mhurhangee/patent-ind-claim-en huggingface dataset:
A path data generation device for three-dimensional modeling, comprising: a first generator that generates two-dimensional data of slice planes obtained by slicing three-dimensional shape data for which a plurality of different model materials are specified; and a second generator that continuously outputs the plurality of model materials in accordance with paths generated based on the two-dimensional data, and when a three-dimensional shape is modeled using a three-dimensional modeling method to model three-dimensional shape data, generates path data indicating for each model material a path for that model material so that a same model material is continuously output along the path for that model material, the path data generating device being characterized in that the second generator generates the path data by adjusting a shape of a path in the slice planes so that a mixing ratio of the plurality of model materials, which is specified in the three-dimensional shape data, is maintained before and after the adjustment. a first generator that generates two-dimensional data of slice planes obtained by slicing three-dimensional shape data for which a plurality of different model materials are specified; and a second generator that continuously outputs the plurality of model materials in accordance with paths generated based on the two-dimensional data, and when a three-dimensional shape is modeled using a three-dimensional modeling method to model three-dimensional shape data, generates path data indicating for each model material a path for that model material so that a same model material is continuously output along the path for that model material, the path data generating device being characterized in that the second generator generates the path data by adjusting a shape of a path in the slice planes so that a mixing ratio of the plurality of model materials, which is specified in the three-dimensional shape data, is maintained before and after the adjustment.
A centrifugal separation system comprising a centrifugal separator configured for separating a liquid feed mixture into a light phase and a heavy phase, and a control system , wherein a process liquid comprises one or more of the liquid feed mixture, the light phase, and the heavy phase, wherein the centrifugal separator comprises a rotor configured to rotate about a vertical axis of rotation and being provided with a separation space , wherein the centrifugal separator further comprises an inlet leading into the separation space , a light phase outlet leading from the separation space , a heavy phase outlet leading from the separation space , and a stack of separation disks arranged inside the separation space , characterized in that the control system comprises a first sensor for providing temperature measurements and arranged at a first radial position in the separation space and a control unit , wherein the control system comprises a second sensor for providing temperature measurements and arranged at a second radial position in the separation space , wherein the first radial position is radially outside the second radial position, wherein the first and second sensors are positioned to be submerged in the process liquid during operation of the centrifugal separator , and wherein the control unit is configured to determine a density of one or more of the constituents of the liquid feed mixture within the separation space during operation of the centrifugal separator based on measurements from the first and second sensors . the centrifugal separator further comprises an inlet leading into the separation space , a light phase outlet leading from the separation space , a heavy phase outlet leading from the separation space , and a stack of separation disks arranged inside the separation space , characterized in that the control system comprises a first sensor for providing temperature measurements and arranged at a first radial position in the separation space and a control unit , wherein the control system comprises a second sensor for providing temperature measurements and arranged at a second radial position in the separation space , wherein the first radial position is radially outside the second radial position, wherein the first and second sensors are positioned to be submerged in the process liquid during operation of the centrifugal separator , and wherein the control unit is configured to determine a density of one or more of the constituents of the liquid feed mixture within the separation space during operation of the centrifugal separator based on measurements from the first and second sensors .
A method for screening a candidate for efficacy as an asphaltene stabilizer, said method comprising: forming a reconstituted oil by dispersing an asphaltene-containing solid in a hydrocarbon fluid, wherein the asphaltene-containing solid is a solid that has precipitated from a crude oil during production, transportation or processing, and wherein the hydrocarbon fluid is a stock tank oil; adding an asphaltene stabilizer candidate to the reconstituted oil to give an additized oil; and analyzing the stability of the asphaltenes in the additized oil by: adding an asphaltene precipitant to the additized oil, and titrating the asphaltene precipitant against the additized oil; wherein the stock tank oil is obtained by bringing crude oil from a subterranean formation to atmospheric conditions. forming a reconstituted oil by dispersing an asphaltene-containing solid in a hydrocarbon fluid, wherein the asphaltene-containing solid is a solid that has precipitated from a crude oil during production, transportation or processing, and wherein the hydrocarbon fluid is a stock tank oil; adding an asphaltene stabilizer candidate to the reconstituted oil to give an additized oil; and analyzing the stability of the asphaltenes in the additized oil by: adding an asphaltene precipitant to the additized oil, and titrating the asphaltene precipitant against the additized oil; wherein the stock tank oil is obtained by bringing crude oil from a subterranean formation to atmospheric conditions. adding an asphaltene precipitant to the additized oil, and titrating the asphaltene precipitant against the additized oil;
A thermoplastic resin composition, comprising: a rubber-reinforced aromatic vinyl resin (A, B), a crystalline thermoplastic resin (C), and a fibrous or layered filler (D), said thermoplastic resin composition having melting points, as measured according to JIS K7121-1987, between 0 and 100°C and between 170 and 280°C, and a bending elastic modulus of 3,000 MPa or higher.
