mhurhangee/ep-ind-claims huggingface dataset:
A method for rendering at a local client device a composite view including a cursor and a remote view associated with a remote application running on a remote server, comprising: generating (2910-A) the remote view of the remote application based on display output of the remote application received at the local client device from the remote server, wherein a remote graphical user interface, GUI, of the remote application is deactivated in the display output data of the remote application and only the display content of the remote application is sent to the local client device; generating (2920-A), by a local view module of the local client device, the cursor, the cursor including a finger pad and a pointer, the local view module generating the cursor based on a configuration file, wherein the configuration file is generated by an application module of the server and is sent to the remote client device; providing (2930-A), to a local display at the local client device, a composite view comprising the cursor and the remote view; monitoring (2940-A) movements of a user's finger on the local display; moving (2950-A) the finger pad and the pointer together on the local display to track movements of the user's finger on the local display; receiving (2960-A) user inputs to the cursor from the local display; and sending (2970-A) coordinates of the pointer and the received user inputs to the remote server. generating (2910-A) the remote view of the remote application based on display output of the remote application received at the local client device from the remote server, wherein a remote graphical user interface, GUI, of the remote application is deactivated in the display output data of the remote application and only the display content of the remote application is sent to the local client device; generating (2920-A), by a local view module of the local client device, the cursor, the cursor including a finger pad and a pointer, the local view module generating the cursor based on a configuration file, wherein the configuration file is generated by an application module of the server and is sent to the remote client device; providing (2930-A), to a local display at the local client device, a composite view comprising the cursor and the remote view; monitoring (2940-A) movements of a user's finger on the local display; moving (2950-A) the finger pad and the pointer together on the local display to track movements of the user's finger on the local display; receiving (2960-A) user inputs to the cursor from the local display; and sending (2970-A) coordinates of the pointer and the received user inputs to the remote server.
A method for producing a pyrolysis product, in which raw material are fed to a pyrolysis reactor and gaseous pyrolysis product fractions and by-product fractions (4, 13, 14) are formed from raw material by pyrolysis in the pyrolysis reactor, and the gaseous pyrolysis product fractions are condensed to mainly liquid pyrolysis product fractions, wherein the method comprising the steps - combusting at least one by-product fraction comprising solid components from the pyrolysis reactor in at least two combustors (7, 8) so that the by-product fraction is partially combusted in the first combustor, and the flue gases from the first combustor are supplied to the second combustor in which the flue gases are combusted to form energy; and - recovering energy formed in the second combustor, characterized in that solid components of the by-product fraction are circulated back to the pyrolysis reactor. - combusting at least one by-product fraction comprising solid components from the pyrolysis reactor in at least two combustors (7, 8) so that the by-product fraction is partially combusted in the first combustor, and the flue gases from the first combustor are supplied to the second combustor in which the flue gases are combusted to form energy; and - recovering energy formed in the second combustor, characterized in that solid components of the by-product fraction are circulated back to the pyrolysis reactor.
A patient support apparatus comprising a frame including a patient support deck, control circuitry carried by the frame, a footboard coupled to the frame and having an interior region, a compression module located within the interior region of the footboard and operable to inflate and deflate a compression sleeve worn on a limb of a patient, the compression module having module circuitry, and a sleeve port (354, 356) pneumatically coupled to the compression module, the sleeve port being configured for attachment to at least one tube extending from the compression sleeve, wherein the module circuitry is powered wirelessly, wherein the sleeve port is coupled to a surface of the footboard arranged to face a patient supported by the patient support apparatus and wherein the sleeve port is located closer to a top of the footboard than to a bottom of the footboard. a frame including a patient support deck, control circuitry carried by the frame, a footboard coupled to the frame and having an interior region, a compression module located within the interior region of the footboard and operable to inflate and deflate a compression sleeve worn on a limb of a patient, the compression module having module circuitry, and a sleeve port (354, 356) pneumatically coupled to the compression module, the sleeve port being configured for attachment to at least one tube extending from the compression sleeve, wherein the module circuitry is powered wirelessly, wherein the sleeve port is coupled to a surface of the footboard arranged to face a patient supported by the patient support apparatus and wherein the sleeve port is located closer to a top of the footboard than to a bottom of the footboard.
