mhurhangee/patent-ind-claim-en huggingface dataset:
A control plane system for managing a data plane amongst a plurality of network or system bus connected active (1 to 4) and passive equipments, the control plane system comprising said active (1 to 4) and passive equipments, said data plane being managed using data plane processing pipelines comprising one or more pipeline elements, each of said active equipments (1 to 4) comprising a processing unit, a memory and one or more hardware devices (11 to 15) configured to run a pipeline element, said passive equipments being configured to manage data traffic between active equipments (1 to 4); wherein one of the active equipments (1 to 4) comprises a master control plane stored in the memory of said one of the active equipments (1 to 4), wherein the master control plane is adapted for, when executed by the processing unit of said one of the active equipment , dynamically managing offloading of pipeline elements of the data plane processing pipelines to one or more of the other active equipments according to one or more specific rules, and configuring the passive equipments to transfer traffic amongst the other active equipments ; wherein the other active equipments comprising a plurality of slave control planes , wherein a slave control plane is respectively stored in the memory of a corresponding other active equipment , wherein each slave control plane is adapted for, when executed by the processing unit of the corresponding other active equipment , dynamically managing offloading of local pipeline elements, placed on the corresponding other active equipment by the master control plane , to one or more of the hardware devices (11 to 15) of the corresponding active equipment according to one or more specific rules.
A compound of formula (I), or a pharmaceutically acceptable salt thereof: wherein X represents N or C-F; R 1 represents hydrogen or methyl (including -CD 3 ); R 2 represents hydroxy or cyano; R 3 represents hydroxy or cyano; and R 2 is different from R 3 . X represents N or C-F; R 1 represents hydrogen or methyl (including -CD 3 ); R 2 represents hydroxy or cyano; R 3 represents hydroxy or cyano; and R 2 is different from R 3 .
A display backlight, comprising: a lightguide having top and bottom parallel faces, and a pair of opposite side edges , wherein the light output is from the top face ; a light source arrangement for providing light into the lightguide at one or both of the opposite side edges; and an array of light out-coupling structures formed at the top or bottom parallel face for redirecting light so that it escapes from the lightguide at the location of the light out-coupling structures, wherein the light source arrangement is controllable to provide a selected one of at least first and second light outputs entering into the lightguide, the first and second light outputs being at least partially collimated and the light source arrangement being adapted to enter the first and second light outputs into the lightguide with a different angular direction of elevation with respect to the plane of the top and bottom parallel faces and across the edge-to-edge direction, wherein the first and second light outputs entering into the lightguide result in different light output angles from the top face . a lightguide having top and bottom parallel faces, and a pair of opposite side edges , wherein the light output is from the top face ; a light source arrangement for providing light into the lightguide at one or both of the opposite side edges; and an array of light out-coupling structures formed at the top or bottom parallel face for redirecting light so that it escapes from the lightguide at the location of the light out-coupling structures, wherein the light source arrangement is controllable to provide a selected one of at least first and second light outputs entering into the lightguide, the first and second light outputs being at least partially collimated and the light source arrangement being adapted to enter the first and second light outputs into the lightguide with a different angular direction of elevation with respect to the plane of the top and bottom parallel faces and across the edge-to-edge direction, wherein the first and second light outputs entering into the lightguide result in different light output angles from the top face .
A thermoplastic pelletizable compatibilized polymer alloy composition comprising: (a) two non-compatible engineering plastics; and (b) an ethylene-maleic anhydride copolymer, wherein the ethylene-maleic anhydride copolymer enables compatibilization of the non-compatible engineering plastics, wherein the ethylene-maleic anhydride copolymer has a molar ratio of ethylene to maleic anhydride of 1:1, and wherein the two non-compatible engineering plastics are (i) thermoplastic polyurethane (TPU) and polybutylene terephthalate (PBT), or (ii) polyamide and polybutylene terephthalate (PBT). (a) two non-compatible engineering plastics; and (b) an ethylene-maleic anhydride copolymer, wherein the ethylene-maleic anhydride copolymer enables compatibilization of the non-compatible engineering plastics, wherein the ethylene-maleic anhydride copolymer has a molar ratio of ethylene to maleic anhydride of 1:1, and wherein the two non-compatible engineering plastics are (i) thermoplastic polyurethane (TPU) and polybutylene terephthalate (PBT), or (ii) polyamide and polybutylene terephthalate (PBT).