A laundry washing machine equipped with an anti-flooding safety device (20; 120), said laundry washing machine comprising: - a cabinet supporting a washing drum adapted to receive laundry and a washing tub externally arranged with respect to said washing drum; - a water supply unit suited to supply water into said washing tub, said water supply unit being fixedly associated to said cabinet and comprising at least one water supply inlet ; said anti-flooding safety device (20; 120) comprising a duct having at least one inner hose for supplying water from an external supply line (E) to said at least one water supply inlet of said water supply unit and at least one outer hose surrounding said inner hose such that a gap is defined between said hoses for withholding inside it possible leaking water, said inner hose extending longitudinally between a proximal end and a distal end and said outer hose extending longitudinally between a proximal end and a distal end , characterised in that said anti-flooding safety device (20; 120) comprises a first connector for the connection of said distal ends of said hoses to said laundry washing machine , said first connector comprising: - a supplying water conveying line comprising a first inlet for the connection to said distal end of said inner hose and a first conduit portion for the connection to said at least one water inlet of said water supply unit , said supplying water conveying line fluidly connecting said inner hose to said water supply unit ; - a leaking water conveying line comprising a second inlet for the connection to said distal end of said outer hose and a second conduit portion for the adduction of said leaking water inside said cabinet , said leaking water conveying line fluidly connecting said gap to the inside of said cabinet . - a cabinet supporting a washing drum adapted to receive laundry and a washing tub externally arranged with respect to said washing drum; - a water supply unit suited to supply water into said washing tub, said water supply unit being fixedly associated to said cabinet and comprising at least one water supply inlet ; - a supplying water conveying line comprising a first inlet for the connection to said distal end of said inner hose and a first conduit portion for the connection to said at least one water inlet of said water supply unit , said supplying water conveying line fluidly connecting said inner hose to said water supply unit ; - a leaking water conveying line comprising a second inlet for the connection to said distal end of said outer hose and a second conduit portion for the adduction of said leaking water inside said cabinet , said leaking water conveying line fluidly connecting said gap to the inside of said cabinet .
A method for controlling a motorised drive device including an actuator coupled to a movable mechanical load , the method being characterised in that it comprises steps of: a) detecting a loss of electrical power to the motorised drive device, by an electronic control circuit of the motorised drive device , the actuator being in a standby mode and the mechanical load being stationary; b) subsequent to detecting a loss of power, transferring at least a portion of the energy stored in at least a first filter capacitor (C1, C2) connected to the input of a voltage regulator of the motorised drive device , to a second capacitor (C4) connected to the output of the voltage regulator, the input of the voltage regulator being connected to electrical power connectors of the motorised drive device ; c) determining , by the electronic control circuit , during a first time period following the loss of power, whether the mechanical load has moved, the electronic control circuit being powered by the second capacitor (C4) during this determining step; d) when power to the motorised drive device is restored, controlling the movement of the load, by the electronic control circuit and by means of the actuator, into a predefined reference position if mechanical load movement has been determined in step c), or otherwise, keeping the mechanical load in its current position if no movement has been determined in step c). a) detecting a loss of electrical power to the motorised drive device, by an electronic control circuit of the motorised drive device , the actuator being in a standby mode and the mechanical load being stationary; b) subsequent to detecting a loss of power, transferring at least a portion of the energy stored in at least a first filter capacitor (C1, C2) connected to the input of a voltage regulator of the motorised drive device , to a second capacitor (C4) connected to the output of the voltage regulator, the input of the voltage regulator being connected to electrical power connectors of the motorised drive device ; c) determining , by the electronic control circuit , during a first time period following the loss of power, whether the mechanical load has moved, the electronic control circuit being powered by the second capacitor (C4) during this determining step; d) when power to the motorised drive device is restored, controlling the movement of the load, by the electronic control circuit and by means of the actuator, into a predefined reference position if mechanical load movement has been determined in step c), or otherwise, keeping the mechanical load in its current position if no movement has been determined in step c).