A folding box gluing machine for manufacturing folding boxes from blanks, comprising several stations (1, 2, 3, 4, 5, 6, 7), wherein one of the stations is a folding station in which blanks provided with an adhesive strip are folded and a subsequent station is a transfer station, wherein the folding box gluing machine comprises at least two pairs of conveying means each consisting of an upper belt and a lower belt, and wherein at least one external discharge device is provided in the transfer station, characterized in that a further station which is designed as an internal discharge device for defective boxes is provided before the transfer station, and that a control unit is provided which controls the respective discharge device depending on the type of box and/or the operation speed as a discharge station.
A wireless communication apparatus operable in a communication system, comprising: a registration circuit configured to obtain a first identifier comprising a first identification portion and a second identification portion, wherein the first identification portion comprises an instance identifier, the second identification portion comprises a first registration identifier, wherein the instance identifier comprises an international mobile equipment identity, IMEI, and wherein the first identifier is used in a prior registration, and obtain a second identifier comprising the first identification portion and further comprising a third identification portion, wherein the third identification portion comprises a second registration identifier and the second identifier is used in an additional registration; means for receiving at least one of voice, video, and multimedia data; and means for transmitting the first identifier and the second identifier to a network server. a registration circuit configured to obtain a first identifier comprising a first identification portion and a second identification portion, wherein the first identification portion comprises an instance identifier, the second identification portion comprises a first registration identifier, wherein the instance identifier comprises an international mobile equipment identity, IMEI, and wherein the first identifier is used in a prior registration, and obtain a second identifier comprising the first identification portion and further comprising a third identification portion, wherein the third identification portion comprises a second registration identifier and the second identifier is used in an additional registration; obtain a first identifier comprising a first identification portion and a second identification portion, wherein the first identification portion comprises an instance identifier, the second identification portion comprises a first registration identifier, wherein the instance identifier comprises an international mobile equipment identity, IMEI, and wherein the first identifier is used in a prior registration, and obtain a second identifier comprising the first identification portion and further comprising a third identification portion, wherein the third identification portion comprises a second registration identifier and the second identifier is used in an additional registration; means for receiving at least one of voice, video, and multimedia data; and means for transmitting the first identifier and the second identifier to a network server.
A reamer for underground passageways, comprising: a support housing having plural integral pairs of spaced-apart laterally extending support wings, wherein between each pair of support wings there is a longitudinally extending slot to receive a laterally extending cutting wing such that each cutting wing is captured between a respective pair of support wings; a stabilization ring comprising: a circular sleeve; plural radial support pillars; and a central collar, wherein the circular sleeve is supported by the plural radial support pillars which extend from the central collar; wherein, the cutting wings engage with the support housing to resist rearward longitudinal movement, with the support wings to resist torsional forces, and with the circular sleeve of the stabilization ring to resist radial movement, characterized in that the engagement between the cutting wings and the circular sleeve of the stabilizing ring involves a step at a rear of each cutting wing that receives a front of the circular sleeve and wherein the circular sleeve overlies a rear flange of the cutting wings. a support housing having plural integral pairs of spaced-apart laterally extending support wings, wherein between each pair of support wings there is a longitudinally extending slot to receive a laterally extending cutting wing such that each cutting wing is captured between a respective pair of support wings; a stabilization ring comprising: a circular sleeve; plural radial support pillars; and a central collar, wherein the circular sleeve is supported by the plural radial support pillars which extend from the central collar; wherein, the cutting wings engage with the support housing to resist rearward longitudinal movement, with the support wings to resist torsional forces, and with the circular sleeve of the stabilization ring to resist radial movement, characterized in that the engagement between the cutting wings and the circular sleeve of the stabilizing ring involves a step at a rear of each cutting wing that receives a front of the circular sleeve and wherein the circular sleeve overlies a rear flange of the cutting wings.
