mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a scroll member (26; 24) used in a compression mechanism installed in a scroll compressor ; the method for manufacturing a scroll member comprising the steps of: (a) forming cast iron and obtaining an iron casting (261; 241) having a spiraling part (261b; 241b) extending in a spiraling formation and a fixing part with the spiraling part extending from an upper surface thereof; and (b) cutting the iron casting obtained in step (a) and obtaining the scroll member; wherein the iron casting obtained in step (a) is designed so that a height (d6) of the spiraling part obtained in step (a) measured from the upper surface of the fixing part in a specified portion (2612, 2613; 2412, 2413) of the spiraling part is greater than the height (h6) of the same portion after step (b) is performed; and the specified portion is positioned at least at an end (2611; 2411) in a center side of the spiral, characterized in that the iron casting obtained in step (a) is designed so that a thickness (d1, d2) of the spiraling part obtained in step (a) in the specified portion (2612, 2613; 2412, 2413) of the spiraling part is greater than the thickness (h1, h2) of the same portion after step (b) is performed. (a) forming cast iron and obtaining an iron casting (261; 241) having a spiraling part (261b; 241b) extending in a spiraling formation and a fixing part with the spiraling part extending from an upper surface thereof; and (b) cutting the iron casting obtained in step (a) and obtaining the scroll member;
Process for manufacturing an alloy of iron, nickel and chromium, for reformer tubes, comprising from 22 to 30% by weight of Cr, from 20% to 45% by weight of Ni, from 0.3 to 0, 6% by weight of C and presenting a microstructure with an austenitic matrix such that: i) micrometric primary precipitates in the form of M 23 C 6 type carbides with M=Fe, Ni or Cr and/or type M (C,N) with M=Nb or Ti are formed during the solidification of the alloy; ii) nanometric secondary precipitates in the form of M 23 C 6 type carbides with M=Fe, Ni or Cr and M (C,N) type with M=Nb or Ti are formed during the commissioning of the tube; And iii) a quantity of Ni 16 Si 7 Nb 6 type intermetallic precipitates comprised between 0.1 and 0.3% is formed during use of the tube, said process comprising a heat treatment of said alloy carried out in two stages: a) a first heat treatment step at temperatures between 700°C and 800°C with a stage of 10h to 100h, and b) a second heat treatment step under operating conditions of the reforming furnace having as source a source of hydrocarbons and undergoing a pressure varying between 1 and 4 MPa, and a temperature between 900°C and 1000°C. i) micrometric primary precipitates in the form of M 23 C 6 type carbides with M=Fe, Ni or Cr and/or type M (C,N) with M=Nb or Ti are formed during the solidification of the alloy; ii) nanometric secondary precipitates in the form of M 23 C 6 type carbides with M=Fe, Ni or Cr and M (C,N) type with M=Nb or Ti are formed during the commissioning of the tube; And iii) a quantity of Ni 16 Si 7 Nb 6 type intermetallic precipitates comprised between 0.1 and 0.3% is formed during use of the tube, a) a first heat treatment step at temperatures between 700°C and 800°C with a stage of 10h to 100h, and b) a second heat treatment step under operating conditions of the reforming furnace having as source a source of hydrocarbons and undergoing a pressure varying between 1 and 4 MPa, and a temperature between 900°C and 1000°C.
