mhurhangee/patent-ind-claim-en huggingface dataset:
A method for automating testing of an application across a plurality of technology layers, the method comprising: clustering, by a testing automation device , a plurality of test instructions into a plurality of technology groups based on an analysis of the plurality of test instructions, wherein each technology group in the plurality of technology groups is associated with a technology layer from the plurality of technology layers; creating, by the testing automation device , an automation component for a set of test instructions in each of the plurality of technology groups, based on actions and objects in an associated set of test instructions; identifying for each technology group, by the testing automation device , a context information to be passed from an automation component associated with a technology layer to a downstream automation component associated with a succeeding technology layer, based on Natural Language Processing, NLP, of the plurality of test instructions; and executing, by the testing automation device , testing of the application based on the automation component created for each technology group and an associated context information to be passed to the downstream automation component. clustering, by a testing automation device , a plurality of test instructions into a plurality of technology groups based on an analysis of the plurality of test instructions, wherein each technology group in the plurality of technology groups is associated with a technology layer from the plurality of technology layers; creating, by the testing automation device , an automation component for a set of test instructions in each of the plurality of technology groups, based on actions and objects in an associated set of test instructions; identifying for each technology group, by the testing automation device , a context information to be passed from an automation component associated with a technology layer to a downstream automation component associated with a succeeding technology layer, based on Natural Language Processing, NLP, of the plurality of test instructions; and executing, by the testing automation device , testing of the application based on the automation component created for each technology group and an associated context information to be passed to the downstream automation component.
A door opening/closing mechanism for a refrigerator, comprising a first door and a second door that cover both sides with respect to a center of an opening portion of an apparatus main body and are rotatably supported respectively by pivotal shafts at both end portions of the opening portion, a swing partitioning body that is swingably disposed at an open end of the first door , and a guide mechanism that guides swingably the swing partitioning body and is disposed at a closing position to protrude from a side end surface of the first door at a closing time of the first door , and is disposed at an opening position that is disposed on a plane substantially flush with the side end surface of the first door at an opening time of the first door , wherein the guide mechanism includes a protruding portion disposed on one of the apparatus main body and the swing partitioning body and a guide portion that is disposed on other one of the apparatus main body and the swing partitioning body and provided with a guide groove to guide the protruding portion between the closing position and the opening position, characterized in that the one of the protruding portion and the guide portion is biased in a shaft direction of the pivotal shaft , and evacuates in the shaft direction upon colliding with the other one with force greater than a predetermined value when the first door with the swing partitioning body disposed at the closing position is opened, whereby the protruding portion comes out of the guide groove and the first door opens, allowing a user to open the first door by grasping the swing partitioning body located at the closing position and preventing the breakage of the protruding portion and guide portion .
An image pickup apparatus having an image pickup part including a zoom lens, and a lens driving part configured to drive the zoom lens in an optical axis direction, and being capable of performing shooting by using an illuminating part configured to irradiate a subject with light, the image pickup apparatus comprising: a lens driving determining unit configured to determine whether or not the zoom lens is being driven; characterized in that it further comprises a control unit configured to control a dimming speed of the illuminating part such that a value of the dimming speed is set to a normal value if the lens driving determining unit determines that the zoom lens is not driven while being set to a value different from the normal value if the lens driving determining unit determines that the zoom lens is being driven. a lens driving determining unit configured to determine whether or not the zoom lens is being driven; characterized in that it further comprises a control unit configured to control a dimming speed of the illuminating part such that a value of the dimming speed is set to a normal value if the lens driving determining unit determines that the zoom lens is not driven while being set to a value different from the normal value if the lens driving determining unit determines that the zoom lens is being driven.
A method for transmitting variable additional information (IAdd) on communication or navigation signals (S) with spectrum spreading, the additional information (IAdd) being coded by a variation of an intentional quantised degradation (DC) of the correlation of the spreading code, the degradation (DC) being coded on the spreading code by modifying at least one chip, characterised in that , the spreading code comprising N chips and a degradation tolerance of x dB, up to K chips are modified on each series of N chips coding a symbol, and 2 K values of additional information are transmitted, with K=1/2 N (1-10 -(x/10) ).
