mhurhangee/ep-ind-claims huggingface dataset:
A media stream sending method, wherein the method provides a live media stream for a client that enters a live broadcast room, and the method comprises: receiving, by a proxy server, a first live broadcast room request message and a second live broadcast room request message that are used to request to enter the live broadcast room and that are sent by a same proxy client, wherein the first live broadcast room request message is from a first client, and the second live broadcast room request message is from a second client; receiving, by the proxy server, a first live media stream that is sent by a media server to the first client through the proxy server and a second live media stream that is sent by the media server to the second client through the proxy server; determining, by the proxy server, a role of the first client based on the first live broadcast room request message, and determining a role of the second client based on the second live broadcast room request message; and when determining that the role of the first client is a master user, and that the role of the second client is a slave user, sending, by the proxy server, only the first live media stream to the proxy client, so that the proxy client sends the first live media stream to the first client and the second client. receiving, by a proxy server, a first live broadcast room request message and a second live broadcast room request message that are used to request to enter the live broadcast room and that are sent by a same proxy client, wherein the first live broadcast room request message is from a first client, and the second live broadcast room request message is from a second client; receiving, by the proxy server, a first live media stream that is sent by a media server to the first client through the proxy server and a second live media stream that is sent by the media server to the second client through the proxy server; determining, by the proxy server, a role of the first client based on the first live broadcast room request message, and determining a role of the second client based on the second live broadcast room request message; and when determining that the role of the first client is a master user, and that the role of the second client is a slave user, sending, by the proxy server, only the first live media stream to the proxy client, so that the proxy client sends the first live media stream to the first client and the second client.
An implantable medicament delivery device for the treatment of a condition or disease affecting an inner portion of the eye of human beings or other animals and comprising: a basin constructed and arranged to contain the medicament, said basin being surrounded by a basin containment portion; a screen constructed and arranged to cover the top of said basin when affixed to said basin containment portion, said screen containing a plurality of holes, whereby the number of the holes, the size of the holes, the location of the holes, and the general appearance of the holes on the surface of the screen forms a hole pattern, the hole pattern can be adjusted to assure that required amount of medicament is delivered at the needed flow rate, the implantable medicament delivery device is suitable for insertion into the vitreous body of the eye, and the size and number of the holes in said screen is dependent on one or more factors selected from a group including medicament solubility, medicament dissolution rate and medicament concentration. a basin constructed and arranged to contain the medicament, said basin being surrounded by a basin containment portion; a screen constructed and arranged to cover the top of said basin when affixed to said basin containment portion, said screen containing a plurality of holes, whereby the number of the holes, the size of the holes, the location of the holes, and the general appearance of the holes on the surface of the screen forms a hole pattern, the hole pattern can be adjusted to assure that required amount of medicament is delivered at the needed flow rate, the implantable medicament delivery device is suitable for insertion into the vitreous body of the eye, and the size and number of the holes in said screen is dependent on one or more factors selected from a group including medicament solubility, medicament dissolution rate and medicament concentration.
A method of performing a seismic survey comprising: deploying nodal seismic sensors at positions in a survey region; selecting a timing function for activating a plurality of seismic sources that includes a ratio of a dither time to a shot interval that is less than or equal to 1/2, wherein the dither time indicates a delay between two shots from two different seismic sources of the plurality of seismic sources and the shot interval indicates a delay between two shots from an individual seismic source of the plurality of seismic sources; activating, based on the timing function, the plurality of seismic sources using a modulation signature configured to identify each of the plurality of seismic sources; recording, via the nodal seismic sensors, blended seismic signals generated in response to activating the plurality of seismic sources; and deblending, based on the timing function that includes the ratio of the dither time to the shot interval that is less than or equal to 1/2, the seismic signals recorded via the nodal seismic sensors to generate data representing subsurface structures indicative of oil or gas. deploying nodal seismic sensors at positions in a survey region; selecting a timing function for activating a plurality of seismic sources that includes a ratio of a dither time to a shot interval that is less than or equal to 1/2, wherein the dither time indicates a delay between two shots from two different seismic sources of the plurality of seismic sources and the shot interval indicates a delay between two shots from an individual seismic source of the plurality of seismic sources; activating, based on the timing function, the plurality of seismic sources using a modulation signature configured to identify each of the plurality of seismic sources; recording, via the nodal seismic sensors, blended seismic signals generated in response to activating the plurality of seismic sources; and deblending, based on the timing function that includes the ratio of the dither time to the shot interval that is less than or equal to 1/2, the seismic signals recorded via the nodal seismic sensors to generate data representing subsurface structures indicative of oil or gas.