A release device comprising: an external housing formed from a material capable of absorbing and volatilizing one or more target compounds ; at least one internal chamber located within the external housing ; and at least one reservoir disposed within the internal chamber , wherein the reservoir comprises a material that can be compromised to release a target compound stored within the reservoir into the internal chamber ; characterised in that the internal chamber comprises an impermeable material and a mouth from which the one or more target compounds can be released and the release device further comprises a wick having a receiving end located within the internal chamber , so as to contact the one or more target compound when released from the reservoir , and a delivering end extending from the mouth and in operable contact with the external housing , such that target compound released from the reservoir is transferred by the wick to the external housing and absorbed by the external housing , whereby the external housing volatilizes the target compound . an external housing formed from a material capable of absorbing and volatilizing one or more target compounds ; at least one internal chamber located within the external housing ; and at least one reservoir disposed within the internal chamber , wherein the reservoir comprises a material that can be compromised to release a target compound stored within the reservoir into the internal chamber ; characterised in that the internal chamber comprises an impermeable material and a mouth from which the one or more target compounds can be released and the release device further comprises a wick having a receiving end located within the internal chamber , so as to contact the one or more target compound when released from the reservoir , and a delivering end extending from the mouth and in operable contact with the external housing , such that target compound released from the reservoir is transferred by the wick to the external housing and absorbed by the external housing , whereby the external housing volatilizes the target compound .
Panel for wall-, ceiling- or floor coverings, comprising an upper side , a lower side , and front ends , defining a circumference of the panel in the installed state, and at least one front end is protruded with respect to the circumference by a detachable protruding lip formed at the lower side , one horizontal locking groove being provided at the lower side , characterized in that , at least two detachable protruding lips are fixed at the panel at opposite sides of the panel , the protruding lips having a predetermined break-off surface , and the protruding lips comprising at least one horizontal locking element , being suitable for engaging in the horizontal locking groove of a neighbored panel , when the protruding lip of said neighbored panel has been removed. at least one front end is protruded with respect to the circumference by a detachable protruding lip formed at the lower side , one horizontal locking groove being provided at the lower side , characterized in that , at least two detachable protruding lips are fixed at the panel at opposite sides of the panel , the protruding lips having a predetermined break-off surface , and the protruding lips comprising at least one horizontal locking element , being suitable for engaging in the horizontal locking groove of a neighbored panel , when the protruding lip of said neighbored panel has been removed.
A capacitive transducer, comprising: a substrate having an opening in a surface thereof; a back plate facing the opening in the substrate; a vibration electrode film facing the back plate across a space, the vibration electrode film being deformable to have a deformation converted into a change in capacitance between the vibration electrode film and the back plate , the vibration electrode film having a through-hole as a pressure relief hole ; and a protrusion integral with and formed from the same member as the back plate, the protrusion being placeable in the pressure relief hole before the vibration electrode film deforms, wherein the protrusion and the pressure relief hole have a gap therebetween defining an airflow channel as a pressure relief channel, and the protrusion includes, at a predetermined position adjacent to the back plate, a smaller cross-section portion having a smaller cross-sectional area in a direction parallel to the back plate than a portion of the protrusion more distal from the predetermined position. a substrate having an opening in a surface thereof; a back plate facing the opening in the substrate; a vibration electrode film facing the back plate across a space, the vibration electrode film being deformable to have a deformation converted into a change in capacitance between the vibration electrode film and the back plate , the vibration electrode film having a through-hole as a pressure relief hole ; and a protrusion integral with and formed from the same member as the back plate, the protrusion being placeable in the pressure relief hole before the vibration electrode film deforms, wherein the protrusion and the pressure relief hole have a gap therebetween defining an airflow channel as a pressure relief channel, and the protrusion includes, at a predetermined position adjacent to the back plate, a smaller cross-section portion having a smaller cross-sectional area in a direction parallel to the back plate than a portion of the protrusion more distal from the predetermined position.
