mhurhangee/patent-ind-claim-en huggingface dataset:
An additive manufactured article made of a maraging steel, wherein the maraging steel is made of a component composition as following by mass%: C: 0.1% or less, Ni: 14-22%, Co: 0-5%, Mo: 0.1-15.0%, Ti: 0.1-5.0%, Al: 3.0% or less, and the balance being Fe and impurities, wherein when surface analysis with an electron probe micro analyzer is performed on concentration distribution of Ti in a cross section parallel to a lamination direction of the additive manufactured article sampled from a position of the center of the additive manufactured article, a linear Ti-rich portion having a Ti concentration B of 1.5 × A or more with respect to an average Ti concentration A in the cross section is confirmed, and a length of the linear Ti-rich portion is 15 μm or less, wherein the surface analysis is performed on the cross section at a region of 800 μm in length × 800 μm in width at a magnification of 100 times at 400 equally spaced points in each of vertical and horizontal directions, and thereby the average Ti concentration A of the cross section is obtained; then an element mapping which shows a distribution situation of the linear Ti-rich portion having the Ti concentration B of 1.5 × A or more with respect to the average Ti concentration A is obtained; the element mapping image is binarized with a critical value of the Ti concentration B as a threshold value so that the linear Ti-rich portion is recognized; and the length of the linear Ti-rich portion is confirmed from the binarized image. when surface analysis with an electron probe micro analyzer is performed on concentration distribution of Ti in a cross section parallel to a lamination direction of the additive manufactured article sampled from a position of the center of the additive manufactured article, a linear Ti-rich portion having a Ti concentration B of 1.5 × A or more with respect to an average Ti concentration A in the cross section is confirmed, and a length of the linear Ti-rich portion is 15 μm or less, wherein the surface analysis is performed on the cross section at a region of 800 μm in length × 800 μm in width at a magnification of 100 times at 400 equally spaced points in each of vertical and horizontal directions, and thereby the average Ti concentration A of the cross section is obtained; then an element mapping which shows a distribution situation of the linear Ti-rich portion having the Ti concentration B of 1.5 × A or more with respect to the average Ti concentration A is obtained; the element mapping image is binarized with a critical value of the Ti concentration B as a threshold value so that the linear Ti-rich portion is recognized; and the length of the linear Ti-rich portion is confirmed from the binarized image.
A flame-retardant fabric provided for vehicle cushions, in particular for aircraft cushions, wherein the flame-retardant fabric comprises the following layers: - at least one first abrasion-resistant layer as an abrasion layer comprising at least one textile material with an abrasion resistance of at least 30,000 cycles (determined according to Martinedale DIN ISO 12947 1; BS 5960; 1988) of at least one type of fiber, and - at least one second layer as a barrier layer comprising at least one nonwoven fabric of at least one flame-resistant type of fiber, wherein the at least one abrasion layer is provided as a first layer on at least one side of the at least one barrier layer as a second layer, characterized by at least one intumescent layer of expandable graphite provided as an intermediate layer between the at least one abrasion layer and the at least one barrier layer, wherein the at least one expandable graphite layer has a basis weight of between 30 and 110 g/m 2 . - at least one first abrasion-resistant layer as an abrasion layer comprising at least one textile material with an abrasion resistance of at least 30,000 cycles (determined according to Martinedale DIN ISO 12947 1; BS 5960; 1988) of at least one type of fiber, and - at least one second layer as a barrier layer comprising at least one nonwoven fabric of at least one flame-resistant type of fiber,
Safety switch for risk-region monitoring of a machine or plant, comprising a reader head and an actuator , which is movable relative to the reader head and comprises a transponder , wherein coded signals of the transponder are detectable by means of the reader head , wherein as detecting means for detecting coded signals the reader head comprises an oscillation circuit controlled by a computer unit, wherein the distance between actuator and reader head is determined by amplitude evaluation of the signals, which are detected by the oscillation circuit , of the transponder and wherein control signals are generated in dependence on the thus-determined distance signals, characterised in that a switch-on distance and a switch-off distance with which the determined distance signals are compared are predetermined as configurable variables in the computer unit, a switch-on control signal is generated in the computer unit if the distance value of the distance signal is smaller than the switch-on distance and if the code of the transponder is recognised, wherein placing of the machine or plant in operation takes place through the switch-on control signal, and a switch-off control signal is generated in the computer unit if the distance value of the distance signal is greater than the switch-off distance or if the code of the transponder is not recognised, wherein the machine or plant is stopped by the switch-off control signal, and check signals for the oscillation circuit are generated in the computer unit, wherein the check signals serve for monitoring the supply voltage of the oscillation circuit so as to be able to diagnose changes therein.
