mhurhangee/patent-ind-claim-en huggingface dataset:
A method for updating virtual memory addresses of target application functionalities for an updated version of application binary code , the method comprising: storing a plurality of virtual address mapping tables , each virtual address mapping table associated with application binary code of a corresponding one of a plurality of applications registered with a high-level operating system , each virtual address mapping table comprising a plurality of virtual addresses of the application binary code mapped to corresponding target application functionalities in the application binary code , wherein the plurality of virtual addresses are also mapped to corresponding target functionality points in application source code ; in response to receiving an updated version of the application binary code , selecting a pseudo binary code template associated with one or more of the plurality of virtual addresses in the virtual address mapping table , wherein the pseudo binary code template comprises a sequence of operation statements using symbolic representation for storage locations in memory and pseudo-registers for local variables; matching the pseudo binary code template to binary instructions in the updated version of the application binary code , wherein said matching comprises using the sequence of operation statements to identify a region in the updated version of the application binary code that implements an exact functionality; when a match is detected, determining new virtual addresses corresponding to the updated version of the application binary code ; and updating the virtual address mapping table with the new virtual addresses . storing a plurality of virtual address mapping tables , each virtual address mapping table associated with application binary code of a corresponding one of a plurality of applications registered with a high-level operating system , each virtual address mapping table comprising a plurality of virtual addresses of the application binary code mapped to corresponding target application functionalities in the application binary code , wherein the plurality of virtual addresses are also mapped to corresponding target functionality points in application source code ; in response to receiving an updated version of the application binary code , selecting a pseudo binary code template associated with one or more of the plurality of virtual addresses in the virtual address mapping table , wherein the pseudo binary code template comprises a sequence of operation statements using symbolic representation for storage locations in memory and pseudo-registers for local variables; matching the pseudo binary code template to binary instructions in the updated version of the application binary code , wherein said matching comprises using the sequence of operation statements to identify a region in the updated version of the application binary code that implements an exact functionality; when a match is detected, determining new virtual addresses corresponding to the updated version of the application binary code ; and updating the virtual address mapping table with the new virtual addresses .
A patient support (10; 110; 210) comprising: a first cushioning layer, said first cushioning layer comprising a bladder layer (26; 126; 226) with a plurality of inflatable bladders (26a, 126a; 226a); a second cushioning layer comprising a gel layer (28; 228; 328) adjacent said bladder layer (26; 126; 226), said first and second cushioning layers being arranged such that their supporting surfaces when unloaded are generally arranged in a plane; and each of said inflatable bladders (26a, 126a; 226a) having a hexagonal cross-section, said gel layer (28; 228; 328) including a plurality of hexagonal gel footings , wherein when said gel footings are adjacent with the adjacent bladders they thereby interlock the each gel footings with each adjacent bladder (26a; 126a; 226a) to provide lateral and longitudinal support to the first cushioning layer. a first cushioning layer, said first cushioning layer comprising a bladder layer (26; 126; 226) with a plurality of inflatable bladders (26a, 126a; 226a); a second cushioning layer comprising a gel layer (28; 228; 328) adjacent said bladder layer (26; 126; 226), said first and second cushioning layers being arranged such that their supporting surfaces when unloaded are generally arranged in a plane; and each of said inflatable bladders (26a, 126a; 226a) having a hexagonal cross-section, said gel layer (28; 228; 328) including a plurality of hexagonal gel footings , wherein when said gel footings are adjacent with the adjacent bladders they thereby interlock the each gel footings with each adjacent bladder (26a; 126a; 226a) to provide lateral and longitudinal support to the first cushioning layer.
Train control system supporting operation on lines equipped with ETCS «Full Supervision» mode operating in ETCS levels 1 or 2, characterized by the system is adapted with an onboard function translating a «Full Supervision» movement authority into a «Limited Supervision» movement authority, wherein the onboard function is enabled or disabled by additional information added to the Full supervision movement authority in a special data packet 44 of the ETCS standard.
