mhurhangee/ep-ind-claims huggingface dataset:
A method for the purification of hydrogen sulfide-containing aqueous solutions, said method comprising passing the aqueous solution to be purified across at least two electrolytic cell elements (2, 3, 4), at least one of such cell elements employing a positive aluminum electrode and at least one other cell element employing a positive iron electrode, passing the aqueous solution to be purified, and reaction results obtained in the cell elements, into an extraction tower, and raising, by means of hydrogen released in electrolysis, the precipitate consisting of reaction results to a top end of the extraction tower for a flock, and discharging purified water from the extraction tower, characterized in that the aqueous solution, which has been passed across the cell element equipped with an aluminum electrode, is passed across the cell element equipped with an iron electrode and only lastly into the extraction tower, that the cell elements' current is regulated, such that the cell element equipped with an aluminum electrode develops aluminum hydroxide and aluminum sulfate and the cell element equipped with an iron electrode develops iron hydroxide, and the precipitate consisting of aluminum hydroxide, aluminum sulfate and iron hydroxide is raised, by means of hydrogen released in electrolysis, to a top end of the extraction tower for the flock, thus enabling the extraction of hydrogen sulfide in the form of aluminum sulfate from water into the flock.
Method for producing tubular bags from plastic film or from composite film with a plastic layer on the bag content side, with a self-cutting plastic closure attached to the tubular bag and consisting of a spout part with a fastening flange, a cutting element, which is movably guided in the spout part, and a screw cover with means for actuating the cutting element, the plastic film or composite film being fed from a supply roll to a bag-making machine and the plastic closure in each case being welded onto the plastic film or composite film in a spout region of a tubular bag, characterized in that the plastic film or the composite film is thinned by a thermal stamping process on the inside of the bag in an annular region that is intended for being cut through with the cutting element, and in that thereafter the plastic closure is positioned and welded on the plastic film or the composite film such that, when it is actuated, the cutting element mounted in the spout part can become effective in the thinned, annular region.
A method for controlling an alarm operation in a terminal, the terminal comprising a controller, the method comprising: setting (202, 303, 403), using the controller, at least one of a plurality of alarm groups, each alarm group comprising a plurality of alarms and setting termination of a plurality of alarms to correspond with termination of the alarm group; when the alarm group termination is selected during generation of an alarm, determining, using the controller, whether an alarm sub-group exists in the alarm group including the generated alarm; and when the alarm sub-group does not exist in the alarm group, terminating, using the controller, all alarms of the alarm group including the generated alarm. setting (202, 303, 403), using the controller, at least one of a plurality of alarm groups, each alarm group comprising a plurality of alarms and setting termination of a plurality of alarms to correspond with termination of the alarm group; when the alarm group termination is selected during generation of an alarm, determining, using the controller, whether an alarm sub-group exists in the alarm group including the generated alarm; and when the alarm sub-group does not exist in the alarm group, terminating, using the controller, all alarms of the alarm group including the generated alarm.
An ultrasound imaging assembly, comprising: - an image processing unit for real time receiving and for evaluating at least one set of ultrasound data resulting from an ultrasound scan of a volume of interest and for providing corresponding image data on the basis of the ultrasound data, - a display unit for displaying an ultrasound image on the basis of the image data, - an evaluation unit adapted to detect a shadowed area and its position within the volume of interest on the basis of the ultrasound data, characterized in that the image processing unit is adapted to determine ultrasound image data of a plurality of different two-dimensional slices of the shadowed area, wherein the slices are disposed in a transverse direction to each other, and wherein the display unit is adapted to simultaneously display graphical representations of corresponding sectional views of the detected shadowed area within each of the ultrasound image data corresponding to the respective two-dimensional slice. - an image processing unit for real time receiving and for evaluating at least one set of ultrasound data resulting from an ultrasound scan of a volume of interest and for providing corresponding image data on the basis of the ultrasound data, - a display unit for displaying an ultrasound image on the basis of the image data, - an evaluation unit adapted to detect a shadowed area and its position within the volume of interest on the basis of the ultrasound data,
A method for a scheduling entity to schedule transmissions with a set of one or more scheduled entities in a wireless communication network, the method comprising: scheduling a grant for a first packet for a first scheduled entity of the set of one or more scheduled entities, the grant comprising a downlink grant or an uplink grant; transmitting a first control channel comprising first control information to the first scheduled entity, wherein the first control information comprises the grant for the first packet; modifying the grant to add (1906, 1908) a second packet so that the grant includes grant modification information indicating at least resources allocated to the second packet, wherein the modified grant schedules the first packet on a first set of resource elements within a slot and the second packet on a second set of resource elements within the slot; characterized by transmitting a second control channel comprising second control information to the first scheduled entity, wherein the second control information comprises at least the grant modification information and the first control information, which is separate from the grant modification information. scheduling a grant for a first packet for a first scheduled entity of the set of one or more scheduled entities, the grant comprising a downlink grant or an uplink grant; transmitting a first control channel comprising first control information to the first scheduled entity, wherein the first control information comprises the grant for the first packet; modifying the grant to add (1906, 1908) a second packet so that the grant includes grant modification information indicating at least resources allocated to the second packet, wherein the modified grant schedules the first packet on a first set of resource elements within a slot and the second packet on a second set of resource elements within the slot; characterized by transmitting a second control channel comprising second control information to the first scheduled entity, wherein the second control information comprises at least the grant modification information and the first control information, which is separate from the grant modification information.
