mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing a graphical user interface (GUI) generated by a graphical user interface (GUI) generator to comprise a plurality of GUI items , the method comprising : moving, by the graphical user interface (GUI) generator, GUI items in a first group among GUI items other than a GUI item selected by a user, to a first area of a screen ; moving, by the graphical user interface (GUI) generator, GUI items in a second group among the GUI items other than the selected GUI item , to a second area of the screen ; and enlarging and displaying the selected GUI item on a third area of the screen comprising a space created between the GUI items in the first group and the GUI items in the second group by movement of the GUI items in the first group and GUI items in the second group according to said moving operations, wherein the GUI items are displayed by overlapping with each other before the GUI item is selected by the user. moving, by the graphical user interface (GUI) generator, GUI items in a first group among GUI items other than a GUI item selected by a user, to a first area of a screen ; moving, by the graphical user interface (GUI) generator, GUI items in a second group among the GUI items other than the selected GUI item , to a second area of the screen ; and enlarging and displaying the selected GUI item on a third area of the screen comprising a space created between the GUI items in the first group and the GUI items in the second group by movement of the GUI items in the first group and GUI items in the second group according to said moving operations, wherein the GUI items are displayed by overlapping with each other before the GUI item is selected by the user.
A fireproof cabinet body structure, comprising: a cabinet body , wherein an opening is arranged on one side of the cabinet body and is suitable for mounting a cabinet door , and the cabinet body comprises a keel frame and at least one layer of gypsum board fixed on an outer vertical surface of the keel frame ; adjacent gypsum boards are seamlessly pieced together; the keel frame has a rigidity greater than that of the gypsum board ; and a plurality of support legs , wherein the plurality of support legs penetrate through the gypsum board and are fixedly connected with the keel frame ; and a direction of the supporting force of any one of the support legs is the same as an extending direction of a vertical beam in the keel frame ; and the keel frame is a steel keel frame, characterized in that the keel frame comprises rectangular tubes and angle steels ; a side surface of the cabinet body that is opposite to the opening is provided with the rectangular tubes along the center line thereof; except that two edges in the keel frame that are located on the side surface and parallel to the rectangular tubes of the center line adopt angle steels , and the remaining edges in the keel frame adopt rectangular tubes ; an inner vertical surface of the keel frame is further provided with an inner panel ; and a gap layer is formed by surrounding the rectangular tubes parallel to two sides of any one of the angle steels with the inner panel and the gypsum board . a plurality of support legs , wherein the plurality of support legs penetrate through the gypsum board and are fixedly connected with the keel frame ; and a direction of the supporting force of any one of the support legs is the same as an extending direction of a vertical beam in the keel frame ; and the keel frame is a steel keel frame, characterized in that the keel frame comprises rectangular tubes and angle steels ; a side surface of the cabinet body that is opposite to the opening is provided with the rectangular tubes along the center line thereof; except that two edges in the keel frame that are located on the side surface and parallel to the rectangular tubes of the center line adopt angle steels , and the remaining edges in the keel frame adopt rectangular tubes ; an inner vertical surface of the keel frame is further provided with an inner panel ; and a gap layer is formed by surrounding the rectangular tubes parallel to two sides of any one of the angle steels with the inner panel and the gypsum board .
Power source , comprising - an input terminal , - a charging circuit having an input coupled to the input terminal of the power source , - a capacitor having a first electrode coupled to an output of the charging circuit , - an electronic switching circuit , wherein an input of the electronic switching circuit is coupled to the first electrode of the capacitor , characterised in that the power source comprises: - a discharge protection circuit , - a control switch having a first terminal which is coupled via the discharge protection circuit to the input terminal of the power source and is coupled to an output of the electronic switching circuit , and - a disconnecting device with a first terminal coupled to a second terminal of the control switch and comprising a pyrotechnic ignition element . - an input terminal , - a charging circuit having an input coupled to the input terminal of the power source , - a capacitor having a first electrode coupled to an output of the charging circuit , - an electronic switching circuit , wherein an input of the electronic switching circuit is coupled to the first electrode of the capacitor , - a discharge protection circuit , - a control switch having a first terminal which is coupled via the discharge protection circuit to the input terminal of the power source and is coupled to an output of the electronic switching circuit , and - a disconnecting device with a first terminal coupled to a second terminal of the control switch and comprising a pyrotechnic ignition element .
