mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a system (100, 300) for treatment of wastewater having at least two basins (2,3), each basin alternating between a state of being a source basin and a state of being a recipient basin, the method comprising, for each pair of a source basin and a recipient basin: (a) allowing a gravitational flow of wastewater from the source basin to the recipient basin under the influence of gravity when a water level in the source basin is above a water level of the recipient basin; (b) when a wastewater level in the source basin is at a first predetermined height, or when a rate of gravitational flow of wastewater from the source basin to the recipient basin is below a first predetermined flow rate, pumping wastewater from the source basin to the recipient basin until the water level in the source basin is at a minimal level or the water level in the recipient basin is at a maximal level, wherein the first predetermined height is less than a source basin maximal level, and (c) repeating steps (a) and (b), wherein the source basin is used as the recipient basin and the recipient basin is used as the source basin. (a) allowing a gravitational flow of wastewater from the source basin to the recipient basin under the influence of gravity when a water level in the source basin is above a water level of the recipient basin; (b) when a wastewater level in the source basin is at a first predetermined height, or when a rate of gravitational flow of wastewater from the source basin to the recipient basin is below a first predetermined flow rate, pumping wastewater from the source basin to the recipient basin until the water level in the source basin is at a minimal level or the water level in the recipient basin is at a maximal level, wherein the first predetermined height is less than a source basin maximal level, and (c) repeating steps (a) and (b), wherein the source basin is used as the recipient basin and the recipient basin is used as the source basin.
Mobile potato planting machine having a conveying device for conveying potatoes substantially vertically, wherein the conveying device has an upper and a lower wheel (4,5), about which an endless conveyor having cups for upwardly conveying the potatoes runs, wherein the cups are guided at least in a downward movement in a channel, characterised in that, the cups have, on their rear side, a pimpled profile, wherein individual shoots of the potato engage between individual pimples of the pimpled profile and thus at least reduce the risk of shoots of the potatoes breaking off.
A wheelchair comprising; - a chassis frame; - a pair of front link arms, each front link arm being pivotally connected directly to the chassis frame at a respective single first pivot axis (P 1) by means of a single first pivot axle; - a pair of front caster wheels, each front caster wheel being fixed to a respective front link arm; - a pair of drive assemblies, each drive assembly being fixed to a respective front link arm and comprising a drive wheel and a motor operatively connected to the respective drive wheel - a pair of rear link arms, each rear link arm being pivotally connected directly to the chassis frame at a respective single second pivot axis (P 2) by means of a single second pivot axle, and - a pair of rear caster wheels, each rear caster wheel being fixed to a respective rear link arm, wherein - each front link arm is operatively connected to an adjacent rear link arm by means of a respective coupling means, which is arranged to transmit pivotal movement of one of the front and rear link arms about the respective first and second pivot axes to an opposite pivotal movement of the other of the front and rear link arms about the respective first or second pivotal axis. - a chassis frame; - a pair of front link arms, each front link arm being pivotally connected directly to the chassis frame at a respective single first pivot axis (P 1) by means of a single first pivot axle; - a pair of front caster wheels, each front caster wheel being fixed to a respective front link arm; - a pair of drive assemblies, each drive assembly being fixed to a respective front link arm and comprising a drive wheel and a motor operatively connected to the respective drive wheel - a pair of rear link arms, each rear link arm being pivotally connected directly to the chassis frame at a respective single second pivot axis (P 2) by means of a single second pivot axle, and - a pair of rear caster wheels, each rear caster wheel being fixed to a respective rear link arm, wherein - each front link arm is operatively connected to an adjacent rear link arm by means of a respective coupling means, which is arranged to transmit pivotal movement of one of the front and rear link arms about the respective first and second pivot axes to an opposite pivotal movement of the other of the front and rear link arms about the respective first or second pivotal axis.
A terminal device, comprising: a metal frame; a first metal sheet, wherein a feed point is disposed on the first metal sheet, the first metal sheet is connected to the metal frame, there is a first gap between the metal frame and a part of the first metal sheet that is not connected to the metal frame; and the terminal device further comprises a grounding plate, wherein the grounding plate is connected to the metal frame through a connection piece; the terminal device further comprises a metal arm, disposed between the feed point and an end of the first metal sheet away from the feed point, and separately connected to the metal frame and the first metal sheet; characterized in that, the terminal device further comprises a second metal sheet, connected to an end of the first metal sheet away from the feed point. a metal frame; a first metal sheet, wherein a feed point is disposed on the first metal sheet, the first metal sheet is connected to the metal frame, there is a first gap between the metal frame and a part of the first metal sheet that is not connected to the metal frame; and the terminal device further comprises a grounding plate, wherein the grounding plate is connected to the metal frame through a connection piece; the terminal device further comprises a metal arm, disposed between the feed point and an end of the first metal sheet away from the feed point, and separately connected to the metal frame and the first metal sheet; characterized in that, the terminal device further comprises a second metal sheet, connected to an end of the first metal sheet away from the feed point.