A distributor tube for use in a heat exchanger having an inlet manifold fluidly connected to an outlet manifold by a plurality of generally parallel tubes , said distributor tube comprising: a first open end adapted for communication with a refrigerant source; an opposing second closed end; and a plurality of non-circular openings disposed along the length of the distributor tube between the first end and the second end , wherein each of the plurality of openings is a slot wherein the longitudinal direction of each of the slots is angularly arranged relative to the longitudinal direction of the distributor tube wherein adjacent slots are angularly arranged relative to the longitudinal direction of the distributor tube in opposing directions or wherein each of the plurality of openings is formed by a plurality of intersecting slots extending from a common center. a first open end adapted for communication with a refrigerant source; an opposing second closed end; and
System comprising: - a microelectronic device comprising a substrate exposed on a face of the device, the substrate comprising at least one electrically conductive element , and an electrical connection member in electrical continuity with the element and comprising at least one rod projecting over the face of the device, - and a complementary microelectronic device comprising at least one complementary electrically conductive element and a terminal which is electrically connected to the complementary element and which is exposed on a face of the complementary device , system wherein the connection member comprises an inorganic anchoring portion covering the element and in that the rod comprises a portion buried in the anchoring portion followed by a portion projecting over the face of the device, the projecting portion of the at least one rod being inserted in the terminal . - a microelectronic device comprising a substrate exposed on a face of the device, the substrate comprising at least one electrically conductive element , and an electrical connection member in electrical continuity with the element and comprising at least one rod projecting over the face of the device, - and a complementary microelectronic device comprising at least one complementary electrically conductive element and a terminal which is electrically connected to the complementary element and which is exposed on a face of the complementary device ,
A system including a secure container , a processor and a memory , wherein said secure container is configured to operate at least in first and second operating modes, wherein only one of said operating modes can be activate in the secure container at a time, wherein the secure container comprises first and second private keys uniquely allocated to the secure container, wherein said first private key is specific to said first operating mode and said second private key is specific to said second operating mode, wherein the memory comprises a first set of instructions that, when executed by the processor, cause said secure container to handle internal data and communications with external entities using the first private key when the first operating mode is activate and using the second private key when the second operating mode is activate, wherein the memory comprises a second set of instructions that, when executed by the processor, cause said secure container to automatically clear the first private key in response to a request for enabling a software module (FM) targeting the second operating mode, wherein the secure container is configured to prevent the update of the first private key after its clearing and wherein the secure container is configured to automatically use the first operating mode if the first private key has not been cleared and to automatically use the second operating mode if the first private key has been cleared. wherein said secure container is configured to operate at least in first and second operating modes, wherein only one of said operating modes can be activate in the secure container at a time, wherein the secure container comprises first and second private keys uniquely allocated to the secure container, wherein said first private key is specific to said first operating mode and said second private key is specific to said second operating mode, wherein the memory comprises a first set of instructions that, when executed by the processor, cause said secure container to handle internal data and communications with external entities using the first private key when the first operating mode is activate and using the second private key when the second operating mode is activate, wherein the memory comprises a second set of instructions that, when executed by the processor, cause said secure container to automatically clear the first private key in response to a request for enabling a software module (FM) targeting the second operating mode, wherein the secure container is configured to prevent the update of the first private key after its clearing and wherein the secure container is configured to automatically use the first operating mode if the first private key has not been cleared and to automatically use the second operating mode if the first private key has been cleared.
A disposable fluid circuit for peritoneal dialysis, comprising: a plurality of fluid lines and a manifold with two manifold parts connecting the fluid lines and allowing flow between any of the respective lines; an empty batch container and concentrate containers interconnected by the fluid lines and the manifold ; and a pump tubing segment arranged to interconnect the two manifold parts of the manifold for flow therethrough the fluid circuit being configured to be actuated by a predefined fluid management system to define multiple flow paths therewithin; said fluid circuit further having a port with a connector for a patient access ; the concentrate containers being prefilled with concentrate. a plurality of fluid lines and a manifold with two manifold parts connecting the fluid lines and allowing flow between any of the respective lines; an empty batch container and concentrate containers interconnected by the fluid lines and the manifold ; and a pump tubing segment arranged to interconnect the two manifold parts of the manifold for flow therethrough the fluid circuit being configured to be actuated by a predefined fluid management system to define multiple flow paths therewithin; said fluid circuit further having a port with a connector for a patient access ; the concentrate containers being prefilled with concentrate.
