mhurhangee/ep-ind-claims huggingface dataset:
Method of programming or erasing memory cells of a nonvolatile memory comprising: - a first erase or program cycle of first memory cells, comprising the steps of: i) applying (S11, S33) at least one erase or program pulse (Np) to the memory cells, ii) determining (S14, S34) the state, erased or programmed, of the memory cells, and iii) repeating steps i) and ii) if the memory cells are not in the desired state, characterized in that it further comprises a second erase or program cycle of second memory cells, comprising applying (S24, S33) a predetermined number (N21, N22) of erase or program pulses to the second memory cells. - a first erase or program cycle of first memory cells, comprising the steps of: i) applying (S11, S33) at least one erase or program pulse (Np) to the memory cells, ii) determining (S14, S34) the state, erased or programmed, of the memory cells, and iii) repeating steps i) and ii) if the memory cells are not in the desired state, i) applying (S11, S33) at least one erase or program pulse (Np) to the memory cells, ii) determining (S14, S34) the state, erased or programmed, of the memory cells, and iii) repeating steps i) and ii) if the memory cells are not in the desired state,
A radar level gauge for determining the filling level of a product in a tank, said radar level gauge comprising: a transceiver for transmitting and receiving microwaves in an operation frequency band, processing circuitry connected to the transceiver and adapted to determine the filling level based on a relation between microwaves transmitted and received by the transceiver, an antenna connected to said transceiver and arranged to emit and receive microwaves through an opening of the tank, a microwave transmissive sealing member adapted to cover said opening and to provide pressure sealing of the tank, said sealing member comprising a metal grid layer providing structural strength, said metal grid layer having sealed openings formed to allow transmission of microwaves, characterised in that the openings have a total cross section area corresponding to less than 20% of a cross section area of the sealing member. a transceiver for transmitting and receiving microwaves in an operation frequency band, processing circuitry connected to the transceiver and adapted to determine the filling level based on a relation between microwaves transmitted and received by the transceiver, an antenna connected to said transceiver and arranged to emit and receive microwaves through an opening of the tank, a microwave transmissive sealing member adapted to cover said opening and to provide pressure sealing of the tank, said sealing member comprising a metal grid layer providing structural strength, said metal grid layer having sealed openings formed to allow transmission of microwaves, characterised in that the openings have a total cross section area corresponding to less than 20% of a cross section area of the sealing member.
A biological fluid filter device comprising: (a) a housing comprising an inlet port and an outlet port and defining a fluid path between the inlet port and the outlet port, the housing further comprising an elution fluid inlet port and a drain port and defining a fluid flow path between the elution fluid inlet port and the inlet port; (b) a porous fibrous leukocyte depletion filter having an upstream surface and a downstream surface, disposed in the housing across the fluid flow paths; (c) a perforated diffusing plate having a first surface and a second surface, disposed in the housing across the fluid flow paths; wherein the inlet port is upstream of the upstream surface of the leukocyte depletion filter, the outlet port, the elution fluid inlet port, and the drain port, are downstream of the downstream surface of the leukocyte depletion filter; and the diffusing plate is disposed in the housing between the downstream surface of the leukocyte depletion filter and the outlet port. (a) a housing comprising an inlet port and an outlet port and defining a fluid path between the inlet port and the outlet port, the housing further comprising an elution fluid inlet port and a drain port and defining a fluid flow path between the elution fluid inlet port and the inlet port; (b) a porous fibrous leukocyte depletion filter having an upstream surface and a downstream surface, disposed in the housing across the fluid flow paths; (c) a perforated diffusing plate having a first surface and a second surface, disposed in the housing across the fluid flow paths;
A patient support apparatus, comprising: a patient support surface including a rotation device, and a control system operable to control the rotation device, the control system including a processor and a non-transitory memory device, the memory device including instructions that, when executed by the processor, cause the processor to operate the rotation device to perform a rotation sequence and a rotation preview sequence before the rotation sequence, wherein, during the rotation sequence, the control system causes the rotation device to move the patient support surface to a first evaluation position for a rotation period of time, wherein, during the rotation preview sequence, the control system causes the rotation device to move the patient support surface to the first evaluation position for a first predetermined period of time that is less than the rotation period of time, wherein the first predetermined period of time enables the caregiver to assess a patient on the patient support surface at the first evaluation position, wherein the rotation device moves the patient support surface to a flat position after the first predetermined period of time, and wherein, after the rotation preview sequence is completed, the control system enables the caregiver to activate the rotation sequence to move the patient support surface to a desired angle of rotation over the rotation period of time. a patient support surface including a rotation device, and a control system operable to control the rotation device, the control system including a processor and a non-transitory memory device, the memory device including instructions that, when executed by the processor, cause the processor to operate the rotation device to perform a rotation sequence and a rotation preview sequence before the rotation sequence, wherein, during the rotation sequence, the control system causes the rotation device to move the patient support surface to a first evaluation position for a rotation period of time, wherein, during the rotation preview sequence, the control system causes the rotation device to move the patient support surface to the first evaluation position for a first predetermined period of time that is less than the rotation period of time, wherein the first predetermined period of time enables the caregiver to assess a patient on the patient support surface at the first evaluation position, wherein the rotation device moves the patient support surface to a flat position after the first predetermined period of time, and wherein, after the rotation preview sequence is completed, the control system enables the caregiver to activate the rotation sequence to move the patient support surface to a desired angle of rotation over the rotation period of time.
