mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a medical solution from at least one first component and at least one second component, wherein the first component and the second component are present as liquids and are respectively conveyed by a conveying means to obtain a mixed solution, the conveying means are operated such that a modulation of the concentrations of the first and second components takes place, at a measurement point the conductivity or a parameter of the mixed solution correlating with the conductivity is measured, and the modulation of the concentrations of the components takes place in a desired state such that a specific desired modulation or no modulation of the measured conductivity or of the parameter of the mixed solution correlated with the conductivity occurs, characterized in that the modulation of the first and the second component takes place continuously sinusoidal.
A silicon-based molten composition used for a solution growth method for forming a silicon carbide single crystal, and represented by the following Formula 1, including silicon (Si), a first metal M1, a second metal M2 and a third metal M3, wherein: the first metal M1 is nickel (Ni), the second metal M2 is titanium (Ti), and the third metal M3 is aluminum (Al): Si a M1 b M2 c M3 d Formula 1 wherein a is 0.3 to 0.8, b is 0.1 to 0.5, c is 0.01 to 0.3, d is 0.01 to 0.2, and a+b+c+d is 1.
Self-propelled harvester having a chassis supported on the ground by front and rear wheels (14, 16) and/or caterpillar drives, an intake conveyor to which a harvesting header is attached, and at least one support wheel which can be attached upstream of the front wheels or caterpillar drives, can be brought into ground engagement, is fastened to the harvesting header and/or to the intake conveyor of the harvester and/or to the harvester and can be moved between an active ground engagement state supporting the harvesting header and an inactive ground engagement state, in which it is raised and spaced apart from the ground or removed from the harvesting header or the harvester or the intake conveyor thereof, characterized in that an electronic control device can be acted upon with a signal in respect of the ground engagement state of the support wheel by an arrangement which is configured to detect whether the support wheel is in the active or inactive ground engagement state, and is designed, depending on the signal, to activate an actuator for adjusting the position of a ballast weight assigned to the harvester, wherein the control device is programmed to instruct the actuator to bring the ballast weight into a first position, when the support wheel is in ground engagement, and to bring the ballast weight into a second position, when the support wheel is not in ground engagement, wherein the ballast weight applies less load to the rear wheels or caterpillar drives in the first position than in the second position in which it is arranged further to the rear than in the first position, wherein the ballast weight is displaceable between the first position and the second position along the forwards direction of the harvester and/or is pivotable about an axis running transversely with respect to the forwards direction.
A method for processing multiple, simultaneous incoming calls directed to a single communication device, comprising: receiving (305, 320), by a proxy server (106; 400) associated with a called communication device (108; 500), an invitation for each incoming call directed to the called communication device (108; 500); determining, by the proxy server (106; 400) upon receipt of each invitation, the availability of the called communication device (108; 500) by suspending (310, 325) transmission of each invitation and by sending (310, 325) to the called communication device (108; 500) an associated call initiation message for each invitation, wherein upon receipt of each call initiation message the called communication device (108; 500) is configured to send an alert about an associated incoming call; receiving, by the proxy server (106; 400), at least one answer message from the called communication device (108; 500), each answer message being associated with an incoming call selected in the called communication device (108; 500); forwarding, by the proxy server (106; 400), a suspended invitation to the called communication device (108; 500) for each selected incoming call, wherein upon transmitting the suspended invitation, a communications session is established between the called communication device (108; 500) and a calling communication device associated with the selected incoming call; and directing the called communication device to stop providing alerts for non-selected incoming calls. receiving (305, 320), by a proxy server (106; 400) associated with a called communication device (108; 500), an invitation for each incoming call directed to the called communication device (108; 500); determining, by the proxy server (106; 400) upon receipt of each invitation, the availability of the called communication device (108; 500) by suspending (310, 325) transmission of each invitation and by sending (310, 325) to the called communication device (108; 500) an associated call initiation message for each invitation, wherein upon receipt of each call initiation message the called communication device (108; 500) is configured to send an alert about an associated incoming call; receiving, by the proxy server (106; 400), at least one answer message from the called communication device (108; 500), each answer message being associated with an incoming call selected in the called communication device (108; 500); forwarding, by the proxy server (106; 400), a suspended invitation to the called communication device (108; 500) for each selected incoming call, wherein upon transmitting the suspended invitation, a communications session is established between the called communication device (108; 500) and a calling communication device associated with the selected incoming call; and directing the called communication device to stop providing alerts for non-selected incoming calls.
