mhurhangee/ep-ind-claims huggingface dataset:
A service control method for allowing remote access to digital rights management protected content provided to at least one of a home network device within a home network from an internet protocol multimedia subsystem-based, IMS-based, IP television, IPTV, service provider network, the method comprising the steps of: receiving a remote access request for remote access, to at least a portion of the digital rights management, DRM, protected content from a remote access device registered with the home network, wherein the remote access request is received from a remote location outside of the home network; authorizing remote access, by a controller, by the remote access device of the DRM protected content provided to the home network device, wherein the controller resides at the IMS-based IPTV service provider network and outside the home network; and forwarding the remote access request to the home network when the remote access request has been authorized, wherein the remote access request includes instructions to allow DRM protected content requested by the remote access request to be transmitted from the home network device in the home network to the remote access device. receiving a remote access request for remote access, to at least a portion of the digital rights management, DRM, protected content from a remote access device registered with the home network, wherein the remote access request is received from a remote location outside of the home network; authorizing remote access, by a controller, by the remote access device of the DRM protected content provided to the home network device, wherein the controller resides at the IMS-based IPTV service provider network and outside the home network; and forwarding the remote access request to the home network when the remote access request has been authorized, wherein the remote access request includes instructions to allow DRM protected content requested by the remote access request to be transmitted from the home network device in the home network to the remote access device.
A system for providing intrathoracic pressure regulation to an individual, the system comprising: a patient connection mechanism for coupling with an airway of the individual; a flow control assembly comprising a housing having a vent, an impeller disposed within the housing, and a motor in operative association with the impeller; and an external pressure source selected from the group consisting of a manual bag valve mask mechanism, a mechanical ventilator machine, and an anesthesia machine, characterized in that the external pressure source is in fluid communication with the housing vent of the flow control assembly, that the impeller of the flow control assembly is disposed between the patient connection mechanism and the external pressure source, along a fluid passage that extends between the patient connection mechanism and the external pressure source, and that the flow control assembly is configured to allow a retrograde airflow from the external pressure source to the patient connection mechanism while an airflow is compelled simultaneously from the patient connection mechanism to the housing vent. a patient connection mechanism for coupling with an airway of the individual; a flow control assembly comprising a housing having a vent, an impeller disposed within the housing, and a motor in operative association with the impeller; and an external pressure source selected from the group consisting of a manual bag valve mask mechanism, a mechanical ventilator machine, and an anesthesia machine, characterized in that the external pressure source is in fluid communication with the housing vent of the flow control assembly, that the impeller of the flow control assembly is disposed between the patient connection mechanism and the external pressure source, along a fluid passage that extends between the patient connection mechanism and the external pressure source, and that the flow control assembly is configured to allow a retrograde airflow from the external pressure source to the patient connection mechanism while an airflow is compelled simultaneously from the patient connection mechanism to the housing vent.
Medical equipment support system, comprising a support structure extending in a substantially horizontal direction for supporting at least one medical device, at least two supports arranged at opposing ends of the support structure for supporting the support structure in an overhead position, wherein the at least two supports are pillars (3, 3', 4, 4', 31, 31', 35, 35', 51, 51', 52, 52', 70, 71, 92, 92', 95) extending in a substantially vertical direction, being adapted for standing on a floor of a medical room, wherein the support structure is at least one beam (7, 7') and/or platform supporting at least one holder to which the at least one medical device can be mounted, wherein the at least one beam (7, 7') and/or platform comprises a rail and the at least one holder is movable along the rail, characterized in that the holder is automatically movable into at least one preference position according to a predetermined medical scheme and that the support structure is connectable to the support structure of a further medical equipment support system for increasing a range of positions at which medical equipment can be suspended.
