mhurhangee/ep-ind-claims huggingface dataset:
A method for using multiple air interfaces on a frequency channel for side-link communications, the method comprising: determining, by an air interface coordination management server system, an allocation of a system resource pool among multiple different air interfaces such that a first air interface is assigned a first time-window of a frequency channel of the system resource pool and a second air interface is assigned a second time-window of the frequency channel of the system resource pool, wherein the first time-window and the second time-window do not overlap; transmitting a first indication of the first time-window of the system resource pool to a first air interface system; transmitting a second indication of the second time-window of the system resource pool to a second air interface system; transmitting, by the first air interface system, a first indication of the first time-window of the system resource pool to a first set of user equipment using the first air interface; transmitting, by the second air interface system, a second indication of the second time-window of the system resource pool to a second set of user equipment using the second air interface; performing, by the first set of user equipment, side-link communications using the first air interface during only the first time-window of the system resource pool; and performing, by the second set of user equipment, side-link communications using the second air interface during only the second time-window of the system resource pool. determining, by an air interface coordination management server system, an allocation of a system resource pool among multiple different air interfaces such that a first air interface is assigned a first time-window of a frequency channel of the system resource pool and a second air interface is assigned a second time-window of the frequency channel of the system resource pool, wherein the first time-window and the second time-window do not overlap; transmitting a first indication of the first time-window of the system resource pool to a first air interface system; transmitting a second indication of the second time-window of the system resource pool to a second air interface system; transmitting, by the first air interface system, a first indication of the first time-window of the system resource pool to a first set of user equipment using the first air interface; transmitting, by the second air interface system, a second indication of the second time-window of the system resource pool to a second set of user equipment using the second air interface; performing, by the first set of user equipment, side-link communications using the first air interface during only the first time-window of the system resource pool; and performing, by the second set of user equipment, side-link communications using the second air interface during only the second time-window of the system resource pool.
A scum or floating oil concentration device, comprising a scum or floating oil concentration cone and a scum or floating oil conveyor, wherein said scum or floating oil conveyor is arranged above said scum or floating oil concentration cone; said scum or floating oil conveyor comprises a conveying helix rotating around a shaft, a scum or floating oil conveying pipe and a skimmer; said conveying helix is arranged inside said scum or floating oil conveying pipe; an opening is arranged on said scum or floating oil conveying pipe; said skimmer is arranged at said opening of said scum or floating oil conveying pipe; wherein said scum or floating oil concentration cone is narrow on the upper side and wide on the lower side; wherein the conveying helix is entirely above the scum or floating oil concentration cone; and wherein a separation device is arranged under said scum or floating oil concentration cone, and a fluid inlet and a clear liquid outlet are arranged on said separation device; wherein an inclined separation plate is arranged inside said separation device underneath the scum or floating oil concentration cone and above the fluid inlet; and characterised in that the skimmer is is welded on the scum or floating oil conveying pipe, said skimmer is arranged to rotate with the scum or floating oil conveying pipe and to dump scooped scum or floating oil into the scum or floating oil conveying pipe through the opening on the scum or floating oil conveying pipe, and wherein said skimmer is fan-shaped.
Brake system, for utility vehicles, comprising an actuation unit, a transmission element and a converter unit, wherein the actuation unit moves or displaces the transmission element along a transmission axis, wherein the converter unit is arranged on a wheel axis and comprises at least one piston element, wherein the converter unit has a housing, which forms an integral part of a first axle element, wherein the transmission axis intersects the wheel axis at least in the region of the converter unit, and wherein the transmission element is adapted or designed to transmit a force onto the piston element in order to move or displace the latter transverse to the wheel axis, wherein at least a certain portion of the transmission element is guided in a casing, and wherein the casing supports the actuation unit against the converter unit, characterized in that the housing of the converter unit forms an integral part of the casing.
A method for the treatment and utilization of waste liquor containing at least polyester degradation products and originating from an alkaline pulping process for the extraction of cellulose raw material from blended textile waste which includes at least a cellulose component and a polyester component, the method comprising the following steps: a) evaporating of water from the waste liquor in order to precipitate the polyester degradation product from the waste liquor and to obtain a two-phase mixture having an aqueous phase and a solid phase including the polyester degradation product, b) separating the solid phase from the aqueous phase, and c) utilizing the solid phase. a) evaporating of water from the waste liquor in order to precipitate the polyester degradation product from the waste liquor and to obtain a two-phase mixture having an aqueous phase and a solid phase including the polyester degradation product, b) separating the solid phase from the aqueous phase, and c) utilizing the solid phase.