A medical multilayer vessel comprising a layer (X) containing, as a major ingredient, a water vapor barrier polymer that contains at least one species or more of polyolefin resin(s), and a gas barrier layer (Y) composed of a polyamide resin composition (P), the polyamide resin composition (P) comprising: 10 to 45% by mass of polyamide resin (A) that contains a diamine unit with a content of a structural unit derived from xylylenediamine of 70 mol% or more, and a dicarboxylic acid unit with a content of a structural unit derived from a straight-chain aliphatic dicarboxylic acid having 6 to 18 carbon atoms of 70 mol% or more; and, 90 to 55% by mass of a poly(hexamethylene isophthalamide)/poly(hexamethylene terephthalamide) copolymer (B). 10 to 45% by mass of polyamide resin (A) that contains a diamine unit with a content of a structural unit derived from xylylenediamine of 70 mol% or more, and a dicarboxylic acid unit with a content of a structural unit derived from a straight-chain aliphatic dicarboxylic acid having 6 to 18 carbon atoms of 70 mol% or more; and, 90 to 55% by mass of a poly(hexamethylene isophthalamide)/poly(hexamethylene terephthalamide) copolymer (B).
A coacervate formed by mixing a catechol derivative of a mussel adhesive protein and a catechol-substituted hyaluronic acid, wherein a substitution degree of the catechol of the hyaluronic acid is 10 to 52%.
A union screw for connecting pipes , preferably motor vehicle pipes, wherein the union screw is provided with a thread as well as at least one threadless contact surface , wherein the union screw has an outer coating , an inner coating and a metal substrate, wherein the inner coating lies between the outer coating and the metal substrate, wherein the inner coating is arranged in the area of the at least one contact surface , characterized in that the outer coating contains a first polymer and nanoparticles of a first solid, wherein the inner coating contains nanoparticles of a lubricating solvent. the outer coating contains a first polymer and nanoparticles of a first solid, wherein the inner coating contains nanoparticles of a lubricating solvent.
A method of notifying of SMS phishing, SMiShing, by an electronic device comprising the following steps performed by the electronic device: transmitting at least one item of message-related information about a received message to a SMiShing detection server; receiving, based on said transmitted at least one item, SMiShing-related information about the message from the SMiShing detection server; and displaying content of the message and the received SMiShing-related information when a request is made to display the message characterised in that the received SMiShing related information comprises a thumbnail image corresponding to a link information, contained in said at least one item and contained in the received message. transmitting at least one item of message-related information about a received message to a SMiShing detection server; receiving, based on said transmitted at least one item, SMiShing-related information about the message from the SMiShing detection server; and displaying content of the message and the received SMiShing-related information when a request is made to display the message characterised in that the received SMiShing related information comprises a thumbnail image corresponding to a link information, contained in said at least one item and contained in the received message.
Method for placing stackable storage devices, for example containers, pallets, cartons and similar, on a storage area, in particular stacked arrangements such as, for example, a so-called container stack, in which method in a depositing procedure with a storage device an edge of the storage device is detected by at least one radar sensor, and the depositing area specified for the storage device is detected, wherein at least one spacing between the edge, in particular at the lower end of the storage device in terms of the depositing procedure, and the depositing area is determined, and wherein controlling of the depositing procedure onto the depositing area is performed based on at least the determined spacing, characterized in that , for detecting the edge, an evaluation of a plurality of temporally successive radar images is performed, and wherein within the radar images at least two returned signals in which the reflection spacings decrease at a speed that is n-times the advancing speed are identified, and the current spacing from the depositing area is determined based on the difference of the identified returned signals.
