mhurhangee/patent-ind-claim-en huggingface dataset:
A compiler device characterised by a shared variable referenceable from both a first user program and a second user program is defined in a source code of the first program, the compiler device comprising: an identifier acquisition part acquiring an identifier of the first user program; a shared variable name generation part generating a shared variable name comprising the identifier and the variable name of the shared variable in the source code of the first user program; a conversion part converting the first user program into machine language; and an address determination part determining an address of the shared variable, wherein the address determination part associates the shared variable name and the address of the shared variable with each other and embeds them in a symbol table in the first user program which has been converted into machine language, wherein the symbol table comprises a correspondence between the shared variable name and the address of the shared variable. an identifier acquisition part acquiring an identifier of the first user program; a shared variable name generation part generating a shared variable name comprising the identifier and the variable name of the shared variable in the source code of the first user program; a conversion part converting the first user program into machine language; and an address determination part determining an address of the shared variable, wherein the address determination part associates the shared variable name and the address of the shared variable with each other and embeds them in a symbol table in the first user program which has been converted into machine language, wherein the symbol table comprises a correspondence between the shared variable name and the address of the shared variable.
Module for forming a mobile protective wall for flood protection, wherein the module has a first end face and a second end face which lies opposite the first end face , wherein the first end face has an undercut groove and the second end face has a protrusion which corresponds to the groove , wherein the protrusion is designed for the detachable formation of a pivot connection with a further module having the first end face , wherein the pivot connection is pivotable about a predeterminable pivot angle, characterized in that a further groove , which is formed substantially equally to the groove of the first end face , is arranged on a first longitudinal side of the module .
A process for forming a metal-supported solid-oxide fuel cell, the process comprising: a. applying an anode layer to a metal substrate; b. applying a doped-ceria green electrolyte to an anode layer; c. removing any solvents and organic matter from the green electrolyte; d. pressing the green electrolyte to increase green electrolyte density; e. heating the green electrolyte at a rate of temperature increase whilst in the temperature range 800°C - 1000°C of in the range 5 - 20°C/minute to form the electrolyte; wherein the electrolyte is sintered in air; and f. applying a cathode material to the electrolyte. a. applying an anode layer to a metal substrate; b. applying a doped-ceria green electrolyte to an anode layer; c. removing any solvents and organic matter from the green electrolyte; d. pressing the green electrolyte to increase green electrolyte density; e. heating the green electrolyte at a rate of temperature increase whilst in the temperature range 800°C - 1000°C of in the range 5 - 20°C/minute to form the electrolyte; wherein the electrolyte is sintered in air; and f. applying a cathode material to the electrolyte.
A method comprising: receiving one or more OFDM signal comprising plural blocks of OFDM subcarriers of a first type and plural blocks of OFDM subcarriers of a second type, wherein the frequencies of the subcarriers of each block of OFDM subcarriers of the first type are contiguous and wherein the plural blocks of subcarriers of the first type are distributed amongst the plural blocks of subcarriers of the second type; for each of the plural blocks of subcarriers of the first type, estimating inter-carrier interference components; estimating inter-carrier interference components for the subcarriers of the second type using the inter-carrier interference components estimated for the plural blocks of subcarriers of the first type; and compensating for inter-carrier interference in the plural blocks of subcarriers of the second type using the inter-carrier interference components estimated for the subcarriers of the second type, thereby to generate plural compensated blocks of subcarriers of the second type, wherein different weightings are applied to the compensated blocks of subcarrriers of the second type. receiving one or more OFDM signal comprising plural blocks of OFDM subcarriers of a first type and plural blocks of OFDM subcarriers of a second type, wherein the frequencies of the subcarriers of each block of OFDM subcarriers of the first type are contiguous and wherein the plural blocks of subcarriers of the first type are distributed amongst the plural blocks of subcarriers of the second type; for each of the plural blocks of subcarriers of the first type, estimating inter-carrier interference components; estimating inter-carrier interference components for the subcarriers of the second type using the inter-carrier interference components estimated for the plural blocks of subcarriers of the first type; and compensating for inter-carrier interference in the plural blocks of subcarriers of the second type using the inter-carrier interference components estimated for the subcarriers of the second type, thereby to generate plural compensated blocks of subcarriers of the second type, wherein different weightings are applied to the compensated blocks of subcarrriers of the second type.