A condenser comprising: a housing having a vapor inflow port connectable to a discharge portion of a compressor, a first degassing chamber, in the housing, communicating with the vapor inflow port, and a second degassing chamber, in the housing, arranged above the first degassing chamber across a partition portion; a first degassing device for degassing and concentrating air from the first degassing chamber and discharging the concentrated air to the second degassing chamber; and a second degassing device for degassing and concentrating air from the second degassing chamber and externally discharging the concentrated air, the condenser shedding a cooling fluid in the first degassing chamber via the second degassing chamber in the housing and causing vapor flowing into the first degassing chamber through the vapor inflow port to adhere to the cooling fluid so as to condense the vapor, wherein the condenser comprises a passing portion for permitting the cooling fluid to flow from the second degassing chamber to the first degassing chamber; characterised in that the first degassing chamber is separated from the second degassing chamber by the cooling fluid in the passing portion, and the passing portion has a pressure head space for containing a specified volume of cooling fluid so as to absorb a variation in a pressure difference between the first degassing chamber and the second degassing chamber.
Process for weighing the harvested crop stored in at least one tank supported by a frame of a harvesting machine, said frame being mounted on a wheel set by means of a lifting device which is operable to move said frame upwardly and downwardly upon controlling a hydraulic system of said machine, said process comprising an acquisition procedure (C, D, E) wherein, upon controlling the hydraulic system for lowering and raising the frame on a displacement course, the process providing for: • determining at least one height position of the frame on said displacement course; characterized in that the process further provides for • measuring the lowering A1, B3 and the raising A2, B4 pressures in the hydraulic system at said position; • calculating, from said measured pressures, a balancing pressure P f, Pe for said frame; wherein: • said acquisition procedure is performed before unloading the stored crop in order to calculate a loaded balancing pressure P f and after said unloading in order to calculate an empty balancing pressure P e; and • the weight W of the stored crop is calculated from a pressure variation ΔP between said balancing pressures. • determining at least one height position of the frame on said displacement course; characterized in that the process further provides for • measuring the lowering A1, B3 and the raising A2, B4 pressures in the hydraulic system at said position; • calculating, from said measured pressures, a balancing pressure P f, Pe for said frame; • said acquisition procedure is performed before unloading the stored crop in order to calculate a loaded balancing pressure P f and after said unloading in order to calculate an empty balancing pressure P e; and • the weight W of the stored crop is calculated from a pressure variation ΔP between said balancing pressures.
Apparatus by means of which a thin-walled transport container having an opening is filled with notes of value, having a stacking unit, by means of which the notes of value which are to be supplied to the thin-walled transport container are stacked to form a stack of notes of value in a stacking region arranged outside the transport container, wherein a closure unit is provided and, in a closed position, the closure unit closes the opening of the thin-walled transport container at least to the extent where the stack of notes of value cannot be supplied to the thin-walled transport container and, in an open positon, the closure unit is arranged such that the stack of notes of value can be supplied to the thin-walled transport container, and the closure unit is designed in the form of a blind, characterized in that an end region of the blind is fastened on a rod which can be rotated with the aid of a drive unit, in that, in the closed position, a first length of the blind is in a wound-up state on the rod and, in the open position, a second length of the blind is in a wound-up state on the rod, and in that the second length is greater than the first length.
