mhurhangee/ep-ind-claims huggingface dataset:
A method for interactive imaging on a cellular phone, comprising: rendering an image on a display for a cellular phone, the image having a plurality of icons (205, 210, 245) corresponding to a plurality of active areas embedded therein; detecting that a user has selected at least one of the active areas indicated by at least one of the icons of the image using an input device for the cellular phone; and automatically activating a function of the cellular phone corresponding to the active area of the rendered image; wherein the image further comprises a selected one of: a map view showing at least a portion of a selected map including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding eye view of a selected site in the map view; the corresponding eye view showing a finer detail map of the selected site and including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding meta view regarding the selected site; and the corresponding meta view including at least one of the active areas associated with a telephone number of a service related to the selected site. rendering an image on a display for a cellular phone, the image having a plurality of icons (205, 210, 245) corresponding to a plurality of active areas embedded therein; detecting that a user has selected at least one of the active areas indicated by at least one of the icons of the image using an input device for the cellular phone; and automatically activating a function of the cellular phone corresponding to the active area of the rendered image; wherein the image further comprises a selected one of: a map view showing at least a portion of a selected map including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding eye view of a selected site in the map view; the corresponding eye view showing a finer detail map of the selected site and including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding meta view regarding the selected site; and the corresponding meta view including at least one of the active areas associated with a telephone number of a service related to the selected site. a map view showing at least a portion of a selected map including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding eye view of a selected site in the map view; the corresponding eye view showing a finer detail map of the selected site and including at least one of the active areas which, when selected by the user, activates a rendering function to display a corresponding meta view regarding the selected site; and the corresponding meta view including at least one of the active areas associated with a telephone number of a service related to the selected site.
Holder for fastening an electric water pump to a motor vehicle and/or to a power train, comprising a fastening flange intended to be fastened to a motor vehicle and/or to a power train, a collar and a bolt for clamping the collar, the collar comprising two half-shells (24, 25) and a rotary joint between the two half-shells (24, 25), the collar comprising a central, free opening intended to receive the water pump, the first half-shell comprising a first opening, the second half-shell comprising a second opening, the clamping bolt being engaged in the first opening and in the second opening, the first half-shell and the second half-shell forming an opening angle strictly greater than zero, notably an opening angle of between 10° and 15°, characterized in that the holder is obtained by stamping a metal sheet, the rotary joint being obtained by the cooperation of a hook with a hole.
A crystalline form, named form II, of barnidipine hydrochloride (S,S) of formula characterised by an orthorhombic elemental cell having the following dimensions: a = 7.185 Å, b = 16.123 Å, c = 22.571 Å, V = 2614.7 Å 3, determined by structural single-crystal X-ray analysis.
A system for detecting incidents, such as an intrusion and water leaks, which comprises at least a first, a second and a third elongate conductive element (F1, F2, F3) which are arranged in parallel and extend between a first end and a second end; the second conductive element, which is located between the first and third elements (F1 and F3), being electrically powered by an electronic device; the electronic device being capable of measuring the voltage on the at least two other elongate conductive elements (F1, F3); the second and third elongate conductive elements (F2, F3) being connected near their second end by a conductive loop; and the voltage in the first elongate conductive element F1 being zero if there are no incidents, the electronic device being suitable for detecting variations in potential on each of the first and the third elongate conductive element (F1, F3) and, if there are variations in potential on at least one of these elements, being suitable for deducing the occurrence of an incident from among a plurality of incidents which can be detected from both the potential on the first elongate conductive element and the potential on the third elongate conductive element.