A compiling device configured for selecting of protective transformations to improve security of a computer program, the compiling device comprising - an input interface arranged to receive a computer program representation, - a processor circuit configured to - obtain a data flow graph representation from the computer program representation, - repeatedly: - assign protective transformations to parts of the data flow graph, the protective transformations being selected from a list of available protective transformations, - determine a performance level and a security level for the data flow graph and the assigned protective transformations, - if the performance level and the security level satisfy a security and/or a performance target then terminate the assigning of protective transformations, - obtain a compilation of the computer program representation from at least the data flow graph and the assigned protective transformations which satisfy the security and/or the performance target. - an input interface arranged to receive a computer program representation, - a processor circuit configured to - obtain a data flow graph representation from the computer program representation, - repeatedly: - assign protective transformations to parts of the data flow graph, the protective transformations being selected from a list of available protective transformations, - determine a performance level and a security level for the data flow graph and the assigned protective transformations, - if the performance level and the security level satisfy a security and/or a performance target then terminate the assigning of protective transformations, - obtain a compilation of the computer program representation from at least the data flow graph and the assigned protective transformations which satisfy the security and/or the performance target. - obtain a data flow graph representation from the computer program representation, - repeatedly: - assign protective transformations to parts of the data flow graph, the protective transformations being selected from a list of available protective transformations, - determine a performance level and a security level for the data flow graph and the assigned protective transformations, - if the performance level and the security level satisfy a security and/or a performance target then terminate the assigning of protective transformations, - assign protective transformations to parts of the data flow graph, the protective transformations being selected from a list of available protective transformations, - determine a performance level and a security level for the data flow graph and the assigned protective transformations, - if the performance level and the security level satisfy a security and/or a performance target then terminate the assigning of protective transformations, - obtain a compilation of the computer program representation from at least the data flow graph and the assigned protective transformations which satisfy the security and/or the performance target.
Motor vehicle nebulizer system comprising at least: - a reservoir for a liquid, - a nebulizer enclosure , said nebulizer enclosure having a nebulizer nozzle provided with a device for emitting acoustic waves that is configured such that said liquid coming from said reservoir for the liquid forms a mist of droplets of said liquid, said mist being intended to pass into the interior of the motor vehicle, and - a filtration system that is able to filter said liquid contained in said reservoir for the liquid before it passes into said nebulizer enclosure , characterized in that said nebulizer system has an air inlet module , said air inlet module having an air injection blower that is able to channel the air in the direction of the interior volume of said nebulizer enclosure , and in that said air injection blower has a spiral shape winding about said nebulizer enclosure . - a reservoir for a liquid, - a nebulizer enclosure , said nebulizer enclosure having a nebulizer nozzle provided with a device for emitting acoustic waves that is configured such that said liquid coming from said reservoir for the liquid forms a mist of droplets of said liquid, said mist being intended to pass into the interior of the motor vehicle, and - a filtration system that is able to filter said liquid contained in said reservoir for the liquid before it passes into said nebulizer enclosure ,
Device for determining the quality of an osseous structure, comprising a device for controlling a motor connected kinematically to a drilling tool such as a drill bit, wherein it further comprises a unit for measuring instantly current related values consumed by the said motor during a drilling operation, as well as a processing unit suitable for processing the data collected by the said measuring unit simultaneously with the said drilling operation, the said processing unit being likewise suitable for processing the obtained current related signal values in order to obtain values for the derivative of the torque applied by the said motor to the said drilling tool, and to correlate the said obtained torque derivative values with the speed of rotation of the said motor and the type of drill used during the said drilling operation in order to deduce from this a relationship between the said obtained torque derivative values and the depth of the said osseous structure, wherein said torque derivative values correspond to a drilling resistance and hence define an osseous quality, characterised in that said current related values are current derivative values, yielding directly torque derivative values and hence osseous quality values.