Fixation control apparatus for an ophthalmological device, comprising a fixation light source for visible light and an optical assembly for imaging the fixation light source on an ocular fundus (3.1) with a retina (3.3) and a fovea (3.2), comprising - at least one measurement light source (5.1, 5.2) for emitting light with at least two wavelengths, in the case of which the fovea (3.2) has a different reflectivity to the rest of the retina (3.3), - an optical assembly for imaging the measurement light source (5.1, 5.2) on at least one part of the ocular fundus (3.1) and - at least one detector (10, 10.1, 10.2) for separate acquisition of the intensities of the two wavelengths as respective detector signal (S 1, S 2) after reflection at the ocular fundus (3.1). - at least one measurement light source (5.1, 5.2) for emitting light with at least two wavelengths, in the case of which the fovea (3.2) has a different reflectivity to the rest of the retina (3.3), - an optical assembly for imaging the measurement light source (5.1, 5.2) on at least one part of the ocular fundus (3.1) and - at least one detector (10, 10.1, 10.2) for separate acquisition of the intensities of the two wavelengths as respective detector signal (S 1, S 2) after reflection at the ocular fundus (3.1).
A method for producing a catalyst for an electrochemical cell, wherein - a graphitized porous carbon material is treated with - an oxygen-containing plasma or - an aqueous medium containing an oxidizing agent, wherein the temperature of the aqueous medium during the treatment of the graphitized porous carbon material is 70°C to 100°C, - at least one noble metal compound is deposited on the treated carbon material so that an impregnated carbon material is obtained, - the impregnated carbon material is brought into contact with a reducing agent so that the noble metal compound is reduced to a metallic noble metal and a noble-metal-loaded carbon material is obtained. - a graphitized porous carbon material is treated with - an oxygen-containing plasma or - an aqueous medium containing an oxidizing agent, wherein the temperature of the aqueous medium during the treatment of the graphitized porous carbon material is 70°C to 100°C, - an oxygen-containing plasma or - an aqueous medium containing an oxidizing agent, wherein the temperature of the aqueous medium during the treatment of the graphitized porous carbon material is 70°C to 100°C, - at least one noble metal compound is deposited on the treated carbon material so that an impregnated carbon material is obtained, - the impregnated carbon material is brought into contact with a reducing agent so that the noble metal compound is reduced to a metallic noble metal and a noble-metal-loaded carbon material is obtained.
A breathable structural web comprising a layered structure that includes at least a first layer of a non-woven material, said layered structure including a base layer portion that has opposite first and second sides (811, 812), a plurality of first hollow protrusions that are disposed at said first side and that protrude and that are tapered from said base layer portion in a first direction, and a plurality of indented portions that are disposed at said second side, that extend from said base layer portion in a second direction opposite to the first direction, and that respectively define a plurality of recesses which open in the first direction, said first hollow protrusions being scattered among said indented portions, wherein said base layer portion is formed of a plurality of first ribs that are interconnected to one another to form into a first grid-shaped configuration with a plurality of first grid cells, said first hollow protrusions protruding outwardly from said first ribs in the first direction, each of said recesses having an open end that is flush with said base layer portion, each of said first grid cells surrounding said open end of a respective one of said recesses, and wherein said layered structure further includes a plurality of second ribs that are interconnected to one another to form into a second grid-shaped configuration with a plurality of second grid cells, and that protrude from said base layer portion in the first direction, each of said second grid cells surrounding respective ones of said first hollow protrusions and respective ones of said open ends of said recesses, and said layered structure further includes a plurality of hollow studs that protrude and are tapered from said second ribs in the first direction, or wherein said layered structure further includes a plurality of second hollow protrusions, each of which protrudes and is tapered from a respective one of said first ribs and two adjacent ones of said indented portions in the first direction.
A communication method, comprising: receiving, by a terminal device, a system information from a network device, wherein the system information indicates a first target manner of an uplink waveform, and the first target manner of the uplink waveform is one of at least one optional manner of the uplink waveform; performing, by the terminal device, an initial random access to the network device by using the first target manner of the uplink waveform; receiving, by the terminal device, a message from the network device after performing the initial random access, wherein the message is a radio resource control, RRC, message, and wherein the message indicates a re-determined target manner of the uplink waveform, and the re-determined target manner of the uplink waveform is one of the at least one optional manner of the uplink waveform; and communicating, by the terminal device, by using the re-determined target manner of the uplink waveform with the network device. receiving, by a terminal device, a system information from a network device, wherein the system information indicates a first target manner of an uplink waveform, and the first target manner of the uplink waveform is one of at least one optional manner of the uplink waveform; performing, by the terminal device, an initial random access to the network device by using the first target manner of the uplink waveform; receiving, by the terminal device, a message from the network device after performing the initial random access, wherein the message is a radio resource control, RRC, message, and wherein the message indicates a re-determined target manner of the uplink waveform, and the re-determined target manner of the uplink waveform is one of the at least one optional manner of the uplink waveform; and communicating, by the terminal device, by using the re-determined target manner of the uplink waveform with the network device.