A disposable processing circuit configured for use in combination with a reusable hardware apparatus including a separation device, the processing circuit comprising: a processing chamber configured to receive a fluid including plasma and platelets and associable with said separation device of said reusable hardware apparatus for separation of platelets from at least a portion of another constituent of a fluid including plasma and platelets; a size exclusion filter in downstream fluid communication with the processing chamber and configured to remove platelet clumps from separated platelets conveyed therethrough from the processing chamber ; a platelet storage container in downstream fluid communication with the size exclusion filter and configured to receive filtered platelets from the size exclusion filter ; and an additive container in upstream fluid communication with the size exclusion filter , wherein the disposable processing circuit defines a fluid flow path extending from the processing chamber to the platelet storage container , with the fluid flow path including the size exclusion filter and not including a leukoreduction filter. a processing chamber configured to receive a fluid including plasma and platelets and associable with said separation device of said reusable hardware apparatus for separation of platelets from at least a portion of another constituent of a fluid including plasma and platelets; a size exclusion filter in downstream fluid communication with the processing chamber and configured to remove platelet clumps from separated platelets conveyed therethrough from the processing chamber ; a platelet storage container in downstream fluid communication with the size exclusion filter and configured to receive filtered platelets from the size exclusion filter ; and an additive container in upstream fluid communication with the size exclusion filter , wherein the disposable processing circuit defines a fluid flow path extending from the processing chamber to the platelet storage container , with the fluid flow path including the size exclusion filter and not including a leukoreduction filter.
Set of floor and / wall covering elements comprising larger-area floor and / wall covering elements and smaller-area floor and / or wall covering elements, each floor and / or wall covering element , comprising a top side , a bottom side and a peripheral side with at least three peripheral side sections , where an even number of magnets , in particular at least two magnets , are attached to each of at least two abutting peripheral side sections , where the at least two peripheral side sections have the same length, where adjacent magnets on a peripheral side section are oriented with a different magnetic polarity , and the magnets of all peripheral side sections are oriented with an alternating magnetic polarity relative to a rotation direction (U) on the peripheral side , and the peripheral side has an even surface such that the top sides and the bottom sides of adjacent floor and / or wall covering elements are automatically oriented by the magnetic pull of the magnets , characterized in that the at least three peripheral side sections are each arranged at an angle α = 60° to one another and form a complete peripheral side of an edge line of a geometry of an equilateral triangle , or at least two peripheral side sections are arranged at an angle α = 60° to one another and at least one further magnet is attached to at least one third peripheral side section , or at least two peripheral side sections are arranged at an angle α = 45° to one another and / or the complete peripheral side forms an edge line of a geometry of an isosceles triangle , and where the magnets are arranged at equal distances on the peripheral side sections , and where each larger-area floor and / or wall covering element has peripheral side sections , which have a multiple of the length of the peripheral side sections of the smaller floor and / or wall covering element .
A method for preparing an oil-in-water emulsion comprising mometasone furoate, the method comprising a) preparing an oil phase by mixing the ingredients making up the oil phase and heating to a temperature of from 60 °C to 80 °C, b) preparing an aqueous phase by i) preparing a dispersion of mometasone furoate in part of the aqueous phase, ii) preparing the remaining part of the aqueous phase by dissolving the ingredients, and iii) adding the dispersion resulting from i) to the remaining part of the aqueous phase resulting from ii) to obtain the aqueous phase, c) transferring the oil phase a) to the aqueous phase ii), or optionally ii) to i), d) mixing until an emulsion is obtained, e) optionally, subjecting the thus obtained emulsion to vacuum conditions, f) optionally, homogenizing the emulsion, optionally under vacuum conditions, g) optionally, addition one or more fragrance agents, h) cooling the thus obtained emulsion, wherein the emulsion obtained comprises mometasone furoata and propylene glycol, and the total concentration of propylene glycol is from 20 to 45% w/w, and wherein a part of mometasone furoate is present in undissolved form. a) preparing an oil phase by mixing the ingredients making up the oil phase and heating to a temperature of from 60 °C to 80 °C, b) preparing an aqueous phase by i) preparing a dispersion of mometasone furoate in part of the aqueous phase, ii) preparing the remaining part of the aqueous phase by dissolving the ingredients, and iii) adding the dispersion resulting from i) to the remaining part of the aqueous phase resulting from ii) to obtain the aqueous phase, i) preparing a dispersion of mometasone furoate in part of the aqueous phase, ii) preparing the remaining part of the aqueous phase by dissolving the ingredients, and iii) adding the dispersion resulting from i) to the remaining part of the aqueous phase resulting from ii) to obtain the aqueous phase, c) transferring the oil phase a) to the aqueous phase ii), or optionally ii) to i), d) mixing until an emulsion is obtained, e) optionally, subjecting the thus obtained emulsion to vacuum conditions, f) optionally, homogenizing the emulsion, optionally under vacuum conditions, g) optionally, addition one or more fragrance agents, h) cooling the thus obtained emulsion,
An apparatus comprising circuitry configured to perform a transport channel processing chain (TrCH proc), the transport channel processing chain (TrCH proc) comprising a sub-carrier puncturing function, characterized by : the sub-carrier puncturing function comprising puncturing, in each subframe (TTI) of a composite transmission time interval (CTTI), a set of subcarriers from at least one mapped physical resource block (PRB), wherein the circuitry is configured to map an identical set of physical bits in subsequent subframes, wherein the circuitry is configured to puncture the set of subcarriers so that the sets of subcarriers that are punctured are different between subframes (TTI) of the composite transmission time interval (CTTI), and wherein the transport channel processing (TrCH proc) comprises rearranging (709; 1109), the subcarriers that remain after puncturing, in the frequency domain to occupy the allocated frequency resources.
