mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for reducing power consumption of a mobile device, the method comprising: • detecting video content to be viewed in an application executed by the mobile device (step 602); • detecting unwanted content associated with the video content (step 604), wherein the detecting the unwanted content comprises at least one of: ∘ identifying markers included in metadata associated with the video content, wherein the markers specify explicit start points and end points of advertising content included in the video content; ∘ utilizing user feedback to identify explicit start points and end points of advertising content included in the video content; or ∘ analyzing the video content to identify keywords or images corresponding to advertising content; and • operating the mobile device in a low-power mode during playback of the video content in the application in response to detecting the unwanted content, wherein the operating the mobile device in the low-power mode comprises at least one of using Dynamic Voltage and Frequency Scaling, DVFS, to adjust power consumption of a processor included in the mobile device, reducing the resolution of a display device included in the mobile device, or reducing a brightness level of the display device (step 606). • detecting video content to be viewed in an application executed by the mobile device (step 602); • detecting unwanted content associated with the video content (step 604), wherein the detecting the unwanted content comprises at least one of: ∘ identifying markers included in metadata associated with the video content, wherein the markers specify explicit start points and end points of advertising content included in the video content; ∘ utilizing user feedback to identify explicit start points and end points of advertising content included in the video content; or ∘ analyzing the video content to identify keywords or images corresponding to advertising content; and ∘ identifying markers included in metadata associated with the video content, wherein the markers specify explicit start points and end points of advertising content included in the video content; ∘ utilizing user feedback to identify explicit start points and end points of advertising content included in the video content; or ∘ analyzing the video content to identify keywords or images corresponding to advertising content; and • operating the mobile device in a low-power mode during playback of the video content in the application in response to detecting the unwanted content, wherein the operating the mobile device in the low-power mode comprises at least one of using Dynamic Voltage and Frequency Scaling, DVFS, to adjust power consumption of a processor included in the mobile device, reducing the resolution of a display device included in the mobile device, or reducing a brightness level of the display device (step 606).
A computing device comprising: (a) a memory for storing data and a domain flow program, the domain flow program being a program that represents computation through dependency graphs and domains of computation; (b) a controller for requesting the domain flow program from the memory and further for translating the domain flow program into domain flow programming information; (c) a processor fabric for processing the domain flow programming information via one or more processing elements that match data tokens belonging to a same single assignment equation specified in the domain flow program based on a spatial tag, the data tokens being data structures flowing through the processor fabric, wherein the processor fabric is further configured for execution of fine-grain parallel algorithms; (d) a crossbar for sending the data tokens and the domain flow programming information to the processor fabric; and (e) data streamers configured for creating and sending data token streams to the crossbar, and receiving and unpacking data token streams from the crossbar, wherein the data streamers implement page awareness so that caching is used to accumulate page coherent data for efficient writeback to the memory implemented as a DRAM or for efficient input stream generation from the memory implemented as a DRAM to fabric streams. (a) a memory for storing data and a domain flow program, the domain flow program being a program that represents computation through dependency graphs and domains of computation; (b) a controller for requesting the domain flow program from the memory and further for translating the domain flow program into domain flow programming information; (c) a processor fabric for processing the domain flow programming information via one or more processing elements that match data tokens belonging to a same single assignment equation specified in the domain flow program based on a spatial tag, the data tokens being data structures flowing through the processor fabric, wherein the processor fabric is further configured for execution of fine-grain parallel algorithms; (d) a crossbar for sending the data tokens and the domain flow programming information to the processor fabric; and (e) data streamers configured for creating and sending data token streams to the crossbar, and receiving and unpacking data token streams from the crossbar, wherein the data streamers implement page awareness so that caching is used to accumulate page coherent data for efficient writeback to the memory implemented as a DRAM or for efficient input stream generation from the memory implemented as a DRAM to fabric streams.
A method of controlling a clothes dryer comprising a dry tub and a control unit , for drying functional clothes which comprise at least a moisture penetrating and water repellent material and an elastic material, comprising the following sequential steps: performing a first drying process at a first reference dry temperature (T1) during a first reference dry time, configured to recover a water repellent function of the moisture penetrating and water repellent material, when exposed to the first reference dry temperature, and performing a second drying process at a second reference dry temperature (T2), during a second reference dry time, configured to prevent the elastic material from being deformed when exposed to the second reference dry temperature, and wherein said second reference dry temperature is higher than said first reference dry temperature. performing a first drying process at a first reference dry temperature (T1) during a first reference dry time, configured to recover a water repellent function of the moisture penetrating and water repellent material, when exposed to the first reference dry temperature, and performing a second drying process at a second reference dry temperature (T2), during a second reference dry time, configured to prevent the elastic material from being deformed when exposed to the second reference dry temperature, and wherein said second reference dry temperature is higher than said first reference dry temperature.
