mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus, the apparatus comprising: acquisition means configured to acquire configuration information indicating a positional relationship of projected images (400a-400d) of a plurality of projectors in a multi-projection display image realized by the plurality of projectors; an image capturing means configured to capture an image of the multi-projection display image; a display screen configured to display the image captured by the image capturing means; acceptance means configured to accept an instruction on the display screen displaying said image captured by the image capturing means; specifying means configured to specify a projector for which a setting is to be changed, from the plurality of projectors, based on a position in the display screen at which the instruction was accepted by the acceptance means, and based on the configuration information acquired by the acquisition means; and transmission means configured to transmit a signal for changing the setting of the projector specified by the specifying means. acquisition means configured to acquire configuration information indicating a positional relationship of projected images (400a-400d) of a plurality of projectors in a multi-projection display image realized by the plurality of projectors; an image capturing means configured to capture an image of the multi-projection display image; a display screen configured to display the image captured by the image capturing means; acceptance means configured to accept an instruction on the display screen displaying said image captured by the image capturing means; specifying means configured to specify a projector for which a setting is to be changed, from the plurality of projectors, based on a position in the display screen at which the instruction was accepted by the acceptance means, and based on the configuration information acquired by the acquisition means; and transmission means configured to transmit a signal for changing the setting of the projector specified by the specifying means.
A water-conducting dishwasher comprising a casing, a tub arranged in the casing and a heat pump (10, 11, 12), characterised in that the casing has an upper casing part and a lower casing part arranged below the upper casing part, wherein the two casing parts can be at least partially separated from each other, wherein the heat pump (10, 11, 12) is arranged in the lower casing part and wherein a device control and a process water system comprising a circulation pump and a waste water pump are arranged in the upper casing part.
A compound of Formula I: wherein: X is a radionuclide chelating group; Y is a peptide; A is selected from the group consisting of a bond, an alkylene group and a carboxyl group; Z is selected from the group consisting of an optionally substituted carborane group and an optionally substituted dodecaborate group; n is an integer from 1 to 11. X is a radionuclide chelating group; Y is a peptide; A is selected from the group consisting of a bond, an alkylene group and a carboxyl group; Z is selected from the group consisting of an optionally substituted carborane group and an optionally substituted dodecaborate group; n is an integer from 1 to 11.
Sterile cetrorelix acetate lyophilisate, obtainable by dissolving cetrorelix acetate in 30% (v/v) acetic acid, making up with water for injections to a final concentration of 3% cetrorelix and adding mannitol, sterilising the solution by filtration through a membrane filter and subsequent lyophilisation.
Counterbalance fork-lift with a vehicle body and a counterbalance arranged at the rear-side end of the vehicle body, wherein an internal combustion engine drive system which comprises an internal combustion engine and a transmission driven by the internal combustion engine is arranged in a unit space within the vehicle body, wherein a liquid cooling device is provided for cooling the drive system, wherein the liquid cooling device is at least partially arranged above the internal combustion engine in the longitudinal direction of the vehicle between the driver's workstation and the counterbalance, characterized in that the liquid cooling device is located in front of the counterbalance, and a cooling air duct of the liquid cooling device is formed without an air duct in the counterbalance.
Method to optimize the data stream between a router and a multimedia unit, the router receiving at least one data stream forming a service and comprising several sub-streams from which only a subset are useful to the multimedia unit, the method comprising the steps of: By the multimedia unit or by a management center: - defining a set of data representing the multimedia unit's profile, - transmitting this set of data to the router, By the router: - filtering by the router the unnecessary sub-streams, which are not useful to the multimedia unit, according to the previously received profile, - sending the remaining sub-streams, which are useful to the multimedia unit, to the multimedia unit. By the multimedia unit or by a management center: - defining a set of data representing the multimedia unit's profile, - transmitting this set of data to the router, - defining a set of data representing the multimedia unit's profile, - transmitting this set of data to the router, By the router: - filtering by the router the unnecessary sub-streams, which are not useful to the multimedia unit, according to the previously received profile, - sending the remaining sub-streams, which are useful to the multimedia unit, to the multimedia unit. - filtering by the router the unnecessary sub-streams, which are not useful to the multimedia unit, according to the previously received profile, - sending the remaining sub-streams, which are useful to the multimedia unit, to the multimedia unit.
