mhurhangee/patent-ind-claim-en huggingface dataset:
A computer method comprising: directing a module of a product object of a product lifecycle management (PLM) system to be transferred to a source code management (SCM) system in a user request, the user request including supporting data corresponding to the module of the product object extracted from the PLM system , the extracted supporting data representing one or more of hierarchical relationships of other modules of product objects, supporting modules, and tracking information; and creating an SCM system module having the extracted data representing the module, the hierarchical relationships of other modules of product objects, supporting modules, and tracking information; responsive to an update request , comparing a version of the created SCM system module to a version of the linked module of the PLM system by accessing the tracking information, wherein the tracking information is stored on the SCM system and has a link to the module of the PLM system , thereby allowing the PLM system to retain a link to the created SCM module and allowing the SCM system to link directly to the module of the PLM system ; and if the module of the PLM system is a newer version, updating the SCM system module to the newer version of the module of the PLM system . directing a module of a product object of a product lifecycle management (PLM) system to be transferred to a source code management (SCM) system in a user request, the user request including supporting data corresponding to the module of the product object extracted from the PLM system , the extracted supporting data representing one or more of hierarchical relationships of other modules of product objects, supporting modules, and tracking information; and creating an SCM system module having the extracted data representing the module, the hierarchical relationships of other modules of product objects, supporting modules, and tracking information; responsive to an update request , comparing a version of the created SCM system module to a version of the linked module of the PLM system by accessing the tracking information, wherein the tracking information is stored on the SCM system and has a link to the module of the PLM system , thereby allowing the PLM system to retain a link to the created SCM module and allowing the SCM system to link directly to the module of the PLM system ; and if the module of the PLM system is a newer version, updating the SCM system module to the newer version of the module of the PLM system .
A method of manufacturing a tamper-proof medium for thermal printing, the method comprising the following steps: a) providing a substrate, wherein the substrate comprises on at least one side a thermochromic coating layer comprising at least one halochromic leuco dye, b) providing a liquid treatment composition comprising at least one acid, and c) applying the liquid treatment composition onto at least one region of the thermochromic coating layer in form of a preselected pattern, wherein the thermochromic coating layer further comprises a colour developing agent. a) providing a substrate, wherein the substrate comprises on at least one side a thermochromic coating layer comprising at least one halochromic leuco dye, b) providing a liquid treatment composition comprising at least one acid, and c) applying the liquid treatment composition onto at least one region of the thermochromic coating layer in form of a preselected pattern,
A ventilation device , in particular a tracheal cannula for insertion into a tracheostoma, comprising a cannula element which comprises a neck element and a hollow body element arranged on the neck element , wherein the hollow body element has an inner wall which surrounds at least one inner lumen , wherein the inner wall is surrounded by an outer wall , wherein an intermediate lumen is defined between the inner wall and the outer wall , wherein in a first state the hollow body element is in a flexible state, wherein the hollow body element can be brought into a second dimensionally stable state by supplying a predetermined amount of stabilising fluid into the intermediate lumen , wherein at least one intermediate layer is provided between the inner wall and the outer wall .
An optical coherence tomography device comprising: a light source ; a mirror device including a movable mirror configured to perform a reciprocating operation; a support part configured to support an object; a beam splitter configured to generate interfering light by splitting light emitted from the light source into first light and second light and combining the first light reflected by the movable mirror and the second light reflected by the object; an optical sensor configured to detect the interfering light generated by the beam splitter; and a control unit electrically connected to at least the optical sensor, wherein the optical sensor includes a plurality of pixels , each of the plurality of pixels includes a light receiving part configured to generate electric charge due to incident light, a plurality of transfer gates configured to transfer the electric charge generated in the light receiving part, and a discharge gate configured to discharge the electric charge generated in the light receiving part, and the control unit applies an electric signal to the optical sensor so that the plurality of transfer gates are sequentially brought into a charge transfer state in at least three time ranges separated from each other and the discharge gate is brought into a charge discharge state in a time range other than the at least three time ranges for each period of an interferogram signal of the interfering light. a light source ; a mirror device including a movable mirror configured to perform a reciprocating operation; a support part configured to support an object; a beam splitter configured to generate interfering light by splitting light emitted from the light source into first light and second light and combining the first light reflected by the movable mirror and the second light reflected by the object; an optical sensor configured to detect the interfering light generated by the beam splitter; and a control unit electrically connected to at least the optical sensor, wherein the optical sensor includes a plurality of pixels , each of the plurality of pixels includes a light receiving part configured to generate electric charge due to incident light, a plurality of transfer gates configured to transfer the electric charge generated in the light receiving part, and a discharge gate configured to discharge the electric charge generated in the light receiving part, and the control unit applies an electric signal to the optical sensor so that the plurality of transfer gates are sequentially brought into a charge transfer state in at least three time ranges separated from each other and the discharge gate is brought into a charge discharge state in a time range other than the at least three time ranges for each period of an interferogram signal of the interfering light.