A reagent container that is installed in an analyzer for use, and that stores a reagent supplied to the analyzer via an aspiration tube, the reagent container comprising: a container body comprising a tubular member with an opening into which the aspiration tube is inserted from above, and a flexible bag-shaped liquid container joined to the tubular member and storing the reagent, characterized in that the container body comprises a penetration prevention member for preventing a tip of the aspiration tube inserted through the opening from penetrating the container body , wherein the penetration prevention member has a thickness larger than that of the flexible bag-shaped liquid container , and comprises a material harder than the flexible bag-shaped liquid container , and wherein the container body comprises the penetration prevention member in a bottom portion region including an intersection between a central axis of the opening of the tubular member and an inner surface of the container body . a container body comprising a tubular member with an opening into which the aspiration tube is inserted from above, and a flexible bag-shaped liquid container joined to the tubular member and storing the reagent, characterized in that a tubular member with an opening into which the aspiration tube is inserted from above, and a flexible bag-shaped liquid container joined to the tubular member and storing the reagent, characterized in that the container body comprises a penetration prevention member for preventing a tip of the aspiration tube inserted through the opening from penetrating the container body , wherein the penetration prevention member has a thickness larger than that of the flexible bag-shaped liquid container , and comprises a material harder than the flexible bag-shaped liquid container , and wherein the penetration prevention member has a thickness larger than that of the flexible bag-shaped liquid container , and comprises a material harder than the flexible bag-shaped liquid container , and wherein the container body comprises the penetration prevention member in a bottom portion region including an intersection between a central axis of the opening of the tubular member and an inner surface of the container body .
Headrest having a head support apparatus , which is can be adjusted with a bearing device or is firmly mounted on a seat, wherein the head support apparatus comprises a base part and a head support part with a head support surface , which can be displaced in the event of a force (F) acting upon the head support surface and is loaded back into the starting position by at least one elastic element , wherein the base part forms a frame and the head support part can be moved in relation to the base part , characterised in that wherein the movement of the head support part is guided by cooperating guide surfaces of the head support part and of the base part , wherein the movement is restricted by the contact of a contact surface of the head support part with an abutment surface of the base part , and that at least one elastic element is arranged between the base part and the head support part , which is elastically deformed during displacement of the head support part in relation to the base part and exerts a restoring force onto the head support part .
A headrest for a seat of a vehicle, comprising: a body securable to the seat ; a side portion adjacent the body ; a receiver pivotally attached to the body ; a slide attached to the side portion so as to be movable along the receiver between a first position in which the side portion is in a retracted position and a second position in which the side portion is in an extended position; a friction member on one of the receiver and the slide ; a securing mechanism attached to the body for causing the friction member to hold the slide in a selected position relative to the receiver ; and a pivot arm having a first end attached to the side portion and a second end attached to the body spaced from a front surface of the body, the side portion pivoting relative to the body via the pivot arm when the slide moves relative to the receiver . a body securable to the seat ; a side portion adjacent the body ; a receiver pivotally attached to the body ; a slide attached to the side portion so as to be movable along the receiver between a first position in which the side portion is in a retracted position and a second position in which the side portion is in an extended position; a friction member on one of the receiver and the slide ; a securing mechanism attached to the body for causing the friction member to hold the slide in a selected position relative to the receiver ; and a pivot arm having a first end attached to the side portion and a second end attached to the body spaced from a front surface of the body, the side portion pivoting relative to the body via the pivot arm when the slide moves relative to the receiver .