Connection assembly for a drug delivery device including a tip, and an adaptor, the tip defining a longitudinal axis and including a mounting area for mounting the adaptor thereon, and said adaptor including a mounting portion forming a radial surface, which define a mounting opening for mounting said adaptor onto said tip; wherein said mounting area includes at least one first portion (25; 30) having an outer surface which is located at a first distance from said longitudinal axis and at least one second portion, adjacent to said first portion (25; 30), having an outer surface which is located at a second distance from said longitudinal axis, said second distance being different from said first distance, said radial surface being located after assembly of said adaptor over said first portion (25; 30) and said second portion; said mounting opening and said at least one first portion (25; 30) and second portion are so dimensioned one with respect to the other that said radial surface of said mounting portion is in close contact with the outer surfaces of both said first portion (25; 30) and said second portion, said mounting portion and at least one of said first portion (25; 30) and said second portion being so dimensioned one with respect to the other that this mounting portion is compressed in a direction perpendicular to said longitudinal axis when this mounting portion is located over said first portion (25; 30) and said second portion, characterised in that: the mounting portion of the adaptor is made of a thermoplastic material, and in that the mounting area has the substantial form of a groove, said mounting area being delimited by a bottom and proximal and distal shoulders, and wherein said mounting area comprises a projection or groove projecting from said bottom, the projection or groove forming the at least one first portion and the bottom forming the at least one second portion.
A navigator comprising a gyro flying device and a cover that seals and encloses the gyro flying device, the gyro flying device being connected to the cover by a retaining mechanism, the gyro flying device comprising: a gyrorotor having an axisymmetric structure and rotatable around a central axis thereof; and a driving mechanism coaxially mounted with the gyrorotor to drive the gyrorotor to rotate around the central axis thereof, thereby manipulating the rise and fall of the navigator, characterized in that the retaining mechanism is further disposed to adjust the inclination angle of the central axis of the gyro to adjust an inclination angle of the gyro flying device, so as to adjust a flying direction of the navigator, and further wherein, when the average rotation linear speed of the gyrorotor reaches a first cosmic velocity, the centrifugal force generated by the gyrorotor is equal to its own weight; wherein a.s the rotation speed of the gyrorotor further increases, the centrifugal force generated by the gyrorotor is greater than the overall weight of the navigator, thereby causing the navigator to rise, and wherein, when the rotation speed of the gyrorotor decreases so that the centrifugal force generated by the gyrorotor is less than the overall weight of the navigator, the navigator falls. a gyrorotor having an axisymmetric structure and rotatable around a central axis thereof; and a driving mechanism coaxially mounted with the gyrorotor to drive the gyrorotor to rotate around the central axis thereof, thereby manipulating the rise and fall of the navigator, characterized in that the retaining mechanism is further disposed to adjust the inclination angle of the central axis of the gyro to adjust an inclination angle of the gyro flying device, so as to adjust a flying direction of the navigator, and further wherein, when the average rotation linear speed of the gyrorotor reaches a first cosmic velocity, the centrifugal force generated by the gyrorotor is equal to its own weight; wherein a.s the rotation speed of the gyrorotor further increases, the centrifugal force generated by the gyrorotor is greater than the overall weight of the navigator, thereby causing the navigator to rise, and wherein, when the rotation speed of the gyrorotor decreases so that the centrifugal force generated by the gyrorotor is less than the overall weight of the navigator, the navigator falls.
