mhurhangee/ep-ind-claims huggingface dataset:
A coordinate computation device that for omnidirectional or fisheye images projected onto an image plane transforms three-dimensional orthogonal coordinates (x, y, z) on a projection sphere to two-dimensional orthogonal coordinates (p, q) on the image plane wherein the projection sphere is centered at the point of intersection of the image plane and an optical axis perpendicular to the image plane as an origin of the image plane, comprising: a composite index computation unit for computing a composite index (Rn) which is based on a height (z) above the image plane of a point, Ps(x, y, z), of interest on the projection sphere and a distance (r) of the point Ps (x, y, z) of interest from the optical axis; a distance computation unit for computing a distance (Rf) from the origin of a point, Pf(p, q), in said image plane that results from projection of said point, Ps(x, y, z), of interest onto the image plane, from said composite index (Rn); and a coordinate computation unit for computing the two-dimensional coordinates (p, q) in said image plane, from the computed distance (Rf) from the origin and the coordinates of the point of interest, Ps (x, y, z), on the projection sphere, wherein, when the radius of said projection sphere is denoted by Rb, said composite index computation unit determines said composite index Rn according to: Rn = √ x 2 + y 2 ̅ if z ≥ √ x 2 + y 2 ̅, and Rn = √ 2 ̅ × Rb − z if z < √ x 2 + y 2 ̅. a composite index computation unit for computing a composite index (Rn) which is based on a height (z) above the image plane of a point, Ps(x, y, z), of interest on the projection sphere and a distance (r) of the point Ps (x, y, z) of interest from the optical axis; a distance computation unit for computing a distance (Rf) from the origin of a point, Pf(p, q), in said image plane that results from projection of said point, Ps(x, y, z), of interest onto the image plane, from said composite index (Rn); and a coordinate computation unit for computing the two-dimensional coordinates (p, q) in said image plane, from the computed distance (Rf) from the origin and the coordinates of the point of interest, Ps (x, y, z), on the projection sphere, wherein, when the radius of said projection sphere is denoted by Rb, said composite index computation unit determines said composite index Rn according to: Rn = √ x 2 + y 2 ̅ if z ≥ √ x 2 + y 2 ̅, and Rn = √ 2 ̅ × Rb − z if z < √ x 2 + y 2 ̅.
A method of lining a wellbore, comprising: lowering an expandable liner and expansion assembly (150, 350, 550, 650, 750) into the wellbore using a running string and a release apparatus, the release apparatus having: a latching member having a latching profile engaged to a mating profile of the liner, thereby transferring weight of the expandable liner to the running string, and a piston; releasing an obstruction object into the running string and landing the obstruction object into a receptacle sleeve (410, 420) of the expansion assembly; and pressurizing a bore of the expansion assembly and the release apparatus against the landed obstruction object, thereby: operating the piston to release the latching member from the profile, pressurizing a chamber formed between the expansion assembly and the expandable liner to urge an expander thereof upward through the expandable liner, and expanding the liner inside the wellbore. lowering an expandable liner and expansion assembly (150, 350, 550, 650, 750) into the wellbore using a running string and a release apparatus, the release apparatus having: a latching member having a latching profile engaged to a mating profile of the liner, thereby transferring weight of the expandable liner to the running string, and a piston; a latching member having a latching profile engaged to a mating profile of the liner, thereby transferring weight of the expandable liner to the running string, and a piston; releasing an obstruction object into the running string and landing the obstruction object into a receptacle sleeve (410, 420) of the expansion assembly; and pressurizing a bore of the expansion assembly and the release apparatus against the landed obstruction object, thereby: operating the piston to release the latching member from the profile, pressurizing a chamber formed between the expansion assembly and the expandable liner to urge an expander thereof upward through the expandable liner, and expanding the liner inside the wellbore. operating the piston to release the latching member from the profile, pressurizing a chamber formed between the expansion assembly and the expandable liner to urge an expander thereof upward through the expandable liner, and expanding the liner inside the wellbore.
A method for forming a connecting slit (11, 13) in a plant container, such as a pot or a tray for plants, in which connecting slit (11, 13) a label comprising an information part can be detachably connected, wherein the connecting slit (11. 13) is mechanically formed in the plant container by means of a cutting element, the connecting slit (11, 13) being formed in the plant container by means of the cutting element in such a manner that circumferential edges of the connecting slit (11, 13) abut against each other after the cutting operation, so that a connecting slit opening not having any width is provided in the plant container, characterised in that the cutting element has a cutting face for forming a connecting slit (11, 13) having a sine shape in the plant container.