A method of acquiring image data with an imaging system, comprising: positioning a movable single x-ray source tube in a housing , wherein the housing is connected to a mobile cart operable to move the housing from a first operating room to a second operating room; powering the single x-ray source tube with a first power source having a first power characteristic to emit x-rays at a first selected position relative to a patient to acquire a first image data; powering the single x-ray source tube with a second power source having a second power characteristic different from the first power characteristic to emit x-rays relative to the first selected position relative to the patient to acquire a second image data; acquiring the first image data and the second image data relative to the first selected position at both the first power characteristic and the second power characteristic; and executing instructions with a processor to reconstruct a three-dimensional model of a portion of the patient at the first selected position using the fist image data and the second image data with an algebraic iterative technique. positioning a movable single x-ray source tube in a housing , wherein the housing is connected to a mobile cart operable to move the housing from a first operating room to a second operating room; powering the single x-ray source tube with a first power source having a first power characteristic to emit x-rays at a first selected position relative to a patient to acquire a first image data; powering the single x-ray source tube with a second power source having a second power characteristic different from the first power characteristic to emit x-rays relative to the first selected position relative to the patient to acquire a second image data; acquiring the first image data and the second image data relative to the first selected position at both the first power characteristic and the second power characteristic; and executing instructions with a processor to reconstruct a three-dimensional model of a portion of the patient at the first selected position using the fist image data and the second image data with an algebraic iterative technique.
A cooking apparatus , which has a cooking container for receiving an aqueous medium , a heating device for heating the cooking container , and a temperature sensor which is designed to detect temperature at a predetermined point in the cooking container and generate a temperature sensor signal as a function of the temperature, wherein the cooking apparatus is designed to provide a value of the temperature sensor signal when the aqueous medium is boiling and to calibrate a conversion of the temperature sensor signal into an associated temperature based on the detected value, wherein the temperature sensor is attached to an external side of the cooking container on the wall, characterised in that the cooking apparatus is designed to detect whether the temperature sensor signal remains stable for a predetermined period of time and displays a boiling of the aqueous medium and after the period of time has expired to detect the value of the temperature sensor signal , wherein the calibration is designed to adjust a conversion of the temperature sensor signal into an associated temperature such that the temperature obtained is corrected to take account wholly or partially of the influence of an installation situation of the temperature sensor , of thermal ambient conditions of the temperature sensor , of a heat transfer from the boiling medium to the temperature sensor .