A non-aqueous electrolyte secondary battery, comprising: a wound electrode assembly in which a band-shaped positive electrode and a band-shaped negative electrode are wound with a separator interposed therebetween; and an outer housing can that houses the electrode assembly, wherein the positive electrode has a positive electrode mixture layer formed on a surface of a sheet-shaped positive electrode current collector, the negative electrode has a negative electrode mixture layer formed on a surface of a sheet-shaped negative electrode current collector, the negative electrode mixture layer includes a chargeable and dischargeable negative electrode active material and a binder, the negative electrode includes a both-surface coated portion in which the negative electrode mixture layer (42, 42A) is formed on both surfaces of the negative electrode current collector and a one-surface coated portion in which the negative electrode mixture layer (42, 42B) is formed on one surface of the negative electrode current collector, at least a part of the one-surface coated portion is disposed on an outermost circumference of the electrode assembly, at least a part of an exposed surface of the negative electrode current collector in the one-surface coated portion is contacted with an inner face of the outer housing can, and a charge expansion coefficient of the negative electrode mixture layer (42, 42B) in the one-surface coated portion is larger than a charge expansion coefficient of the negative electrode mixture layer (42, 42A) in the both-surface coated portion. a wound electrode assembly in which a band-shaped positive electrode and a band-shaped negative electrode are wound with a separator interposed therebetween; and an outer housing can that houses the electrode assembly, wherein the positive electrode has a positive electrode mixture layer formed on a surface of a sheet-shaped positive electrode current collector, the negative electrode has a negative electrode mixture layer formed on a surface of a sheet-shaped negative electrode current collector, the negative electrode mixture layer includes a chargeable and dischargeable negative electrode active material and a binder, the negative electrode includes a both-surface coated portion in which the negative electrode mixture layer (42, 42A) is formed on both surfaces of the negative electrode current collector and a one-surface coated portion in which the negative electrode mixture layer (42, 42B) is formed on one surface of the negative electrode current collector, at least a part of the one-surface coated portion is disposed on an outermost circumference of the electrode assembly, at least a part of an exposed surface of the negative electrode current collector in the one-surface coated portion is contacted with an inner face of the outer housing can, and a charge expansion coefficient of the negative electrode mixture layer (42, 42B) in the one-surface coated portion is larger than a charge expansion coefficient of the negative electrode mixture layer (42, 42A) in the both-surface coated portion.
A holder for round objects for everyday use, such as bottles, plates, bowls, dishes and the like, having an positioning plate and two approximately semicircularly curved holder plates (10, 20), which, with their concave sides facing toward one another, can be moved along a vertical side from an open insertion position into a closed, securable holding position, the outer diameter of the objects placed on the positioning plate being adapted to the inner diameter of the holder plates (10, 20) put in the holding position, and both holder plates (10, 20) are connectable to one another in the holding position via closure elements that are located on the holder plates (10, 20) on the vertical side, opposite from the rotary support of the positioning plate, characterized in that the positioning plate is provided with a central indentation and laterally raised demarcation stops (42, 43) for the holding position of the holder plates (10, 20); that both holder plates (10, 20) are supported fixedly and nonrotatably on shafts (32, 33) located side by side; that the shafts (32, 33) are rotatably supported in the positioning plate; that both shafts (32, 33) are coupled to one another via gear wheels (34, 35) that mesh with one another; that one shaft is provided with a handle, and the handle is connected to the shaft in such a way that in the insertion position, it extends at a tangent to the open holder plates (10, 20), while in the holding position it diagonally crosses the closed holder plates (10, 20).
A compound of formula I wherein R 1, R 2, R 3 and R 4 can be independently selected from H or Me, n = 0, 1, the dotted lines are indicating single bonds, or in case n = 0 an isolated double bond at position 3', or in case n = 1 an isolated double bond at position 3' or 4', and the wavy bond is indicating an unspecified configuration of the adjacent double bond. wherein R 1, R 2, R 3 and R 4 can be independently selected from H or Me, n = 0, 1, the dotted lines are indicating single bonds, or in case n = 0 an isolated double bond at position 3', or in case n = 1 an isolated double bond at position 3' or 4', and the wavy bond is indicating an unspecified configuration of the adjacent double bond.
Part of the floor of a motor vehicle suitable for extending under at least one of the seats of the vehicle interior, characterized in that this part of the floor comprises a fixing means (8, 80) that is externally in the form of a hollow imprint suitable for receiving, in a detachable manner, the floor connector (9, 90) situated at the end of a flexible cable belonging to the electrical wiring running in the floor and designed to be connected to the seat connector for the electrical wiring of the seat.