A washing machine comprising: a water supply portion to supply a wash liquid comprising water and a detergent; a power supply portion to supply an alternating current power; and an electric field forming portion comprising a first electrode portion and a second electrode portion, the electric field forming portion being configured to receive alternating current power from the power supply portion and form an electric field between the first electrode portion and the second electrode portion to heat the supplied wash liquid, a housing having a washing space containing the laundry, a sensor portion, and a controller adapted to control the power supply portion to supply alternating current power at a level corresponding to a sensing result of the sensor portion, characterized in that the electric field is formed in the washing space containing the laundry, and the sensor portion is adapted to sense the state of the laundry comprising the wash liquid. a water supply portion to supply a wash liquid comprising water and a detergent; a power supply portion to supply an alternating current power; and an electric field forming portion comprising a first electrode portion and a second electrode portion, the electric field forming portion being configured to receive alternating current power from the power supply portion and form an electric field between the first electrode portion and the second electrode portion to heat the supplied wash liquid, a housing having a washing space containing the laundry, a sensor portion, and a controller adapted to control the power supply portion to supply alternating current power at a level corresponding to a sensing result of the sensor portion, characterized in that the electric field is formed in the washing space containing the laundry, and the sensor portion is adapted to sense the state of the laundry comprising the wash liquid.
A screening arrangement for screening of a window, said screening arrangement comprising: a screening body having an upper first end and a lower second end, said screening body being movable in a longitudinal direction between a non-screening position, in which the screening body is rolled up, and a screening position, in which the screening body is extended; a hollow rolling tube adapted for being rotatable when mounted, said rolling tube extending in a transverse direction perpendicular to the longitudinal direction and being connected to the first end of the screening body, such that the screening body is rolled up around the rolling tube in the non-screening position; a bottom bar extending parallel with the rolling tube, said bottom bar being connected to the second end of the screening body; two guidance cords (5a, 5b) adapted for maintaining the bottom bar parallel with the rolling tube; and a motor device comprising a motor, wherein the motor is arranged inside the rolling tube and is in engagement with the rolling tube, preferably by a pinion connected to the motor and an annular gear connected to the rolling tube, characterized in that the motor is arranged such that a clearance is provided within the cross-sectional space of the rolling tube, and at least one of the guidance cords (5a, 5b) pass the motor though the clearance. a screening body having an upper first end and a lower second end, said screening body being movable in a longitudinal direction between a non-screening position, in which the screening body is rolled up, and a screening position, in which the screening body is extended; a hollow rolling tube adapted for being rotatable when mounted, said rolling tube extending in a transverse direction perpendicular to the longitudinal direction and being connected to the first end of the screening body, such that the screening body is rolled up around the rolling tube in the non-screening position; a bottom bar extending parallel with the rolling tube, said bottom bar being connected to the second end of the screening body; two guidance cords (5a, 5b) adapted for maintaining the bottom bar parallel with the rolling tube; and a motor device comprising a motor, wherein the motor is arranged inside the rolling tube and is in engagement with the rolling tube, preferably by a pinion connected to the motor and an annular gear connected to the rolling tube, characterized in that the motor is arranged such that a clearance is provided within the cross-sectional space of the rolling tube, and at least one of the guidance cords (5a, 5b) pass the motor though the clearance.
A direct-current-offset correction device comprising: a digital-to-analog converter that converts a digital signal into an analog signal; a modulator that modulates the analog signal to generate a modulated signal; characterized by: a direct-current-offset correction value calculation unit that calculates a direct-current-offset correction value as a reverse characteristic component of a carrier leak occurring in the modulated signal based on a demodulated signal which is demodulated by feeding back the modulated signal; a direct-current-offset correction unit that performs direct-current-offset correction on the digital signal based on the direct-current-offset correction value; a correction value detection unit that detects whether or not the direct-current-offset correction value is zero; and an offset generation unit that superimposes a direct-current-offset component on the analog signal based on a detection result of the correction value detection unit. a digital-to-analog converter that converts a digital signal into an analog signal; a modulator that modulates the analog signal to generate a modulated signal; a direct-current-offset correction value calculation unit that calculates a direct-current-offset correction value as a reverse characteristic component of a carrier leak occurring in the modulated signal based on a demodulated signal which is demodulated by feeding back the modulated signal; a direct-current-offset correction unit that performs direct-current-offset correction on the digital signal based on the direct-current-offset correction value; a correction value detection unit that detects whether or not the direct-current-offset correction value is zero; and an offset generation unit that superimposes a direct-current-offset component on the analog signal based on a detection result of the correction value detection unit.