A polyhydric phenol compound comprising: a bisphenol compound (A) represented by the following Formula : wherein in Formula , R 1 represents a monovalent aliphatic hydrocarbon group having from 6 to 24 carbon atoms; each of R 2 and R 3 independently represents a monovalent hydrocarbon group having from 1 to 15 carbon atoms; each of a and b is 0; and a trisphenol compound (B) represented by the following Formula : wherein in Formula , R 1 is the same as defined in the Formula ; each of R 4 , R 5 and R 6 independently represents a monovalent hydrocarbon group having from 1 to 15 carbon atoms; each of c, d and e is 0; wherein the trisphenol compound (B) is contained in an amount, in terms of absorption intensity ratio at 254 nm, of 0.06% by area or more and less than 1.5% by area with respect to the amount of the bisphenol compound (A). a bisphenol compound (A) represented by the following Formula : wherein in Formula , R 1 represents a monovalent aliphatic hydrocarbon group having from 6 to 24 carbon atoms; each of R 2 and R 3 independently represents a monovalent hydrocarbon group having from 1 to 15 carbon atoms; each of a and b is 0; and a trisphenol compound (B) represented by the following Formula : wherein in Formula , R 1 is the same as defined in the Formula ; each of R 4 , R 5 and R 6 independently represents a monovalent hydrocarbon group having from 1 to 15 carbon atoms; each of c, d and e is 0; wherein the trisphenol compound (B) is contained in an amount, in terms of absorption intensity ratio at 254 nm, of 0.06% by area or more and less than 1.5% by area with respect to the amount of the bisphenol compound (A).
A weighing scale , comprising a base unit , a weighing cell arranged inside the base unit , the weighing cell comprising a force application section mechanically connected to a load receiver and a ground section mechanically connected to the base unit , the weighing cell further comprising at least one sensor for measuring a force which is applied to the force application section and a weighing cell board for generating a weight value from the measured force, the weighing cell board comprising a processor , a storage and a threshold value storage , wherein the weighing cell board is electrically connected to a weighing scale board , the weighing scale board comprising a processor , a storage and a threshold value storage , characterized in that the storage of the weighing scale board and/or the storage of the weighing cell board comprises a first storage for storing a number of zero point adjustments that are bigger than a first zero point adjustment threshold and a second storage for storing the biggest zero point adjustment value, wherein the weighing scale comprises a calculator of the weighing scale board and/or a calculator of the weighing cell board for calculating the zero point adjustment value at a startup of the weighing scale with an unloaded load receiver by force measurement of the unloaded load receiver and by comparing the measured force (SZP0, SZP1, SZP2, SZP3, SZP4, SZP6) to a previous startup zero point force (SZP0, SZP1, SZP2, SZP3, SZP4, SZP6) stored in a storage means of the weighing cell board and for incrementing the number stored in the first storage if the absolute value of the zero point adjustment value is bigger than the first zero point adjustment threshold and for storing the absolute value of the calculated zero point adjustment value in the second storage if the absolute value of the calculated zero point adjustment value is bigger than the zero point adjustment value already stored in the second storage. the weighing scale comprises a calculator of the weighing scale board and/or a calculator of the weighing cell board for calculating the zero point adjustment value at a startup of the weighing scale with an unloaded load receiver by force measurement of the unloaded load receiver and by comparing the measured force (SZP0, SZP1, SZP2, SZP3, SZP4, SZP6) to a previous startup zero point force (SZP0, SZP1, SZP2, SZP3, SZP4, SZP6) stored in a storage means of the weighing cell board and for incrementing the number stored in the first storage if the absolute value of the zero point adjustment value is bigger than the first zero point adjustment threshold and for storing the absolute value of the calculated zero point adjustment value in the second storage if the absolute value of the calculated zero point adjustment value is bigger than the zero point adjustment value already stored in the second storage.