A reciprocal saw for cutting an item comprising: a. a handle ; b. a cutting blade distal from the handle ; c. a chassis between the handle and the cutting blade , wherein the chassis contains a motor and comprises a receiving area thereupon, wherein the receiving area may receive the item , d. a clamp attached to the chassis proximal to the cutting blade , the clamp having an open position and a closed position, wherein the clamp has a pivot and a clamp jaw distal from the pivot , wherein in the closed position the clamp jaw is adjacent to the receiving area , wherein in the open position the clamp jaw is not adjacent to the receiving area , wherein when the reciprocal saw is moved, the item may be held by the clamp ; and wherein the clamp jaw holds the item against the chassis , and wherein when the item is received within the receiving area , characterized by when the handle is moved in a direction away from the item then the item pulls the clamp jaw into the open position and the clamp jaw then holds the item. a. a handle ; b. a cutting blade distal from the handle ; c. a chassis between the handle and the cutting blade , wherein the chassis contains a motor and comprises a receiving area thereupon, wherein the receiving area may receive the item , d. a clamp attached to the chassis proximal to the cutting blade , the clamp having an open position and a closed position, wherein the clamp has a pivot and a clamp jaw distal from the pivot , wherein in the closed position the clamp jaw is adjacent to the receiving area , wherein in the open position the clamp jaw is not adjacent to the receiving area , wherein when the reciprocal saw is moved, the item may be held by the clamp ; and wherein the clamp jaw holds the item against the chassis , and wherein when the item is received within the receiving area , characterized by
A process for preparing 2,3,3,3-tetrafluoropropene (CF 3 CF=CH 2 , HFC-1234yf), the process comprising dehydrohalogenating 1,1,1,2,3-pentafluoropropane (CH 2 FCHFCF 3 , HFC-245eb) and/or 1,1,1,2-tetrafluoro-3-chloropropane in the presence of a base, the process further comprising the step of fluorinating 1,1,1-trifluoro-2,3-dichloropropane to HFC-245eb and/or 1,1,1,2-tetrafluoro-3-chloropropane.
A dispenser assembly for solid units, the dispenser assembly comprising: an outer sleeve comprising an end , a first sidewall extending from the end of the outer sleeve , and a second sidewall extending from the end of the outer sleeve , the first sidewall having a window proximate to the end of the outer sleeve and at least one groove , the second sidewall being disposed inboard of the first sidewall ; an inner housing inserted into the outer sleeve , the inner housing comprising an end with an opening therein leading to a compartment configured for storing the solid units, the inner housing further having a housing sealing surface , the inner housing further comprising an inner housing body portion and at least one button portion extending outwardly from the inner housing body portion, wherein the outer sleeve is configured to rotate relative to the inner housing between a SEALED position corresponding to the second sidewall forming a moisture tight seal with the housing sealing surface , and a DISPENSING position corresponding to the second sidewall being disengaged with the housing sealing surface in order to allow at least one of the solid units to be dispensed through the window , characterized in that the at least one button portion and the at least one groove form a cam between the outer sleeve and the inner housing , such that if the outer sleeve rotates relative to the inner housing between the SEALED position and the DISPENSING position, the cam causes the inner housing to translate axially relative to the outer sleeve and the at least one button portion rotates within the at least one groove . an outer sleeve comprising an end , a first sidewall extending from the end of the outer sleeve , and a second sidewall extending from the end of the outer sleeve , the first sidewall having a window proximate to the end of the outer sleeve and at least one groove , the second sidewall being disposed inboard of the first sidewall ; an inner housing inserted into the outer sleeve , the inner housing comprising an end with an opening therein leading to a compartment configured for storing the solid units, the inner housing further having a housing sealing surface , the inner housing further comprising an inner housing body portion and at least one button portion extending outwardly from the inner housing body portion, wherein the outer sleeve is configured to rotate relative to the inner housing between a SEALED position corresponding to the second sidewall forming a moisture tight seal with the housing sealing surface , and a DISPENSING position corresponding to the second sidewall being disengaged with the housing sealing surface in order to allow at least one of the solid units to be dispensed through the window ,
A method for processing oxygenated hydrocarbons to remove oxygen and to form a hydroisomerized and/or dewaxed hydrocarbon product, which process comprises the following steps: providing a feedstock comprising (i) at least 1.2 wt% oxygen content and (ii) at least 2 wt% water content, wherein the feedstock comprises at least 15% by weight of compounds containing at least 6 carbons; and contacting the feedstock with a catalyst composition under conditions sufficient to (a) at least partially deoxygenate the feedstock and (b) at least partially hydroisomerize and/or dewax the feedstock, to form a product, wherein the product exhibits (iii) an oxygen content at least 30% lower than the feedstock oxygen content, and one or more of (iv) an iso-paraffin content that is at least 20% higher than the iso-paraffin content of the feedstock, (v) a pour point of a diesel boiling range fraction thereof that is no greater than -10°C, and (vi) a cloud point of a diesel boiling range fraction thereof that is no greater than -5°C, and wherein the catalyst composition is capable of hydroisomerization and/or dewaxing and comprises a zeolitic support selected from ZSM-5, ZSM-48, ZSM-23, and combinations thereof, at least one active metal compound comprising either (i) a Group VIII noble metal selected from platinum and/or palladium or (ii) a Group VIII non-noble metal selected from nickel, cobalt, iron and combinations thereof, and a Group VIB metal selected from molybdenum and/or tungsten deposited thereon, and a hydrophilic, hydrothermally-stable binder comprising an oxide, of one or more metals selected from titanium, zirconium, vanadium, molybdenum, manganese, and cerium,. providing a feedstock comprising (i) at least 1.2 wt% oxygen content and (ii) at least 2 wt% water content, wherein the feedstock comprises at least 15% by weight of compounds containing at least 6 carbons; and contacting the feedstock with a catalyst composition under conditions sufficient to (a) at least partially deoxygenate the feedstock and (b) at least partially hydroisomerize and/or dewax the feedstock, to form a product,