Filter housing for a filter system for fuel filtration, having at least one inlet and one outlet for a fluid, wherein at an outer periphery of at least one first housing component an at least partially circumferential decoupling element is provided which is electrically conductive, characterized in that the filter housing is made of plastic material, and that the decoupling element is manufactured as two-component part with the filter housing in a two-component injection molding process.
An autostereoscopic display device (70, 74, 78) comprising: a pixellated display panel; an imaging arrangement for directing the light associated with different display pixels of the display panel to different directions, such that at least three viewing areas are defined to which different images can be displayed simultaneously, wherein the viewing areas are formed in display output viewing cones, each having a cone width, wherein the viewing cones repeat across a field of view; a viewer tracking system for tracking a viewer and determining a position of a viewer with respect to the display panel; a processor for processing image content to adjust the number of views and to drive the display panel, wherein the processor drives the display panel to display different numbers of views within each viewing cone which is dependent on at least the distance of the viewer from the display panel, wherein for a first viewing distance below a distance threshold, a total of two views are displayed, and for a second, greater, viewing distance, a second, greater, number of views is displayed, wherein the distance threshold is such that the cone width at that distance is in the range 13 cm to 40cm. a pixellated display panel; an imaging arrangement for directing the light associated with different display pixels of the display panel to different directions, such that at least three viewing areas are defined to which different images can be displayed simultaneously, wherein the viewing areas are formed in display output viewing cones, each having a cone width, wherein the viewing cones repeat across a field of view; a viewer tracking system for tracking a viewer and determining a position of a viewer with respect to the display panel; a processor for processing image content to adjust the number of views and to drive the display panel, wherein the processor drives the display panel to display different numbers of views within each viewing cone which is dependent on at least the distance of the viewer from the display panel, wherein for a first viewing distance below a distance threshold, a total of two views are displayed, and for a second, greater, viewing distance, a second, greater, number of views is displayed, wherein the distance threshold is such that the cone width at that distance is in the range 13 cm to 40cm.
A shell (108, 100) for a combustor (56; 100) of a gas turbine engine, comprising: a ceramic material portion (124, 130; 152) that comprises a ceramic material; a gradient transition (122, 128, 138; 154) disposed between the ceramic material portion (124, 130; 152) and a metal portion; and a metal mating surface (120, 126, 140) disposed on the metal portion; characterised in that: the shell (108, 110) and the gradient transition (122, 128, 138; 154) are formed integrally with additive manufacturing; the metal mating surface (120, 126, 140) is configured to receive a fastener; and the gradient transition (122, 128, 138; 154) includes a percent by weight of the ceramic material defined by a smooth function of position along the gradient transition (122, 128, 138; 154). a ceramic material portion (124, 130; 152) that comprises a ceramic material; a gradient transition (122, 128, 138; 154) disposed between the ceramic material portion (124, 130; 152) and a metal portion; and a metal mating surface (120, 126, 140) disposed on the metal portion; the shell (108, 110) and the gradient transition (122, 128, 138; 154) are formed integrally with additive manufacturing; the metal mating surface (120, 126, 140) is configured to receive a fastener; and the gradient transition (122, 128, 138; 154) includes a percent by weight of the ceramic material defined by a smooth function of position along the gradient transition (122, 128, 138; 154).
A combustible heat source for an aerosol-generating article, the combustible heat source comprising carbon and calcium peroxide, wherein the calcium peroxide has a purity of greater than or equal to about 90 percent.
