mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: displaying a user interface presenting a plurality of selectable labels for each of a plurality of selectable applications; enabling, through the user interface, selection of an application (402 - 418) of the plurality of selectable applications for parallel presentation in an immersive environment on one or more displays associated with a computing device, the immersive environment including a primary region and a non-primary region and being configured for presenting content of and enabling interaction with one or more of the applications on the one or more displays with little or no window frame; indicating one or more applications (402 - 418) with a pinning selection icon (420, 422) as maintained in one or both of the immersive environment and the user interface; and selecting an application and responsive to the selection, causing content of the selected application to be presented in the immersive environment and in parallel with presentation of content of a different application also presented in the immersive environment, wherein the selected application is presented in the primary region of the immersive environment and the different application is removed from the primary region of the immersive environment and presented in the non-primary region of the immersive environment if the different application is indicated with the pinning selection icon (420, 422) and is removed from the immersive environment if the different application is not indicated with the pinning selection icon (420, 422). displaying a user interface presenting a plurality of selectable labels for each of a plurality of selectable applications; enabling, through the user interface, selection of an application (402 - 418) of the plurality of selectable applications for parallel presentation in an immersive environment on one or more displays associated with a computing device, the immersive environment including a primary region and a non-primary region and being configured for presenting content of and enabling interaction with one or more of the applications on the one or more displays with little or no window frame; indicating one or more applications (402 - 418) with a pinning selection icon (420, 422) as maintained in one or both of the immersive environment and the user interface; and selecting an application and responsive to the selection, causing content of the selected application to be presented in the immersive environment and in parallel with presentation of content of a different application also presented in the immersive environment, wherein the selected application is presented in the primary region of the immersive environment and the different application is removed from the primary region of the immersive environment and presented in the non-primary region of the immersive environment if the different application is indicated with the pinning selection icon (420, 422) and is removed from the immersive environment if the different application is not indicated with the pinning selection icon (420, 422).
An electric assisted bicycle comprising a drive unit with a motor, the electric assisted bicycle being capable of traveling with a combination of a human driving force generated by a pedal force from a pedal and an auxiliary driving force generated by the motor, wherein the drive unit is disposed at an intermediate position between a front wheel and a rear wheel, the drive unit includes a transmission mechanism that transmits a resultant force of the human driving force and the auxiliary driving force from the motor while changing multiple gears (36 - 41), characterized in that the transmission mechanism includes at least one transmission weight (45, 61, 71, 81) whose orientation is changed according to a centrifugal force during a rotation of the transmission weight, and an increase in a rotation speed of a crank shaft interlockingly raises a rotation speed of the transmission weight and changes the orientation of the transmission weight so as to change from a low gear to a high gear.
A soil compaction machine, in particular a vibration compactor, comprising a vibration exciter for generating different kinds of exciter vibration, having two parallel imbalance shafts (10, 10') located adjacent to one another and a drive device for the imbalance shafts (10, 10'), characterized in that the drive device has two motors (12, 12'), of which a first motor is operationally linked to the first imbalance shaft and a second motor is operationally linked to the second imbalance shaft.