A heat pump comprising a compressor , a heat source-side heat exchanger , a receiver , at least one expansion valve , and a utilization-side heat exchanger , and being configured to perform a pump-down operation to recover a liquid refrigerant into the receiver every time the heat pump is stopped, and wherein at least one refrigerant path (113a-113j) is provided from a predetermined position in the receiver to a suction side of the compressor , wherein the heat pump is configured to determine whether refrigerant leakage has occurred or not, in that a control device detects an amount of the liquid refrigerant in the receiver in the pump-down operation, and characterized in that the heat pump is configured to determine that refrigerant leakage has occurred when a degree of superheat of a refrigerant in the refrigerant path (113a-113j) is equal to or greater than a predetermined value after a first predetermined time has passed.
A processor architecture arrangement for emulated shared memory, ESM, architectures, comprising a plurality of processors which are multi-threaded utilizing a Tp -stage cyclic, interleaved inter-thread pipeline , where Tp > the average latency of the network, wherein during a step of multi-threaded execution, each thread of each processor executes an instruction including at most one shared memory reference sub-instruction, a step therefore lasting for multiple, at least Tp+1 clock cycles, and wherein a set of threads are being executed in interleaved manner, and as a thread makes a memory reference to a common physically distributed and logically shared data memory of the ESM architecture, the executed thread is changed and a next thread is enabled to make its memory request, wherein the pipeline comprises a processing path comprising a memory access segment and at least one other processing path comprising a plurality of functional units arranged in series for executing arithmetic, logical and optionally further operations on data, wherein one or more functional units of lower latency belonging to said plurality of functional units are arranged operatively, including temporally, prior to the memory access segment in said pipeline, characterized in that one or more long latency units belonging to said plurality of functional units for executing more complex operations associated with longer latency are arranged operatively, including temporally, in parallel with the memory access segment so that the more complex operations associated with longer latency are executed simultaneously with the memory access operation and wherein the memory access operation is independent of the executed more complex operations associated with the longer latency.
A rat comprising cells having a genome that is lacking an entire E3 ubiquitin ligase ( Ube3a ) gene, wherein the rat exhibits one or more physiological and/or behavioral features associated with Angelman Syndrome.
A process for preparing waterglass-based silica aerogels, wherein the process comprises: (a) subjecting a certain amount of a vinyltrialcoxysilane to hydrolysis in the presence of water and an inorganic acid under stirring conditions to produce a hydrolyzed vinyltrialcoxysilane solution; (b) treating a waterglass solution with an acidic cationic-exchange resin to produce a silicic acid solution; (c) forming a sol phase by contacting the hydrolyzed vinylalcoxysilane solution with the silicic acid solution; (d) forming a gel phase by adjusting the pH of the sol phase to a value in the range of from 4 to 6; and (e) subjecting the gel phase to supercritical drying to produce an aerogel. (a) subjecting a certain amount of a vinyltrialcoxysilane to hydrolysis in the presence of water and an inorganic acid under stirring conditions to produce a hydrolyzed vinyltrialcoxysilane solution; (b) treating a waterglass solution with an acidic cationic-exchange resin to produce a silicic acid solution; (c) forming a sol phase by contacting the hydrolyzed vinylalcoxysilane solution with the silicic acid solution; (d) forming a gel phase by adjusting the pH of the sol phase to a value in the range of from 4 to 6; and (e) subjecting the gel phase to supercritical drying to produce an aerogel.
Explosive charge for use in a warhead with a warhead casing , wherein the explosive charge is created through division into multiple, at least two, explosive charge modules (6-11) which in turn contain prefabricated explosive charge bodies , wherein one, two or multiple explosive charge bodies are integrated in the respective explosive charge module (6-11), wherein the explosive charge body is enclosed by a liner , characterized in that the liner is made of a material which has an identical or similar thermal expansion behaviour to the explosive charge body enclosed by the liner.
A method for operating a mobile communication device , the method comprising: displaying on the mobile communication device a graphical user interface comprising a message display portion , a message composition portion , and a switch and notification portion ; the message display portion displaying at least a portion of a message of a first communication session; the switch and notification portion displaying a most current notification comprising a contact identifier and at least a portion of a message of a second communication session, wherein the most current notification is a replacement of an older notification; and in response to receiving selection of the most current notification , displaying in the message display portion at least a portion of the same or another message of the second communication session. displaying on the mobile communication device a graphical user interface comprising a message display portion , a message composition portion , and a switch and notification portion ; the message display portion displaying at least a portion of a message of a first communication session; the switch and notification portion displaying a most current notification comprising a contact identifier and at least a portion of a message of a second communication session, wherein the most current notification is a replacement of an older notification; and in response to receiving selection of the most current notification , displaying in the message display portion at least a portion of the same or another message of the second communication session.