An exhaust component assembly (10, 80, 90) comprising: an exhaust component (52, 92) that includes an inner wall having at least one recessed groove (62, 96); and a divider plate (84, 94) inserted into the groove (62, 96) and secured to the exhaust component, the divider plate (84, 94) including first and second faces and an edge extending between the first and second faces, the first face cooperating with the inner wall to define a first gas passageway, the second face cooperating with the inner wall to define a second gas passageway, characterized by at least one of the first and second faces includes locking tabs extending therefrom and engaging the at least one recessed groove (62, 96) for locking the divider plate (84, 94) in the at least one recessed groove (62, 96). an exhaust component (52, 92) that includes an inner wall having at least one recessed groove (62, 96); and a divider plate (84, 94) inserted into the groove (62, 96) and secured to the exhaust component, the divider plate (84, 94) including first and second faces and an edge extending between the first and second faces, the first face cooperating with the inner wall to define a first gas passageway, the second face cooperating with the inner wall to define a second gas passageway,
Pieces of dough for the obtention of bakery products baked or pre-baked, in particular pre-baked breads, these pieces of dough being in the form of pieces having dimensions x, y, z with reference to a three-dimensional reference frame of orthogonal axes X, Y, Z, x, y being respectively the greatest dimensions of the piece of dough along the axes X and Y, characterized in that they have recessed marks distributed uniformly over the entire top surface of the piece of dough, so that the maximum contiguous (or continuous) surface area of the top surface of the piece of dough, in a plane (X, Y), is less than 25%, preferably less than or equal to 20%, or even better comprised between 15 and 20% of the total surface area of the top surface of the product, in a plane (X, Y), in that the depth p of at least some of the recessed marks corresponds to at least 80%, and preferably 90% of the dimension z of the piece of dough in question, z and p being measured on the same axis, and, more preferably p is equal to 98 % +/- 1 of z, and in that the recessed marks are at least partially filled with an anti-adhesion production agent.
A method for accessing a web site on a mobile device, comprising: receiving at the mobile device an update of a mobile device IP address dynamically assigned to the mobile device; sending from the mobile device to a HyperText Transfer Protocol, HTTP, server an updated dynamically assigned address report, having the updated mobile device IP address and a mobile device identifier; sending from an HTTP client to the HTTP server an HTTP request having the mobile device identifier; receiving at the HTTP client, in response to the HTTP request, a redirect HTTP response having the updated mobile device IP address; and sending an HTTP request from the HTTP client to the mobile device at the updated mobile device IP address in the redirect HTTP response, wherein sending from the mobile device to the HTTP server the updated dynamically assigned address report, comprises: activating an HTTP client on the mobile device; sending from the HTTP client on the mobile device an HTTP client request to the HTTP server, the HTTP client request having the updated dynamically assigned address report; receiving at the mobile device an HTTP server response to the HTTP client request; and de-activating the HTTP client on the mobile device in response to receiving the HTTP server response. receiving at the mobile device an update of a mobile device IP address dynamically assigned to the mobile device; sending from the mobile device to a HyperText Transfer Protocol, HTTP, server an updated dynamically assigned address report, having the updated mobile device IP address and a mobile device identifier; sending from an HTTP client to the HTTP server an HTTP request having the mobile device identifier; receiving at the HTTP client, in response to the HTTP request, a redirect HTTP response having the updated mobile device IP address; and sending an HTTP request from the HTTP client to the mobile device at the updated mobile device IP address in the redirect HTTP response, activating an HTTP client on the mobile device; sending from the HTTP client on the mobile device an HTTP client request to the HTTP server, the HTTP client request having the updated dynamically assigned address report; receiving at the mobile device an HTTP server response to the HTTP client request; and
A method of identifying an operating parameter of a wind turbine that contributes to the generation of tonal noise, the method comprising: acquiring operating parameter data associated with a plurality of operating parameters of the wind turbine, wherein the operating parameter data comprises a set of values for each operating parameter of the wind turbine obtained during operation of the wind turbine; acquiring noise data that includes data indicative of tonal noise produced by the wind turbine and is synchronised with the operating parameter data; the method being characterised by: binning into a plurality of bins the noise data with respect to a first operating parameter; for one or more of the bins, analysing the noise data in the bin with respect to a set of values of a second operating parameter and determining a relationship between the second operating parameter and tonal noise produced by the wind turbine based on the analysis, the relationship identifying the second operating parameter as contributing to the generation of tonal noise produced by the wind turbine. acquiring operating parameter data associated with a plurality of operating parameters of the wind turbine, wherein the operating parameter data comprises a set of values for each operating parameter of the wind turbine obtained during operation of the wind turbine; acquiring noise data that includes data indicative of tonal noise produced by the wind turbine and is synchronised with the operating parameter data; the method being characterised by: binning into a plurality of bins the noise data with respect to a first operating parameter; for one or more of the bins, analysing the noise data in the bin with respect to a set of values of a second operating parameter and determining a relationship between the second operating parameter and tonal noise produced by the wind turbine based on the analysis, the relationship identifying the second operating parameter as contributing to the generation of tonal noise produced by the wind turbine. binning into a plurality of bins the noise data with respect to a first operating parameter; for one or more of the bins, analysing the noise data in the bin with respect to a set of values of a second operating parameter and determining a relationship between the second operating parameter and tonal noise produced by the wind turbine based on the analysis, the relationship identifying the second operating parameter as contributing to the generation of tonal noise produced by the wind turbine.