A method for generating a 3D point cloud and colour visualisation of an underwater scene, the point cloud comprising a set of (x, y, z) coordinates relating to points in the scene, the method operating in a system comprising at least one camera module (204; 206), at least one structured light source (212a, 212b), a control module, and a processing module, each of the at least one camera module (204; 206) being directed at the scene and having substantially the same overlapped field of view; the method comprising: (a) the at least one structured light source (212a, 212b) projecting a two-dimensional array of points onto the scene; (b) each of the at least one camera module (204; 206) capturing an image of the projected array in the scene from first and second positions, such that there is a first point image and second point image; (c) analysing the images to identify the location of each projected point within each point image; (d) for each projected point in the captured point images, correlating the location of the point between the first and second point images to calculate the distance to the point from the at least one camera module (204; 206); (e) storing the distance and location of the point; (f) adjusting the position of the two-dimensional array of points in the scene; and repeating (a) to (e), thereby forming a 3D point cloud; characterised in that the at least one camera module (204; 206) and the at least one structured light source (212a, 212b) are synchronized by the control module so that each time an image is acquired, a specific configuration of light source parameters and camera module parameters is used. (a) the at least one structured light source (212a, 212b) projecting a two-dimensional array of points onto the scene; (b) each of the at least one camera module (204; 206) capturing an image of the projected array in the scene from first and second positions, such that there is a first point image and second point image; (c) analysing the images to identify the location of each projected point within each point image; (d) for each projected point in the captured point images, correlating the location of the point between the first and second point images to calculate the distance to the point from the at least one camera module (204; 206); (e) storing the distance and location of the point; (f) adjusting the position of the two-dimensional array of points in the scene; and repeating (a) to (e), thereby forming a 3D point cloud;
A computing system comprising one or more processors configured to: determine a first membership criteria to be applied to a data set including a plurality of data items; identify one or more first data items of the data set that satisfy the first membership criteria; identify one or more second data items of the data set that do not satisfy the first membership criteria; transmit display instructions to a client computer device, the display instructions indicating display of a first filter view of the one or more first data items in a first graphically demarcated area and display of a second filter view of the one or more second data items in a second graphically demarcated area, such that information regarding both the data items matching the first membership criteria and data items not matching the first membership criteria are viewable by a user of the client computer device; determine a second membership criteria in response to one or more inputs from the user of the client computer device; identify one or more third data items that satisfy the first membership criteria and the second membership criteria; identify one or more fourth data items that satisfy the first membership criteria and do not satisfy the second membership criteria; and transmit updated display instruction to the client computer device, updated display instructions indicating display of a third filter view of the third data items and the further data items in the first graphically demarcated area. determine a first membership criteria to be applied to a data set including a plurality of data items; identify one or more first data items of the data set that satisfy the first membership criteria; identify one or more second data items of the data set that do not satisfy the first membership criteria; transmit display instructions to a client computer device, the display instructions indicating display of a first filter view of the one or more first data items in a first graphically demarcated area and display of a second filter view of the one or more second data items in a second graphically demarcated area, such that information regarding both the data items matching the first membership criteria and data items not matching the first membership criteria are viewable by a user of the client computer device; determine a second membership criteria in response to one or more inputs from the user of the client computer device; identify one or more third data items that satisfy the first membership criteria and the second membership criteria; identify one or more fourth data items that satisfy the first membership criteria and do not satisfy the second membership criteria; and transmit updated display instruction to the client computer device, updated display instructions indicating display of a third filter view of the third data items and the further data items in the first graphically demarcated area.
Device for the demolition and in particular for milling horizontal, vertical and inclined surfaces or layers (Sr) suitable for pedestrians and/or vehicles such as for instance asphalt and/or concrete roads, said device comprising: rotatable working means rotatably fixed to a main supporting frame which comprises a first supporting element and a second supporting element, each of said first and second supporting elements defining a contacting portion (Fa, La) adapted to be brought into contact with a corresponding portion of said surface or layer (Sr); characterized in that: said device further comprises regulating means comprising an arm fixed to said main frame so as to be free to rotate or translate, and adapted to regulate and/or select the position of said first supporting element with respect to said main frame independently of that of said second supporting element, so as to allow said first and second contacting portions (La, Fa) defined respectively by said first and second supporting elements (L, F) to be brought into contact with portions of said surface which lie at different levels with respect to a reference level; and in that said first supporting element is rotatably fixed to a portion of said arm so as to be free to rotate about said arm. rotatable working means rotatably fixed to a main supporting frame which comprises a first supporting element and a second supporting element, each of said first and second supporting elements defining a contacting portion (Fa, La) adapted to be brought into contact with a corresponding portion of said surface or layer (Sr); characterized in that: said device further comprises regulating means comprising an arm fixed to said main frame so as to be free to rotate or translate, and adapted to regulate and/or select the position of said first supporting element with respect to said main frame independently of that of said second supporting element, so as to allow said first and second contacting portions (La, Fa) defined respectively by said first and second supporting elements (L, F) to be brought into contact with portions of said surface which lie at different levels with respect to a reference level; and in that said first supporting element is rotatably fixed to a portion of said arm so as to be free to rotate about said arm. said device further comprises regulating means comprising an arm fixed to said main frame so as to be free to rotate or translate, and adapted to regulate and/or select the position of said first supporting element with respect to said main frame independently of that of said second supporting element, so as to allow said first and second contacting portions (La, Fa) defined respectively by said first and second supporting elements (L, F) to be brought into contact with portions of said surface which lie at different levels with respect to a reference level; and in that said first supporting element is rotatably fixed to a portion of said arm so as to be free to rotate about said arm.
