mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: by a processor : compiling source code of an application into an instrumented code for generating profile data of the application , wherein the profile data is to include memory profile data related to memory usage of the application ; generating the profile data comprising the memory profile data of the application using the instrumented code; recompiling the application based on the profile data comprising the memory profile data of the application ; characterised by further comprising identifying, by the processor , from the memory profile data of the application , data for storing in a non-volatile memory, NVM, that is addressable by a central processing unit to improve application performance during application startup; storing, by the processor , the data in the NVM ; and using the data in the NVM during execution of the application . compiling source code of an application into an instrumented code for generating profile data of the application , wherein the profile data is to include memory profile data related to memory usage of the application ; generating the profile data comprising the memory profile data of the application using the instrumented code; recompiling the application based on the profile data comprising the memory profile data of the application ; characterised by further comprising identifying, by the processor , from the memory profile data of the application , data for storing in a non-volatile memory, NVM, that is addressable by a central processing unit to improve application performance during application startup; storing, by the processor , the data in the NVM ; and using the data in the NVM during execution of the application .
A non-contact seal assembly, comprising: a plurality of seal shoes arranged about a centerline in an annular array, the seal shoes including a first seal shoe extending axially along the centerline between a first shoe end and a second shoe end ; a seal base circumscribing the annular array of the seal shoes , the seal base comprising first, second and third inner radial seal base surfaces , where the third inner radial seal base surface is axially between the first and second inner radial seal base surfaces and is radially proximate the centerline with respect to the radially distal first and second inner radial seal base surfaces ; and a plurality of spring elements , each of the spring elements radially distal from and connecting to a respective one of the seal shoes and radially proximate the third inner radial seal base surface ; characterised by a secondary seal device ; and a first ring structure configured and arranged to at least one of position, support or mount to the secondary seal device axially separated from the seal base and radially adjacent to the first seal shoe at a proximate end and at a radially distal end is adjacent to and engaged with the first inner radial seal base surface . a plurality of seal shoes arranged about a centerline in an annular array, the seal shoes including a first seal shoe extending axially along the centerline between a first shoe end and a second shoe end ; a seal base circumscribing the annular array of the seal shoes , the seal base comprising first, second and third inner radial seal base surfaces , where the third inner radial seal base surface is axially between the first and second inner radial seal base surfaces and is radially proximate the centerline with respect to the radially distal first and second inner radial seal base surfaces ; and a plurality of spring elements , each of the spring elements radially distal from and connecting to a respective one of the seal shoes and radially proximate the third inner radial seal base surface ; characterised by a secondary seal device ; and a first ring structure configured and arranged to at least one of position, support or mount to the secondary seal device axially separated from the seal base and radially adjacent to the first seal shoe at a proximate end and at a radially distal end is adjacent to and engaged with the first inner radial seal base surface .
A high-pressure liquid-state or supercritical-state quenching apparatus, comprising: a working chamber , internally provided with a heating device and a cooling device , and connected to a vacuum pump set ; a storage tank , provided with a liquid carbon dioxide supply port , and connected to a liquid carbon dioxide inlet of the working chamber ; a buffer tank , separately connected to the working chamber and the storage tank through a pressurization loop, and further separately connected to the working chamber and the storage tank through a circulation loop; a gas booster , disposed at a gas outlet of the buffer tank ; a first pressure gauge , disposed on the working chamber ; a temperature controller , disposed on the working chamber , and separately connected to the heating device and the cooling device ; an integrated controller, separately connected to the vacuum pump set , the gas booster , the first pressure gauge , and the temperature controller ; a plurality of control valves, respectively correspondingly disposed on the pressurization loop and the circulation loop and at the liquid carbon dioxide inlet; and a pressure relief pipe further disposed between the working chamber and the buffer tank , and a flow regulation valve is disposed on the pressure relief pipe . a working chamber , internally provided with a heating device and a cooling device , and connected to a vacuum pump set ; a storage tank , provided with a liquid carbon dioxide supply port , and connected to a liquid carbon dioxide inlet of the working chamber ; a buffer tank , separately connected to the working chamber and the storage tank through a pressurization loop, and further separately connected to the working chamber and the storage tank through a circulation loop; a gas booster , disposed at a gas outlet of the buffer tank ; a first pressure gauge , disposed on the working chamber ; a temperature controller , disposed on the working chamber , and separately connected to the heating device and the cooling device ; an integrated controller, separately connected to the vacuum pump set , the gas booster , the first pressure gauge , and the temperature controller ; a plurality of control valves, respectively correspondingly disposed on the pressurization loop and the circulation loop and at the liquid carbon dioxide inlet; and a pressure relief pipe further disposed between the working chamber and the buffer tank , and a flow regulation valve is disposed on the pressure relief pipe .