A capacitive deionization electrode module comprising: a cylindrical housing having a hole formed at the center thereof; a pair of circular electrodes disposed inside the cylindrical housing and having a hole formed at the center thereof; and circular intermediate electrodes spaced apart from each other by a given distance between the pair of circular electrodes and each having a hole formed at the center thereof, wherein the circular electrodes and the circular intermediate electrodes have a diameter in a range of 30 to 40 cm, and the pair of circular electrodes is connected to a DC power supply so that a cathode is formed on one side thereof and an anode is formed on the other side thereof, and each of the circular intermediate electrodes has a cathode formed on one surface thereof and an anode formed on the other surface thereof, characterized in that cation exchange resins and anion exchange resins are mixedly filled in a flow path between the respective electrodes of the capacitive deionization electrode module with concentration gradients opposite to each other so that a relatively large number of cation exchange resins are distributed to the anodes and a relatively large number of anion exchange resins are distributed to the cathodes. a cylindrical housing having a hole formed at the center thereof; a pair of circular electrodes disposed inside the cylindrical housing and having a hole formed at the center thereof; and circular intermediate electrodes spaced apart from each other by a given distance between the pair of circular electrodes and each having a hole formed at the center thereof, wherein the circular electrodes and the circular intermediate electrodes have a diameter in a range of 30 to 40 cm, and the pair of circular electrodes is connected to a DC power supply so that a cathode is formed on one side thereof and an anode is formed on the other side thereof, and each of the circular intermediate electrodes has a cathode formed on one surface thereof and an anode formed on the other surface thereof, characterized in that cation exchange resins and anion exchange resins are mixedly filled in a flow path between the respective electrodes of the capacitive deionization electrode module with concentration gradients opposite to each other so that a relatively large number of cation exchange resins are distributed to the anodes and a relatively large number of anion exchange resins are distributed to the cathodes.
Method of manufacturing an assembly of electronic components on the front surface of a semiconductor wafer comprising a plurality of field areas , each area comprising at least one field and each field comprising at least one electronic component , the method comprising a plurality of photolithography steps to form a stack of layers forming each electronic component , each photolithography step comprising the application of a mask successively on each field in photolithography equipment, one of the masks comprises an identification pattern, said mask being called identification mask; the manufacturing method being characterized in that , at the photolithography step associated with the identification mask, as least one photolithographic parameter of the photolithography equipment is different for each field area , to expose the identification pattern differently in each field area .
Use of a latex composition for dip-forming the latex composition comprising: a dip-forming latex containing a copolymer containing 40 to 80% by weight of conjugated diene monomer units (A) containing a butadiene unit and an isoprene unit, 10 to 45% by weight of ethylenically unsaturated nitrile monomer units (B), and 2 to 15% by weight of ethylenically unsaturated acid monomer units (C), the conjugated diene monomer units (A) containing the butadiene unit and the isoprene unit at a weight ratio of 40:60 to 95:5 (butadiene unit:isoprene unit); and a sulfur crosslinking agent, wherein the dip-forming latex composition has a pH of 9.5 to 11, and a solid content concentration in a range of from 5 to 40% by weight. a dip-forming latex containing a copolymer containing 40 to 80% by weight of conjugated diene monomer units (A) containing a butadiene unit and an isoprene unit, 10 to 45% by weight of ethylenically unsaturated nitrile monomer units (B), and 2 to 15% by weight of ethylenically unsaturated acid monomer units (C), the conjugated diene monomer units (A) containing the butadiene unit and the isoprene unit at a weight ratio of 40:60 to 95:5 (butadiene unit:isoprene unit); and a sulfur crosslinking agent, wherein the dip-forming latex composition has a pH of 9.5 to 11, and a solid content concentration in a range of from 5 to 40% by weight.