A laundry treatment appliance comprising a rotary drum in which laundry is placeable and a front door allowing access into the rotary drum for loading or unloading laundry through an access opening and having a handle assembly operateable to lock or unlock said front door , the handle assembly comprises a handle body , a handle edge piece and a handle inner piece , the handle edge piece comprises a central edge tab and at least one peripheral edge tab and the handle body comprises a corresponding central edge slot and at least one peripheral edge slot such that the handle edge piece is attachable to the handle body by insertion of the central edge tab and the at least one peripheral edge tab into the corresponding central edge slot and the at least one peripheral edge slot , the handle body comprises at least one inner hook and the handle inner piece comprises corresponding at least one inner slot such that the handle inner piece is attachable to the handle body by insertion of said at least one inner hook into the corresponding at least one inner slot , the handle inner piece comprises at least one flexible inner tab whereby the corresponding at least one inner hook is kept in the inner slot by the flexible inner tab wherein the handle body comprises at least one flexible peripheral edge tab such that while inserting the at least one peripheral edge tab into the corresponding peripheral edge slot , the flexible peripheral edge tab rotates away from the plane of the handle body due to peripheral edge hook and after peripheral edge hook reaches its position in peripheral edge slot , the peripheral edge hook is kept in the peripheral edge slot by the flexible peripheral edge tab . the handle assembly comprises a handle body , a handle edge piece and a handle inner piece , the handle edge piece comprises a central edge tab and at least one peripheral edge tab and the handle body comprises a corresponding central edge slot and at least one peripheral edge slot such that the handle edge piece is attachable to the handle body by insertion of the central edge tab and the at least one peripheral edge tab into the corresponding central edge slot and the at least one peripheral edge slot , the handle body comprises at least one inner hook and the handle inner piece comprises corresponding at least one inner slot such that the handle inner piece is attachable to the handle body by insertion of said at least one inner hook into the corresponding at least one inner slot , the handle inner piece comprises at least one flexible inner tab whereby the corresponding at least one inner hook is kept in the inner slot by the flexible inner tab wherein the handle body comprises at least one flexible peripheral edge tab such that while inserting the at least one peripheral edge tab into the corresponding peripheral edge slot , the flexible peripheral edge tab rotates away from the plane of the handle body due to peripheral edge hook and after peripheral edge hook reaches its position in peripheral edge slot , the peripheral edge hook is kept in the peripheral edge slot by the flexible peripheral edge tab .
Vehicle , in particular transport vehicle, having a vehicle frame and a drive motor, in particular internal combustion engine and/or electric motor and/or hydraulic motor, wherein a vehicle frame and at least two wheel axles are provided, and the vehicle frame comprises at least one load holder which is pivotable by a first adjustment unit about a tilting axis, such as a skip or the like for holding/storing material, in particular pourable construction material, wherein the load holder is at least partially arranged in an intermediate region between the two wheel axles in a transporting or travel position and is at least partially pivotable beyond one of the wheel axles into an edge region of the vehicle into a tilting position, wherein the frame comprises at least one support unit having at least one support wheel which is rotatable about a third wheel axle , in particular a third rigid axle, for supporting the vehicle or the vehicle frame , characterized in that the at least one support wheel is steerable.
A data transmission method, being applicable to a network device and comprising: transmitting a physical downlink shared channel, PDSCH, the PDSCH being used for carrying a first-type service; transmitting first configuration information, the first configuration information being used for configuring a physical uplink control channel, PUCCH, resource; and receiving , on the PUCCH resource, uplink feedback information transmitted by a terminal device, the uplink feedback information indicating whether a service carried by the PDSCH is correctly received, characterized in that : the PUCCH resource is one first PUCCH resource; the uplink feedback information comprises negative acknowledgement, NACK, feedback information; and the terminal device belongs to a group of terminal devices, wherein all terminal devices in the group that need to transmit the NACK feedback information use the one first PUCCH resource to transmit the NACK feedback information. transmitting a physical downlink shared channel, PDSCH, the PDSCH being used for carrying a first-type service; transmitting first configuration information, the first configuration information being used for configuring a physical uplink control channel, PUCCH, resource; and receiving , on the PUCCH resource, uplink feedback information transmitted by a terminal device, the uplink feedback information indicating whether a service carried by the PDSCH is correctly received, characterized in that : the PUCCH resource is one first PUCCH resource; the uplink feedback information comprises negative acknowledgement, NACK, feedback information; and the terminal device belongs to a group of terminal devices, wherein all terminal devices in the group that need to transmit the NACK feedback information use the one first PUCCH resource to transmit the NACK feedback information. the PUCCH resource is one first PUCCH resource; the uplink feedback information comprises negative acknowledgement, NACK, feedback information; and the terminal device belongs to a group of terminal devices, wherein all terminal devices in the group that need to transmit the NACK feedback information use the one first PUCCH resource to transmit the NACK feedback information.
Tapping saddle for a plastic main pipe carrying a medium, the saddle comprising a stub , preferably with an internal thread , wherein the stub has a central axis , a saddle piece and preferably a drill , wherein the drill is preferably arranged in the stub and is axially displaceable in the stub , preferably by means of an external thread arranged on the drill , wherein a heating element geometry , which is used for welding the tapping saddle to the main pipe outer circumference, is arranged on the inside diameter of the saddle piece , wherein the heating element geometry has a winding , preferably made of wire, wherein the winding has an outer winding region and an inner winding region , wherein the winding of the inner winding region extends in meandering loops along a circle concentric with the central axis of the stub , characterized in that the meandering loops project into the inside diameter of the stub , wherein they are arranged in the saddle piece .