An information processing apparatus communicating with an image forming apparatus , the information processing apparatus comprising: a receiver configured to receive a first document file including multiple sets of encrypted page data of pages; an arranger configured to arrange the sets of the encrypted page data in page order and attach identification information for identifying a page data boundary to each of the arranged sets of the encrypted page data; a generator configured to obtain decoding information for decoding the sets of the encrypted page data from the first document file and generate a second document file including the arranged sets of the encrypted page data and the decoding information disposed before the arranged sets of the encrypted page data; and a transmitter configured to transmit the generated second document file to the image forming apparatus. a receiver configured to receive a first document file including multiple sets of encrypted page data of pages; an arranger configured to arrange the sets of the encrypted page data in page order and attach identification information for identifying a page data boundary to each of the arranged sets of the encrypted page data; a generator configured to obtain decoding information for decoding the sets of the encrypted page data from the first document file and generate a second document file including the arranged sets of the encrypted page data and the decoding information disposed before the arranged sets of the encrypted page data; and a transmitter configured to transmit the generated second document file to the image forming apparatus.
Spillway water system , comprising: - at least one adjustable barrier sluice gate of at least one watercourse and defining: - at least one upstream stretch and at least one downstream stretch of said watercourse arranged upstream and downstream of the sluice gate itself respectively; - at least one spillway point arranged at a spillway height (H) and at which a spillway water flow rate skims which flows from said upstream stretch and flows into said downstream stretch ; said sluice gate comprising adjustment means for adjusting said spillway height (H) the adjustment means being adapted to raise or lower said spillway height (H); - first measurement means for measuring the level of water flowing along said downstream stretch ; - second measurement means for measuring the level of water of said upstream stretch ; - command means of said adjustment means operatively connected to said first and to said second measurement means and configured to raise or lower said spillway height (H) depending on the level measured by said first and said second measurement means ; wherein said command means comprise at least one processing unit for processing a safety level (S) configured to calculate the value of said safety level (S) depending on the level measured by said first and said second measurement means , by increasing or reducing the spillway height (H) of said spillway point when the value of the level measured by said second measurement means is lower or higher respectively than the value of said safety level (S), thus maintaining the level of water of said upstream stretch at a value equal to said safety level (S). - at least one adjustable barrier sluice gate of at least one watercourse and defining: - at least one upstream stretch and at least one downstream stretch of said watercourse arranged upstream and downstream of the sluice gate itself respectively; - at least one spillway point arranged at a spillway height (H) and at which a spillway water flow rate skims which flows from said upstream stretch and flows into said downstream stretch ; said sluice gate comprising adjustment means for adjusting said spillway height (H) the adjustment means being adapted to raise or lower said spillway height (H); - at least one upstream stretch and at least one downstream stretch of said watercourse arranged upstream and downstream of the sluice gate itself respectively; - at least one spillway point arranged at a spillway height (H) and at which a spillway water flow rate skims which flows from said upstream stretch and flows into said downstream stretch ; said sluice gate comprising adjustment means for adjusting said spillway height (H) the adjustment means being adapted to raise or lower said spillway height (H); - first measurement means for measuring the level of water flowing along said downstream stretch ; - second measurement means for measuring the level of water of said upstream stretch ; - command means of said adjustment means operatively connected to said first and to said second measurement means and configured to raise or lower said spillway height (H) depending on the level measured by said first and said second measurement means ;
A catalyst for treating an exhaust gas comprising a blend of: (a) a copper-exchanged first zeolite; and (b) an un-promoted second zeolite that is free of solution exchanged transition metals in at least one of H + form, NH 4 + form, alkali metal form, or alkaline-earth metal form, wherein the copper-exchanged first zeolite and the un-promoted second zeolite have the same framework structure and the framework structure is selected from CHA, AEI, AFX, LEV, and SFW, wherein the un-promoted second zeolite and the copper-exchanged first zeolite are aluminosilicate molecular sieves, and wherein the un-promoted second zeolite and the copper-exchanged first zeolites are present in a relative ratio of 0.1 to 1. wherein the un-promoted second zeolite and the copper-exchanged first zeolite are aluminosilicate molecular sieves, and wherein the un-promoted second zeolite and the copper-exchanged first zeolites are present in a relative ratio of 0.1 to 1.