A projection system for etendue utilization, the projection system comprising: a light source configured to emit a light, the light including a first etendue component and a second etendue component, wherein the first etendue component has a lower etendue than the second etendue component; a first projection optics configurable to project an image on a screen; a second projection optics configurable to project an image on a screen; and an etendue splitter component, the etendue splitter component configured to: receive the light from the light source, extract, from the light, the first etendue component and the second etendue component, provide the first etendue component to the first projection optics, and provide the second etendue component to the second projection optics, wherein the first projection optics are configured to project a first image using the first etendue component and the second projection optics are configured to project a second image using the second etendue component. a light source configured to emit a light, the light including a first etendue component and a second etendue component, wherein the first etendue component has a lower etendue than the second etendue component; a first projection optics configurable to project an image on a screen; a second projection optics configurable to project an image on a screen; and an etendue splitter component, the etendue splitter component configured to: receive the light from the light source, extract, from the light, the first etendue component and the second etendue component, provide the first etendue component to the first projection optics, and provide the second etendue component to the second projection optics, receive the light from the light source, extract, from the light, the first etendue component and the second etendue component, provide the first etendue component to the first projection optics, and provide the second etendue component to the second projection optics,
A method in a user equipment when setting up a communication connection in a radio access network, including the steps of: transmitting a RRC connection establishment request message to a radio base station node in said network, characterized by determining the size of an uplink transmission indicated by a received uplink transmission grant; and transmitting said RRC connection establishment request message and an initial NAS message using one single transmission if the size indicated by the received grant allows transmission of both messages. transmitting a RRC connection establishment request message to a radio base station node in said network, characterized by determining the size of an uplink transmission indicated by a received uplink transmission grant; and transmitting said RRC connection establishment request message and an initial NAS message using one single transmission if the size indicated by the received grant allows transmission of both messages.
A vehicular door trim comprising an inside handle, a handle housing portion, an inside handle bezel, and a lighting device which comprises: a light exit member; a light exit member mount member on which the light exit member is arranged, said light exit member mount member being provided above the inside handle when the door trim is mounted to a vehicle; and a light transmission portion provided to the light exit member mount member, and through which light from the light exit member is directed to the handle housing portion, whereby the light exit member is arranged in a position which is further inside the vehicular compartment than the light transmission portion when the door trim is mounted to the vehicle, and characterized in that: the light exit member is arranged, in a position which is further inside the vehicular compartment than the inside handle, or the light exit member is arranged in a position which is not shifted from the inside handle in a direction inside-outside the vehicular compartment, when the door trim is mounted to the vehicle. a light exit member; a light exit member mount member on which the light exit member is arranged, said light exit member mount member being provided above the inside handle when the door trim is mounted to a vehicle; and a light transmission portion provided to the light exit member mount member, and through which light from the light exit member is directed to the handle housing portion, whereby the light exit member is arranged in a position which is further inside the vehicular compartment than the light transmission portion when the door trim is mounted to the vehicle, and characterized in that: the light exit member is arranged, in a position which is further inside the vehicular compartment than the inside handle, or the light exit member is arranged in a position which is not shifted from the inside handle in a direction inside-outside the vehicular compartment, when the door trim is mounted to the vehicle. the light exit member is arranged, in a position which is further inside the vehicular compartment than the inside handle, or the light exit member is arranged in a position which is not shifted from the inside handle in a direction inside-outside the vehicular compartment, when the door trim is mounted to the vehicle.