Method for producing low-pressure turbine blades from a TiAl material using a selective laser melting method, individual preheating for each of the low-pressure turbine blades that have already been partially produced taking place by induction heating during production in the selective laser melting method, and the selective laser melting method being carried out under protective gas, characterized in that - a plurality of low-pressure turbine blades are produced simultaneously in a process space by means of selective laser melting, - each low-pressure turbine blade being subjected to temperature monitoring during production by means of selective laser melting and - the result of this being made available in particular to an open-loop and/or closed-loop control unit for the open-loop and/or closed-loop control of an individual induction coil for the inductive heating of each individual low-pressure turbine blade and - the protective gas atmosphere has impurities of oxygen, nitrogen and water vapor of in each case less than or equal to 10 ppm. - a plurality of low-pressure turbine blades are produced simultaneously in a process space by means of selective laser melting, - each low-pressure turbine blade being subjected to temperature monitoring during production by means of selective laser melting and - the result of this being made available in particular to an open-loop and/or closed-loop control unit for the open-loop and/or closed-loop control of an individual induction coil for the inductive heating of each individual low-pressure turbine blade and - each low-pressure turbine blade being subjected to temperature monitoring during production by means of selective laser melting and - the result of this being made available in particular to an open-loop and/or closed-loop control unit for the open-loop and/or closed-loop control of an individual induction coil for the inductive heating of each individual low-pressure turbine blade and - the protective gas atmosphere has impurities of oxygen, nitrogen and water vapor of in each case less than or equal to 10 ppm.
Arrangement having a tachograph and an external memory device , wherein the tachograph stores driver- and/or vehicle-oriented data (D) digitally in an internal memory and has an interface for transmitting the driver- and/or vehicle-oriented data (D) to the external memory device , wherein the interface is an interface that is configured so as to be freely accessible on the front panel of the tachograph and that is configured for a transmission of authentication data (A) and for a transmission of the driver- and/or vehicle-oriented data (D) on the basis thereof, and the interface is a K-line diagnostic interface according to ISO 9141, wherein the external memory device contains a radio module for wirelessly transmitting the authentication data (A) and the driver- and/or vehicle-oriented data (D).
An iron with power cord winded up, comprising a main body and an electric heater arranged inside the main body , wherein, the electric heater is connected with a power cord extending out of the main body , an outer surface of an upper portion of the main body is depressed inward to form a handle portion , the power cord is arranged to be winded around the handle portion , an engagement part is provided around an outer periphery of the main body , an engagement counterpart is engaged with the engagement part , and the power cord is detachably fastened by the engagement counterpart , characterised in that the engagement counterpart is arranged to be driven to move relative to the engagement part after the power cord is winded up on the handle portion to change a position where the power cord is to be fastened by the engagement counterpart .
A display comprising; a substrate ; a light-emitting diode formed on the substrate ; a microlens array that is formed over the light-emitting diode , wherein the microlens array comprises a plurality of first microlenses and wherein the microlens array has a first width ; and a second microlens that conforms to and covers the microlens array , wherein the second microlens has a second width that is greater than the first width, wherein each one of the first microlenses is formed from a first material having a first index of refraction and wherein the second microlens is formed from a second material having a second index of refraction that is less than the first index of refraction; characterised by a low-index layer that is interposed between the light-emitting diode and the microlens array , wherein the low-index layer has a third index of refraction that is less than the second index of refraction and the first index of refraction. a substrate ; a light-emitting diode formed on the substrate ; a microlens array that is formed over the light-emitting diode , wherein the microlens array comprises a plurality of first microlenses and wherein the microlens array has a first width ; and a second microlens that conforms to and covers the microlens array , wherein the second microlens has a second width that is greater than the first width, wherein each one of the first microlenses is formed from a first material having a first index of refraction and wherein the second microlens is formed from a second material having a second index of refraction that is less than the first index of refraction; characterised by a low-index layer that is interposed between the light-emitting diode and the microlens array , wherein the low-index layer has a third index of refraction that is less than the second index of refraction and the first index of refraction.