A detection device for detecting a presence of at least one drying device for drying H 2 O 2 at at least one package and the drying device having a specific pressure signature, comprising, - means for detecting a characteristic linked to the specific pressure signature of the at least one drying device, - means for determining if the at least one drying device is present based on the detected characteristic, characterized in that the means for determining is adapted to detect the voltage of a fan that is needed to maintain a constant pressure at the at least one drying device and the means for determining is adapted to analyse the voltage for the characteristic that is linked to the specific pressure signature of the at least one drying device. - means for detecting a characteristic linked to the specific pressure signature of the at least one drying device, - means for determining if the at least one drying device is present based on the detected characteristic,
A preparation method for S-indoxacarb, characterized in that an asymmetric synthesis is catalyzed by a chiral catalyst containing zirconium, a method of producing the chiral catalyst containing zirconium, comprising the steps of: adding 3-tert-butyl-5-(chloromethyl)salicylaldehyde and a solvent to a reaction flask at 20-30°C, then adding chiral cyclohexanediamine into the system, and controlling a drop rate to 0.1 mL / min; after dropping, raising the temperature to 40-80°C for reflux reaction, after the reflux reaction, lowering the temperature to 0-20°C, wherein a ligand polymer is obtained after filtration, then weighing the ligand polymer after drying; putting the ligand polymer obtained in the previous step and the solvent of twice the mass of the ligand polymer into a reaction flask, then putting a reducing agent into the reaction flask, raising the temperature to 80-140°C, and carrying out the reflux reaction for 4-6 hours; adding a zirconium compound to the above system, raising the temperature to 80-100°C after being fully swelling, and carrying out heat preservation reaction for 2-4 hours, wherein the polymerization catalyst solution is obtained, and wherein the reaction equation is as follows: adding 3-tert-butyl-5-(chloromethyl)salicylaldehyde and a solvent to a reaction flask at 20-30°C, then adding chiral cyclohexanediamine into the system, and controlling a drop rate to 0.1 mL / min; after dropping, raising the temperature to 40-80°C for reflux reaction, after the reflux reaction, lowering the temperature to 0-20°C, wherein a ligand polymer is obtained after filtration, then weighing the ligand polymer after drying; putting the ligand polymer obtained in the previous step and the solvent of twice the mass of the ligand polymer into a reaction flask, then putting a reducing agent into the reaction flask, raising the temperature to 80-140°C, and carrying out the reflux reaction for 4-6 hours; adding a zirconium compound to the above system, raising the temperature to 80-100°C after being fully swelling, and carrying out heat preservation reaction for 2-4 hours, wherein the polymerization catalyst solution is obtained, and wherein the reaction equation is as follows:
A multipart composition comprising at least two initially separate parts which, upon mixing the parts together, form a mixed temporary dental cement that is initially deformable and suitable for placement onto a person's tooth and which hardens over time, the multipart composition comprising: at least one polycarboxylic acid contained in a first one of the initially separate parts; at least one ion leaching component contained in a second one of the initially separate parts that does not contain the polycarboxylic acid; at least one soothing agent contained in the first one of the initially separate parts in an amount so as to reduce tooth sensitivity caused by the mixed temporary dental cement compared to tooth sensitivity that would be caused by the dental cement in the absence of the soothing agent, the soothing agent being selected from the group consisting of 2-methoxybenzoic acid, 2-methoxy-4-methylphenol, tall oil, pine gum, and combinations thereof, wherein the soothing agent is included with the polycarboxylic acid and wherein the soothing agent is included in an amount in a range of 0.05% to 25% by weight of the mixed temporary dental cement; and water contained in at least one of the initially separate parts. at least one polycarboxylic acid contained in a first one of the initially separate parts; at least one ion leaching component contained in a second one of the initially separate parts that does not contain the polycarboxylic acid; at least one soothing agent contained in the first one of the initially separate parts in an amount so as to reduce tooth sensitivity caused by the mixed temporary dental cement compared to tooth sensitivity that would be caused by the dental cement in the absence of the soothing agent, the soothing agent being selected from the group consisting of 2-methoxybenzoic acid, 2-methoxy-4-methylphenol, tall oil, pine gum, and combinations thereof, wherein the soothing agent is included with the polycarboxylic acid and wherein the soothing agent is included in an amount in a range of 0.05% to 25% by weight of the mixed temporary dental cement; and water contained in at least one of the initially separate parts.