A method for controlling a working state of a mobile terminal, which has established a communication link with a playback device, comprising: when it is determined by at least one sensor of the playback device that a current state of a playback device is in an inactive state, detecting, by a detector of the playback device, whether the mobile terminal is in a working state; and when it is detected by the detector of the playback device that the mobile terminal is in the working state, sending, by a transmitter of the playback device, to the mobile terminal an instruction configured for instructing the mobile terminal to shift its state into a standby state, wherein the detecting whether a mobile terminal, which has established a communication link with the playback device, is in a working state, comprises: detecting whether multimedia information to be played by the playback device or operating information between the playback device and the mobile terminal and sent from the mobile terminal is received by the playback device. when it is determined by at least one sensor of the playback device that a current state of a playback device is in an inactive state, detecting, by a detector of the playback device, whether the mobile terminal is in a working state; and when it is detected by the detector of the playback device that the mobile terminal is in the working state, sending, by a transmitter of the playback device, to the mobile terminal an instruction configured for instructing the mobile terminal to shift its state into a standby state, wherein the detecting whether a mobile terminal, which has established a communication link with the playback device, is in a working state, comprises: detecting whether multimedia information to be played by the playback device or operating information between the playback device and the mobile terminal and sent from the mobile terminal is received by the playback device.
A transmission apparatus comprising: an information reception unit that receives information on a gamma correction method for high dynamic range, HDR, image data that an external apparatus is able to support, the information being received from the external apparatus over a transmission path, a method selection unit that, based on the information on the gamma correction method received at the information reception unit, selects a gamma correction method from among a plurality of gamma correction methods for the HDR image data, the selected gamma correction method being supported by the external apparatus, a data transmission unit that transmits the HDR image data to an external apparatus over the transmission path using a differential signal in accordance with the selected gamma correction method; and an information transmission unit that transmits information on gamma correction for the HDR image data over the transmission path to the external apparatus; wherein the information on the gamma correction for the HDR image data includes gamma correction data in accordance with the selected gamma correction method, and an indication of the selected gamma correction method, characterized in that the information on the gamma correction for the HDR image data further includes a flag indicating whether or not processing comprising luminance compression for the HDR image data is performed in the transmission apparatus, and an indication of an amount of the gamma correction data. an information reception unit that receives information on a gamma correction method for high dynamic range, HDR, image data that an external apparatus is able to support, the information being received from the external apparatus over a transmission path, a method selection unit that, based on the information on the gamma correction method received at the information reception unit, selects a gamma correction method from among a plurality of gamma correction methods for the HDR image data, the selected gamma correction method being supported by the external apparatus, a data transmission unit that transmits the HDR image data to an external apparatus over the transmission path using a differential signal in accordance with the selected gamma correction method; and an information transmission unit that transmits information on gamma correction for the HDR image data over the transmission path to the external apparatus; wherein the information on the gamma correction for the HDR image data includes gamma correction data in accordance with the selected gamma correction method, and an indication of the selected gamma correction method, characterized in that the information on the gamma correction for the HDR image data further includes a flag indicating whether or not processing comprising luminance compression for the HDR image data is performed in the transmission apparatus, and an indication of an amount of the gamma correction data.