An electrical switchgear comprising • a housing having a bottom housing part , a top housing part and a cover housing part , wherein screws are used to fix the assembly of the bottom housing part , the top housing part and the cover housing part , • at least one first contact mounted in the bottom housing part , • at least one second contact being translationally movable within the housing , • a switchgear control mechanism comprising a first rotary element having a first rotation axis and a second rotary element having a second rotation axis , and • a link element pivoted on its one end to the first rotary element and on its other end to the at least one second contact , • wherein the first and the second rotation axes are arranged substantially perpendicular to each other, • wherein the second rotation axis is arranged essentially in parallel to the translational movement direction of the at least one second contact , • wherein the first and the second rotary elements engage such that a rotation of the second rotary element is transmitted to the first rotary element , • wherein the link element transmits a rotational movement of the first rotary element to a translational movement of the at least one second contact , and • wherein the first rotary element is seated in a respective support of the top housing part and the second rotary element is seated in the cover housing part . • a housing having a bottom housing part , a top housing part and a cover housing part , wherein screws are used to fix the assembly of the bottom housing part , the top housing part and the cover housing part , • at least one first contact mounted in the bottom housing part , • at least one second contact being translationally movable within the housing , • a switchgear control mechanism comprising a first rotary element having a first rotation axis and a second rotary element having a second rotation axis , and • a link element pivoted on its one end to the first rotary element and on its other end to the at least one second contact , • wherein the first and the second rotation axes are arranged substantially perpendicular to each other, • wherein the second rotation axis is arranged essentially in parallel to the translational movement direction of the at least one second contact , • wherein the first and the second rotary elements engage such that a rotation of the second rotary element is transmitted to the first rotary element , • wherein the link element transmits a rotational movement of the first rotary element to a translational movement of the at least one second contact , and • wherein the first rotary element is seated in a respective support of the top housing part and the second rotary element is seated in the cover housing part .
A ventilation device for air exchange through a building envelope, wherein the ventilation device comprises: - at least one electric radial fan having forward-curved blades for conveying an air flow , - an operation control means for controlling operation of the ventilation device , which specifies a setpoint value for the air flow , - an air measuring means (S1), which is designed to provide at least one measurement value of air which the radial fan conveys for a density parameter, wherein the at least one measurement value is selected from the group consisting of air pressure, temperature and relative humidity, and - at least one fan regulating means , which is designed - to regulate the operation of the radial fan with respect to an electric operating current (I) of the radial fan or a rotational speed (n) of the radial fan , - to use a plurality of different relationships (V1, V2, V3) of rotational speed (n) and electric operating current (I), wherein each of the relationships (V1, V2, V3) is associated with a different setpoint value of the air flow and depends on the at least one measurement value of the air conveyed by the radial fan , - to select one of the relationships (V1, V2, V3) on the basis of the setpoint value for the air flow and the at least one measurement value of the air conveyed by the radial fan , and - to set the electric operating current (I) or the rotational speed (n) of the radial fan to a value at which the electric operating current (I) and the rotational speed (n) of the radial fan satisfy the selected one of the relationships (V1, V2, V3). - at least one electric radial fan having forward-curved blades for conveying an air flow , - an operation control means for controlling operation of the ventilation device , which specifies a setpoint value for the air flow , - an air measuring means (S1), which is designed to provide at least one measurement value of air which the radial fan conveys for a density parameter, wherein the at least one measurement value is selected from the group consisting of air pressure, temperature and relative humidity, and - at least one fan regulating means , which is designed - to regulate the operation of the radial fan with respect to an electric operating current (I) of the radial fan or a rotational speed (n) of the radial fan , - to use a plurality of different relationships (V1, V2, V3) of rotational speed (n) and electric operating current (I), wherein each of the relationships (V1, V2, V3) is associated with a different setpoint value of the air flow and depends on the at least one measurement value of the air conveyed by the radial fan , - to select one of the relationships (V1, V2, V3) on the basis of the setpoint value for the air flow and the at least one measurement value of the air conveyed by the radial fan , and - to set the electric operating current (I) or the rotational speed (n) of the radial fan to a value at which the electric operating current (I) and the rotational speed (n) of the radial fan satisfy the selected one of the relationships (V1, V2, V3).