Method for determining distances and relative speeds (v) of multiple simultaneously located objects (12, 14) using an FMCW radar, in which the frequency of a transmitted signal is modulated in the form of periodically repeating ramps (24, 30), the transmitted signal is mixed with a received signal to produce an intermediate frequency signal (s), and the distance and/or the relative speed of the objects is/are determined by evaluating the change in the phase (φ) of the intermediate frequency signal (s) from ramp to ramp, wherein the modulation pattern comprises at least two ramps (24, 30), which differ only by a fixed frequency offset (f s) and are successive at a particular interval of time (T' c), and the phase difference (φ 1 - φ 2) of the intermediate frequency signals for these two ramps is used to calculate a unique approximate value (R 0) for the object distance, characterized in that the modulation pattern comprises two families of mutually identical ramps (24, 30) that are nested in one another such that in each case one ramp without a frequency offset and one ramp with a frequency offset alternate with one another, the intermediate frequency signals for the two families are evaluated separately in order to determine the phase difference (φ 1 - φ 2), and evaluation of the intermediate frequency signals (s) of multiple successive identical ramps is used to calculate a plurality of possible object distances, and the final object distance selected is that one of these calculated distances that comes closest to the approximate value (R 0).
A method for compaction of the ballast bed of a track by means of a compacting tool being set in vibrations, wherein the vibrations introduced into the ballast during the compacting process are registered as a measure for the ballast compaction, characterized in that, from a pressure progression of an eccentric drive or of a squeezing drive, a drive power of the compacting tool is metrologically registered, and the same is reduced by the apparent power of the squeezing drives, after which an effective power available at the compacting tool for compacting the ballast is calculated.
A computer-implemented method of positioning a set of vehicles with respect to an object and a set of targets, the method comprising: generating an isovist using data obtained from at least one sensor associated with the object; using the isovist to compute an estimated position in an environment of each target of the set of targets with respect to the object; computing a plurality of positions in the environment for each vehicle of the set of vehicles based on the estimated positions of the targets, each position of the plurality of positions having an associated value representing a number of the targets at their estimated positions that are within a predetermined proximity of the vehicle at that position; selecting a subset of the positions from the plurality of positions based on the associated values, and positioning the set of vehicles based on the selected subset of the positions. generating an isovist using data obtained from at least one sensor associated with the object; using the isovist to compute an estimated position in an environment of each target of the set of targets with respect to the object; computing a plurality of positions in the environment for each vehicle of the set of vehicles based on the estimated positions of the targets, each position of the plurality of positions having an associated value representing a number of the targets at their estimated positions that are within a predetermined proximity of the vehicle at that position; selecting a subset of the positions from the plurality of positions based on the associated values, and positioning the set of vehicles based on the selected subset of the positions.
Method for transferring data from an image-data-based map service for use in an assistance system of a vehicle, comprising the following method steps: a. ascertainment of the position and/or orientation of the vehicle, b. retrieval of image data for the vehicle surroundings from the image-data-based map service, c. extraction of information from the image data of the map service, d. transfer of the information to the assistance system, characterized in that the image data of the map service are completed by camera images of the vehicle surroundings and by surroundings data captured using ambient sensors, wherein step c) of the method involves the image data of the image-data-based map service, the camera images and the surroundings data being used to ascertain parking spaces (35, 36, 37) in the surroundings of the vehicle and/or the orientation of said parking spaces. a. ascertainment of the position and/or orientation of the vehicle, b. retrieval of image data for the vehicle surroundings from the image-data-based map service, c. extraction of information from the image data of the map service, d. transfer of the information to the assistance system, characterized in that the image data of the map service are completed by camera images of the vehicle surroundings and by surroundings data captured using ambient sensors, wherein step c) of the method involves the image data of the image-data-based map service, the camera images and the surroundings data being used to ascertain parking spaces (35, 36, 37) in the surroundings of the vehicle and/or the orientation of said parking spaces.