A semiconductor laser comprising - a semiconductor layer sequence which comprises an n-conducting n-region , a p-conducting p-region and an active zone lying therebetween for generating laser radiation, - a p-contact layer which is permeable to the laser radiation and is of a transparent conductive oxide for impressing current directly into the p-region , and - an electrically conductive and metallic p-contact structure which is located directly on the p-contact layer , wherein - the p-contact layer is a part of a cladding layer for guiding the laser radiation, such that the laser radiation penetrates intentionally into the p-contact layer during operation of the semiconductor laser , - the semiconductor layer sequence has two facets which form resonator end faces for the laser radiation, - a current impression in the p-region is suppressed directly on at least one of the facets in at least one current protection region , - the current protection region has, in a direction perpendicular to the associated facet , an extent of at least 0.5 um and of at most 100 um and additionally of at most 20% of a resonator length for the laser radiation, characterized in that - the p-contact layer is only partially removed in the current protection region , so that an effective refractive index for the laser radiation decreases in the direction of the associated facet in the current protection region . - a semiconductor layer sequence which comprises an n-conducting n-region , a p-conducting p-region and an active zone lying therebetween for generating laser radiation, - a p-contact layer which is permeable to the laser radiation and is of a transparent conductive oxide for impressing current directly into the p-region , and - an electrically conductive and metallic p-contact structure which is located directly on the p-contact layer , wherein - the p-contact layer is a part of a cladding layer for guiding the laser radiation, such that the laser radiation penetrates intentionally into the p-contact layer during operation of the semiconductor laser , - the semiconductor layer sequence has two facets which form resonator end faces for the laser radiation, - a current impression in the p-region is suppressed directly on at least one of the facets in at least one current protection region , - the current protection region has, in a direction perpendicular to the associated facet , an extent of at least 0.5 um and of at most 100 um and additionally of at most 20% of a resonator length for the laser radiation, characterized in that - the p-contact layer is only partially removed in the current protection region , so that an effective refractive index for the laser radiation decreases in the direction of the associated facet in the current protection region .
A heating packette comprising: top and bottom panels having: perimeter portions that are bonded together to form a reservoir between the two panels , the reservoir measuring 25mm - 150mm by 25mm - 150mm; a fabric that is impregnated with a cosmetic or personal care preparation disposed in the reservoir; at least one heating element that is in physical contact with at least one of the panels , characterised in that the heating element is a continuous resistive electric path that has a positive terminal and a negative terminal located near the perimeter portion of that panel on which the heating element is located. top and bottom panels having: perimeter portions that are bonded together to form a reservoir between the two panels , the reservoir measuring 25mm - 150mm by 25mm - 150mm; a fabric that is impregnated with a cosmetic or personal care preparation disposed in the reservoir; at least one heating element that is in physical contact with at least one of the panels , characterised in that the heating element is a continuous resistive electric path that has a positive terminal and a negative terminal located near the perimeter portion of that panel on which the heating element is located.
Measuring device for measuring a frame start time in a measuring signal comprising receiving means for receiving the measuring signal and outputting a digital measuring signal , and processing means for determining the frame start time, wherein the processing means comprise active resource block determination means for determining active resource blocks of a first signal derived from the digital measuring signal by - determining a power of each received resource block, and - determining a resource block as active, if the determined power is above a given threshold, wherein the processing means comprise frame start determination means for determining the frame start time by calculating a frame start metric from the digital measuring signal , and wherein the frame start determination means are setup for calculating the frame start metric based upon the determined active resource blocks, after the active resource blocks are known. - determining a power of each received resource block, and - determining a resource block as active, if the determined power is above a given threshold,
Method for concentrating light by coupling light into a thin film waveguide arranged on a substrate via at least one of its parallel surfaces, the method further comprising the step of exciting in the thin-film-waveguide at least one lateral guided mode propagating in a direction being parallel to the surface of the thin film waveguide and perpendicular to the normal vector of the substrate surface by interaction of the incident light with a nanopatterned discontinuous excitation layer characterized in exciting the lateral guided mode having at least one node being the minimum of intensity in the intensity profile regarded in the direction of mode confinement of the excited mode within the waveguide, preferably exactly one node , by breaking the planarity of the thin film waveguide and enabling a change of the propagation direction of the incident light in the interaction with the nanopatterned discontinuous excitation layer being arranged in the thin film waveguide between two layers of transparent dielectric material of a larger refractive index compared to the substrate at the position of the at least one node of the guided lateral mode .