A downhole closed loop method for controlling a drilling toolface when drilling a subterranean borehole, the method comprising: (a) drilling the subterranean borehole; (b) receiving a reference attitude of a bottom hole assembly in the subterranean borehole, the reference attitude measured at an upper survey station in the subterranean borehole at a first time; (c) receiving a measured attitude of the bottom hole assembly in the subterranean borehole; the measured attitude measured at a lower survey station in the subterranean borehole at a second time, the second time being later than the first time; (d) processing downhole the reference attitude and the measured attitude to compute an angle change of the subterranean borehole between the upper and lower survey stations; (e) comparing the angle change of the subterranean borehole with a predetermined threshold; (f) repeating (c), (d), and (e) when the angle change of the subterranean borehole is less than the predetermined threshold; (g) processing downhole the reference attitude and the measured attitude to compute a toolface angle when the angle change of the subterranean borehole is greater than or equal to the predetermined threshold; and (h) processing downhole the toolface angle computed in (g) to control a direction of drilling of the subterranean borehole. (a) drilling the subterranean borehole; (b) receiving a reference attitude of a bottom hole assembly in the subterranean borehole, the reference attitude measured at an upper survey station in the subterranean borehole at a first time; (c) receiving a measured attitude of the bottom hole assembly in the subterranean borehole; the measured attitude measured at a lower survey station in the subterranean borehole at a second time, the second time being later than the first time; (d) processing downhole the reference attitude and the measured attitude to compute an angle change of the subterranean borehole between the upper and lower survey stations; (e) comparing the angle change of the subterranean borehole with a predetermined threshold; (f) repeating (c), (d), and (e) when the angle change of the subterranean borehole is less than the predetermined threshold; (g) processing downhole the reference attitude and the measured attitude to compute a toolface angle when the angle change of the subterranean borehole is greater than or equal to the predetermined threshold; and (h) processing downhole the toolface angle computed in (g) to control a direction of drilling of the subterranean borehole.
Wind farm having a multiplicity of wind energy installations (11, 12, WEC), having a transfer point at which the electrical energy which is generated by the wind energy installations (11, 12, WEC) is transferred to a public electricity grid system and for which nominal values are prespecified, having a measurement sensor for measuring electrical actual values at the transfer point , wherein a master regulator , which is associated with an upper control level, and a plurality of submaster regulators , which are associated with a lower control level, are provided, wherein the master regulator is designed to ascertain prespecifications for the second control level depending on upper nominal values and upper actual values at the first control level, and the submaster regulators are each designed to take the prespecifications as lower nominal values and set prespecifications for a plurality of wind energy installations (11, 12, WEC) depending on the lower nominal values and lower actual values, wherein installation regulators of the individual wind energy installations (11, 12, WEC) are designed to implement the prespecifications of the submaster controllers .
A laser welding method for joining metal plates (W1, W2), comprising the steps of: applying a laser beam to a surface of a plurality of metal plates (W1, W2) superimposed on each other by performing scanning of the laser beam along a circular scanning locus (SC1 to SC5) so as to melt the metal in the vicinity of the scanning locus (SC1 to SC5) to form a molten pool (P) constituted of the molten metal (F), which is scanned and stirred the laser beam; and being characterised by : shifting sequentially the scanning locus (SC1 to SC5) to be scanned with the laser beam from an inner circular scanning locus (SC1) to an outer circular scanning locus (SC5) in a predetermined joining region on the metal plates (W1, W2); and providing an emission interval of the laser beam so that the irradiation on the surface of the metal plates (W1, W2) with the laser beam is temporally stopped when the scanning locus to be scanned with the laser beam is shifted to the outer circular scanning locus. applying a laser beam to a surface of a plurality of metal plates (W1, W2) superimposed on each other by performing scanning of the laser beam along a circular scanning locus (SC1 to SC5) so as to melt the metal in the vicinity of the scanning locus (SC1 to SC5) to form a molten pool (P) constituted of the molten metal (F), which is scanned and stirred the laser beam; and being characterised by : shifting sequentially the scanning locus (SC1 to SC5) to be scanned with the laser beam from an inner circular scanning locus (SC1) to an outer circular scanning locus (SC5) in a predetermined joining region on the metal plates (W1, W2); and providing an emission interval of the laser beam so that the irradiation on the surface of the metal plates (W1, W2) with the laser beam is temporally stopped when the scanning locus to be scanned with the laser beam is shifted to the outer circular scanning locus. shifting sequentially the scanning locus (SC1 to SC5) to be scanned with the laser beam from an inner circular scanning locus (SC1) to an outer circular scanning locus (SC5) in a predetermined joining region on the metal plates (W1, W2); and providing an emission interval of the laser beam so that the irradiation on the surface of the metal plates (W1, W2) with the laser beam is temporally stopped when the scanning locus to be scanned with the laser beam is shifted to the outer circular scanning locus.