An assembly for protecting an SMD component from environmental influences comprising - at least one SMD component , - a metallic wiring adapted and arranged to lead current from the at least one SMD component to an external circuit, - at least one protection element adapted and arranged to cover all outer surface of the at least one SMD component and at least parts of the metallic wiring , - the at least one SMD component comprises at least one external electrode , wherein the metallic wiring is soldered to the external electrode , wherein the assembly has a structure of a molded module, and wherein the at least one SMD component comprises a rechargeable all solid-state battery. - at least one SMD component , - a metallic wiring adapted and arranged to lead current from the at least one SMD component to an external circuit, - at least one protection element adapted and arranged to cover all outer surface of the at least one SMD component and at least parts of the metallic wiring , - the at least one SMD component comprises at least one external electrode , wherein the metallic wiring is soldered to the external electrode , wherein the assembly has a structure of a molded module, and wherein the at least one SMD component comprises a rechargeable all solid-state battery.
A cooking appliance comprising: a main body forming a machine room ; a cooking chamber arranged below the machine room ; an intermediate flow path formed between the machine room and the cooking chamber by a partition plate , the intermediate flow path including a first suction port formed at the front end thereof through which external air flows into the intermediate flow path and then along the intermediate flow path into a blower device at the rear end of the intermediate flow path, the blower device comprising a fan configured to suction air into the intermediate flow path and a discharge port at the rear of the cooking appliance through which air introduced by the fan is discharged to the outside of the cooking appliance; and an opening portion through which air is introduced toward the intermediate flow path , the opening portion including a first opening portion and a second opening portion through which the air is introduced toward the intermediate flow path , wherein the first opening portion and the second opening portion are formed at the partition plate , wherein the second opening portion is arranged at a farther distance from the fan than the first opening portion and the second opening portion has an area larger than an area of the first opening portion , and wherein air is introduced into the machine room through a second suction port to flow into the intermediate flow path through the first opening portion and the second opening portion . a main body forming a machine room ; a cooking chamber arranged below the machine room ; an intermediate flow path formed between the machine room and the cooking chamber by a partition plate , the intermediate flow path including a first suction port formed at the front end thereof through which external air flows into the intermediate flow path and then along the intermediate flow path into a blower device at the rear end of the intermediate flow path, the blower device comprising a fan configured to suction air into the intermediate flow path and a discharge port at the rear of the cooking appliance through which air introduced by the fan is discharged to the outside of the cooking appliance; and an opening portion through which air is introduced toward the intermediate flow path , the opening portion including a first opening portion and a second opening portion through which the air is introduced toward the intermediate flow path , wherein the first opening portion and the second opening portion are formed at the partition plate , wherein the second opening portion is arranged at a farther distance from the fan than the first opening portion and the second opening portion has an area larger than an area of the first opening portion , and wherein air is introduced into the machine room through a second suction port to flow into the intermediate flow path through the first opening portion and the second opening portion .
Master interface device for controlling remotely at least one medical instrument for investigation or surgical intervention mounted in an endoscope forming part of an endoscopic system , in particular a flexible type in which said or each instrument has three motorised degrees of freedom, namely an ability to perform a translation movement relative to the endoscope, an ability to rotate around itself and an ability to bend the operational distal end of the instrument supporting the tool or similar effector , said master interface device being capable of and designed for delivering control signals, position and/or displacement signals to actuating units controlling the aforementioned three degrees of freedom of the instrument or each instrument concerned, said master interface device comprising at least one manual control handle device and a display screen of a video image of the intervention or investigation site provided by the endoscopic system and, the or each control handle device consisting of a sub-assembly able to be manipulated with the same degrees of freedom as the associated controlled instrument and comprising on the one hand a gripping and manoeuvring shaft , designed to be gripped with the whole hand by the operator , and on the other hand a mounting console supporting said shaft , for example in the form of a bracket, said master interface device being characterised in that the shaft is connected to the mounting console by a pivot connection with an axis (PM) which is offset from said shaft , and in that said console is connected to a support structure forming a fixed reference by a connection with the ability to pivot and perform a translation movement according to the mutually parallel or combined axes (PE, TE), these axes (PM and PE) of the two pivot connections being mutually intersecting, in that the translation and the pivoting of the console control respectively the translation and the rotation around itself of the associated instrument in that the displacement of the shaft relative to the console , along a circular trajectory centered on the pivot axis (PM), controls the bending of the end of the concerned instrument , in that the pivot axes (PM and PE) of the shaft and of the console are substantially perpendicular to one another and in that said shaft is mounted on the console and said console is mounted on the support structure in such a way that the hand of the operator gripping said shaft is located so as to substantially face the pivot connection between the console and the support structure .