A multi-channel audio signal acquisition method, characterized by comprising: acquiring a main audio signal collected by a main device when the main device shoots video of a target shooting object, and performing a first multi-channel rendering on the main audio signal to acquire an ambient multi-channel audio signal; acquiring an audio signal collected by an additional device, and determining a first additional audio signal, wherein a distance between the additional device and the target shooting object is less than a first threshold; performing an ambient sound suppression processing on the first additional audio signal and the main audio signal to acquire a target audio signal; performing a second multi-channel rendering on the target audio signal to acquire a target multi-channel audio signal; and mixing the ambient multi-channel audio signal and the target multi-channel audio signal to acquire a mixed multi-channel audio signal. acquiring a main audio signal collected by a main device when the main device shoots video of a target shooting object, and performing a first multi-channel rendering on the main audio signal to acquire an ambient multi-channel audio signal; acquiring an audio signal collected by an additional device, and determining a first additional audio signal, wherein a distance between the additional device and the target shooting object is less than a first threshold; performing an ambient sound suppression processing on the first additional audio signal and the main audio signal to acquire a target audio signal; performing a second multi-channel rendering on the target audio signal to acquire a target multi-channel audio signal; and mixing the ambient multi-channel audio signal and the target multi-channel audio signal to acquire a mixed multi-channel audio signal.
A combination comprising β-cyclodextrin or its derivative and 2-deoxyglucose, for use in treating cancer.
A method of pre-conditioning a poly(ethylene furanoate) (PEF) or poly(ethylene furanoate) co-polymer (PEF co-polymer) preform for stretch blow-molding, characterized in that the method comprises: contacting the PEF or PEF co-polymer preform with: ambient temperature water for a time period from about 3 h to at least 48 h, wherein the ambient temperature is room temperature, or water at a temperature of about 80°C for up to about 15 h, or at least about 65% relative humidity air at a temperature greater than about 45°C for a time period from about 0.25 h to at least 72 h, or at least about 85% relative humidity air at a temperature greater than about 35°C for a time period from about 0.5 h to at least 44 h. ambient temperature water for a time period from about 3 h to at least 48 h, wherein the ambient temperature is room temperature, or water at a temperature of about 80°C for up to about 15 h, or at least about 65% relative humidity air at a temperature greater than about 45°C for a time period from about 0.25 h to at least 72 h, or at least about 85% relative humidity air at a temperature greater than about 35°C for a time period from about 0.5 h to at least 44 h.
A compressor system, comprising: a variable volume ratio compressor configured to be operated at one of a plurality of different volume ratios and having a suction ; and a controller characterized in that the controller is configured to: obtain a speed of operation of the variable volume ratio compressor and a refrigerant density at the suction of the variable volume ratio compressor; determine a switching parameter based on the speed of operation and the refrigerant density; determine whether to change a volume ratio of the variable volume ratio compressor based on a switching condition and the switching parameter; and when it is determined to change the volume ratio, direct a change in the volume ratio that the variable volume ratio compressor is operated at. a variable volume ratio compressor configured to be operated at one of a plurality of different volume ratios and having a suction ; and a controller characterized in that the controller is configured to: obtain a speed of operation of the variable volume ratio compressor and a refrigerant density at the suction of the variable volume ratio compressor; determine a switching parameter based on the speed of operation and the refrigerant density; determine whether to change a volume ratio of the variable volume ratio compressor based on a switching condition and the switching parameter; and obtain a speed of operation of the variable volume ratio compressor and a refrigerant density at the suction of the variable volume ratio compressor; determine a switching parameter based on the speed of operation and the refrigerant density; determine whether to change a volume ratio of the variable volume ratio compressor based on a switching condition and the switching parameter; and when it is determined to change the volume ratio, direct a change in the volume ratio that the variable volume ratio compressor is operated at.
Dishwasher comprising a washing container which provides a washing chamber and has a loading opening for loading with washware to be cleaned, which loading opening can be closed in a fluid-tight manner by means of a pivotably mounted washing chamber door , and comprising a camera unit which is used to visually capture the washing chamber at least in regions, the camera unit having a camera and a housing which accommodates the camera , the housing having a housing part which is open on one side and a viewing part which covers the open side of the housing part , the housing part and the viewing part being arranged on the washing chamber door with the interposition of a door inner panel of the washing chamber door , the door inner panel having an aperture , the viewing part resting against the door inner panel on the washing-chamber side of the door inner panel and a seal being arranged between the door inner panel and the viewing part in order to seal the housing part on the washing-chamber side, and the viewing part having a connecting piece on the housing-part side, which connecting piece, in the end-mounted state, projects through the aperture in the door inner panel into the housing part , characterised in that a second seal is provided, which is arranged between the housing part and the connecting piece of the viewing part , the first seal and the second seal being designed as a one-piece sealing element , the sealing element being pot-shaped and having an annular body arranged between the housing part and the connecting piece of the viewing part , as well as a base which closes the annular body on the connecting-part side. and the viewing part having a connecting piece on the housing-part side, which connecting piece, in the end-mounted state, projects through the aperture in the door inner panel into the housing part , characterised in that a second seal is provided, which is arranged between the housing part and the connecting piece of the viewing part , the first seal and the second seal being designed as a one-piece sealing element , the sealing element being pot-shaped and having an annular body arranged between the housing part and the connecting piece of the viewing part , as well as a base which closes the annular body on the connecting-part side.