A closing device for doors and hatches, comprising: a handle lock adapted to be integrally fixed to a door or a hatch, said handle lock comprising a rotatable handle connected to a shaft; a lock adapted to be integrally fixed to a door or a hatch, said lock comprising a shaft associated with a closing latch; a rotatable sleeve adapted to guide, when put into rotation about its own axis, the shaft in a rotatable and axially translatable manner; connection means adapted to transmit the motion of said shaft to said rotatable sleeve, wherein the rotatable sleeve comprises a pin adapted to be engaged both with said shaft and with a guide on said rotatable sleeve and an adjustment bushing adapted to cooperate with said pin and with said guide so as to allow said rotatable sleeve to rotate relatively to said shaft while the shaft translates axially, characterized in that said connection means comprises a first cogged wheel connected with said rotatable sleeve and a second cogged wheel connected to said shaft. a handle lock adapted to be integrally fixed to a door or a hatch, said handle lock comprising a rotatable handle connected to a shaft; a lock adapted to be integrally fixed to a door or a hatch, said lock comprising a shaft associated with a closing latch; a rotatable sleeve adapted to guide, when put into rotation about its own axis, the shaft in a rotatable and axially translatable manner; connection means adapted to transmit the motion of said shaft to said rotatable sleeve, wherein the rotatable sleeve comprises a pin adapted to be engaged both with said shaft and with a guide on said rotatable sleeve and an adjustment bushing adapted to cooperate with said pin and with said guide so as to allow said rotatable sleeve to rotate relatively to said shaft while the shaft translates axially, characterized in that said connection means comprises a first cogged wheel connected with said rotatable sleeve and a second cogged wheel connected to said shaft.
Method for manufacturing ceramic hollow fiber membranes from a spinning material, wherein a secondary phase is added to the spinning material, wherein the manufacturing process of the ceramic hollow fiber membranes is based on an oxide-ceramic material such as aluminum oxide, ZrO 2 or TiO 2 or based on a non-oxide-ceramic material such as Si 3 N 4, AIN or WC, wherein the method comprises the following steps: - preparing a spinning material of solvent, polymer and a ceramic powder; - adding a secondary phase to the spinning material; - injecting the spinning material into a precipitation bath, wherein the polymer solidifies when contacting a precipitating agent; - drying of the solidified spinning material to obtain a green body and - sintering of the obtained green body, characterized in that the secondary phase consists of nanoscale illite, in the order of 1 to 200 nm, and wherein the secondary phase is added in an amount of 0.5 to 10%, based on the total solid. - preparing a spinning material of solvent, polymer and a ceramic powder; - adding a secondary phase to the spinning material; - injecting the spinning material into a precipitation bath, wherein the polymer solidifies when contacting a precipitating agent; - drying of the solidified spinning material to obtain a green body and - sintering of the obtained green body, characterized in that the secondary phase consists of nanoscale illite, in the order of 1 to 200 nm, and wherein the secondary phase is added in an amount of 0.5 to 10%, based on the total solid.
A method for centralized controlled association of a mobile station (1, 2), STA, to a wireless access point (11, 12), AP, in a wireless multi-hop network with a plurality of wireless access points (11, 12) and at least one gateway to a wired network, the method comprising the steps: a) gathering information by a monitoring and control server of a central control entity about existing connectivity and/or interference of mobile stations (1, 2) in the wireless network, wherein the central control entity comprises the monitoring and control sever and a flow processing server; b1) deciding by said monitoring and control sever on the basis of the gathered information which mobile station (1, 2) should associate to which wireless access point (11, 12) and b2) in case the wireless access point is a wireless access point in the multi-hop wireless network, centralized controlled routing data traffic between the associated mobile station (1, 2) to the at least one gateway; c) calculating by the central entity the connectivity and/or interference of the associated mobile stations (1, 2) within the wireless network; and d) wherein said monitoring and control server calculates how the association of mobile stations and routing of data traffic in the network should be reconfigured and generates a corresponding reconfiguration signal which is transmitted to or requested by the flow processing server. a) gathering information by a monitoring and control server of a central control entity about existing connectivity and/or interference of mobile stations (1, 2) in the wireless network, wherein the central control entity comprises the monitoring and control sever and a flow processing server; b1) deciding by said monitoring and control sever on the basis of the gathered information which mobile station (1, 2) should associate to which wireless access point (11, 12) and b2) in case the wireless access point is a wireless access point in the multi-hop wireless network, centralized controlled routing data traffic between the associated mobile station (1, 2) to the at least one gateway; c) calculating by the central entity the connectivity and/or interference of the associated mobile stations (1, 2) within the wireless network; and d) wherein said monitoring and control server calculates how the association of mobile stations and routing of data traffic in the network should be reconfigured and generates a corresponding reconfiguration signal which is transmitted to or requested by the flow processing server.