A vertical awning comprising an awning cloth extendable in a downward direction from a housing via an extending slot , such awning cloth in the form of a wrapping bale being receivable on a reel shaft arranged in the housing and movable forwards and backwards in the direction of extension, with the housing comprising a support trough associated with the wrapping bale and, at least in the region of its internal surface, consisting of plastics, and further comprising a bipartite housing jacket consisting of two circumferential sections adjoining each other, characterized in that the housing jacket comprises a first circumferential section enclosing only the region below the reel shaft , forming the support trough , and a second circumferential section enclosing the remaining circumferential section of the housing jacket comprising the housing rear side as well as a top and front housing limitation adjoining the housing rear side, such housing limitation ending with a gap next to the extending slot , bridged by a first circumferential section designed as a support trough , and being in supporting engagement with the facing end of the first circumferential section, designed as a support trough , such circumferential section in the region of its opposite end facing the extending slot exhibiting a thickened cross section forming a guiding surface for the awning cloth extending through the extending slot and is thus attachable to the housing lock plates attachable to the end faces of the second circumferential section .
An image pickup apparatus which an accessory is attachable to, detachable from, and communicable with, the accessory being different from a lens unit, the image pickup apparatus comprising: a power supply unit configured to supply power to the accessory; and a control unit configured to control a power supply from the power supply unit to the accessory, wherein the image pickup apparatus is configured to transition from a normal operating state to a power-saving state that includes a first power-saving state in which a power supply switch of the image pickup apparatus is turned off, and a second power-saving state in which power is automatically turned off when a non-operating state continues for a predetermined time, characterized in that when the image pickup apparatus is not in the first power-saving state or the second power-saving state, the control unit receives, as power supply necessity/unnecessity information, from the accessory both first information indicating whether or not the power supply from the image pickup apparatus to the accessory is requested when the image pickup apparatus is in the first power-saving state, and second information indicating whether or not the power supply from the image pickup apparatus to the accessory is requested when the image pickup apparatus is in the second power-saving state, and wherein the control unit causes the power supply unit to supply the power to the accessory in the power-saving state in a case where the power supply necessity/unnecessity information indicates a request for the power supply. a power supply unit configured to supply power to the accessory; and a control unit configured to control a power supply from the power supply unit to the accessory, wherein the image pickup apparatus is configured to transition from a normal operating state to a power-saving state that includes a first power-saving state in which a power supply switch of the image pickup apparatus is turned off, and a second power-saving state in which power is automatically turned off when a non-operating state continues for a predetermined time, characterized in that when the image pickup apparatus is not in the first power-saving state or the second power-saving state, the control unit receives, as power supply necessity/unnecessity information, from the accessory both first information indicating whether or not the power supply from the image pickup apparatus to the accessory is requested when the image pickup apparatus is in the first power-saving state, and second information indicating whether or not the power supply from the image pickup apparatus to the accessory is requested when the image pickup apparatus is in the second power-saving state, and wherein the control unit causes the power supply unit to supply the power to the accessory in the power-saving state in a case where the power supply necessity/unnecessity information indicates a request for the power supply.
