mhurhangee/ep-ind-claims huggingface dataset:
A method of culturing human embryonic stem cells (hESC) whilst maintaining stemness, the method comprising seeding hESC onto an uncoated fiber scaffold wherein the fibers have a diameter of less than 500nm, and incubating the hESC loaded fiber scaffold in a gas atmosphere in which the percentage of oxygen is in the range 1% to 5%.
A communication network comprising a plurality of nodes (1, 4) equipped with transmitter-receiver units (16, 6, 9) for wireless communication, including nodes referred to as mobile nodes, which are installed on mobile machines (2a, 2b, 3a, 3b, 3c), of such a configuration that associated with each node (1, 4) is a memory for operating parameter profiles (P2a, P2b, P3a, P3b, P3c) of a plurality of the mobile machines (2a, 2b, 3a, 3b, 3c) and that each node (1, 4) is adapted to emit profiles stored in the memory associated with it by way of its transmitter-receiver unit (16, 6, 9) and on the basis of a profile received from another node (1, 4) in respect of one of the mobile machines to update the profile of said machine that is stored in the memory associated therewith, characterised in that the nodes support a first operating mode (S7-S16) in which the transmitter-receiver units at least of the mobile nodes communicate directly with each other and support a second operating mode (S1-S5) in which two respective ones of the mobile nodes communicate with each other indirectly by way of a stationary node, wherein the transmitter-receiver units of the mobile nodes respectively include a terminal device for cellular mobile radio, and the stationary node includes a base station which is compatible with the terminal devices and which serves as a transmitter-receiver unit for a stationary server, wherein the server is adapted to store in a memory of the server profiles of all mobile machines (2a, 2b, 3a, 3b, 3c) respectively in conjunction with a time value specifying the time of its production and to compare each communicated time value with the time value associated with the same mobile machine (2a, 2b, 3a, 3b, 3c) in its memory in order to establish which profile is the more up-to-date.
A method for controlling an ultrasound system comprising at least two ultrasound sensor units (202; 400; 402; 500) using gestures, each ultrasound sensor unit (202; 400; 402; 500) comprising a sensor for gesture detection on a surface of the ultrasound sensor unit and the method comprising: detecting a gesture on a first ultrasound sensor unit; determining if the detected gesture matches a gesture stored in a gesture database; matching the detected gesture to the gesture in the gesture database; reading an assigned at least one system function in the gesture database related to the detected gesture; and activating the at least one system function, and characterised in that the at least one system function includes switching a sound source from a second ultrasound sensor unit to said first ultrasound sensor unit and wherein the gesture assigned to this system function comprises a double-tap on said surface of the first ultrasound sensor unit. detecting a gesture on a first ultrasound sensor unit; determining if the detected gesture matches a gesture stored in a gesture database; matching the detected gesture to the gesture in the gesture database; reading an assigned at least one system function in the gesture database related to the detected gesture; and activating the at least one system function, and characterised in that the at least one system function includes switching a sound source from a second ultrasound sensor unit to said first ultrasound sensor unit and wherein the gesture assigned to this system function comprises a double-tap on said surface of the first ultrasound sensor unit.
A dispenser, comprising: a base holding a cartridge including a flange and having a permeable membrane disposed thereon; and a cover (106; 220; 240; 260) attached to the base having at least one aperture (168; 226; 244; 266) and a first regulating plate (114; 222; 242; 262); characterized in that the base includes a shelf having a plurality of ribs disposed thereon, wherein the flange is captured between the plurality of ribs and an inner surface of the cover, wherein a distance H, which is a line that is perpendicular to a plane defined by the permeable membrane and is measured between an inner surface of the most distal portion of the regulating plate and the plane defined by the permeable membrane, is between 0.25 mm to 10 mm. a base holding a cartridge including a flange and having a permeable membrane disposed thereon; and a cover (106; 220; 240; 260) attached to the base having at least one aperture (168; 226; 244; 266) and a first regulating plate (114; 222; 242; 262); characterized in that the base includes a shelf having a plurality of ribs disposed thereon, wherein the flange is captured between the plurality of ribs and an inner surface of the cover, wherein a distance H, which is a line that is perpendicular to a plane defined by the permeable membrane and is measured between an inner surface of the most distal portion of the regulating plate and the plane defined by the permeable membrane, is between 0.25 mm to 10 mm.
A method for improving the acoustic properties of spruce resonance wood for musical instruments, wherein at least one resonance wood blank is subjected to a treatment with Physisporinus vitreus under controlled, sterile conditions, wherein that the previously sterilized resonance wood blank is immersed into a liquid medium enriched with fungus mycelium and kept therein in the dark for an exposure time and finally sterilized, wherein during the exposure time a temperature of 18 to 26oC and a relative humidity of approximately 60 to approximately 80% are maintained, characterized in that the liquid medium contains nanofibrillated cellulose in an amount of 200 to 300 g per liter.