A separator, comprising: a first porous substrate; a second porous substrate; and a first coating layer including a substance that reversibly intercalates and deintercalates lithium, and a first inorganic particle; wherein the first coating layer is disposed between the first porous substrate and the second porous substrate, and wherein the first inorganic particle is electrochemically stable at 0 to 5 V based on Li/Li +, characterized in that the substance that reversibly intercalates and deintercalates lithium is selected from one or more of artificial graphite, natural graphite, mesocarbon microbeads, soft carbon, hard carbon, titanium-niobium oxide, and lithium titanate. a first porous substrate; a second porous substrate; and a first coating layer including a substance that reversibly intercalates and deintercalates lithium, and a first inorganic particle; wherein the first coating layer is disposed between the first porous substrate and the second porous substrate, and wherein the first inorganic particle is electrochemically stable at 0 to 5 V based on Li/Li +, characterized in that the substance that reversibly intercalates and deintercalates lithium is selected from one or more of artificial graphite, natural graphite, mesocarbon microbeads, soft carbon, hard carbon, titanium-niobium oxide, and lithium titanate.
A method of operating an electronic device to serve as a new cluster head for a cluster of electronic devices (12a-12n), comprising: receiving cluster head assistance data from a current cluster head device, the cluster head assistance data comprising at least one first data item related to establishment of operative communication with a cellular radio network over a cellular radio interface of the electronic device, wherein the cluster head assistance data further comprises at least one second data item related to geolocation of the current cluster head; becoming assigned the new cluster head for the cluster; establishing operative communication with the cellular radio network using the at least one first data item in a process related to operation of the cellular radio interface; and determining, using the second data item, a geolocation of the electronic device, wherein the cluster head for the cluster is the only electronic device of the cluster of electronic devices (12a-12n) that is configured to operate the cellular radio interface and/or a position data receiver at a time. receiving cluster head assistance data from a current cluster head device, the cluster head assistance data comprising at least one first data item related to establishment of operative communication with a cellular radio network over a cellular radio interface of the electronic device, wherein the cluster head assistance data further comprises at least one second data item related to geolocation of the current cluster head; becoming assigned the new cluster head for the cluster; establishing operative communication with the cellular radio network using the at least one first data item in a process related to operation of the cellular radio interface; and determining, using the second data item, a geolocation of the electronic device, wherein the cluster head for the cluster is the only electronic device of the cluster of electronic devices (12a-12n) that is configured to operate the cellular radio interface and/or a position data receiver at a time.
A multi-dose fluid delivery system comprising: a multi-use fluid path set having a first end configured for fluidly connecting to at least one fluid source and a second end configured for fluidly connecting to a fluid injection apparatus; characterized in a plurality of single-use fluid path sets connected in a series to define a fluid path extending from a first single-use fluid path set to a last single-use fluid path set, each of the plurality of single-use fluid path sets having a first end and a second end, wherein the first end of the first single-use fluid path set is configured for fluidly connecting to a patient delivery line, wherein the second end of the last single-use fluid path set is configured for fluidly connecting to the fluid injection apparatus; and wherein the second end of the first single-use fluid path set is removable from the series of the plurality of single-use fluid path sets to expose the first end of the next single-use fluid path set to which the patient delivery line is then connectable. a multi-use fluid path set having a first end configured for fluidly connecting to at least one fluid source and a second end configured for fluidly connecting to a fluid injection apparatus; characterized in a plurality of single-use fluid path sets connected in a series to define a fluid path extending from a first single-use fluid path set to a last single-use fluid path set, each of the plurality of single-use fluid path sets having a first end and a second end, wherein the first end of the first single-use fluid path set is configured for fluidly connecting to a patient delivery line, wherein the second end of the last single-use fluid path set is configured for fluidly connecting to the fluid injection apparatus; and wherein the second end of the first single-use fluid path set is removable from the series of the plurality of single-use fluid path sets to expose the first end of the next single-use fluid path set to which the patient delivery line is then connectable.