An image processing apparatus comprising: a divider that generates a plurality of pieces of third image information on the basis of a plurality of pieces of first image information and a plurality of pieces of second image information, each of the plurality of pieces of third image information including one of the plurality of pieces of first image information and one of the plurality of pieces of second image information; a determiner that determines, on the basis of information regarding a sample, a filter to be used for a piece of third image information; and a processor that deconvolutes each of the plurality of pieces of third image information using the determined filter, wherein the sample receives first light emitted from a first angle and emits first resulting light, wherein an image sensor receives the first resulting light and outputs the plurality of pieces of first image information, wherein the sample receives second light emitted from a second angle and emits second resulting light, wherein the image sensor receives the second resulting light and outputs the plurality of pieces of second image information, wherein the first light and the second light are emitted from the same light source or different light sources (801, 1201, 1301, 1401), and wherein there is no focusing optical system along an optical path extending from the same light source to the image sensor or optical paths extending from the different light sources (801, 1201, 1301, 1401) to the image sensor. a divider that generates a plurality of pieces of third image information on the basis of a plurality of pieces of first image information and a plurality of pieces of second image information, each of the plurality of pieces of third image information including one of the plurality of pieces of first image information and one of the plurality of pieces of second image information; a determiner that determines, on the basis of information regarding a sample, a filter to be used for a piece of third image information; and a processor that deconvolutes each of the plurality of pieces of third image information using the determined filter, wherein the sample receives first light emitted from a first angle and emits first resulting light, wherein an image sensor receives the first resulting light and outputs the plurality of pieces of first image information, wherein the sample receives second light emitted from a second angle and emits second resulting light, wherein the image sensor receives the second resulting light and outputs the plurality of pieces of second image information, wherein the first light and the second light are emitted from the same light source or different light sources (801, 1201, 1301, 1401), and wherein there is no focusing optical system along an optical path extending from the same light source to the image sensor or optical paths extending from the different light sources (801, 1201, 1301, 1401) to the image sensor.
A method comprising: intercepting a system call involving photograph data to a kernel of a mobile computing device; identifying a location-based data loss prevention policy applicable to use of the photograph data, based at least in part on a detected location of the mobile computing device, wherein identifying the location-based DLP policy includes: querying an agent on the mobile computing device for DLP policies applicable to the photograph data; and receiving a result from the agent identifying whether DLP policies apply to the photograph data, the result identifying the location-based DLP policy; and performing an action on the intercepted system call based at least in part on the location-based DLP policy and the location of the mobile computing device, wherein the location-based DLP policy restricts access to the photograph data outside of a particular geographic area. intercepting a system call involving photograph data to a kernel of a mobile computing device; identifying a location-based data loss prevention policy applicable to use of the photograph data, based at least in part on a detected location of the mobile computing device, wherein identifying the location-based DLP policy includes: querying an agent on the mobile computing device for DLP policies applicable to the photograph data; and receiving a result from the agent identifying whether DLP policies apply to the photograph data, the result identifying the location-based DLP policy; and performing an action on the intercepted system call based at least in part on the location-based DLP policy and the location of the mobile computing device, wherein the location-based DLP policy restricts access to the photograph data outside of a particular geographic area. querying an agent on the mobile computing device for DLP policies applicable to the photograph data; and receiving a result from the agent identifying whether DLP policies apply to the photograph data, the result identifying the location-based DLP policy; and performing an action on the intercepted system call based at least in part on the location-based DLP policy and the location of the mobile computing device, wherein the location-based DLP policy restricts access to the photograph data outside of a particular geographic area.
A light emitting device comprising a light guide and a first solid-state light source filament; - the first solid-state light source filament comprising a carrier comprising a first side and a second side opposite to the first side, a first plurality of solid-state light sources being arranged on the first side of the carrier, and a second plurality of solid-state light sources being arranged on the second side of the carrier; - wherein the first plurality of solid-state light sources are adapted for, in operation, emitting first solid state light source light, the first solid state light source light being emitted from a first light exit surface of the first solid-state light source filament as first output light (L1'), and the second plurality of solid-state light sources being adapted for, in operation, emitting second solid-state light source light, the second solid state light source light being emitted from a second light exit surface of the first solid-state light source filament as second output light (L2'), the first output light (L1') being different from the second output light (L2') in terms of any one or more of color points and correlated color temperatures; and - wherein only one of the first side and the second side of the carrier is optically coupled to the light guide. - the first solid-state light source filament comprising a carrier comprising a first side and a second side opposite to the first side, a first plurality of solid-state light sources being arranged on the first side of the carrier, and a second plurality of solid-state light sources being arranged on the second side of the carrier; - wherein the first plurality of solid-state light sources are adapted for, in operation, emitting first solid state light source light, the first solid state light source light being emitted from a first light exit surface of the first solid-state light source filament as first output light (L1'), and the second plurality of solid-state light sources being adapted for, in operation, emitting second solid-state light source light, the second solid state light source light being emitted from a second light exit surface of the first solid-state light source filament as second output light (L2'), the first output light (L1') being different from the second output light (L2') in terms of any one or more of color points and correlated color temperatures; and - wherein only one of the first side and the second side of the carrier is optically coupled to the light guide.