A blade for a gas turbine comprising a root, a platform and an airfoil, the blade having a cooling channel extending through the airfoil with an inlet located at the root or platform and at least an outlet, said at least an outlet being located at the platform; the cooling channel having a first path connected to the inlet and a second path connected to the at least an outlet, characterised in that the first and second paths (5a, 5b) are connected at ends thereof; the cooling channel comprising at least a restriction defined in the second path and intermediate passages being provided connecting the first path to the second path.
A portable navigation device having a display, memory, processing capability, one or more speakers, and signal reception means by means of which said PND can determine its approximate position globally by means of software installed on the device, such also performing one or more primary navigation and/or route calculation functions, as well as one or more secondary functions including the audible reproduction of digital content stored in said memory, said software causing the display of changing graphical map information during route navigation and being capable of causing the display of a plurality of configuration menus to enable a user to configure various device operation options, said software further causing the on-screen display of a user-selectable graphical indicator during route navigation in conjunction with said changing graphical map information, characterised in that selection of said indicator during navigation causes the software to display one of a first configuration menu and a second configuration menu specific to the reproduction of digital music, based on whether a digital music file is being reproduced at the time the graphical indicator is selected.
A method of making a compact layer of enamel coatings on moulded higher stress corrosion products by applying enamel layers in the form of powder in the electric field and subsequent firing in a single firing process characterised in that a layer of ground coat enamel in the form of powder is applied on the cleaned surface of a steel product in the electric field by application guns until thickness of the layer reaches 100 to 150 μm, subsequently the electric field is interrupted in order to reduce a space charge around the steel product and in the same manner a minimum of two layers of cover coat enamel powder are applied until the total layer of enamel powder reaches thickness of minimum 750 μm, whereas the electric field is interrupted each time between each steps of cover coat enamel powder application.
Safety blocking valve for blocking a gas line, having a valve spool which is spring-loaded in the closing direction, a spring-loaded locking pin for securing the valve spool in an open position and having a diaphragm for applying a return force to the locking pin due to a gas pressure, characterized by a remotely operable release device for releasing the valve spool independently of the gas pressure, which comprises a servo drive for applying the return force and an actuating element, which is operatively connected to the servo drive and to the locking pin, for transmitting the return force onto the locking pin, wherein in the resting state of the servo drive the operative connection is connected without the transmission of forces.
Transport device comprising a transport vehicle, which comprises: - a vehicle body having a lower section and a vertical frame section extending upwardly from the lower section, the lower section having a support surface and a container attachment interface by which a box-shaped container placed on the support surface can be attached to the lower section without altering the vertical frame section, - a handle arranged on the vehicle body, with which the transport vehicle can be moved into a tilted position, - two wheels arranged on the lower section, with which the transport vehicle can be supported in the tilted position relative to a floor and moved relative to the floor, and - a horizontally oriented integrated table located at the upper end of the vertical frame section and forming the upper end of the vehicle body, characterized in that the transport device further comprises an elongate worktable and a worktable attachment interface provided on the transport vehicle, with which the elongate worktable can be attached in a vertical orientation in a rearward area on the transport vehicle without the use of tools, in order to assume a transport position in which the elongate worktable can be transported by the transport vehicle, wherein the integrated table has a support section on which the worktable can be supported in a horizontal orientation with an attachment element arranged at a front side of the worktable, to assume a stable working position. - a vehicle body having a lower section and a vertical frame section extending upwardly from the lower section, the lower section having a support surface and a container attachment interface by which a box-shaped container placed on the support surface can be attached to the lower section without altering the vertical frame section, - a handle arranged on the vehicle body, with which the transport vehicle can be moved into a tilted position, - two wheels arranged on the lower section, with which the transport vehicle can be supported in the tilted position relative to a floor and moved relative to the floor, and - a horizontally oriented integrated table located at the upper end of the vertical frame section and forming the upper end of the vehicle body, characterized in that