A bait dispenser comprising a body having a raindrop shape providing a scoop like device and constituted by a first body part and a second body part being attached to each other, wherein the first body part comprises a lid and a further body part, wherein the further body part constitutes a tail end of the body and is attached to an adapted tail end of the second body part, the lid is part of a front end of the bait dispenser, the body part comprises a forward located compartment housing bait to be dispensed, wherein the lid of the first body part is adapted to cover an opening of the compartment, the lid is connected via a first arm on a first side of the lid, and a second arm on an opposite located second side of the lid, to respective end surfaces of a rotation axle located transversally on a side of the lid facing towards the further body part, the rotation axle is supported by opposite located openings (33a, 33b) on the respective side surfaces of the further body part, such that the arms (11c, 11b) can move freely over the outside surface of the body when the lid is being opened, the openings (33a, 33b) supporting the rotation axle have a larger dimension than the diameter of the rotation axle, wherein a locking/unlocking mechanism of the lid comprises a locking finger with an outwardly extending lip being adapted to engage a surface of a cavity arranged in the front of the second body part. the further body part constitutes a tail end of the body and is attached to an adapted tail end of the second body part, the lid is part of a front end of the bait dispenser, the body part comprises a forward located compartment housing bait to be dispensed, wherein the lid of the first body part is adapted to cover an opening of the compartment, the lid is connected via a first arm on a first side of the lid, and a second arm on an opposite located second side of the lid, to respective end surfaces of a rotation axle located transversally on a side of the lid facing towards the further body part, the rotation axle is supported by opposite located openings (33a, 33b) on the respective side surfaces of the further body part, such that the arms (11c, 11b) can move freely over the outside surface of the body when the lid is being opened, the openings (33a, 33b) supporting the rotation axle have a larger dimension than the diameter of the rotation axle, wherein a locking/unlocking mechanism of the lid comprises a locking finger with an outwardly extending lip being adapted to engage a surface of a cavity arranged in the front of the second body part.
A device for treating spinal disorders while preserving movement at a facet joint, the device comprising a prosthesis having a first face and a second face, wherein the first face is adapted to be secured to an adjacent articular surface of a facet, and the second face is configured for sliding contact with an adjacent structure, characterised in that at least one face of the device is malleable to be capable of conforming to (a) the adjacent surface or structure under normal anatomical loads, or (b) the shape of at least a portion of the adjacent articular surface under normal anatomical loads.
A medical device deployment apparatus, the apparatus comprising: at least one constraining fiber configured to form a warp knit surrounding a medical device, the warp knit being configured to separate and be removed to deploy the medical device; and wherein the at least one constraining fiber include a first series of loops forming the warp knit with at least one of the first series of loops including a first portion forming a knot and a second portion arranged in addition to the knot. at least one constraining fiber configured to form a warp knit surrounding a medical device, the warp knit being configured to separate and be removed to deploy the medical device; and wherein the at least one constraining fiber include a first series of loops forming the warp knit with at least one of the first series of loops including a first portion forming a knot and a second portion arranged in addition to the knot.