A motorcycle tyre comprising: a tread portion with a ground contact surface , the tread portion comprising a tread rubber comprising a base rubber layer and a cap rubber layer disposed outward in a tyre radial direction of the base rubber layer to form the ground contact surface of the tread portion , the cap rubber layer comprising a crown cap portion disposed in a middle region in a tyre axial direction of the tread portion and a pair of shoulder cap portions disposed in both sides in the tyre axial direction of the crown cap portion , characterized in that the crown cap portion having a loss tangent tan δc at 0 degrees C., the shoulder cap portions having a loss tangent tan δs at 0 degrees C., and the base rubber layer having a loss tangent tan δb at 0 degrees C., wherein the "loss tangent tan δ" is measured in accordance with JIS-K6394 at an initial strain of 10%, at an amplitude of dynamic strain of +-1%, at a frequency of 10 Hz in deformation mode tension at a temperature of 0 degrees C, wherein the loss tangents tan δc, tan δs and tan δb satisfy the following equation : tan δ c < tan δ s ≤ tan δb a tread portion with a ground contact surface , the tread portion comprising a tread rubber comprising a base rubber layer and a cap rubber layer disposed outward in a tyre radial direction of the base rubber layer to form the ground contact surface of the tread portion , the cap rubber layer comprising a crown cap portion disposed in a middle region in a tyre axial direction of the tread portion and a pair of shoulder cap portions disposed in both sides in the tyre axial direction of the crown cap portion , characterized in that the crown cap portion having a loss tangent tan δc at 0 degrees C., the shoulder cap portions having a loss tangent tan δs at 0 degrees C., and the base rubber layer having a loss tangent tan δb at 0 degrees C., wherein the "loss tangent tan δ" is measured in accordance with JIS-K6394 at an initial strain of 10%, at an amplitude of dynamic strain of +-1%, at a frequency of 10 Hz in deformation mode tension at a temperature of 0 degrees C, wherein the loss tangents tan δc, tan δs and tan δb satisfy the following equation : tan δ c < tan δ s ≤ tan δb
Implantable electrical connector arrangement for electrically connecting at least one first and a one second electrical component, said connector arrangement comprising: a first connector with at least one first terminal and at least one first coupling electrode which is connected to said first terminal , a second connector with at least one second terminal and at least one second coupling electrode which is connected to said second terminal , wherein said first connector and said second connector are connectable to each other such that said first and said second terminal are capacitively connectable via said first coupling electrode and said second coupling electrode , characterized in that in the connected state, a defined separation gap is formed between said first coupling electrode and said second coupling electrode , wherein said separating gap is not hermetically sealed against the outside environment. a first connector with at least one first terminal and at least one first coupling electrode which is connected to said first terminal , a second connector with at least one second terminal and at least one second coupling electrode which is connected to said second terminal , wherein said first connector and said second connector are connectable to each other such that said first and said second terminal are capacitively connectable via said first coupling electrode and said second coupling electrode , characterized in that in the connected state, a defined separation gap is formed between said first coupling electrode and said second coupling electrode , wherein said separating gap is not hermetically sealed against the outside environment.
A device for measuring temperature of an organism comprising a thermally conductive first layer in thermal connection with the organism, a second layer comprising a thermally insulating material and placed on top of the first layer , a first temperature sensor in thermal connection with the first layer via a thermal conductor through the second layer , a second temperature sensor thermally insulated from the organism by the second layer, characterised in that the device further comprises a thermally conductive third layer comprising metallic material provided above the second layer , the first and second temperature sensors are located above the second and third layers (122; 106), on the same structural level, with the second temperature sensor in thermal connection with the third layer; and the device further comprises a user input sensor placed above the second and third layers for triggering notifications to an end user device in response to a predefined sequence of movements by the user. a thermally conductive first layer in thermal connection with the organism, a second layer comprising a thermally insulating material and placed on top of the first layer , a first temperature sensor in thermal connection with the first layer via a thermal conductor through the second layer , a second temperature sensor thermally insulated from the organism by the second layer, characterised in that the device further comprises a thermally conductive third layer comprising metallic material provided above the second layer , the first and second temperature sensors are located above the second and third layers (122; 106), on the same structural level, with the second temperature sensor in thermal connection with the third layer; and the device further comprises a user input sensor placed above the second and third layers for triggering notifications to an end user device in response to a predefined sequence of movements by the user.
An electromagnetic wave absorption cable comprising at least one conductor wire , at least one inner insulating sheath surrounding each conductor wire , and an electromagnetic-wave-absorbing tape spirally wound around each or all of said inner insulating sheaths ; characterized in that said electromagnetic-wave-absorbing tape is constituted by two electromagnetic-wave-absorbing films which are laterally partially overlapped; each electromagnetic-wave-absorbing film comprises a plastic film , and a single- or multi-layer, thin metal film formed on at least one surface of said plastic film , said thin metal film being provided with large numbers of substantially parallel, intermittent, linear scratches with irregular widths and intervals in plural directions; the linear scratches in each electromagnetic-wave-absorbing film have an acute crossing angle θs in a range of 30-90°; the linear scratches in one electromagnetic-wave-absorbing film and the linear scratches in the other electromagnetic-wave-absorbing film are crossing each other; and the total (D 2 + D 3 ) of the longitudinal width D 2 of an overlapped portion of said electromagnetic-wave-absorbing films and the longitudinal width D 3 of an overlapped portion of said electromagnetic-wave-absorbing tape is 30-70% of the longitudinal width D of said electromagnetic-wave-absorbing tape .