A hand-held device for obtaining data for generating a three-dimensional topological surface profile of a tyre, the device comprising: a base comprising an aperture; a light source arranged in use to generate an elongate pattern of light, and to project said pattern through the aperture onto a rolling surface of the tyre; a detector arranged to image a region of the rolling surface of the tyre; a plurality of pairs of guide wheels mounted on respective axles mounted on the base, wherein the guide wheels on adjacent axles are linked by gears (240, 245, 270a, 270b, 215a-d); and a rotary encoder arranged to generate a signal corresponding to rotation of an axle. a base comprising an aperture; a light source arranged in use to generate an elongate pattern of light, and to project said pattern through the aperture onto a rolling surface of the tyre; a detector arranged to image a region of the rolling surface of the tyre; a plurality of pairs of guide wheels mounted on respective axles mounted on the base, wherein the guide wheels on adjacent axles are linked by gears (240, 245, 270a, 270b, 215a-d); and a rotary encoder arranged to generate a signal corresponding to rotation of an axle.
A universal tray insert (200; 200') for a multipurpose tray (20; 20') for an automated processing system, for holding a plurality of reagent or sample tubes (501, 502, 503) having similar or differing diameters, said universal tray insert (200; 200') comprising an array of tube receiving recesses (201, 202, 203; 201', 202', 203') with different sizes, wherein said array of tube receiving recesses (201, 202, 203; 201', 202', 203') comprising at least a first group of tube receiving recesses (201; 201'), a second group of tube receiving recesses (202; 202'), and a third group of tube receiving recesses (203; 203'), the size of a recess (201; 201') of said first group of tube receiving recesses (201; 201'), the size of a recess (202; 202') of said second group of tube receiving recesses (202; 202'), and the size of a recess (203; 203') of said third group of tube receiving recesses (203; 203') differ from each other, and a contour of an inner circumference of each tube receiving recess (201; 201') of said first group of tube receiving recesses (201; 201') intersects with a contour of an inner circumference of at least one adjacent tube receiving recess (202; 202') of said second group of tube receiving recesses (202; 202') and with a contour of an inner circumference of at least one of the tube receiving recesses (203; 203') of said third group of tube receiving recesses (203; 203'). said array of tube receiving recesses (201, 202, 203; 201', 202', 203') comprising at least a first group of tube receiving recesses (201; 201'), a second group of tube receiving recesses (202; 202'), and a third group of tube receiving recesses (203; 203'), the size of a recess (201; 201') of said first group of tube receiving recesses (201; 201'), the size of a recess (202; 202') of said second group of tube receiving recesses (202; 202'), and the size of a recess (203; 203') of said third group of tube receiving recesses (203; 203') differ from each other, and a contour of an inner circumference of each tube receiving recess (201; 201') of said first group of tube receiving recesses (201; 201') intersects with a contour of an inner circumference of at least one adjacent tube receiving recess (202; 202') of said second group of tube receiving recesses (202; 202') and with a contour of an inner circumference of at least one of the tube receiving recesses (203; 203') of said third group of tube receiving recesses (203; 203').
An atomizer of electronic cigarette, wherein the atomizer of electronic cigarette comprises an ultrasonic atomization piece; one surface of the ultrasonic atomization piece is in contact with a tobacco tar storage piece; the tobacco tar storage piece communicates with a tobacco tar cavity; the tobacco tar storage piece communicates with an airflow passage; characterized in that the tobacco tar storage piece and the ultrasonic atomization piece are sequentially provided along a smoke outflow direction; whereby the ultrasonic atomization piece adopts a solid piezoelectric ceramic piece.
An oven for generating of heat and with switchable cooking operation, comprising: a furnace for the burning of solid biomass, a cooking chamber for the cooking or baking of food; wherein the oven comprises an electronic regulation, characterized in that the electronic regulation is adapted for a heating operation and a cooking operation, wherein primarily a temperature of the furnace is regulated in the heating operation and primarily a temperature of the cooking chamber is regulated in the cooking operation. a furnace for the burning of solid biomass, a cooking chamber for the cooking or baking of food; wherein the oven comprises an electronic regulation, characterized in that the electronic regulation is adapted for a heating operation and a cooking operation, wherein primarily a temperature of the furnace is regulated in the heating operation and primarily a temperature of the cooking chamber is regulated in the cooking operation.