A system for coupling a shroud to a case associated with a gas turbine engine, comprising: the case defining a bore; the shroud retained within the case, the shroud defining a pocket; a pin received through the bore and at least partially positioned within the pocket, the pin having a perimeter; characterized in having: a load spreader including a first receptacle side and a second receptacle side opposite the first receptacle side, with the first receptacle side interconnected to the second receptacle side by a flexible portion, the first receptacle side, the second receptacle side and the flexible portion received about a portion of the perimeter of the pin, and the load spreader is configured to transmit at least one of an axial point load and a circumferential point load from the pin over a surface of the shroud, wherein the first receptacle side, the second receptacle side and the flexible portion cooperate with a fourth receptacle side of the load spreader to define an opening to receive the pin. the case defining a bore; the shroud retained within the case, the shroud defining a pocket; a pin received through the bore and at least partially positioned within the pocket, the pin having a perimeter; characterized in having: a load spreader including a first receptacle side and a second receptacle side opposite the first receptacle side, with the first receptacle side interconnected to the second receptacle side by a flexible portion, the first receptacle side, the second receptacle side and the flexible portion received about a portion of the perimeter of the pin, and the load spreader is configured to transmit at least one of an axial point load and a circumferential point load from the pin over a surface of the shroud, wherein the first receptacle side, the second receptacle side and the flexible portion cooperate with a fourth receptacle side of the load spreader to define an opening to receive the pin.
A sterile-filtered liquid lactase preparation comprising at least one salt having a monovalent cation, wherein the total concentration of said at least one salt is 0.01-5% w/w, and further comprising a polyol selected among glycerol, sorbitol, monopropylene glycol, sucrose, glucose, galactose or lactose, or combinations thereof, at a concentration of 10-70% w/w, preferably 30-60% w/w, wherein the concentration of lactase in the lactase preparation is between 10 and 5000 LAU-B/g and wherein the activity of the lactase (LAU-B) is determined as set forth in the description.
A differential magnetic field sensor (12; 60; 60'; 60"; 60"'; 140) comprising: a first differential channel (96; 146) comprising a first pair of magnetic field sensing elements (42a, 42b; 132a, 132b) and having an associated first sensing axis (44; 134) defined by the first pair of magnetic field sensing elements; a second differential channel (98; 148) comprising a second pair of magnetic field sensing elements (42a, 42c; 132c, 132d) and having a second sensing axis (46; 136) defined by the second pair of magnetic field sensing elements; wherein the second sensing axis (46; 136) is not aligned with respect to the first sensing axis (44; 134), and when the first sensing axis is positioned, in use, relative to a reference axis of a target profile, the reference axis aligned with a direction of motion of the target profile, an orientation angle between the first sensing axis and the reference axis is defined; and characterized in that circuitry (62; 62'; 62"; 142), coupled to the magnetic field sensing elements, is arranged to produce a sensor output signal that is indicative of detected target profile transitions and independent of the orientation angle by combining mathematically the first differential signal and the second differential signal. a first differential channel (96; 146) comprising a first pair of magnetic field sensing elements (42a, 42b; 132a, 132b) and having an associated first sensing axis (44; 134) defined by the first pair of magnetic field sensing elements; a second differential channel (98; 148) comprising a second pair of magnetic field sensing elements (42a, 42c; 132c, 132d) and having a second sensing axis (46; 136) defined by the second pair of magnetic field sensing elements; wherein the second sensing axis (46; 136) is not aligned with respect to the first sensing axis (44; 134), and when the first sensing axis is positioned, in use, relative to a reference axis of a target profile, the reference axis aligned with a direction of motion of the target profile, an orientation angle between the first sensing axis and the reference axis is defined; and characterized in that circuitry (62; 62'; 62"; 142), coupled to the magnetic field sensing elements, is arranged to produce a sensor output signal that is indicative of detected target profile transitions and independent of the orientation angle by combining mathematically the first differential signal and the second differential signal.