A dual filter for removing one or more components from a fluid flow, comprising: a first filter media and a second filter media respectively disposed in a first conduit and a second conduit; a heater adapted to heat the filter media (112a,b) to reduce the purge time of the filter media (112a,b); and at least one manifold (120, 130) coupled to a pair of openings (116a,b) of the conduits (114a, b) wherein the at least one manifold (120, 130) is adapted to monitor and control the fluid flow through one of the filter media (112a,b), wherein the at least one manifold comprises: an inlet manifold that directs the fluid flow to one of the filter media (112a,b); and an outlet manifold that diverts fluid flow from the one of the filter media (112a,b) to purge another of the filter media (112a,b) wherein the outlet manifold has a purge orifice, wherein a portion of the fluid flow from the one of the filter media (112a,b) is diverted through the purge orifice to purge another of the filter media (112a,b) and characterized in that the purge orifice is a variable nozzle, and wherein the variable nozzle is controlled by a controller to regulate a purge fluid flow rate by increasing or decreasing the purge fluid flow diverted to purge the filter media (112a,b) during operation of the dual filter in response to a change in temperature of the filtered fluid leaving the filter media (112a,b). a first filter media and a second filter media respectively disposed in a first conduit and a second conduit; a heater adapted to heat the filter media (112a,b) to reduce the purge time of the filter media (112a,b); and at least one manifold (120, 130) coupled to a pair of openings (116a,b) of the conduits (114a, b) wherein the at least one manifold (120, 130) is adapted to monitor and control the fluid flow through one of the filter media (112a,b), wherein the at least one manifold comprises: an inlet manifold that directs the fluid flow to one of the filter media (112a,b); and an outlet manifold that diverts fluid flow from the one of the filter media (112a,b) to purge another of the filter media (112a,b) an inlet manifold that directs the fluid flow to one of the filter media (112a,b); and an outlet manifold that diverts fluid flow from the one of the filter media (112a,b) to purge another of the filter media (112a,b) wherein the outlet manifold has a purge orifice, wherein a portion of the fluid flow from the one of the filter media (112a,b) is diverted through the purge orifice to purge another of the filter media (112a,b) and characterized in that the purge orifice is a variable nozzle, and wherein the variable nozzle is controlled by a controller to regulate a purge fluid flow rate by increasing or decreasing the purge fluid flow diverted to purge the filter media (112a,b) during operation of the dual filter in response to a change in temperature of the filtered fluid leaving the filter media (112a,b).
Window wiping apparatus, suitable for wiping a window of a vehicle, in particular of a motor vehicle, comprising, in accordance with the fin ray principle, a wiper arm with a wiper blade head and a wiper blade which comprises: - an elongate upper part which is of at least partially flexible configuration, - an elongate lower part which is of at least partially flexible configuration, and - a plurality of connecting elements for connecting the upper part and the lower part, the connecting elements being spaced apart from one another along a longitudinal extent of the wiper blade and being attached on the upper part and/or the lower part by means of a rotary joint, the connecting elements being designed, in particular, to make a movement possible of the upper part and the lower part relative to one another with a movement component along the longitudinal extent of the wiper blade, the lower part having, on a side which faces the window, a receiving slot along the longitudinal extent of the wiper blade, the receiving slot being designed to receive a wiper rubber replaceably and extending along the longitudinal extent on an underside of the lower part from a position of the wiper blade head to a connecting position of the upper part and the lower part, which connecting position lies opposite the wiper blade head along the longitudinal extent, characterized in that a closure mechanism is provided at the connecting position, which closure mechanism is designed to secure the wiper rubber against sliding out, the lower part and/or the upper part being configured in one piece with the closure mechanism. - an elongate upper part which is of at least partially flexible configuration, - an elongate lower part which is of at least partially flexible configuration, and - a plurality of connecting elements for connecting the upper part and the lower part, the connecting elements being spaced apart from one another along a longitudinal extent of the wiper blade and being attached on the upper part and/or the lower part by means of a rotary joint, the connecting elements being designed, in particular, to make a movement possible of the upper part and the lower part relative to one another with a movement component along the longitudinal extent of the wiper blade,
A mobile terminal comprising: a body having at least one predetermined flexible portion; a display provided in the body and configured to display information; an actuator provided in the body and configured to transform a shape of the body from an original shape to a transformed shape; and a controller configured to control the actuator to transform the shape of the body when a preset condition is satisfied, characterized in that the preset condition is satisfied when a notifying message is generated in a standby state of the mobile terminal; and wherein the controller is configured to control the actuator to increase an amount of bending based on a number of the notifying messages. a body having at least one predetermined flexible portion; a display provided in the body and configured to display information; an actuator provided in the body and configured to transform a shape of the body from an original shape to a transformed shape; and a controller configured to control the actuator to transform the shape of the body when a preset condition is satisfied, characterized in that the preset condition is satisfied when a notifying message is generated in a standby state of the mobile terminal; and wherein the controller is configured to control the actuator to increase an amount of bending based on a number of the notifying messages.