A method of applying a series of masking elements to a sensing element , the sensing element comprising a layer of conducting tracks applied to a non-conducting substrate and the series of masking elements being applied to the conducting tracks, the method characterised by including the steps of:- mounting a sheet of masking material on a backing layer ; cutting out the series of masking elements on the backing layer ; removing unwanted masking material from the backing layer ; mounting said backing layer with the masking elements (31 21, 22, 49) thereon to a mount of positional fine adjustment means , said mount being finely adjustable with respect to the sensing element along three mutually orthogonal axes; positioning the backing layer such that the series of masking elements lie in non-contacting face-to-face relationship with the conducting tracks and such that a magnifying optical viewer for a user is capable of keeping the conducting tracks and the masking elements substantially in focus simultaneously; fine adjusting the mount with respect to the sensing element whereby to position the masking elements (31, 21, 22 49) with respect to parts of the conducting tracks to be masked thereby; moving the mount and the masking elements together to bring the masking elements into contact with the conducting tracks ; demounting the backing layer from the mount, and peeling the backing layer from the masking elements . mounting a sheet of masking material on a backing layer ; cutting out the series of masking elements on the backing layer ; removing unwanted masking material from the backing layer ; mounting said backing layer with the masking elements (31 21, 22, 49) thereon to a mount of positional fine adjustment means , said mount being finely adjustable with respect to the sensing element along three mutually orthogonal axes; positioning the backing layer such that the series of masking elements lie in non-contacting face-to-face relationship with the conducting tracks and such that a magnifying optical viewer for a user is capable of keeping the conducting tracks and the masking elements substantially in focus simultaneously; fine adjusting the mount with respect to the sensing element whereby to position the masking elements (31, 21, 22 49) with respect to parts of the conducting tracks to be masked thereby; moving the mount and the masking elements together to bring the masking elements into contact with the conducting tracks ; demounting the backing layer from the mount, and peeling the backing layer from the masking elements .
An evacuated and sealed tube comprising: i) hyaluronic acid, but not comprising whole blood; ii) hyaluronic acid and a thixotropic gel; or iii) hyaluronic acid and a thixotropic gel and an anticoagulant; or iv) hyaluronic acid and an anticoagulant, but not comprising whole blood. i) hyaluronic acid, but not comprising whole blood; ii) hyaluronic acid and a thixotropic gel; or iii) hyaluronic acid and a thixotropic gel and an anticoagulant; or iv) hyaluronic acid and an anticoagulant, but not comprising whole blood.
A method comprising: deriving a network class of a computer network from multiple network attributes associated with the computer network, wherein the multiple network attributes include a network security, a network management and a network addressing; obtaining at least one network policy based on the derived network class for the computer network; and implementing a network policy action according to the at least one obtained network policy, wherein implementing the network policy action includes: configuring network security settings depending on the derived network class. deriving a network class of a computer network from multiple network attributes associated with the computer network, wherein the multiple network attributes include a network security, a network management and a network addressing; obtaining at least one network policy based on the derived network class for the computer network; and implementing a network policy action according to the at least one obtained network policy, wherein implementing the network policy action includes: configuring network security settings depending on the derived network class.
An exhaust subsystem comprising: an exterior housing formed of polymer, defining a cavity ; and a pipe carried by said exterior housing , said pipe defining an interior passage that transports exhaust gases into said cavity to attenuate sound; wherein said pipe is formed of a layered fibers formed at least partially of glass, and bound by an inorganic binder , wherein said fibers define a microporous inner surface of said interior passage, and wherein said exhaust subsystem is substantially metal free. an exterior housing formed of polymer, defining a cavity ; and a pipe carried by said exterior housing , said pipe defining an interior passage that transports exhaust gases into said cavity to attenuate sound; wherein said pipe is formed of a layered fibers formed at least partially of glass, and bound by an inorganic binder , wherein said fibers define a microporous inner surface of said interior passage, and wherein said exhaust subsystem is substantially metal free.