A white organic light emitting diode comprising: first and second electrodes (100, 700); an emitting part between the first and second electrodes, the emitting part including a red emitting layer and a blue emitting layer adjacent to the red emitting layer, wherein the red emitting layer includes a first host material which does not absorb a blue light emitted from the blue emitting layer, further comprising a first emitting part having a first peak wavelength between the first electrode and the emitting part and a second emitting part having a second peak wavelength on the first emitting part, wherein the emitting part, the first emitting part and the second emitting part include TER-TEP(Three Emission Region-Three Emission Peak) structure, wherein the first peak wavelength is within a range of 440nm to 480nm, the second peak wavelength is within a range of 520nm to 590nm, and peak wavelengths of the red emitting layer and the blue emitting layer are within a range of 600nm to 650nm and 440nm to 480nm, respectively, wherein a first charge generation layer is provided between the first emitting part and the second emitting part, wherein a second charge generation layer is provided between the second emitting part and the emitting part, and wherein an energy band gap of a host material of the blue emitting layer is not more than a value of 0.3eV more than the energy band gap of the first host material. first and second electrodes (100, 700); an emitting part between the first and second electrodes, the emitting part including a red emitting layer and a blue emitting layer adjacent to the red emitting layer, wherein the red emitting layer includes a first host material which does not absorb a blue light emitted from the blue emitting layer, further comprising a first emitting part having a first peak wavelength between the first electrode and the emitting part and a second emitting part having a second peak wavelength on the first emitting part, wherein the emitting part, the first emitting part and the second emitting part include TER-TEP(Three Emission Region-Three Emission Peak) structure, wherein the first peak wavelength is within a range of 440nm to 480nm, the second peak wavelength is within a range of 520nm to 590nm, and peak wavelengths of the red emitting layer and the blue emitting layer are within a range of 600nm to 650nm and 440nm to 480nm, respectively, wherein a first charge generation layer is provided between the first emitting part and the second emitting part, wherein a second charge generation layer is provided between the second emitting part and the emitting part, and wherein an energy band gap of a host material of the blue emitting layer is not more than a value of 0.3eV more than the energy band gap of the first host material.
Wing system comprising a stowable, aerodynamic wing structure having at least one pressure-tight tubular pressure chamber (21, 23) made of a flexible material and preferably extending along the wingspan of the wing structure, and also comprising a tear-resistant outer skin covering, which envelops the wing structure, and further comprising a high-pressure pump system, characterized in that the at least one pressure chamber (21, 23) of the wing structure can be filled with an incompressible fluid, wherein the incompressible fluid is kept under high pressure of above 5.0×10 6 pascals in the pressure chamber. a stowable, aerodynamic wing structure having at least one pressure-tight tubular pressure chamber (21, 23) made of a flexible material and preferably extending along the wingspan of the wing structure, and also comprising a tear-resistant outer skin covering, which envelops the wing structure, and further comprising a high-pressure pump system, characterized in that the at least one pressure chamber (21, 23) of the wing structure can be filled with an incompressible fluid, wherein the incompressible fluid is kept under high pressure of above 5.0×10 6 pascals in the pressure chamber.
A wireless communication apparatus comprising: a power-supply apparatus configured to supply electric power to a load that is intermittently operated by using a battery as a power supply; and control means for controlling the power-supply apparatus, wherein the power-supply apparatus (10d,e,f) includes a capacitor; a step-down DC-DC converter configured to step down a battery voltage and charge the capacitor; and switching means (11,12) capable of selectively forming a first path through which charging is performed from the battery to the capacitor via the step-down DC-DC converter, and a second path through which the battery is connected in series with the capacitor, and wherein the control means controls the switching means (11,12)so that the first path is formed during a period in which the load is idle and the second path is formed during a period in which the load is not idle, and thereby supplies the voltage of the sum of the battery voltage and the charged voltage of the capacitor during a non-idle period. a power-supply apparatus configured to supply electric power to a load that is intermittently operated by using a battery as a power supply; and control means for controlling the power-supply apparatus, wherein the power-supply apparatus (10d,e,f) includes a capacitor; a step-down DC-DC converter configured to step down a battery voltage and charge the capacitor; and switching means (11,12) capable of selectively forming a first path through which charging is performed from the battery to the capacitor via the step-down DC-DC converter, and a second path through which the battery is connected in series with the capacitor, and a capacitor; a step-down DC-DC converter configured to step down a battery voltage and charge the capacitor; and switching means (11,12) capable of selectively forming a first path through which charging is performed from the battery to the capacitor via the step-down DC-DC converter, and a second path through which the battery is connected in series with the capacitor, and wherein the control means controls the switching means (11,12)so that the first path is formed during a period in which the load is idle and the second path is formed during a period in which the load is not idle, and thereby supplies the voltage of the sum of the battery voltage and the charged voltage of the capacitor during a non-idle period.