A network system (1; 2; 3) comprising: an electric power system including a first power supply system and a second power supply system as redundant systems; a higher-level device connected to a first power supply of the first power supply system and a second power supply of the second power supply system ; a first intermediate device (21; 23) connected to the higher-level device so as to communicate with the higher-level device , the first intermediate device (21; 23) being configured to control supply of an electric power to a first lower-level device ; and a second intermediate device (22; 24) connected to the higher-level device so as to communicate with the higher-level device , the second intermediate device (22; 24) being configured to control supply of an electric power to a second lower-level device that is a redundant component for the first lower-level device , characterized in that : the first intermediate device (21; 23) and the second intermediate device (22; 24) are connected to the first power supply of the first power supply system and the second power supply of the second power supply system respectively; and the first power supply system and the second power supply system are independent from one another. an electric power system including a first power supply system and a second power supply system as redundant systems; a higher-level device connected to a first power supply of the first power supply system and a second power supply of the second power supply system ; a first intermediate device (21; 23) connected to the higher-level device so as to communicate with the higher-level device , the first intermediate device (21; 23) being configured to control supply of an electric power to a first lower-level device ; and a second intermediate device (22; 24) connected to the higher-level device so as to communicate with the higher-level device , the second intermediate device (22; 24) being configured to control supply of an electric power to a second lower-level device that is a redundant component for the first lower-level device , characterized in that : the first intermediate device (21; 23) and the second intermediate device (22; 24) are connected to the first power supply of the first power supply system and the second power supply of the second power supply system respectively; and the first power supply system and the second power supply system are independent from one another. the first intermediate device (21; 23) and the second intermediate device (22; 24) are connected to the first power supply of the first power supply system and the second power supply of the second power supply system respectively; and the first power supply system and the second power supply system are independent from one another.
A convection-enhanced-delivery (CED) device , comprising: a micro-tip having a proximal portion comprising first and second legs , a central portion , a distal portion, a first fluid channel extending along the first leg of the proximal portion, the central portion , and the distal portion, and a second fluid channel extending along the second leg of the proximal portion, the central portion , and the distal portion, the first and second fluid channels each having an outlet port at a distal end thereof and an inlet port at a proximal end thereof; a first outer sheath disposed coaxially over the distal portion of the micro-tip such that the distal portion of the micro-tip protrudes from a distal end of the first outer sheath; a first tissue-receiving space defined between an exterior surface of the micro-tip and an interior surface of the distal end of the first outer sheath; a catheter body extending proximally from the micro-tip such that the first and second fluid channels of the micro-tip are in fluid communication with respective first and second inner lumens of the catheter body ; and a nose portion disposed over at least the central portion of the micro-tip and extending between the first outer sheath and the catheter body such that the nose portion defines an exterior surface that tapers from a reduced distal diameter corresponding to the outside diameter of the first outer sheath to an enlarged proximal diameter corresponding to the outside diameter of the catheter body . a micro-tip having a proximal portion comprising first and second legs , a central portion , a distal portion, a first fluid channel extending along the first leg of the proximal portion, the central portion , and the distal portion, and a second fluid channel extending along the second leg of the proximal portion, the central portion , and the distal portion, the first and second fluid channels each having an outlet port at a distal end thereof and an inlet port at a proximal end thereof; a first outer sheath disposed coaxially over the distal portion of the micro-tip such that the distal portion of the micro-tip protrudes from a distal end of the first outer sheath; a first tissue-receiving space defined between an exterior surface of the micro-tip and an interior surface of the distal end of the first outer sheath; a catheter body extending proximally from the micro-tip such that the first and second fluid channels of the micro-tip are in fluid communication with respective first and second inner lumens of the catheter body ; and a nose portion disposed over at least the central portion of the micro-tip and extending between the first outer sheath and the catheter body such that the nose portion defines an exterior surface that tapers from a reduced distal diameter corresponding to the outside diameter of the first outer sheath to an enlarged proximal diameter corresponding to the outside diameter of the catheter body .
An air supply and extract vent comprising: a main body having an open channel extending therethrough and including fixing means for securing the main body within a ventilation aperture of a structure; an airflow damper support configured to be at least partially received within the main body and having an airflow channel extending therethrough; an airflow damper mounted to the airflow damper support; wherein the position of the airflow damper is adjustable relative to the airflow damper support to vary the airflow through the airflow channel, characterized in that the airflow damper support is releasably secured to the main body such that the airflow damper support and the airfow damper may be disconnected from the main body while retaining said relative position between the airflow damper and the airflow damper support . a main body having an open channel extending therethrough and including fixing means for securing the main body within a ventilation aperture of a structure; an airflow damper support configured to be at least partially received within the main body and having an airflow channel extending therethrough; an airflow damper mounted to the airflow damper support; wherein the position of the airflow damper is adjustable relative to the airflow damper support to vary the airflow through the airflow channel, characterized in that the airflow damper support is releasably secured to the main body such that the airflow damper support and the airfow damper may be disconnected from the main body while retaining said relative position between the airflow damper and the airflow damper support .