A combination comprising a histamine-3 receptor inverse agonist and an acetylcholinesterase inhibitor; wherein the histamine-3 receptor inverse agonist is selected from the group consisting of: N-[4-(1-Cyclobutylpiperidin-4-yloxy)phenyl]-2-(morpholin-4-yl)acetamide; N-[4-(1-Cyclopropylpiperidin-4-yloxy)phenyl]-2-(morpholin-4-yl)acetamide; and N-[4-(1-Isopropylpiperidin-4-yloxy)phenyl]-2-(morpholin-4-yl)acetamide; or a pharmaceutically acceptable salt thereof. N-[4-(1-Cyclobutylpiperidin-4-yloxy)phenyl]-2-(morpholin-4-yl)acetamide; N-[4-(1-Cyclopropylpiperidin-4-yloxy)phenyl]-2-(morpholin-4-yl)acetamide; and N-[4-(1-Isopropylpiperidin-4-yloxy)phenyl]-2-(morpholin-4-yl)acetamide;
Anamorelin for use in a method of treating fatigue resulting from cancer cachexia in a human cancer patient, said cachexia being defined as a body mass index less than 20 Kg/m 2 , wherein said method comprises administering anamorelin to said patient on a daily basis for a therapeutically effective period of time.
Electrical installation device for controlling an electrical consumer, having a power module , at least one function module and at least one operating module , wherein the power module has electrical contacts for contacting a voltage source and at least one mounting means for mounting on a wall, in particular in an installation opening, wherein the function module comprises a function control unit (FS) for determining a processing process for an operating signal (BS) for generating the control signal (SS) and at least one holding means for detachable attachment to the power module , wherein the operating module has an operating element for generating the operating signal (BS) and a holding means for detachably fastening the operating module to the power module or the function module , and the function module , the operating module and the power module are each designed as a self-contained housing unit in relation to one another, characterized in that the power module has at least one holding means for releasably securing a function module and the individual modules can each be replaced by modules of their type, so that a first operating module can be replaced by a second operating module of the type independently of the function module . wherein the power module has electrical contacts for contacting a voltage source and at least one mounting means for mounting on a wall, in particular in an installation opening, wherein the function module comprises a function control unit (FS) for determining a processing process for an operating signal (BS) for generating the control signal (SS) and at least one holding means for detachable attachment to the power module , wherein the operating module has an operating element for generating the operating signal (BS) and a holding means for detachably fastening the operating module to the power module or the function module , and the function module , the operating module and the power module are each designed as a self-contained housing unit in relation to one another, characterized in that the power module has at least one holding means for releasably securing a function module and the individual modules can each be replaced by modules of their type, so that a first operating module can be replaced by a second operating module of the type independently of the function module .
A stock shape for a downhole tool component, the stock shape comprising a magnesium alloy including a phase containing not less than 70 wt% and not greater than 95 wt% of magnesium, in which a metal of at least one of aluminum and zirconium, and not less than 0.1 wt% and not greater than 20 wt% of a degradation accelerator which includes at least one metal selected from the group consisting of iron, nickel, copper, cobalt, zinc, cadmium, calcium and silver are distributed, and not including a rare earth metal; wherein the stock shape has an average crystal grain size of the magnesium alloy of not less than 0.1 μm and not greater than 300 μm, tensile strength of not less than 200 MPa and not greater than 500 MPa, and a degradation rate in a 2 % potassium chloride aqueous solution at 93°C of not less than 20 mg/cm 2 and not greater than 20000 mg/cm 2 per day, wherein the stock shape is an extruded product obtained by extruding a cast product of the magnesium alloy, and then heating at a temperature of not lower than 300°C and not higher than 600°C for not less than 3 minutes and not greater than 24 hours. the stock shape comprising a magnesium alloy including a phase containing not less than 70 wt% and not greater than 95 wt% of magnesium, in which a metal of at least one of aluminum and zirconium, and not less than 0.1 wt% and not greater than 20 wt% of a degradation accelerator which includes at least one metal selected from the group consisting of iron, nickel, copper, cobalt, zinc, cadmium, calcium and silver are distributed, and not including a rare earth metal; wherein the stock shape has an average crystal grain size of the magnesium alloy of not less than 0.1 μm and not greater than 300 μm, tensile strength of not less than 200 MPa and not greater than 500 MPa, and a degradation rate in a 2 % potassium chloride aqueous solution at 93°C of not less than 20 mg/cm 2 and not greater than 20000 mg/cm 2 per day, wherein the stock shape is an extruded product obtained by extruding a cast product of the magnesium alloy, and then heating at a temperature of not lower than 300°C and not higher than 600°C for not less than 3 minutes and not greater than 24 hours.