An up-drawing continuous casting apparatus comprising: a holding furnace configured to hold molten metal; and a shape determining member placed on a molten metal surface of the molten metal and configured to determine a sectional shape of a casting to be casted when the molten metal led out from the molten metal surface passes through the shape determining member , wherein: the shape determining member includes a first partial shape determining member and a second partial shape determining member connectable to each other, and a connecting member (1043; W1, W2, W12; T1, T2; 1044; 1045) configured to connect the first partial shape determining member to the second partial shape determining member ; characterized in that the first partial shape determining member and the second partial shape determining member are connectable to and disconnectable from each other by moving them, to determine the sectional shape of the casting to be casted by the first partial shape determining member , the second partial shape determining member , and the connecting member (1043; W1, W2, W12; T1, T2; 1044; 1045). a holding furnace configured to hold molten metal; and a shape determining member placed on a molten metal surface of the molten metal and configured to determine a sectional shape of a casting to be casted when the molten metal led out from the molten metal surface passes through the shape determining member , wherein: the shape determining member includes a first partial shape determining member and a second partial shape determining member connectable to each other, and a connecting member (1043; W1, W2, W12; T1, T2; 1044; 1045) configured to connect the first partial shape determining member to the second partial shape determining member ; the shape determining member includes a first partial shape determining member and a second partial shape determining member connectable to each other, and a connecting member (1043; W1, W2, W12; T1, T2; 1044; 1045) configured to connect the first partial shape determining member to the second partial shape determining member ; characterized in that the first partial shape determining member and the second partial shape determining member are connectable to and disconnectable from each other by moving them, to determine the sectional shape of the casting to be casted by the first partial shape determining member , the second partial shape determining member , and the connecting member (1043; W1, W2, W12; T1, T2; 1044; 1045).
A pressure vessel manufactured using a composite material obtained by impregnating reinforcing fibers selected from carbon fibers with a low viscosity liquid epoxy resin composition, wherein the carbon fibers comprise carbon fiber tow having a specific gravity of 1.7 to 1.9, and wherein said low viscosity liquid epoxy resin composition comprises a liquid epoxy resin and a curing agent mixture having at least a first curing agent and a second curing agent, wherein the epoxy resin composition has a mixed viscosity of 1,500 mPa·s or less, measured at room temperature and a rotary speed of 3.0 rpm with a Brookfield LVDV-I+ viscometer using a #62 spindle, and wherein a cured product of the liquid epoxy resin composition hardened at 110°C for 2 hours in an oven has physical properties including both a glass transition temperature of 90°C to 150°C, as obtained by thermal analysis using a differential scanning calorimeter (DSC), and an elongation of 2% to 6%, as obtained by evaluation according to ASTM D638. wherein the epoxy resin composition has a mixed viscosity of 1,500 mPa·s or less, measured at room temperature and a rotary speed of 3.0 rpm with a Brookfield LVDV-I+ viscometer using a #62 spindle, and wherein a cured product of the liquid epoxy resin composition hardened at 110°C for 2 hours in an oven has physical properties including both a glass transition temperature of 90°C to 150°C, as obtained by thermal analysis using a differential scanning calorimeter (DSC), and an elongation of 2% to 6%, as obtained by evaluation according to ASTM D638.
Gas compression system comprising: a compact flow conditioner , intended to be placed below sea level in close vicinity to a well head, said flow conditioner being intended to receive a multi-phase flow of hydrocarbons through a supply pipe from a sub sea well for further transport of such hydrocarbons to a remote multi-phase receiving plant, wherein the gas (G) and the liquid (L) are separated in the flow conditioner , characterised in that the separated gas (G) and liquid (L) are re-assembled and enter a multi-phase meter prior to boosting by means of a combined multi-phase pump and compressor unit functioning on the centrifugal principle, wherein the combined multi-phase pump and compressor unit is an integrated unit used for transporting liquid and gas from the flow conditioner to the remote multi-phase receiving plant, wherein a regulating valve is opened to recirculate gas from downstream of the unit to upstream of the unit via a re-circulation loop responsive to detection by the multi-phase flow meter of an unusually high level of liquid or an unstable pulsating supply of fluid, and wherein said flow conditioner receives the multi-phase flow from the supply pipe via a generally horizontal pipe , and wherein a generally vertical pipe including a constriction or valve extends from the top of the generally horizontal pipe to downstream of the flow conditioner, such that a portion of the gas of the multi-phase flow in the generally horizontal pipe flows into the generally vertical pipe and is mixed with the flow downstream of the flow conditioner. a compact flow conditioner , intended to be placed below sea level in close vicinity to a well head, said flow conditioner being intended to receive a multi-phase flow of hydrocarbons through a supply pipe from a sub sea well for further transport of such hydrocarbons to a remote multi-phase receiving plant, wherein the gas (G) and the liquid (L) are separated in the flow conditioner , characterised in that the separated gas (G) and liquid (L) are re-assembled and enter a multi-phase meter prior to boosting by means of a combined multi-phase pump and compressor unit functioning on the centrifugal principle, wherein the combined multi-phase pump and compressor unit is an integrated unit used for transporting liquid and gas from the flow conditioner to the remote multi-phase receiving plant, wherein a regulating valve is opened to recirculate gas from downstream of the unit to upstream of the unit via a re-circulation loop responsive to detection by the multi-phase flow meter of an unusually high level of liquid or an unstable pulsating supply of fluid, and wherein said flow conditioner receives the multi-phase flow from the supply pipe via a generally horizontal pipe , and wherein a generally vertical pipe including a constriction or valve extends from the top of the generally horizontal pipe to downstream of the flow conditioner, such that a portion of the gas of the multi-phase flow in the generally horizontal pipe flows into the generally vertical pipe and is mixed with the flow downstream of the flow conditioner.