Pollution removal composition including: (a) at least one neutralizing agent, (b) at least one absorbent agent, and (c) at least one texturing mixture which is a mixture of silica gel and of an amphoteric texturing agent whose two pKa (pKa 1 and pKa 2 , pKa 1 being less than pKa 2 ) meet the following conditions: pKa 1 > 2 , pKa 2 < 12 , and 5 < pKa 1 + pKa 2 / 2 < 10 , said neutralizing agent being selected from calcium carbonate, magnesium carbonate, magnesium oxide, monobasic sodium citrate, succinic acid and their mixtures, and preferably from calcium carbonate, monobasic sodium citrate and their mixtures, said absorbent agent being selected from polymers and copolymers of the sodium polyacrylate type, said absorbent agent being present in a quantity ranging from 1% to 20% by weight with respect to the total weight of the composition, said amphoteric texturing agent being selected from the group comprising sodium bicarbonate, potassium bicarbonate, disodium citrate, and the amino acids and their salts, such as glycine, glutamic acid, sodium glutamate, and their mixtures, the texturing mixture being present in a quantity ranging from 5% to 90% by weight with respect to the total weight of the composition, said silica gel being present in an amount ranging from 1 to 90% by weight with respect to the weight of the texturing mixture, the remaining quantity being the amphoteric texturing agent. (a) at least one neutralizing agent, (b) at least one absorbent agent, and (c) at least one texturing mixture which is a mixture of silica gel and of an amphoteric texturing agent whose two pKa (pKa 1 and pKa 2 , pKa 1 being less than pKa 2 ) meet the following conditions: pKa 1 > 2 , pKa 2 < 12 , and 5 < pKa 1 + pKa 2 / 2 < 10 ,
A transmission unit for mounting in a rearview mirror of a vehicle , the transmission unit comprising: a transmitter circuit configured to transmit control signals for operating a plurality of remote electronic devices ; a scanning device configured to capture scan data; and a controller in communication with the scanning device , wherein the controller is configured to: receive the scan data; determine a first identity of a first user based on the scan data; identify a first finger and a second finger of the first user based on the scan data; access a first user profile based on the first identity, wherein the first user profile comprises a first control signal and a second control signal configured to control a first remote electronic device and a second remote electronic device , respectively; in response to receiving the scan data representing the first finger , transmit the first control signal with the transmitter circuit to control the first remote electronic device ; and in response to receiving the scan data representing the second finger , transmit the second control signal with the transmitter circuit to control the second remote electronic device . a transmitter circuit configured to transmit control signals for operating a plurality of remote electronic devices ; a scanning device configured to capture scan data; and a controller in communication with the scanning device , wherein the controller is configured to: receive the scan data; determine a first identity of a first user based on the scan data; identify a first finger and a second finger of the first user based on the scan data; access a first user profile based on the first identity, wherein the first user profile comprises a first control signal and a second control signal configured to control a first remote electronic device and a second remote electronic device , respectively; in response to receiving the scan data representing the first finger , transmit the first control signal with the transmitter circuit to control the first remote electronic device ; and in response to receiving the scan data representing the second finger , transmit the second control signal with the transmitter circuit to control the second remote electronic device . receive the scan data; determine a first identity of a first user based on the scan data; identify a first finger and a second finger of the first user based on the scan data; access a first user profile based on the first identity, wherein the first user profile comprises a first control signal and a second control signal configured to control a first remote electronic device and a second remote electronic device , respectively; in response to receiving the scan data representing the first finger , transmit the first control signal with the transmitter circuit to control the first remote electronic device ; and in response to receiving the scan data representing the second finger , transmit the second control signal with the transmitter circuit to control the second remote electronic device .
A method of patterning a cylindrical tool , comprising: providing a stamp comprising a base and a layer of solid state ionic conductor thereon; applying a negative of a predetermined pattern of features to a major surface of the solid state ionic conductor, wherein the predetermined pattern of features comprises a plurality of 3-dimensional relief structures; providing a cylindrical tool having a metallic surface positioned proximate the stamp ; applying an electric field between the metallic surface and a cathode while moving the stamp against the metallic surface in rolling line contact so as to impart the predetermined pattern of features onto the metallic surface , wherein the cathode is either the base or a conductive element positioned adjacent to the base, and further wherein a portion of the metallic surface is oxidized, thereby generating metal ions and free electrons, additionally wherein said metal ions migrate through the solid state ionic conductor to the cathode where they are reduced, and the free electrons migrate to the metallic surface , thereby imparting a positive of the predetermined pattern of features to the metallic surface , optionally wherein the positive of the predetermined pattern of features comprises a plurality of nano-sized features. providing a stamp comprising a base and a layer of solid state ionic conductor thereon; applying a negative of a predetermined pattern of features to a major surface of the solid state ionic conductor, wherein the predetermined pattern of features comprises a plurality of 3-dimensional relief structures; providing a cylindrical tool having a metallic surface positioned proximate the stamp ; applying an electric field between the metallic surface and a cathode while moving the stamp against the metallic surface in rolling line contact so as to impart the predetermined pattern of features onto the metallic surface , wherein the cathode is either the base or a conductive element positioned adjacent to the base, and further wherein a portion of the metallic surface is oxidized, thereby generating metal ions and free electrons, additionally wherein said metal ions migrate through the solid state ionic conductor to the cathode where they are reduced, and the free electrons migrate to the metallic surface , thereby imparting a positive of the predetermined pattern of features to the metallic surface , optionally wherein the positive of the predetermined pattern of features comprises a plurality of nano-sized features.