An outlet device of a solid bowl screw centrifuge for separating a multiphase material by means of a centrifuge drum rotatable about a longitudinal axis, wherein the outlet device comprises at least one outlet for letting out one phase of the material from the centrifuge drum, and the outlet is configured with a throttle which is configured to be adjustable in a self-acting manner during its use in dependence on a liquid level of the material in the centrifuge drum, and the adjustment of the throttle is controlled by means of a floating body configured to be floating on the material , characterized in that the floating body is mounted to the centrifuge drum to be pivotable during its use.
An infusion set comprising: an fluid-carrying tubing; a light array coupled to the fluid-carrying tubing at a plurality of fastening points along a length of the fluid-carrying tubing; a pump interface; and a controller, wherein the controller is configured to: receive a pumping parameter from the pump interface, the pumping parameter being generated by an infusion pump providing a fluid to a patient through the fluid-carrying tubing and representative of a property of the fluid that is measured by a sensor of the infusion pump; the infusion set being characterized in that the controller is further configured to cause, responsive to receiving the pumping parameter, the light array to display, along the length of the fluid-carrying tubing, a light pattern representative of the pumping parameter. an fluid-carrying tubing; a light array coupled to the fluid-carrying tubing at a plurality of fastening points along a length of the fluid-carrying tubing; a pump interface; and a controller, wherein the controller is configured to: receive a pumping parameter from the pump interface, the pumping parameter being generated by an infusion pump providing a fluid to a patient through the fluid-carrying tubing and representative of a property of the fluid that is measured by a sensor of the infusion pump; the infusion set being characterized in that the controller is further configured to cause, responsive to receiving the pumping parameter, the light array to display, along the length of the fluid-carrying tubing, a light pattern representative of the pumping parameter.
Electronic device (600; 700) comprising: - a modulator-demodulator circuit ; - a first integrated circuit (603; 703) implementing a first subscriber identification module; and at least one second integrated circuit intended to implement a second subscriber identification module, wherein a sequencing terminal of the first circuit and a sequencing terminal of the second circuit are connected to a same sequencing terminal of the modulator-demodulator circuit, characterized in that a first data transmit-receive terminal of the first circuit (603; 703) is connected to a data transmit-receive terminal of the modulator-demodulator circuit . - a modulator-demodulator circuit ; - a first integrated circuit (603; 703) implementing a first subscriber identification module; and
A device for controlling an air flow in a motor vehicle compartment , the device comprising: - at least one frame defining an opening , the frame extending in a transverse plane (YZ), the opening extending along a flow axis of the air (X-X') substantially perpendicular to the transverse plane (YZ); - a plurality of slats extending across the frame , the slats being arranged above one another; and - an actuator connected to each of the slats by a respective fastener ; each slat extending in a respective air deflection plane , and each slat being movable relative to the frame around a respective slat axis , using the actuator , between: - a closed position, in which the slats cooperate with one another to block the passage of the air through the opening , and - an open position, in which the slats allow the air to flow through the opening , and in which the deflection planes of the slats intersect one another upstream from the frame relative to the flow axis (X-X') of the air flow, characterized in that each fastener is mounted rotatably only on the actuator , around a respective actuating axis . - at least one frame defining an opening , the frame extending in a transverse plane (YZ), the opening extending along a flow axis of the air (X-X') substantially perpendicular to the transverse plane (YZ); - a plurality of slats extending across the frame , the slats being arranged above one another; and - an actuator connected to each of the slats by a respective fastener ; - a closed position, in which the slats cooperate with one another to block the passage of the air through the opening , and - an open position, in which the slats allow the air to flow through the opening , and in which the deflection planes of the slats intersect one another upstream from the frame relative to the flow axis (X-X') of the air flow,