A method for shaping a hollow valve preform having: providing a valve preform , which comprises a head portion and a hollow shaft portion comprising a cavity , wherein the shaft portion has an initial outer diameter and an inner diameter, inserting a pull rod comprising a structuring bulb into the cavity , wherein the structuring bulb has an outer diameter, and has an outer structuring, shaping the hollow shaft portion , wherein at least a portion of an inner diameter of the cavity is reduced below the outer diameter of the structuring bulb , pulling out the structuring bulb through the shaped shaft portion , wherein the outer structuring is at least partially pressed into the surface of the cavity . providing a valve preform , which comprises a head portion and a hollow shaft portion comprising a cavity , wherein the shaft portion has an initial outer diameter and an inner diameter, inserting a pull rod comprising a structuring bulb into the cavity , wherein the structuring bulb has an outer diameter, and has an outer structuring, shaping the hollow shaft portion , wherein at least a portion of an inner diameter of the cavity is reduced below the outer diameter of the structuring bulb , pulling out the structuring bulb through the shaped shaft portion , wherein the outer structuring is at least partially pressed into the surface of the cavity .
A method for obtaining a glass plate marked on a portion of one of its faces with code-forming symbols, comprising a stage of etching said symbols by means of laser radiation on a glass sheet obtained by floating on a bath of molten tin, said etching being carried out on the face which has been in contact with said bath of molten tin.
A 40-oligolactic acid conjugate of rapamycin or a rapamycin derivative wherein the oligolactic acid comprises 2 to 24 lactic acid subunits and is attached through an ester linkage to the oxygen of the 40-hydroxyl of the rapamycin or rapamycin derivative with anti-cancer activity that retains the macrocyclic lactone ring of rapamycin but contains at least one modified side chain while retaining a free hydroxyl group on the C-40 position or a free hydroxyl attached to a modified side chain bonded to the C-40 position.
A method for wireless communications at a transmitting device, comprising: encoding a set of data bits to transmit to a receiving device on a set of subcarriers based at least in part on a boosting factor, wherein the boosting factor is associated with a repetition factor; rate matching the set of encoded data bits based at least in part on the repetition factor, wherein the repetition factor scales a rate for rate matching the set of encoded data bits; mapping , including non-coherent modulation mapping, the rate-matched set of encoded data bits to a resource block comprising a first subset of subcarriers corresponding to the rate-matched set of encoded data bits and a second subset of subcarriers corresponding to a set of null bits; generating a signal comprising the rate-matched set of encoded data bits based at least in part on the mapping; and transmitting the generated signal to the receiving device. encoding a set of data bits to transmit to a receiving device on a set of subcarriers based at least in part on a boosting factor, wherein the boosting factor is associated with a repetition factor; rate matching the set of encoded data bits based at least in part on the repetition factor, wherein the repetition factor scales a rate for rate matching the set of encoded data bits; mapping , including non-coherent modulation mapping, the rate-matched set of encoded data bits to a resource block comprising a first subset of subcarriers corresponding to the rate-matched set of encoded data bits and a second subset of subcarriers corresponding to a set of null bits; generating a signal comprising the rate-matched set of encoded data bits based at least in part on the mapping; and transmitting the generated signal to the receiving device.
Hot-forming tool comprising an upper tool and a lower tool , which are movable towards each other and when the hot forming tool is closed a mould cavity is formed between upper tool and lower tool , wherein the upper tool and/or the lower tool is/are subdivided into at least two segments , wherein one segment is designed as a heating segment characterised in that the heating segment has a compensating element on a side opposite the mould cavity so that thermal expansion of the heating segment in the press stroke direction is compensated.