A coaxial valve comprising: a valve housing which has at least one fluid inlet opening and at least one fluid outlet opening and a flow channel connecting these to one another; a tubular valve sleeve, which is axially displaceable in a section of the flow channel and which has an inflow opening and an outflow opening for the fluid, which both open into the flow channel; a closure body, which is provided in the valve housing and is arranged coaxially with the valve sleeve and which is designed to close the inflow opening or the outflow opening of the valve sleeve; a drive for the axial movement of the valve sleeve, and an axially displaceable actuator, which is arranged coaxially with the valve sleeve and can be driven by the drive, wherein the actuator comprises an actuator rod, wherein the drive is arranged coaxially in the flow channel and is surrounded by it, wherein the drive has an electric motor and a spindle drive, which is a threaded spindle drive, a ball screw or a planetary roller screw drive, characterized in that a first end of the actuator rod is fixed to the valve sleeve, wherein a second end of the actuator rod is coupled with the spindle drive, wherein the drive is arranged in a radial direction between the actuator rod and the flow channel, and wherein a bellows surrounds the actuator rod and seals it to the external environment. a valve housing which has at least one fluid inlet opening and at least one fluid outlet opening and a flow channel connecting these to one another; a tubular valve sleeve, which is axially displaceable in a section of the flow channel and which has an inflow opening and an outflow opening for the fluid, which both open into the flow channel; a closure body, which is provided in the valve housing and is arranged coaxially with the valve sleeve and which is designed to close the inflow opening or the outflow opening of the valve sleeve; a drive for the axial movement of the valve sleeve, and an axially displaceable actuator, which is arranged coaxially with the valve sleeve and can be driven by the drive, wherein the actuator comprises an actuator rod, wherein the drive is arranged coaxially in the flow channel and is surrounded by it, wherein the drive has an electric motor and a spindle drive, which is a threaded spindle drive, a ball screw or a planetary roller screw drive, characterized in that a first end of the actuator rod is fixed to the valve sleeve, wherein a second end of the actuator rod is coupled with the spindle drive, wherein the drive is arranged in a radial direction between the actuator rod and the flow channel, and wherein a bellows surrounds the actuator rod and seals it to the external environment.
A flight control computer comprising: a processor; and a non-transitory computer-readable storage medium storing a program to be executed by the processor for implementing a control law, the program including instructions to: receive a first pilot command to designate a marked target as a hover location as the FCC is flown over the target; determine, in response to receiving a second pilot command to return to the target, a prevailing wind direction at a present location, and determine a downwind direction according to the prevailing wind direction; determine, in response to receiving the second pilot command to return to the target, a return-to-target route for an approach-to-hover maneuver in an upwind direction determined according to the downwind direction; performing the approach-to-hover maneuver in response to the pilot command to return to the target, causing a rotorcraft having the FCC to return to, and hover above, a marked target location according to the RTT route. a processor; and a non-transitory computer-readable storage medium storing a program to be executed by the processor for implementing a control law, the program including instructions to: receive a first pilot command to designate a marked target as a hover location as the FCC is flown over the target; determine, in response to receiving a second pilot command to return to the target, a prevailing wind direction at a present location, and determine a downwind direction according to the prevailing wind direction; determine, in response to receiving the second pilot command to return to the target, a return-to-target route for an approach-to-hover maneuver in an upwind direction determined according to the downwind direction; performing the approach-to-hover maneuver in response to the pilot command to return to the target, causing a rotorcraft having the FCC to return to, and hover above, a marked target location according to the RTT route. receive a first pilot command to designate a marked target as a hover location as the FCC is flown over the target; determine, in response to receiving a second pilot command to return to the target, a prevailing wind direction at a present location, and determine a downwind direction according to the prevailing wind direction; determine, in response to receiving the second pilot command to return to the target, a return-to-target route for an approach-to-hover maneuver in an upwind direction determined according to the downwind direction; performing the approach-to-hover maneuver in response to the pilot command to return to the target, causing a rotorcraft having the FCC to return to, and hover above, a marked target location according to the RTT route.