Polypeptide with reduced allergenic activity comprising fragments of the amino acid sequences from the group 1 and group 2 D.pteronyssinus mite allergens Der p 1 and Der p 2 in which the sequences lack one or more IgE antibody binding epitopes, said fragments being at least 50 amino acid residues in length, characterised in that the polypeptide has at least 95% homology to SEQ ID No.: 2, and has allergenicity, as measured by IgE-binding capacity, approximately 2500 times lower than that of the mixture of the individual natural Der p 1 and Der p 2 allergen proteins.
A process for the production of colour-optimised activated clays for cement production, the process comprising the following steps: a) Thermal activation of the starting material at an elevated temperature to produce an activated clay, b) Cooling of the activated clay by mixing with a solid remaining in the product from a first temperature to a second temperature, c) Cooling the mixture from step b) from the second temperature to a third temperature by heat transfer to a gas stream, wherein the solid used in step b) is the product according to step c), a cement pre-material from the group comprising cement clinker, gypsum, lime, slag, fly ash, clays or a mixture thereof, or a combination of product according to step c) and a cement pre-material, characterised in that in that the activated clay from step a) is introduced into step b) at a first temperature of 550°C to 1100°C, the solid material supplied in step b) having a temperature of 0°C to 400°C, the mass flow of the solid material and the mass flow of the activated clay in step b) being selected in a ratio of at most 3:1, wherein in step b) the mass flow of the solid and the mass flow of the activated clay are selected in a ratio of at least 1:10. a) Thermal activation of the starting material at an elevated temperature to produce an activated clay, b) Cooling of the activated clay by mixing with a solid remaining in the product from a first temperature to a second temperature, c) Cooling the mixture from step b) from the second temperature to a third temperature by heat transfer to a gas stream,
A method for marine seismic surveying, comprising: towing a plurality of seismic sensors disposed on a plurality of seismic streamers in a body of water; actuating a seismic energy source in the body of water at selected times; detecting seismic signals at the seismic sensors resulting from the actuation of the seismic energy source; creating a seismic data trace for each of the detected signals; determining a size of at least one Fresnel zone (F1, F2, F3, F4, F6, F7, F8, F9) for at least some of the seismic data traces, wherein the size of the at least one Fresnel zone is a function of a velocity distribution of subsurface formations and a range of seismic energy frequencies seismic travel time and offset between the seismic energy source and seismic sensor for which the size of the at least one Fresnel zone is determined; computing a contribution of each of the seismic data traces to each one of a plurality of bins defined in a predetermined pattern, each contribution based on the Fresnel zone associated with each seismic data trace; the method characterized in based on the computed contributions, determining a maximum lateral distance between longitudinally corresponding seismic sensors on each streamer that will result in a contribution sum in each bin exceeding a selected threshold related to an amplitude of a final image; and at least one of storing and displaying the maximum lateral distance. towing a plurality of seismic sensors disposed on a plurality of seismic streamers in a body of water; actuating a seismic energy source in the body of water at selected times; detecting seismic signals at the seismic sensors resulting from the actuation of the seismic energy source; creating a seismic data trace for each of the detected signals; determining a size of at least one Fresnel zone (F1, F2, F3, F4, F6, F7, F8, F9) for at least some of the seismic data traces, wherein the size of the at least one Fresnel zone is a function of a velocity distribution of subsurface formations and a range of seismic energy frequencies seismic travel time and offset between the seismic energy source and seismic sensor for which the size of the at least one Fresnel zone is determined; computing a contribution of each of the seismic data traces to each one of a plurality of bins defined in a predetermined pattern, each contribution based on the Fresnel zone associated with each seismic data trace; the method characterized in based on the computed contributions, determining a maximum lateral distance between longitudinally corresponding seismic sensors on each streamer that will result in a contribution sum in each bin exceeding a selected threshold related to an amplitude of a final image; and at least one of storing and displaying the maximum lateral distance.
Method for producing separate portions of mashed fruit and/or vegetables, optionally provided with pieces of fruit and/or vegetables, wherein said mash is cooled to a mouldable consistency and subsequently portioned, which portions are subsequently further cooled to frozen portions, wherein cooling of the mash is realized by means of a liquid coolant and when moving the mash, characterized in that when cooling to a mouldable consistency, the mash is moved while it is brought into a barrel that can rotate around its shaft and is moved simultaneously by moving one or more blades through the mash.