Memory card connector 10, comprising at least one pin 11 for the reading of a memory card, the connector comprising a parallelepiped-shaped base 12 within which said at least one pin 11 is positioned, said memory card connector being characterised in that it comprises an enclosure 14 extending rearwards from said base 12, and forming a continuous barrier between two sides of said base 12, said enclosure 14 defining a protection area 15 which comprises at least one contact termination 11-2 of said at least one pin 11.
Dishwasher, in particular household dishwasher, having a base assembly and a dishwasher cavity arranged above the base assembly, wherein at least one guide facility is provided on the base assembly for holding and for guiding at least one line of the dishwasher and wherein the at least one guide facility is an integrated part of the base assembly, characterised in that at least one electrical or optical line, which is laid from the control facility arranged in the interior of the base assembly to the guide facility, is guided by the guide facility into the inside of a door, with which the loading opening of the dishwasher cavity is able to be closed off, and that the guide facility has at least one resiliently embodied element for retaining the respective line.
An air suspension control system, comprising: • a manifold, defining: • a first and second port, each defining a first end, a second end, and a flow axis extending between the first and second ends, the first and second ports arranged with the respective flow axes sharing a first plane, • a channel intersecting the first and second ports between the respective first and second ends, • a cavity intersecting the second ends of the first and second port, • a first and second solenoid valve, each solenoid valve arranged within the cavity and coaxially arranged with the first and second ports, respectively, each solenoid valve comprising a connector and characterized in that it further comprises • a pressure sensor port arranged between the first and second port, the pressure sensor port separated from the first port, the second port, and the channel by a thickness of the manifold, the thickness configured to be selectively removed to fluidly connect the pressure sensor port and at least one of the first port, second port and the channel, • a pressure sensor arranged within the pressure sensor port, the pressure sensor comprising electrical leads; and • an electronics module arranged parallel the first plane, the electronics module and the manifold cooperatively enclosing the first solenoid valve, the second solenoid valve, and the pressure sensor therebetween, the electronics module configured to receive and electrically couple to the electrical leads of the pressure sensor and the connectors of the first and second solenoid valves. • a manifold, defining: • a first and second port, each defining a first end, a second end, and a flow axis extending between the first and second ends, the first and second ports arranged with the respective flow axes sharing a first plane, • a channel intersecting the first and second ports between the respective first and second ends, • a cavity intersecting the second ends of the first and second port, • a first and second solenoid valve, each solenoid valve arranged within the cavity and coaxially arranged with the first and second ports, respectively, each solenoid valve comprising a connector and characterized in that it further comprises • a pressure sensor port arranged between the first and second port, the pressure sensor port separated from the first port, the second port, and the channel by a thickness of the manifold, the thickness configured to be selectively removed to fluidly connect the pressure sensor port and at least one of the first port, second port and the channel, • a pressure sensor arranged within the pressure sensor port, the pressure sensor comprising electrical leads; and • an electronics module arranged parallel the first plane, the electronics module and the manifold cooperatively enclosing the first solenoid valve, the second solenoid valve, and the pressure sensor therebetween, the electronics module configured to receive and electrically couple to the electrical leads of the pressure sensor and the connectors of the first and second solenoid valves.
Moulding element of a mould for moulding and vulcanizing a tyre tread, this tread comprising a tread surface intended to come into contact with the ground when the said tyre is rolling, this moulding element comprising a moulding surface intended to mould part of the tyre tread surface and a blade of length L and of height H intended to mould a sipe or a groove in the tread, this blade extending along the length L of the blade in a first direction of extension Y, the moulding element comprising two cutting means positioned on either side of the blade at a certain distance from this blade, characterized in that the moulding element comprises a third cutting means of height Hc extending in a second direction of extension X, this second direction of extension X making an angle α with the first direction Y which is comprised between 45° and 135° and in that the height Hc of the third cutting means is greater than the height H of the blade.