Container, in particular container for cheese ripening, comprising a bottom from which corner columns and/or edge columns project substantially vertically and laterally delimit the container, wherein the bottom has an, in particular central/centered, bottom plate, characterized in that the bottom has at least one bottom edge portion (10, 12) which is connected in an articulated manner to the central/centered bottom plate and on which at least one of the corner columns and/or edge columns is arranged and which, together with the at least one corner column and/or edge column, can be folded inwards towards the bottom plate from an assembled position.
Winding machine with two spindles (4, 5) for two bobbins (6, 8) arranged thereon, wherein the bobbins (6, 8) are arranged on the spindles (4, 5) without an overlap of their axial extensions (14, 15) when a completely wound bobbin is in a removal position wherein the removal position is effected by a displacement device for displacing a completely wound bobbin along its axis of rotation.
Device for closing a container using a screw closure, preferably for closing a beverage container in a beverage filling plant using a screw closure, comprising a closure receptacle for receiving a screw closure, a drive element for providing a torque about a rotational axis, and a magnetic coupling for the rotational coupling of the drive element and the closure receptacle, characterised in that a further coupling is arranged between an output drive element arranged, in relation to the drive element, on the output drive side of the magnetic coupling, and the closure receptacle.
A self-standing sign comprising a sign stand and a removable display panel; wherein the sign stand comprises a base and a support member extending from said base; and wherein the display panel comprises a perimeter region which surrounds at least in part a pocket into which, in use, at least a portion of said upwardly extending support member may be inserted; said perimeter region having an outer edge; wherein said display panel is of fluted plastics material whereby said perimeter region is sufficiently rigid so that the shape of the outer edge of the perimeter region is substantially retained when the display panel extends upwardly and said upwardly extending support member is placed at least in part in said pocket; said display panel having a bottom edge; characterised in that said display panel has an opening adjacent to said bottom edge; said base having an attachment means for fastening said display panel to said sign stand; said attachment means comprising a tie or clip; the attachments means and the opening combining so that the base and the display panel are fastened together in a position where said display panel's bottom edge is in close proximity to the uppermost surface of the base.
A non-transitory machine readable storage medium having instructions that, when executed, causes a machine to execute a method comprising: receiving spatial data identifying at least one of terrain, environment, or one or more objects near a vehicle; determining a projection of the terrain, the environment, or the one or more objects with respect to the vehicle; determining whether the terrain, the environment, or the one or more objects are to collide with the vehicle based on the determined projection of the terrain, the environment, or the one or more objects; and in response to determining the terrain, the environment, or the one or more objects are to collide with the vehicle, altering the vehicle state via control moment gyroscope active controls to change the projection of the vehicle frame with respect to the terrain, the environment, or the one or more objects, wherein the vehicle further includes a gyroscope coupled to a vehicle frame, and altering the vehicle state comprises adjusting an orientation or rotational speed of a flywheel of the gyroscope. receiving spatial data identifying at least one of terrain, environment, or one or more objects near a vehicle; determining a projection of the terrain, the environment, or the one or more objects with respect to the vehicle; determining whether the terrain, the environment, or the one or more objects are to collide with the vehicle based on the determined projection of the terrain, the environment, or the one or more objects; and in response to determining the terrain, the environment, or the one or more objects are to collide with the vehicle, altering the vehicle state via control moment gyroscope active controls to change the projection of the vehicle frame with respect to the terrain, the environment, or the one or more objects, wherein the vehicle further includes a gyroscope coupled to a vehicle frame, and altering the vehicle state comprises adjusting an orientation or rotational speed of a flywheel of the gyroscope.