A drive mechanism comprising: - a rotatable rod that includes rod parts which are separated by a boundary along a central axis (I), the rod parts each being independently movable along the central axis (I); - an outer cylinder that has longitudinal grooves each extending along the central axis (I), characterized by - a support member (A, B) having a slide groove that is in the form of a ring and that surrounds the rotatable rod ; and wherein - the outer cylinder is disposed between the rotatable rod and the support member (A, B), - the rod parts have respective protrusions that stick out from side surfaces of the respective rod parts , - the protrusions are configured to slide in the slide groove and the longitudinal grooves , - the rod parts having the respective protrusions and the slide groove are configured such that sliding of each of the protrusions in the slide groove causes a corresponding one of the rod parts to move along the central axis (I), and - the protrusions and the outer cylinder are configured such that rotation of the outer cylinder about the central axis (I) causes each of the protrusions to slide in the slide groove and the longitudinal grooves and causes the rod parts to rotate about the central axis . - a rotatable rod that includes rod parts which are separated by a boundary along a central axis (I), the rod parts each being independently movable along the central axis (I); - an outer cylinder that has longitudinal grooves each extending along the central axis (I), - a support member (A, B) having a slide groove that is in the form of a ring and that surrounds the rotatable rod ; and - the outer cylinder is disposed between the rotatable rod and the support member (A, B), - the rod parts have respective protrusions that stick out from side surfaces of the respective rod parts , - the protrusions are configured to slide in the slide groove and the longitudinal grooves , - the rod parts having the respective protrusions and the slide groove are configured such that sliding of each of the protrusions in the slide groove causes a corresponding one of the rod parts to move along the central axis (I), and - the protrusions and the outer cylinder are configured such that rotation of the outer cylinder about the central axis (I) causes each of the protrusions to slide in the slide groove and the longitudinal grooves and causes the rod parts to rotate about the central axis .
A method, comprising: receiving , by a user equipment in or entering a dual connectivity mode, information on data radio bearer transmission configuration from a primary serving cell which indicates configuration of data radio bearer transmission in at least one secondary serving cell, wherein the information on data radio bearer configuration comprises an indicator which indicates that the data radio bearer transmission is configured for the at least one secondary serving cell, and the information on data radio bearer transmission configuration is received in a data radio bearer add or modify message, and the data radio bearer add or modify message is received in a radio resource control message; and transmitting data according to the configuration. receiving , by a user equipment in or entering a dual connectivity mode, information on data radio bearer transmission configuration from a primary serving cell which indicates configuration of data radio bearer transmission in at least one secondary serving cell, wherein the information on data radio bearer configuration comprises an indicator which indicates that the data radio bearer transmission is configured for the at least one secondary serving cell, and the information on data radio bearer transmission configuration is received in a data radio bearer add or modify message, and the data radio bearer add or modify message is received in a radio resource control message; and transmitting data according to the configuration.
Display device for a timepiece which comprises a counting wheel (125; 225a, 225b; 325; 425) and a manual control mechanism (25, 135; 235; 335; 435) arranged to permit cyclical starting, stopping and resetting of the counting wheel, the display device comprising an indicating member (15, 17; 115; 215, 217; 315; 415) and means permitting the indicating member to be moved into a reading position following stopping of the counting wheel, the reading position being determined by the position of the counting wheel, characterised in that the display device comprises means for moving the indicating member to a first predefined position when the counting wheel is being reset, and for moving the indicating member to a second predefined position (Start), different from the first predefined position, when the counting wheel is being started.
Retractable keel apparatus for a ship, in particular a sailboat, which has a lifting device for a lowerable and retractable fin device that is provided with a fin and a fin head plate arranged thereon, when the fin is lowered the fin head plate coming into contact with a keel receptacle provided to be connected permanently to a ship's hull, the keel receptacle also being provided with a locking device, with which a releasable connection or interlock between the fin head plate and the keel receptacle can be produced, characterized in that the locking device is provided with at least one pivotable bolt, which can be arranged in a release position and in a locking position, the bolt gripping the fin head plate with a recess when in the locking position.