A digital microfluidic device comprising: a porous substrate having a surface adapted to support electrodes thereon, said porous substrate comprising: a porous layer formed from a porous material; and a barrier layer provided on said porous layer, wherein said barrier layer is formed from a barrier material suitable for the formation of electrodes thereon; an array of digital microfluidic electrodes printed on said porous substrate; and a dielectric layer coating said array of digital microfluidic electrodes and said barrier layer, wherein a surface of said dielectric layer is hydrophobic; wherein a surface roughness of the printed digital microfluidic device is less than 1 micron, such that said array of digital microfluidic electrodes are suitable for transporting droplets among said digital microfluidic electrodes under electrical actuation, further wherein said barrier layer is a first barrier layer, and said porous layer is a hydrophilic layer, and said porous substrate further comprises a second barrier layer below said hydrophilic layer. a porous substrate having a surface adapted to support electrodes thereon, said porous substrate comprising: a porous layer formed from a porous material; and a barrier layer provided on said porous layer, wherein said barrier layer is formed from a barrier material suitable for the formation of electrodes thereon; a porous layer formed from a porous material; and a barrier layer provided on said porous layer, wherein said barrier layer is formed from a barrier material suitable for the formation of electrodes thereon; an array of digital microfluidic electrodes printed on said porous substrate; and a dielectric layer coating said array of digital microfluidic electrodes and said barrier layer, wherein a surface of said dielectric layer is hydrophobic; wherein a surface roughness of the printed digital microfluidic device is less than 1 micron, such that said array of digital microfluidic electrodes are suitable for transporting droplets among said digital microfluidic electrodes under electrical actuation, further wherein said barrier layer is a first barrier layer, and said porous layer is a hydrophilic layer, and said porous substrate further comprises a second barrier layer below said hydrophilic layer.
A cationic lipid represented by formula: (wherein R 8 and R 9 are the same and are a linear alkenyl having 12 to 24 carbon atoms, X 3 is alkylene having 1 to 3 carbon atoms, and R 10 is a hydrogen atom), with the proviso that the compound is not dioleylmonoethanolamine, dioleylpropanolamine and N-oleyl-N-n-octadecyl-N-2-hydroxyethylamine. R 8 and R 9 are the same and are a linear alkenyl having 12 to 24 carbon atoms, X 3 is alkylene having 1 to 3 carbon atoms, and R 10 is a hydrogen atom), with the proviso that the compound is not dioleylmonoethanolamine, dioleylpropanolamine and N-oleyl-N-n-octadecyl-N-2-hydroxyethylamine.
A method for repairing an access device failure, wherein the access device is utilized in a network access system, the method characterized by the steps of: executing an application program in an electronic device; the application program obtaining a device information of the access device and establishing a control connection (CCON) with the access device according to the device information; the application program establishing a service connection (SCON) with a service terminal of the network access system and transmitting the device information to the service terminal; and the application program transferring an operating information transmitted from the service terminal to the access device and transferring a response information transmitted from the access device to the service terminal by the control connection (CCON) and the service connection (SCON); wherein the service terminal transmits the operating information and receives the response information to check and control the access device according to the device information, so as to repair the failure. executing an application program in an electronic device; the application program obtaining a device information of the access device and establishing a control connection (CCON) with the access device according to the device information; the application program establishing a service connection (SCON) with a service terminal of the network access system and transmitting the device information to the service terminal; and the application program transferring an operating information transmitted from the service terminal to the access device and transferring a response information transmitted from the access device to the service terminal by the control connection (CCON) and the service connection (SCON); wherein the service terminal transmits the operating information and receives the response information to check and control the access device according to the device information, so as to repair the failure.