An encrypted control information obtaining method performed in a network control apparatus, the method comprising: informing a server of capability information including an encryption/decryption method, wherein the server provides the network control apparatus with control information used to control a network device according to a general-purpose control web application; transmitting to the server a control information requesting message that requests the control information; receiving from the server part of the control information used to control the network device which has been encrypted using the encryption/decryption method, and another part of the control information which has not been encrypted and which is used to configure a user interface or to process an event; decrypting the encrypted control information according to the encryption/decryption method; and transmitting a control command for controlling the network device according to the decrypted control information. informing a server of capability information including an encryption/decryption method, wherein the server provides the network control apparatus with control information used to control a network device according to a general-purpose control web application; transmitting to the server a control information requesting message that requests the control information; receiving from the server part of the control information used to control the network device which has been encrypted using the encryption/decryption method, and another part of the control information which has not been encrypted and which is used to configure a user interface or to process an event; decrypting the encrypted control information according to the encryption/decryption method; and transmitting a control command for controlling the network device according to the decrypted control information.
An electrofluidic device comprising an electrically-conductive, polar fluid, a non-polar fluid that is immiscible with the polar fluid, a fluid vessel including a first region (112, 152, 170, 176) and a second region (114, 180) in fluid communication with the first region, the first and second regions containing the polar and non-polar fluids wherein the non-polar fluid occupies space within the fluid vessel that is not occupied by the polar fluid, the second region (114, 180) including a viewable area through which at least one of the polar and non-polar fluids is visible external to the fluid vessel, a voltage source (126, 143, 161, 167, 191, 193) operable to selectively apply an electromechanical force to the polar fluid, the electromechanical force being effective to transfer at least a portion of thepolar fluid from the first region (112, 152, 170, 176) of the fluid vessel to the second region (114, 180) of the fluid vessel, a capacitor (106a, 106b, 138, 144a, 144b, 156, 162a, 162b, 164, 171 a, 171b, 182) disposed on at least a portion of the second region (114, 180) of the fluid vessel and electrically coupled with the voltage source (126, 143, 161, 167, 191, 193), the capacitor having a hydrophobic surface contacted by the polar fluid, wherein the polar and non-polar fluids (118, 120) differ in at least one optical property such that, as the portion of the polar fluid is moved by the electromechanical force from the first region (112, 152, 170, 176) of the fluid vessel to the second region (114, 180) of the fluid vessel, a spectral property of light transferred through the viewable area changes; the electrofluidic device being further characterized in that the first region (112, 152, 170, 176) of the fluid vessel has a smaller surface area-to-volume ratio than the second region (114, 180) of the fluid vessel and the hydrophobic surface is configured to provide a first principal radius of curvature of the polar fluid in the second region (114, 180) that is convex and that is smaller than a second principal radius of curvature of the polar fluid in the first region (112, 152, 170, 176) of the fluid vessel such that a net Young-Laplace pressure directs the polar fluid into the first region (112, 152, 170, 176) and so a portion of the polar fluid will move from the second region (114, 180) of the fluid vessel into the first region (112, 152, 170, 176) of the fluid vessel when the electromechanical force is removed, and in that the device further comprises a duct (116, 136, 139, 154, 178, 184) in fluid communication with the first and second regions of the fluid vessel such that the non-polar fluid displaced from the second region (114, 180) moves through the duct (116, 136, 139, 154, 178, 184) from the second region (114, 180) of the fluid vessel to the first region (112, 152, 170, 176) of the fluid vessel.