A site selection method, comprising: dividing a to-be-analyzed area in which a station is to be deployed, into multiple grids, wherein the station is a relay node or a small-cell base station in a long term evolution-advanced, LTE-A, system; obtaining (12, 101) sampling points corresponding to each grid by sampling at an interval of a map resolution; obtaining (12, 101) multiple signal indicator values of each sampling point, wherein the multiple signal indicator values include a reference signal received power, RSRP, and a signal to interference plus noise ratio, SINR; obtaining (12, 101) a fitted value of each sampling point according to the multiple signal indicator values; obtaining (12, 101) an RSRP value and an SINR value of each grid according to the fitted value of each sampling point; if the RSRP value of a grid is between a set lowest threshold and a set highest threshold, and the SINR value of the grid is greater than a set threshold, determining the grid is a grid in which the station needs to be deployed; and deploying the station in the grid. dividing a to-be-analyzed area in which a station is to be deployed, into multiple grids, wherein the station is a relay node or a small-cell base station in a long term evolution-advanced, LTE-A, system; obtaining (12, 101) sampling points corresponding to each grid by sampling at an interval of a map resolution; obtaining (12, 101) multiple signal indicator values of each sampling point, wherein the multiple signal indicator values include a reference signal received power, RSRP, and a signal to interference plus noise ratio, SINR; obtaining (12, 101) a fitted value of each sampling point according to the multiple signal indicator values; obtaining (12, 101) an RSRP value and an SINR value of each grid according to the fitted value of each sampling point; if the RSRP value of a grid is between a set lowest threshold and a set highest threshold, and the SINR value of the grid is greater than a set threshold, determining the grid is a grid in which the station needs to be deployed; and deploying the station in the grid.
A highly-efficient continuous stirrer, including a cavity which has a front feed inlet, a back feed outlet and a plurality of layers of outer stirring pin groups in the axial direction, as well as a stirring shaft which is sealed and provided in the cavity and has a plurality of layers of inner stirring pin groups in the axial direction, wherein the outer stirring pin group and the inner stirring pin group are axially staggered and provided, wherein the inner stirring pins constituting the inner stirring pin group and the outer stirring pins constituting the outer stirring pin group are all in arc shape or curve shape, the front and the back sides of the inner stirring pins constituting the inner stirring pin group and those of the outer stirring pins constituting the outer stirring pin group are flat surfaces, and the right and the left sides thereof are arc shape or curve shape, characterized in that more than two of smooth-transition convex-concave surfaces constitute the shapes of the right and the left sides of the inner stirring pin and the outer stirring pin.
An organic light emitting diode comprising: a first electrode; a hole auxiliary layer (282, 284) on the first electrode; a light emitting material layer on the hole auxiliary layer (282, 284) and emitting white light; an electron auxiliary layer on the light emitting material layer; and a second electrode on the electron auxiliary layer, wherein the light emitting material layer includes a first light emitting material layer emitting red light, a second light emitting material layer emitting green light and a third light emitting material layer emitting blue light sequentially layered, wherein the first light emitting material layer includes a light emitting material comprising a host material and a dopant material and an electron blocking material, and characterized in that a thickness of the second light emitting material layer is equal to or larger than a thickness of the first light emitting material layer and is smaller than a thickness of the third light emitting material layer. a first electrode; a hole auxiliary layer (282, 284) on the first electrode; a light emitting material layer on the hole auxiliary layer (282, 284) and emitting white light; an electron auxiliary layer on the light emitting material layer; and a second electrode on the electron auxiliary layer, wherein the light emitting material layer includes a first light emitting material layer emitting red light, a second light emitting material layer emitting green light and a third light emitting material layer emitting blue light sequentially layered, wherein the first light emitting material layer includes a light emitting material comprising a host material and a dopant material and an electron blocking material, and characterized in that a thickness of the second light emitting material layer is equal to or larger than a thickness of the first light emitting material layer and is smaller than a thickness of the third light emitting material layer.
A strength enhancing admixture for cementitious and/or pozzolanic compositions comprising, based on the total dry weight of the admixture, calcium silicate hydrate in an amount of from 0.5 to 94 weight percent, and: i) at least one alkanolamine in an amount of from 0.5 to 55 weight percent; ii) at least one inorganic accelerator in an amount of from 0.5 to 85 weight percent, wherein the inorganic accelerator comprises at least one thiocyanate-based compound, sulfate-based compound, aluminate-based compound, nitrate-based compound, nitrite-based compound, or colloidal silica.; and iii) at least one carbohydrate in an amount of from 0.5 to 50 weight percent; wherein the calcium silicate hydrate comprises a product of a reaction of a water-soluble calcium compound with a water-soluble silicate compound in presence of a water-soluble dispersant; and wherein the at least one inorganic accelerator comprises any inorganic accelerator(s) other than calcium silicate hydrate.