A lubricant dispenser with - a lubricant cartridge comprising a lubricant reservoir with an outlet opening for lubricant, - a carrier releasably connected to the lubricant cartridge, the carrier receiving a battery-operated motor for driving a spindle, and - a piston connected to the spindle for expressing a lubricant, wherein a drive shaft of the motor is connected to the spindle by means of an adapter and wherein the adapter is rotatingly mounted in a receiving space of the carrier, which is open towards the lubricant cartridge, characterised in that a roller bearing is provided as a mounting for the adapter, which is arranged between the carrier and the adapter, and in that the adapter is axially secured against dropping out of the receiving space by means of a retaining means fixed to the carrier, wherein the retaining means impacts the adapter only as long as there is no build-up of pressure inside the lubricant cartridge, and wherein a gap forms between the retaining means and the adapter as soon as the lubricant dispenser is put into operation and an ejection move by the piston causes a counter-pressure to develop on the piston surface, and the axial force resulting therefrom is transferred via the spindle onto the adapter, wherein the adapter is minimally displaced in axial direction and pressed against the roller bearing. - a lubricant cartridge comprising a lubricant reservoir with an outlet opening for lubricant, - a carrier releasably connected to the lubricant cartridge, the carrier receiving a battery-operated motor for driving a spindle, and - a piston connected to the spindle for expressing a lubricant,
An electricity meter arranged to measure the electricity consumption of an installation, the electricity meter (10; 30; 51; 61) also being arranged to be connected to at least one pair of conductors comprising an upstream conductor belonging to a distribution network and a downstream conductor belonging to the installation, the electricity meter comprising: · a housing (13; 37) arranged to be fastened to a vertical support, the housing having a rear face (18; 36) for positioning against the vertical support; · connection means integrated inside the housing and comprising, for each pair of conductors, a pair of connection means comprising upstream connection means (20; 32) arranged to be connected to the upstream conductor of said pair of conductors, and downstream connection means (21; 34) arranged to be connected to the downstream conductor of said pair of conductors; · an upstream access (25; 31) giving access, from outside the electricity meter, to the upstream connection means, the upstream access being situated in the rear face of the housing, characterized in that the electricity meter further comprises a downstream access giving access, from outside the electricity meter, to the downstream connection means, the downstream access being situated in a front face of the housing. · a housing (13; 37) arranged to be fastened to a vertical support, the housing having a rear face (18; 36) for positioning against the vertical support; · connection means integrated inside the housing and comprising, for each pair of conductors, a pair of connection means comprising upstream connection means (20; 32) arranged to be connected to the upstream conductor of said pair of conductors, and downstream connection means (21; 34) arranged to be connected to the downstream conductor of said pair of conductors; · an upstream access (25; 31) giving access, from outside the electricity meter, to the upstream connection means, the upstream access being situated in the rear face of the housing,
Banknote having a carrier substrate, at least two security elements (3, 4) and a protective varnish, where at least one of the two security elements (3, 4) takes the form of a print, and where the print is formed between the carrier substrate and the protective varnish, where the protective varnish forms the outer surface of the banknote and the carrier substrate is at least partly surrounded by the protective varnish, where the protective varnish is designed to protect the print and the carrier substrate, and where the protective varnish takes the form of an antiviral protective varnish, characterized in that the protective varnish has, on the outer surface, a roughness that has an antiviral effect.
A device for cranial implantation allowing for adjustment of positioning of a probe, comprising - a ferrule (11, 21) having a first hole there through, comprising a lid for closing the ferrule towards the scalp - a plate (12, 22) for placement in the ferrule (11, 21), said plate (12, 22) being provided with a second hole, such that the first hole and the second hole at least partly coincide enabling accommodation of said probe when said plate (12, 22) is placed in said ferrule (11, 21) characterized in that said device comprises electronics and a power source inside the ferrule. - a ferrule (11, 21) having a first hole there through, comprising a lid for closing the ferrule towards the scalp - a plate (12, 22) for placement in the ferrule (11, 21), said plate (12, 22) being provided with a second hole, such that the first hole and the second hole at least partly coincide enabling accommodation of said probe when said plate (12, 22) is placed in said ferrule (11, 21) characterized in that said device comprises electronics and a power source inside the ferrule.
