face each other and connected to the respective subordinate circular arc segment each via at least one attachment means. - having a clamping ring that is held by several supports , and - having a roof membrane that is attached to the clamping ring along its outer circumference and suspended by at least one suspension point , - the clamping ring is formed as a hollow profiled body and has a plurality of circular arc segments removably connected to each other, - with one guide block connected to the circular arc segments each being arranged between any two adjacent circular arc segments , - wherein the guide blocks each have a vertical passage opening for the supports that guides the supports , - and wherein the circular arc segments each comprise of a plurality of subordinate circular arc segments that are connected to each other each by connection elements, wherein each connection element is taken up by two ends of two adjacent subordinate circular arc segments that face each other and connected to the respective subordinate circular arc segment each via at least one attachment means.
A capacitive sensor assembly for a testing device for testing elongated textile test material such as yarn, roving or sliver, comprising at least one measuring electrode as a part of a measuring capacitor for the capacitive testing of the test material, and an electronic circuit which is electrically connected to the at least one measuring electrode, characterized by at least one temperature sensor for measuring a temperature of at least one part of the capacitive sensor assembly and a controllable electrothermal converter which is thermally connected to the at least one part of the capacitive sensor assembly .