Endoscopic instrument for the retrograde biopsy, in particular a synovial biopsy, comprising a head unit with - a distal tip region for penetrating tissue, - a jaw section with a tissue engagement structure for separating a biopsy material, wherein the jaw section can pivot from a resting position to a working position towards the distal tip region and back, wherein in the working position the tissue engagement structure is substantially oriented away from the distal tip region, - a first fluid channel region open to the environment in the region of the head unit, characterized in that the first fluid channel region is open to the environment via at least one channel opening provided at the jaw section at least when the jaw section is in the resting position. - a distal tip region for penetrating tissue, - a jaw section with a tissue engagement structure for separating a biopsy material, wherein the jaw section can pivot from a resting position to a working position towards the distal tip region and back, wherein in the working position the tissue engagement structure is substantially oriented away from the distal tip region, - a first fluid channel region open to the environment in the region of the head unit,
Apparatus for sinking a shaft, and in particular for carrying out a method according to one of claims 8 to 10, having a carrier unit, arranged at the rear in the direction of sinking, which is connected to a suspension unit which has only one, axial, direction of action pointing towards the boring unit and by which the carrier unit can be positioned in the axial direction, in opposition to the force of gravity, in various axial start-of-cycle positions, and having a boring unit which is arranged at the front in the direction of sinking, the carrier unit and the boring unit being connected together by means of a number of carrying cylinders which operate in the direction of sinking, and the boring unit having a number of bracing modules for radial and axial bracing, a number of displacing cylinders which operate in the direction of sinking, and a cutter head which is connected to the displacing cylinders and which is adapted to sink the shaft when the bracing modules have been activated for bracing purposes, characterised in that the boring unit has a single boring platform on which all the carrying cylinders, all the displacing cylinders and all the bracing modules are mounted.
A method of inter network cellular device handover between a plurality of cellular communications networks, each network having at least one base station carrying an identifier for its respective network, the method comprising a base station of one of said networks performing the steps of: requesting and receiving a measurement report from a connected cellular device including observed identifier and signal strength data for surrounding base stations including base stations of different cellular networks; accessing a permissions list associated with the cellular device, the list defining permissions for handover to different cellular networks, wherein the permissions list including rules relating to access in accordance with the attributes of a data session operating on the cellular device with any external network resources and rules relating to access in accordance with the time of day; identifying session characteristics of the connected cellular device; comparing the identified session characteristics of the connected cellular device and the permissions in the permissions list and determining which cellular networks are permitted in accordance with the permissions and current operating parameters of the cellular device; selecting a target base station of a different cellular network identified from the surrounding base stations of the measurement report and the permissions list; and establishing communication with the selected base station to handover the cellular device. requesting and receiving a measurement report from a connected cellular device including observed identifier and signal strength data for surrounding base stations including base stations of different cellular networks; accessing a permissions list associated with the cellular device, the list defining permissions for handover to different cellular networks, wherein the permissions list including rules relating to access in accordance with the attributes of a data session operating on the cellular device with any external network resources and rules relating to access in accordance with the time of day; identifying session characteristics of the connected cellular device; comparing the identified session characteristics of the connected cellular device and the permissions in the permissions list and determining which cellular networks are permitted in accordance with the permissions and current operating parameters of the cellular device; selecting a target base station of a different cellular network identified from the surrounding base stations of the measurement report and the permissions list; and establishing communication with the selected base station to handover the cellular device.
A method for processing a signal by a user equipment in a 2. Coordinated Multi-Point, CoMP, wireless access system, the method comprising: receiving information on a plurality of channel state information, CSI, processes for a serving cell; and processing a data signal with a precoding granularity being multiple resource blocks in a frequency domain if precoding matrix indicator, PMI/rank indicator, RI, reporting is configured for all of the plurality of CSI processes. receiving information on a plurality of channel state information, CSI, processes for a serving cell; and processing a data signal with a precoding granularity being multiple resource blocks in a frequency domain if precoding matrix indicator, PMI/rank indicator, RI, reporting is configured for all of the plurality of CSI processes.