A reprogrammable logic device, comprising: a microbeam oscillator/resonator, comprising a drive electrode, a sense electrode, and a beam electrode, wherein a tunable AC signal is coupled as an input to the drive electrode; a first logic input and a second logic input, wherein the first and second logic inputs are each provided by a series connection of a separate DC voltage source (V A, V B) and an on/off switch (A, B), the respective series connections being connected in parallel across the beam of the microbeam oscillator/resonator via the beam electrode; and an output terminal coupled to the sense electrode. a microbeam oscillator/resonator, comprising a drive electrode, a sense electrode, and a beam electrode, wherein a tunable AC signal is coupled as an input to the drive electrode; a first logic input and a second logic input, wherein the first and second logic inputs are each provided by a series connection of a separate DC voltage source (V A, V B) and an on/off switch (A, B), the respective series connections being connected in parallel across the beam of the microbeam oscillator/resonator via the beam electrode; and an output terminal coupled to the sense electrode.
Brake system for a vehicle, having: a master brake cylinder which is hydraulically connected to at least one wheel brake caliper, an ESP device which comprises a hydraulic unit and a motor; characterized by an additional fluid delivery device by means of which brake fluid can be transferred into the at least one wheel brake caliper; wherein the fluid delivery device is in the form of a pump device which has a substantially uniform delivery action and by means of which brake fluid can be pumped into the at least one wheel brake caliper from a fluid accumulator device. a master brake cylinder which is hydraulically connected to at least one wheel brake caliper, an ESP device which comprises a hydraulic unit and a motor; characterized by an additional fluid delivery device by means of which brake fluid can be transferred into the at least one wheel brake caliper; wherein the fluid delivery device is in the form of a pump device which has a substantially uniform delivery action and by means of which brake fluid can be pumped into the at least one wheel brake caliper from a fluid accumulator device.
A conveyor system for conveying at least one product, comprising at least one first conveyor, which is adjacent to at least one second conveyor via a junction, wherein the conveying direction of the first conveyor at the junction is different from the conveying direction of the second conveyor at the junction as seen from above, wherein the first conveyor has a first conveying surface and the second conveyor has a second conveying surface for supporting the product thereon, wherein moving means are provided for moving the product from the first conveyor to the second conveyor, or vice versa, wherein the first conveyor describes a spiral path at least at the junction, wherein the conveying direction of the second conveyor at the junction has a radial component relative to a central axis of the spiral path of the first conveyor, and wherein the orientation of the normal of a part of the first conveying surface at the junction is substantially different from that of the normal of a part of the second conveying surface further away from the junction, characterized in that the normal of the part of the first conveying surface at the junction has the same orientation as the normal of a part of the second conveying surface at the junction, such that the second conveying surface forms a twisted surface between the junction and further away from the junction.
Method for operating a transmission device for a motor vehicle, wherein the transmission device has an automatic clutch and a manual transmission characterised in that the clutch is closed in at least one mode of operation of the transmission device before an engagement or disengagement of a driving gear in the manual transmission and after the closing is reopened after a designated period of time, if when the clutch is at least partially opened an actuation of the manual transmission is identified, so that the engagement or disengagement of the driving gear is prevented.
A process for producing H 2 and CO, comprising: introducing a hydrocarbon fuel and H 2 O 2, or H 2 O and O 2 produced from H 2 O 2 when heating the H 2 O 2, to combine into a gas stream to produce a rich mixture comprising the hydrocarbon fuel; wherein said rich mixture is produced upstream from a catalytic zone comprising a reforming catalyst and an oxidation catalyst; wherein said rich mixture flows through said catalytic zone; wherein a portion of the hydrocarbon fuel in the rich mixture is oxidized on the oxidation catalyst and the remaining hydrocarbon fuel is reformed on the reforming catalyst, thereby producing H 2 and CO; and the rich mixture is converted to a lean mixture for a period of time by steps comprising temporarily decreasing or stopping the hydrocarbon fuel introduction, thereby forming lean-rich cycles having a total cycle time, wherein the periods of lean mixture production are functional to help maintain catalyst activity and are 0.1 % to 20% of the total cycle time; wherein rich mixture refers to a fuel air equivalence ratio greater than 1.0 and lean mixture refers to a fuel air equivalence ratio less than 1.0, the equivalence ratio referring to the ratio between actual amount of fuel and the theoretical stoichiometric amount of fuel which would be required to fully react with all of the O 2 present in a gas mixture. introducing a hydrocarbon fuel and H 2 O 2, or H 2 O and O 2 produced from H 2 O 2 when heating the H 2 O 2, to combine into a gas stream to produce a rich mixture comprising the hydrocarbon fuel; wherein said rich mixture is produced upstream from a catalytic zone comprising a reforming catalyst and an oxidation catalyst; wherein said rich mixture flows through said catalytic zone; wherein a portion of the hydrocarbon fuel in the rich mixture is oxidized on the oxidation catalyst and the remaining hydrocarbon fuel is reformed on the reforming catalyst, thereby producing H 2 and CO; and the rich mixture is converted to a lean mixture for a period of time by steps comprising temporarily decreasing or stopping the hydrocarbon fuel introduction, thereby forming lean-rich cycles having a total cycle time, wherein the periods of lean mixture production are functional to help maintain catalyst activity and are 0.1 % to 20% of the total cycle time; wherein rich mixture refers to a fuel air equivalence ratio greater than 1.0 and lean mixture refers to a fuel air equivalence ratio less than 1.0, the equivalence ratio referring to the ratio between actual amount of fuel and the theoretical stoichiometric amount of fuel which would be required to fully react with all of the O 2 present in a gas mixture.