A transmission power control method of a base station, the method comprising: receiving sounding signal information, for a macro terminal to transmit a sounding signal to the base station, of the macro terminal from a macro base station; detecting the sounding signal transmitted by the macro terminal based on the received sounding signal information; and adjusting a transmission power provided from the base station, based on the detected sounding signal wherein the sounding signal information of the macro terminal comprises at least one of information about a pattern of the sounding signal, information about radio resource for the sounding signal, and information about a transmission period of the sounding signal. receiving sounding signal information, for a macro terminal to transmit a sounding signal to the base station, of the macro terminal from a macro base station; detecting the sounding signal transmitted by the macro terminal based on the received sounding signal information; and adjusting a transmission power provided from the base station, based on the detected sounding signal wherein the sounding signal information of the macro terminal comprises at least one of information about a pattern of the sounding signal, information about radio resource for the sounding signal, and information about a transmission period of the sounding signal.
A method comprising: associating a first electrode and a second electrode with a first layer of material; associating a shim having an approximate thickness of a light source with the first layer of material; curing the first layer of material to form a cured panel after associating the first electrode, the second electrode, and the shim with the first layer of material, wherein the cured panel has a depression (225, 609) formed by the shim; positioning the light source substantially within the depression (225, 609), and in electrical communication with the first electrode and the second electrode on the cured panel; and processing an assembly comprising the first layer of material, the first electrode, the second electrode, and the light source to form a multilayer panel with an embedded light source. associating a first electrode and a second electrode with a first layer of material; associating a shim having an approximate thickness of a light source with the first layer of material; curing the first layer of material to form a cured panel after associating the first electrode, the second electrode, and the shim with the first layer of material, wherein the cured panel has a depression (225, 609) formed by the shim; positioning the light source substantially within the depression (225, 609), and in electrical communication with the first electrode and the second electrode on the cured panel; and processing an assembly comprising the first layer of material, the first electrode, the second electrode, and the light source to form a multilayer panel with an embedded light source.
Use of a device in a water distribution system for controlling a flow rate or a water pressure upstream and/or downstream of the device and generating electricity from the water flowing through the device, which device comprises: a housing; a first lobed rotor and a second lobed rotor rotatably arranged in a fluid passage enclosed by the housing such that the lobes of the first and the second lobed rotor intermesh to create a barrier between a high-pressure and a low-pressure side of the housing during operation of the device; a first electricity generator to which the first lobed rotor is coupled, the first electricity generator being capable of varying the load applied to the first lobed rotor; a second electricity generator to which the second lobed rotor is coupled, the second electricity generator being capable of varying the load applied to the second lobed rotor; at least one variable-frequency drive (29, 30, 37, 38) coupled to the first and the second generator; and at least one controller (35, 36) coupled to the at least one variable-frequency drive and arranged to send a control signal relating to operation of the two lobed rotors to the variable-frequency drive, wherein a variable-frequency drive and a controller are separate or one common device. a housing; a first lobed rotor and a second lobed rotor rotatably arranged in a fluid passage enclosed by the housing such that the lobes of the first and the second lobed rotor intermesh to create a barrier between a high-pressure and a low-pressure side of the housing during operation of the device; a first electricity generator to which the first lobed rotor is coupled, the first electricity generator being capable of varying the load applied to the first lobed rotor; a second electricity generator to which the second lobed rotor is coupled, the second electricity generator being capable of varying the load applied to the second lobed rotor; at least one variable-frequency drive (29, 30, 37, 38) coupled to the first and the second generator; and at least one controller (35, 36) coupled to the at least one variable-frequency drive and arranged to send a control signal relating to operation of the two lobed rotors to the variable-frequency drive, wherein a variable-frequency drive and a controller are separate or one common device.