Modular system consisting of a plurality of stackable, statically self-supporting modules (10; 20; 30; 50; 60; 83), each with a base surface and a top surface parallel thereto, with casing sections (33; 35; 52; 55; 61) spanned between them and flights of stairs arranged thereon to create a stair tower , - with a base module for forming a structural connection to a foundation of the stair tower , - with a number of staircase modules (30; 50; 60; 83) and - with an end module as the upper end of the staircase and the stair tower , characterized in that the statistically self-supporting modules (10; 20; 30; 50; 60; 83) are formed from steel discs and have geometrically corresponding interfaces (42; 44) for constructive coupling to one another. - with a base module for forming a structural connection to a foundation of the stair tower , - with a number of staircase modules (30; 50; 60; 83) and - with an end module as the upper end of the staircase and the stair tower ,
A heat moisture treated fava bean protein concentrate having between 50% and 73% protein and a denaturation enthalpy of between 5.5 and 7.0 J/g.
A holding assembly configured to releasably retain a plurality of photographic cameras in a predetermined orientation, said holding assembly comprising: a support having a plurality of radially extending arms and in which a camera receptacle is retained at a distal end of each arm, wherein each camera receptacle is defined by an enclosure having a releasably securable latch, enabling the enclosure to be selectively opened and closed about a camera retained therein, each receptacle having an opening configured and sized to enable external access to at least one connection port of a received photographic camera, wherein the receptacles are oriented such that each photographic camera provides a different field of view, the photographic cameras being disposed to create either a 360 degree by 180 degree full spherical composite image or a 360 degree composite image.
A pocket spring mattress comprising a plurality of interconnected coil springs enclosed in casings , the springs having a first and a second end, wherein for at least one of the springs, casing portions arranged at the first and second ends of the spring comprise openings through the spring , characterized in that pieces of foam material are arranged in said openings , so that a first portion of each piece of foam material extends towards the first end of the spring and a second portion of each piece of foam material extends towards the second end of the spring, wherein at least one of said first and second portions of the pieces of foam material extends past the first and second end of the spring, respectively.
A top cover assembly, for a battery cell, comprising: a separator plate , wherein the separator plate is provided with sampling channel(s) for accommodating a sampling member; and a top cover plate , wherein the top cover plate is configured to seal an electrode assembly of the battery cell into a battery housing , wherein the top cover plate is provided below the separator plate , and the separator plate is fixed to the top cover plate ; wherein a bottom of the separator plate is provided with a protrusion portion , a top of the top cover plate is provided with a blind hole , and the protrusion portion is accommodated in the blind hole so as to fix the separator plate to the top cover plate ; or a top of the top cover plate is provided with a projection portion , the separator plate is provided with a through hole , and the projection part penetrates the through hole and rivets the separator plate so as to fix the separator to the top cover plate . a separator plate , wherein the separator plate is provided with sampling channel(s) for accommodating a sampling member; and a top cover plate , wherein the top cover plate is configured to seal an electrode assembly of the battery cell into a battery housing , wherein the top cover plate is provided below the separator plate , and the separator plate is fixed to the top cover plate ; wherein a bottom of the separator plate is provided with a protrusion portion , a top of the top cover plate is provided with a blind hole , and the protrusion portion is accommodated in the blind hole so as to fix the separator plate to the top cover plate ; or a top of the top cover plate is provided with a projection portion , the separator plate is provided with a through hole , and the projection part penetrates the through hole and rivets the separator plate so as to fix the separator to the top cover plate .
Charging and locking device suitable for electric vehicles , preferably electric bicycles, having a frame and a battery arranged on or in the frame , having a charging cable for charging the battery at a charging station , wherein the charging cable is at least partially reinforced with a securing element and comprises a locking charging plug which can be plugged in a lockable manner onto a charging socket of the charging station by means of a locking element and a battery plug which can be electrically connected to the battery , wherein a section of the charging cable which is reinforced with the securing element is designed as a locking charging cable which has at one end the locking charging plug and at the other end at least one fixing element, in the form of a fixing ring or a fixing loop , with the aid of which the charging locking cable can be fixed to the frame of the electric vehicle , wherein a charging cable section is led out of the charging locking cable , which leads to the battery plug , characterised in that the charging and locking device has a frame lock which can be fastened to the frame of the electric vehicle or a cable lock which is arranged on the charging locking cable , which are both equipped with a receptacle together with a blocking device for the locking element of the locking charging plug .
An adhesive composition comprising: a block copolymer component present in amount of from 30% to 60% by weight relative to the overall weight of the composition, the block copolymer component comprising a midblock segment and a plurality of end block segments, each end block segment comprising polystyrene; a (meth)acrylic functional additive having a glass transition temperature of from 50°C to 160°C; a first tackifier compatible with the midblock segment and comprising a hydrocarbon; and a second tackifier compatible with the end block segments and comprising a polyphenylene ether. a block copolymer component present in amount of from 30% to 60% by weight relative to the overall weight of the composition, the block copolymer component comprising a midblock segment and a plurality of end block segments, each end block segment comprising polystyrene; a (meth)acrylic functional additive having a glass transition temperature of from 50°C to 160°C; a first tackifier compatible with the midblock segment and comprising a hydrocarbon; and a second tackifier compatible with the end block segments and comprising a polyphenylene ether.