A pumping apparatus for use in an underwater trenching apparatus, comprising a first pump having an inlet for fluid connection with a source of liquid and an outlet for fluid connection to the first section of a jetting tool characterised in that the apparatus further comprises a second pump (2b, 2c) having an inlet for fluid connection with a source of liquid and an outlet for fluid connection to the second section (3b, 3c) of a jetting tool, whereby the outlet of the first pump is fluidly connected to the inlet of the second pump by valve means (7a, 7b) that is operable to divert at least a portion of an outlet flow of the first pump from the first section of the jetting tool to the inlet of the second pump.
An ink discharge device comprising: a plurality of recording heads respectively having nozzles which discharges an ink; and one damper being provided in common to the plurality of recording heads and reducing pressure variation of an ink in each of the recording heads, characterized in that each of the recording heads includes a head side coupling, the damper includes a damper side coupling which is connected to the head side coupling along an up/down direction, the damper further includes: a damper body having a damper chamber; and a film deforming according to pressure variation of an ink in the damper chamber, and making a volume of the damper chamber change, the damper side coupling is provided so as to be movable along the up/down direction with regard to the damper body, the damper body has an insertion chamber communicated to the damper chamber, the damper side coupling includes: a cylindrical piece having an insertion part inserted into the insertion chamber; and a seal piece being in contact with an outer circumference face of the insertion part and an inner circumference face of the insertion chamber. a plurality of recording heads respectively having nozzles which discharges an ink; and one damper being provided in common to the plurality of recording heads and reducing pressure variation of an ink in each of the recording heads, characterized in that each of the recording heads includes a head side coupling, the damper includes a damper side coupling which is connected to the head side coupling along an up/down direction, the damper further includes: a damper body having a damper chamber; and a film deforming according to pressure variation of an ink in the damper chamber, and making a volume of the damper chamber change, the damper side coupling is provided so as to be movable along the up/down direction with regard to the damper body, the damper body has an insertion chamber communicated to the damper chamber, the damper side coupling includes: a cylindrical piece having an insertion part inserted into the insertion chamber; and a seal piece being in contact with an outer circumference face of the insertion part and an inner circumference face of the insertion chamber. a damper body having a damper chamber; and a film deforming according to pressure variation of an ink in the damper chamber, and making a volume of the damper chamber change, the damper side coupling is provided so as to be movable along the up/down direction with regard to the damper body, the damper body has an insertion chamber communicated to the damper chamber, the damper side coupling includes: a cylindrical piece having an insertion part inserted into the insertion chamber; and a seal piece being in contact with an outer circumference face of the insertion part and an inner circumference face of the insertion chamber. a cylindrical piece having an insertion part inserted into the insertion chamber; and a seal piece being in contact with an outer circumference face of the insertion part and an inner circumference face of the insertion chamber.
A safety warning and shutdown system for a hydrogen storage container comprising: a hydrogen storage container; a valve assembly attached to the container, the valve assembly having a check valve for filling the hydrogen storage container, an electrical solenoid valve, a pressure transducer, and a temperature transducer; a sensor to monitor the number of fill cycles; and a shut-off device to disable further use of the system after reaching a predetermined limit for the number of fill cycles; characterised in that the electrical solenoid valve is located outside the container. a hydrogen storage container; a valve assembly attached to the container, the valve assembly having a check valve for filling the hydrogen storage container, an electrical solenoid valve, a pressure transducer, and a temperature transducer; a sensor to monitor the number of fill cycles; and a shut-off device to disable further use of the system after reaching a predetermined limit for the number of fill cycles; characterised in that the electrical solenoid valve is located outside the container.