A method for configuring a user interface, the method comprising: displaying, by a display device, a graphical user interface including a first plurality of objects associated with a first unmanned aerial vehicle; receiving data, the data including a message from the graphical user interface indicative of a selection of a second unmanned aerial vehicle; and responsive to receiving the data, displaying a second plurality of objects, the second plurality of objects displayed based on the data, wherein, responsive to receiving the data, changing the maximum number of waypoints or a minimum number of waypoints that can be configured for the second unmanned aerial vehicle in relation to waypoints associated with the first unmanned aerial vehicle. displaying, by a display device, a graphical user interface including a first plurality of objects associated with a first unmanned aerial vehicle; receiving data, the data including a message from the graphical user interface indicative of a selection of a second unmanned aerial vehicle; and responsive to receiving the data, displaying a second plurality of objects, the second plurality of objects displayed based on the data, wherein, responsive to receiving the data, changing the maximum number of waypoints or a minimum number of waypoints that can be configured for the second unmanned aerial vehicle in relation to waypoints associated with the first unmanned aerial vehicle.
A method of cloud-based fire protection, comprising: receiving, by a cloud platform, data from one or more on premises fire protection devices; storing the data in a persistent data storage of the cloud platform over a period of time; applying machine learning to the data received from the one or more on premises fire protection devices and to other data received from other on premises fire protection devices configured in a different geographical or logical system than the one or more on premises fire protection devices, to build or adjust a predictive detection model; extracting a pattern indicative of a type of fire based on the data and the other data; adjusting a fire event detection threshold of the predictive detection model based on the pattern; processing, by computing resources of the cloud platform, the data using the predictive detection model to determine an existence of a safety event; and transmitting, to at least one notification device (106, 123, 126, 127), an event notification in response to the existence of the safety event. receiving, by a cloud platform, data from one or more on premises fire protection devices; storing the data in a persistent data storage of the cloud platform over a period of time; applying machine learning to the data received from the one or more on premises fire protection devices and to other data received from other on premises fire protection devices configured in a different geographical or logical system than the one or more on premises fire protection devices, to build or adjust a predictive detection model; extracting a pattern indicative of a type of fire based on the data and the other data; adjusting a fire event detection threshold of the predictive detection model based on the pattern; processing, by computing resources of the cloud platform, the data using the predictive detection model to determine an existence of a safety event; and transmitting, to at least one notification device (106, 123, 126, 127), an event notification in response to the existence of the safety event.
A method at an electronic device including a user input device, the method comprising: receiving, at the electronic device and from a sending device, first data comprising displayable content and second data indicating that touch events corresponding to a security pattern of multiple touches are to be detected in order to display the displayable content, wherein the sending device is different than the electronic device; while detecting, at the electronic device, touch events corresponding to the security pattern of multiple touches, displaying the displayable content on a display of the electronic device; and ceasing to display the displayable content as soon as the touch events corresponding to the security pattern of multiple touches are no longer detected at the electronic device. receiving, at the electronic device and from a sending device, first data comprising displayable content and second data indicating that touch events corresponding to a security pattern of multiple touches are to be detected in order to display the displayable content, wherein the sending device is different than the electronic device; while detecting, at the electronic device, touch events corresponding to the security pattern of multiple touches, displaying the displayable content on a display of the electronic device; and ceasing to display the displayable content as soon as the touch events corresponding to the security pattern of multiple touches are no longer detected at the electronic device.
Play-free rotary drive, comprising a plurality of electric motors arranged around a central axis and each having an output pinion which engages with a receiving gearwheel coaxial to the central axis in the manner of a drive, from which receiving gearwheel the drive effect of the electric motors is transmitted to a delivering gearwheel coaxial to the receiving gearwheel at which delivering gearwheel the drive effect of the rotary drive can be taken, wherein the delivering gearwheel is provided from a first delivering part-gearwheel and a second delivering part-gearwheel axially adjacent thereto, characterised in that the receiving gearwheel is provided from a first receiving part-gearwheel and a second receiving part-gearwheel axially adjacent thereto, in that the first receiving part-gearwheel and the first delivering part-gearwheel are arranged non-rotatably and axially remote on the central axis, in that the second receiving part-gearwheel and the second delivering part-gearwheel are arranged non-rotatably and axially remote at an axial end (7, 8) respectively of a tubular sleeve which between the first receiving part-gearwheel and the first delivering part-gearwheel surrounds the central axis at least freely rotatably through a predefinable angular range, in that at least the output pinion of an electric motor and at least the output pinion of another electric motor engage respectively with the first receiving part-gearwheel and the second receiving part-gearwheel in the manner of a drive, and in that a control system for the plurality of electric motors is included and designed in order to operate each electric motor engaging via its output pinion with the second receiving part-gearwheel at least temporarily in the opposing direction of rotation relative to the electric motors engaging with the first receiving part-gearwheel via their respective output pinion in order to eliminate any play.