A method for synchronizing a multiple carrier receiver to receive a transmitted signal, comprising: determining a location of scattered pilot carriers in a received symbol sequence; modulating the scattered pilot carriers in accordance with a single pseudorandom binary sequence to form modulated scattered pilot carriers, wherein the single pseudorandom binary sequence is a Gold sequence at least twice as long as a number of active carriers in a largest Fast Fourier Transform, FFT, size used to produce the symbol sequence, and wherein the modulating comprises cross-correlating the scattered pilot carriers with an FFT of the Gold sequence over a time period of any two symbol durations, and wherein the cross-correlation provides an output that includes an identifiable peak indicative of where a symbol begins in the received symbol sequence; and performing phase error correction via the modulated scattered pilot carriers. determining a location of scattered pilot carriers in a received symbol sequence; modulating the scattered pilot carriers in accordance with a single pseudorandom binary sequence to form modulated scattered pilot carriers, wherein the single pseudorandom binary sequence is a Gold sequence at least twice as long as a number of active carriers in a largest Fast Fourier Transform, FFT, size used to produce the symbol sequence, and wherein the modulating comprises cross-correlating the scattered pilot carriers with an FFT of the Gold sequence over a time period of any two symbol durations, and wherein the cross-correlation provides an output that includes an identifiable peak indicative of where a symbol begins in the received symbol sequence; and performing phase error correction via the modulated scattered pilot carriers.
A rotor for an electrical machine, the rotor comprising: a rotor body; one or more magnets arranged around the rotor body; and a non-magnetic containment sleeve (33, 33A) positioned radially outwardly of the one or more magnets, the containment sleeve having axially-alternating solid ring sections and reticulated ring sections, characterised in that each reticulated ring section is formed by an open framework of intersecting strips which extend between neighbouring solid ring sections, the strips being angled from the axial direction, so that the reticulated ring sections form substantial bottlenecks to conduction in the axial direction by increasing the electric resistance to eddy currents generated within the containment sleeve. a rotor body; one or more magnets arranged around the rotor body; and a non-magnetic containment sleeve (33, 33A) positioned radially outwardly of the one or more magnets, the containment sleeve having axially-alternating solid ring sections and reticulated ring sections, characterised in that each reticulated ring section is formed by an open framework of intersecting strips which extend between neighbouring solid ring sections, the strips being angled from the axial direction, so that the reticulated ring sections form substantial bottlenecks to conduction in the axial direction by increasing the electric resistance to eddy currents generated within the containment sleeve.
A chair having a base frame and a support hinged thereto which is coupled to and supports a seating surface, wherein the seating surface is connected to the support rotatably or pivotably about an axis of rotation between a sitting position and an erect position, wherein the support has at least one receiving region (28, 29) for aligned abutment of an adjacently arranged structurally identical chair, and wherein the seating surface in the erect position is pivoted out from the receiving region (28, 29) of the support and releases same, characterised in that the base frame is connected to the support rotatably about a second axis of rotation and prestressed against the force of gravity and that a locking element coupled to the support engages in a centring curve of the base frame when the seating surface is unloaded.
A holographic projector system comprising an electromagnetic radiation source (14, 20, 22, 204) communicably coupled to a control system and a three dimensional image projector for outputting a plurality of image signals representative of a generated image, the control system being configured to cause electromagnetic radiation to be applied to a plurality of sets of selected three-dimensional portions of a gaseous volume so as to heat and/or ionise gas within said selected portions of the gaseous volume, thereby to generate each set of selected three-dimensional portions of said gaseous volume such that at least one set of said selected three-dimensional portions of said gaseous volume is selectively orientated relative to and arranged to intersect a path of at least one of said image signals, and wherein said selected portions of each set of selected three-dimensional portions are spatially located together in a substantially unbroken three-dimensional configuration and configured to generate an electromagnetic radiation path modifying element for modifying the path of a respective image signal incident thereon to direct said image signal to a selected location within a viewing region for viewing by at least one viewer, wherein each modifying element is operative to generate one of: a converging element wherein said selected portions are spatially located together in a concave lens configuration or wherein non-selected portions are spatially located together in a convex lens configuration; or a diverging element wherein said selected portions are spatially located together in a convex lens configuration or wherein the non-selected portions are spatially located together in a concave lens configuration. a converging element wherein said selected portions are spatially located together in a concave lens configuration or wherein non-selected portions are spatially located together in a convex lens configuration; or a diverging element wherein said selected portions are spatially located together in a convex lens configuration or wherein the non-selected portions are spatially located together in a concave lens configuration.