A method for making a dairy composition, the method comprising: (a) ultrafiltering a milk product to produce a UF permeate fraction and a UF retentate fraction; (b) nanofiltering the UF permeate fraction to produce a NF permeate fraction and a NF retentate fraction; (c) diafiltering the NF retentate fraction to produce a DF/NF permeate fraction and a DF/NF retentate fraction; (d)(i) subjecting the NF permeate fraction and the DF/NF permeate fraction to a reverse osmosis step to produce a concentrated mineral fraction and a milk water fraction; and (e)(i) combining at least the UF retentate fraction and the concentrated mineral fraction to form the dairy composition; or (d)(ii) subjecting the NF permeate fraction and the DF/NF permeate fraction to a forward osmosis step to produce a mineral concentrate and a milk water fraction; and (e)(ii) combining at least the UF retentate fraction and the mineral concentrate to form the dairy composition. (a) ultrafiltering a milk product to produce a UF permeate fraction and a UF retentate fraction; (b) nanofiltering the UF permeate fraction to produce a NF permeate fraction and a NF retentate fraction; (c) diafiltering the NF retentate fraction to produce a DF/NF permeate fraction and a DF/NF retentate fraction; (d)(i) subjecting the NF permeate fraction and the DF/NF permeate fraction to a reverse osmosis step to produce a concentrated mineral fraction and a milk water fraction; and (e)(i) combining at least the UF retentate fraction and the concentrated mineral fraction to form the dairy composition; or (d)(ii) subjecting the NF permeate fraction and the DF/NF permeate fraction to a forward osmosis step to produce a mineral concentrate and a milk water fraction; and (e)(ii) combining at least the UF retentate fraction and the mineral concentrate to form the dairy composition.
Mobile machine tool , namely a manually-operated machine tool or semi-stationary machine tool , for machining a workpiece (W), wherein the machine tool has an in particular plate-like guide element with a guide surface for guiding the machine tool on the workpiece (W) or the workpiece (W) on the machine tool , wherein the machine tool has a drive unit with a drive motor for driving a tool holder arranged on the drive unit , wherein the drive unit is, by means of a bearing arrangement , mounted adjustably on the guide element in order to adjust at least two adjustment positions (S0, S1, S2) of the tool holder relative to the guide surface , wherein at least one adjustment position (S0, S1, S2) corresponds to a workpiece machining position in which the work tool arranged on the tool holder , in particular a cutting tool, is, in a workpiece contact region, in contact with the workpiece (W), in particular cutting into the workpiece (W), wherein the machine tool has at least one tool sensor for detecting the workpiece contact region and at least one position sensor , separate from the tool sensor , for detecting a relative position of the drive unit relative to the guide element , and wherein the machine tool has an evaluation device for evaluating sensor signals of the position sensor and of the tool sensor characterised in that the machine tool is configured to provide at least one function depending on a detection of a workpiece marking (MA) arranged on the workpiece (W).
An absorptive, ultra-violet, inorganic and dielectric grid polarizer device , comprising: a) a substrate ; b) a stack comprising two layers disposed over the substrate , including a transmitting layer and an optically absorbing layer with respect to the ultra-violet spectrum; c) each of the two layers being formed of a material that is both inorganic and dielectric; d) the two layers having different refractive indices; e) the two layers being discontinuous to form form-birefringent layers with an array of parallel ribs having a period less than 400 nm; and f) the transmitting layer is directly disposed on the substrate and is disposed between the optically absorbing layer and the substrate. a) a substrate ; b) a stack comprising two layers disposed over the substrate , including a transmitting layer and an optically absorbing layer with respect to the ultra-violet spectrum; c) each of the two layers being formed of a material that is both inorganic and dielectric; d) the two layers having different refractive indices; e) the two layers being discontinuous to form form-birefringent layers with an array of parallel ribs having a period less than 400 nm; and f) the transmitting layer is directly disposed on the substrate and is disposed between the optically absorbing layer and the substrate.
A cap for a medical injection device , the cap comprising: a needle shield comprising a body with a recess for receiving at least part of a needle hub of a needle syringe ; characterized in that the cap further comprises, a piercing member movable from an initial position, wherein a portion of the body is located between the recess and the piercing member , to a cap removal position, wherein the piercing member punctures the body of the needle shield to fluidly communicate with the recess to allow the ingress of gas into the recess . a needle shield comprising a body with a recess for receiving at least part of a needle hub of a needle syringe ; characterized in that the cap further comprises, a piercing member movable from an initial position, wherein a portion of the body is located between the recess and the piercing member , to a cap removal position, wherein the piercing member punctures the body of the needle shield to fluidly communicate with the recess to allow the ingress of gas into the recess .