A hemodialysis machine comprising: a) means for establishing an initial ultrafiltration rate for a patient; b) means for determining characteristics and timing of at least one ultrafiltration rate change step; c) means for executing the at least one ultrafiltration rate change step; d) means for measuring hemoglobin concentration with sampling frequency of at least 10 Hz immediately before and after each of the at least one ultrafiltration rate change step; e) means for calculating the patient's absolute blood volume from a change in the hemoglobin concentration slope immediately before and immediately after each of the at least one ultrafiltration rate change step; and f) means for, based on the absolute blood volume, confirming that the ultrafiltration rate is appropriate or not appropriate. a) means for establishing an initial ultrafiltration rate for a patient; b) means for determining characteristics and timing of at least one ultrafiltration rate change step; c) means for executing the at least one ultrafiltration rate change step; d) means for measuring hemoglobin concentration with sampling frequency of at least 10 Hz immediately before and after each of the at least one ultrafiltration rate change step; e) means for calculating the patient's absolute blood volume from a change in the hemoglobin concentration slope immediately before and immediately after each of the at least one ultrafiltration rate change step; and f) means for, based on the absolute blood volume, confirming that the ultrafiltration rate is appropriate or not appropriate.
A compound of formula (I): wherein A 1 is selected from: -C(O)NR 8 -, and -R 7 -NR 8 -; A 2 is selected from: carbonyl, and unsubstituted C 1-6 alkylene; R 1 is selected from: hydrogen, and unsubstituted C 1 -C 5 alkyl; R 2 is unsubstituted C 1 -C 5 alkyl; R 5 is selected from: hydrogen, unsubstituted C 1 -C 5 alkyl; R 6 is unsubstituted C 1 -C 5 alkyl; n is an integer from 1 to 10; R 3 and R 4 are independently selected from: hydrogen, and unsubstituted C 1-6 alkyl; R 7 is unsubstituted C 1 -C 6 alkylene; R 8 is selected from: hydrogen, and unsubstituted C 1 -C 6 alkyl; or a stereoisomer thereof or a pharmaceutically acceptable salt, or a solvate thereof. A 1 is selected from: -C(O)NR 8 -, and -R 7 -NR 8 -; A 2 is selected from: carbonyl, and unsubstituted C 1-6 alkylene; R 1 is selected from: hydrogen, and unsubstituted C 1 -C 5 alkyl; R 2 is unsubstituted C 1 -C 5 alkyl; R 5 is selected from: hydrogen, unsubstituted C 1 -C 5 alkyl; R 6 is unsubstituted C 1 -C 5 alkyl; n is an integer from 1 to 10; R 3 and R 4 are independently selected from: hydrogen, and unsubstituted C 1-6 alkyl; R 7 is unsubstituted C 1 -C 6 alkylene; R 8 is selected from: hydrogen, and unsubstituted C 1 -C 6 alkyl; or a stereoisomer thereof or a pharmaceutically acceptable salt, or a solvate thereof.
Method of operating a stamping press with a ram which operates against a bolster plate , in particular a fixed bolster plate , and whose ram position relative to the bolster plate can be adjusted in the intended use, the ram carrying a first die part and the bolster plate carrying a second die part , wherein the two die parts provide associated stop faces which, when the die is fully closed, form one or more fixed stops within the die for limiting the closing dimension of the die , characterized in that , in the intended use of the stamping press , the distance (a, a1, a2, a3) between the die parts or a parameter (b1, b2, b3, c) representing said distance at a specific point (P1, P2, P3) of the ram movement, at which the die is not fully closed, is monitored, and the ram position is changed as a function of the monitoring result.
Shading device (D.1, D.2) configured to be integrated into a facade of a building, wherein the shading device (D.1, D.2) comprises an imaging system configured to create images of an outside view of the building, wherein the imaging system is integrated in the shading device (D.1, D.2), characterized in that the outside view comprises a sky portion and a landscape portion, the imaging system comprises a lens and a processor, and the imaging system is configured to determine a directional luminance distribution of the outside view. the outside view comprises a sky portion and a landscape portion, the imaging system comprises a lens and a processor, and the imaging system is configured to determine a directional luminance distribution of the outside view.