A gas distributor nozzle comprising a gas feed directed vertically upwards and a float with which an outlet orifice out of the gas feed may be closed if the gas velocity falls below a given value, no gas is flowing or a pressure reversal occurs, wherein the float comprises a cavity which is open on one side on its side remote from the gas feed and has a center of gravity which is below a point of force application of the gas flow.
A motor control comprising a first inverter; a first motor which is electrically connected to the first inverter; at least one second inverter; and at least one second motor which is electrically connected to the second inverter, with the inverters (20, 22) being configured to control the respective motors (28, 32) by means of at least a first and a second switching state (Z 0, Z 7) in each case, wherein, when one inverter (20, 22) is switched over into the first switching state (Z 0), the inverters (20, 22) are configured to simultaneously switch over the other inverter (20, 22) into the second switching state (Z 7), with the inverters (20, 22) being configured to apply a voltage of zero to the respective motor (28, 32) in the first and second switching states (Z 0, Z 7); and wherein the inverters (20, 22) are each connected to the respective motor (28, 32) by three electrical connections, with each connection being separately switchable to a high potential and to a low potential, characterized in that the inverters (20, 22) are configured to switch all the connections to the low potential in the first switching state (Z 0) and to switch all the connections to the high potential in the second switching state (Z 7). a first inverter; a first motor which is electrically connected to the first inverter; at least one second inverter; and at least one second motor which is electrically connected to the second inverter, with the inverters (20, 22) being configured to control the respective motors (28, 32) by means of at least a first and a second switching state (Z 0, Z 7) in each case,
A printing apparatus for printing a character string and a symbol image of a code on a tape-like print medium, the printing apparatus comprising a printing unit for performing printing along a direction of the length of the tape-like print medium; characterized in that said code being two-dimensional, said printing apparatus prints with a designated print width and generates a label; and by further comprising: a tape length designating unit for designating a tape length for determining the length of the label printed on the tape-like print medium; a symbol image print size setting unit for initially setting the print size of the symbol image according to the width of the tape-like print medium; a print size adjusting unit for adjusting the print size of the character string in accordance with the tape length designated by the tape length designating unit, such that the character string which is printed with the symbol image fits within the tape length designated by the tape length designating unit in a serial arrangement in the direction of the length of the tape-like print medium, without changing the print size of the symbol image that is initially set by the symbol image print size adjusting unit; and a control unit for controlling the printing unit to serially arrange and print the symbol image and the character string in the direction of the length of the tape-like print medium so that the print size of the symbol image is the print size initially set by the symbol image print size setting unit and the print size of the character string is the print size adjusted by the print size adjusting unit. a tape length designating unit for designating a tape length for determining the length of the label printed on the tape-like print medium; a symbol image print size setting unit for initially setting the print size of the symbol image according to the width of the tape-like print medium; a print size adjusting unit for adjusting the print size of the character string in accordance with the tape length designated by the tape length designating unit, such that the character string which is printed with the symbol image fits within the tape length designated by the tape length designating unit in a serial arrangement in the direction of the length of the tape-like print medium, without changing the print size of the symbol image that is initially set by the symbol image print size adjusting unit; and a control unit for controlling the printing unit to serially arrange and print the symbol image and the character string in the direction of the length of the tape-like print medium so that the print size of the symbol image is the print size initially set by the symbol image print size setting unit and the print size of the character string is the print size adjusted by the print size adjusting unit.
An electrical contact comprising a braid or the equivalent extending longitudinally and presenting a first end and a second end opposite from the first end in the longitudinal direction, a contact head mounted on the first end, a connection element mounted on the second end, characterized in that the electrical contact comprises optionally at least one ring mounted on the braid or the equivalent between the contact head and the connection element, and the free length X of the braid or the equivalent and the sum Y of the volumes of the material of the contact head, of the connection element, and of the optional ring satisfy the relationship: Y ≥ aX − b where a is a number lying in the range 10 to 15, and b is a number lying in the range 80 to 110, Y being expressed in cubic millimeters, while X is expressed in millimeters.