Machine for winding sheet-like materials on a winding tube to form a wound reel, with a winding shaft support swivel-mounted on a frame of the winding machine, with a pressure roller pressable on the wound reel and with a guide roller which can be placed on the pressure roller via interposition of the sheet-like materials, characterized in that the pressure roller at one end of a pressure arm and the guide roller at one end of a guide arm are rotatably mounted in each case, wherein the pressure arm is arranged between the winding shaft support and the guide arm.
A vessel hull stabilizer comprising a housing having a shaft, the shaft connected to a fin such that the fin is configured to be located on an outside of the vessel hull and the housing is configured to be located on an inside of the vessel hull, the housing having a first side from which the fin extends and a second side spaced relative to the first side and characterized by: bearings (160/162) positioned in the housing and spaced apart at a distance, the bearings supporting the shaft and located between the first and second sides; a drive system (2/4) mounted on the second side of said housing, said drive system including a motor and a drive element, the drive element including a central rotating element and an outer element, wherein the motor drives the central rotating element about an axis to cause a plurality of teeth, positioned between the outer element and the central rotating element, to oscillate inwards and outwards and thereby cause the plurality of teeth to progressively interface with outer element teeth of the outer element such that as the plurality teeth oscillate they progressively move into engagement with different ones of the outer element teeth to create a rotational movement; wherein the drive system (2/4) is connected to the shaft such that the rotational movement causes rotation of the fin. bearings (160/162) positioned in the housing and spaced apart at a distance, the bearings supporting the shaft and located between the first and second sides; a drive system (2/4) mounted on the second side of said housing, said drive system including a motor and a drive element, the drive element including a central rotating element and an outer element, wherein the motor drives the central rotating element about an axis to cause a plurality of teeth, positioned between the outer element and the central rotating element, to oscillate inwards and outwards and thereby cause the plurality of teeth to progressively interface with outer element teeth of the outer element such that as the plurality teeth oscillate they progressively move into engagement with different ones of the outer element teeth to create a rotational movement; wherein the drive system (2/4) is connected to the shaft such that the rotational movement causes rotation of the fin.
An application latency determination method for a wearable display device comprising the steps of: - sending a time-stamped display signal to the wearable display device from a computing device, - receiving, from at least one photo sensor arranged to monitor a display of the wearable display, a signal through a microphone input of the computing device, said signal indicating a response of the display to the display signal, - time-stamping the received signal via an audio application programming interface, API, of the computing device, and - determining an application latency for the wearable display based at least on the sent time-stamped display signal and the time-stamped received signal. - sending a time-stamped display signal to the wearable display device from a computing device, - receiving, from at least one photo sensor arranged to monitor a display of the wearable display, a signal through a microphone input of the computing device, said signal indicating a response of the display to the display signal, - time-stamping the received signal via an audio application programming interface, API, of the computing device, and - determining an application latency for the wearable display based at least on the sent time-stamped display signal and the time-stamped received signal.
Cleaning device for cleaning a vehicle-mounted optic surface, comprising a housing, the housing comprising: - an opening adapted to fit an optic surface, - a fluid inlet arranged to take in washer fluid, - an at least one fluid discharge port arranged to discharge washer fluid onto the optic surface, - a first passage in fluidic communication with the fluid inlet and the at least one fluid discharge port so as to guide the washer fluid from the fluid inlet towards the at least one fluid discharge port, and - a protruding part configured to move between a retracted position and an extended position, such that in the retracted position the protruding part is hidden inside the housing, characterized in that in the extended position the protruding part surrounds the opening so as to define an inner wall around the opening that is adapted to retain a quantity of washer fluid in contact with at least a portion of the optic surface. - an opening adapted to fit an optic surface, - a fluid inlet arranged to take in washer fluid, - an at least one fluid discharge port arranged to discharge washer fluid onto the optic surface, - a first passage in fluidic communication with the fluid inlet and the at least one fluid discharge port so as to guide the washer fluid from the fluid inlet towards the at least one fluid discharge port, and - a protruding part configured to move between a retracted position and an extended position, such that in the retracted position the protruding part is hidden inside the housing,
Hybrid rope having a core containing synthetic yarns, surrounded by an outer layer containing steel wire strands, the rope being terminated at least at one of its ends by a socket having a conically shaped space, characterized in that the conically shaped space of the socket has a conical angle α of between 2 and 8 ° and a length A of between 5D and 20D, D being the smallest diameter of the conically shaped space, the core containing synthetic yarns and the steel wires having been untwisted at said at least one of the ends, the open space around the untwisted wires and core in the hollow conical body of the socket being filled with a resin.
A medical device for use with an endoscope to suture an opening in tissue using a tissue anchor, the medical device comprising: an endcap having a tubular shape defined by an annular sidewall, the sidewall defining an interior space; a side port defined by the annular sidewall, the side port in communication with the interior space, the side port sized to receive and locate the tissue within the interior space; a support rib positioned within the interior space and distal to the side port, the support rib extending laterally from a first position on the sidewall to a second position on the sidewall so that the support rib bisects a portion of the interior space that is distal to the side port, the support rib and sidewall defining a piercing aperture therebetween, the piercing aperture having a largest diameter (D 1) that is greater than a length of the tissue anchor; and an anchor ejection portion of the interior space on one side of the support rib defined by the space between the support rib and the sidewall; wherein a proximal edge of the support rib defines a support surface to support the tissue during suturing; characterized in that the proximal edge of the support rib, together with a portion of the sidewall that is exposed by the side port, define an annular support surface for supporting the tissue. an endcap having a tubular shape defined by an annular sidewall, the sidewall defining an interior space; a side port defined by the annular sidewall, the side port in communication with the interior space, the side port sized to receive and locate the tissue within the interior space; a support rib positioned within the interior space and distal to the side port, the support rib extending laterally from a first position on the sidewall to a second position on the sidewall so that the support rib bisects a portion of the interior space that is distal to the side port, the support rib and sidewall defining a piercing aperture therebetween, the piercing aperture having a largest diameter (D 1) that is greater than a length of the tissue anchor; and an anchor ejection portion of the interior space on one side of the support rib defined by the space between the support rib and the sidewall; wherein a proximal edge of the support rib defines a support surface to support the tissue during suturing; characterized in that the proximal edge of the support rib, together with a portion of the sidewall that is exposed by the side port, define an annular support surface for supporting the tissue.
A cooling device comprising a temperature regulator, the temperature regulator comprising a pipe that is made of a metal or alloy with corrosion resistance to a predetermined thermal medium and serves as a flow path for circulating the thermal medium, and a plate including a base plate that is arranged adjacent to the pipe and that is made of aluminum or aluminum alloy, and a deposition portion in which the pipe is buried, the deposition portion being formed by accelerating powder made of aluminum (Al) or aluminum alloy together with a gas and thereafter spraying the powder remaining in a solid phase toward the pipe and the base plate so that the powder is deposited on the pipe; characterized in that the cooling device further comprises: a support pole that is connected to a center of the plate to support the plate; an introduction duct that is housed in the support pole and connected to an inlet port of the pipe for introducing cooling water into the pipe; and a discharge duct that is housed in the support pole and connected to an outlet port of the pipe for discharging the cooling water from the pipe. a base plate that is arranged adjacent to the pipe and that is made of aluminum or aluminum alloy, and a deposition portion in which the pipe is buried, the deposition portion being formed by accelerating powder made of aluminum (Al) or aluminum alloy together with a gas and thereafter spraying the powder remaining in a solid phase toward the pipe and the base plate so that the powder is deposited on the pipe; a support pole that is connected to a center of the plate to support the plate; an introduction duct that is housed in the support pole and connected to an inlet port of the pipe for introducing cooling water into the pipe; and a discharge duct that is housed in the support pole and connected to an outlet port of the pipe for discharging the cooling water from the pipe.
A method of operating a condenser of a transport refrigeration unit of a vehicle, the method comprising: determining whether an engine parameter value of the vehicle exceeds a predefined level; computing an air flow due to motion of the vehicle from the engine parameter value if the engine parameter value exceeds the predefined level; obtaining a nominal air flow due to motion of the vehicle for which the condenser is rated; determining whether the air flow due to motion of the vehicle is equal to or greater than the nominal value; and switching a condenser fan off if the air flow due to motion of the vehicle is equal to or greater than the nominal value. determining whether an engine parameter value of the vehicle exceeds a predefined level; computing an air flow due to motion of the vehicle from the engine parameter value if the engine parameter value exceeds the predefined level; obtaining a nominal air flow due to motion of the vehicle for which the condenser is rated; determining whether the air flow due to motion of the vehicle is equal to or greater than the nominal value; and switching a condenser fan off if the air flow due to motion of the vehicle is equal to or greater than the nominal value.