mhurhangee/ep-ind-claims huggingface dataset:
A radio receiver (400, 704) arranged to operate as a wake-up radio receiver for a main receiver interacting with the radio receiver (400, 704), the radio receiver (400, 704) comprising a local oscillator arrangement and a controller, wherein the local oscillator arrangement is arranged to provide a signal for down-conversion of radio frequency signal to an intermediate frequency or a baseband frequency in the radio receiver (400, 704), and the local oscillator arrangement is capable of selectably providing multiple frequency generation qualities, and the controller is arranged to estimate a tolerable frequency generation quality for the current operation of the radio receiver (400, 704) or determine whether the current operation of the radio receiver (400, 704) is satisfactory in sense of a currently provided frequency generation quality, and based on the estimation or determination adjust frequency generation quality of the local oscillator arrangement by selecting one of the multiple frequency generation qualities, wherein the estimation of the tolerable frequency generation quality includes reception of an indication from the main receiver with information about an interfering signal in an adjacent radio channel. the local oscillator arrangement is arranged to provide a signal for down-conversion of radio frequency signal to an intermediate frequency or a baseband frequency in the radio receiver (400, 704), and the local oscillator arrangement is capable of selectably providing multiple frequency generation qualities, and the controller is arranged to estimate a tolerable frequency generation quality for the current operation of the radio receiver (400, 704) or determine whether the current operation of the radio receiver (400, 704) is satisfactory in sense of a currently provided frequency generation quality, and based on the estimation or determination adjust frequency generation quality of the local oscillator arrangement by selecting one of the multiple frequency generation qualities, wherein the estimation of the tolerable frequency generation quality includes reception of an indication from the main receiver with information about an interfering signal in an adjacent radio channel.
A liquid containing system for a floor cleaning device, the liquid containing system comprising an outlet having a plurality of openings to allow a liquid to be extracted by means of capillary force when a mopping substrate is mounted against the plurality of openings, after filling the liquid containing system being substantially closed but for the plurality of openings, characterized in that the openings have a diameter in the range of 0.2-0.9 mm, and preferably 0.2-0.4 mm, and more preferably 0.3 mm.
An apparatus comprising: a speaker; and a housing member having the speaker connected thereto, where the housing member forms at least part of a substantially sealed air space back cavity acoustically coupled to the speaker, and where the housing member comprises a dividing structure located in the back cavity between two adjacent air mass holding sections of the back cavity, where the dividing structure comprises at least one aperture to permit travel of sound waves through the at least one aperture between the air mass holding sections wherein the dividing structure comprises two spaced elongate walls with the aperture therebetween forming an elongate conduit. a speaker; and a housing member having the speaker connected thereto, where the housing member forms at least part of a substantially sealed air space back cavity acoustically coupled to the speaker, and where the housing member comprises a dividing structure located in the back cavity between two adjacent air mass holding sections of the back cavity, where the dividing structure comprises at least one aperture to permit travel of sound waves through the at least one aperture between the air mass holding sections wherein the dividing structure comprises two spaced elongate walls with the aperture therebetween forming an elongate conduit.
Machine for manufacturing containers from a heated preform, the preform having a recess and a mouth of the recess defining a neck of the container, the machine comprising a series of identical mould stations, each of the mould stations comprising: - a mould (100, 210), arranged to receive the heated preform and defining the shape of the container, - injection means (140, 145, 148, 149) for injecting at least one beverage component into the recess of the preform so as to promote expansion of the preform inside the mold and manufacture the container, characterized in that the machine is a rotary machine in a form of a rotary carousel arranged to rotate continuously and to carry the series of identical mould stations, and in that each of the mould stations comprises fixing means for fixing a stopper on the neck of the container. - a mould (100, 210), arranged to receive the heated preform and defining the shape of the container, - injection means (140, 145, 148, 149) for injecting at least one beverage component into the recess of the preform so as to promote expansion of the preform inside the mold and manufacture the container,
Method for cooling an electronic device in an aircraft, comprising the following steps: - circulating a coolant in a cooling circuit, - cooling the electronic device by means of the coolant, and, - in an aircraft outer-shell heat exchanger, emitting the heat taken up by the coolant, wherein, during normal operation, the coolant is permanently in a liquid phase and circulates in the coolant circuit by forced convection characterized in that, in the case of a malfunction and/or in the case of an increased cooling demand, the coolant evaporates, at least partially, during the cooling of the electronic device, condenses in the aircraft outer-shell heat exchanger, and circulates in the coolant circuit by natural convection. - circulating a coolant in a cooling circuit, - cooling the electronic device by means of the coolant, and, - in an aircraft outer-shell heat exchanger, emitting the heat taken up by the coolant,
A terminal device comprising: a higher layer processing unit that is configured to set a first UL-DL configuration configured by using a common RRC message; and a control unit that is configured to set an antenna port for an enhanced physical downlink control channel for localized transmission of the enhanced physical downlink control channel, wherein a subframe is a special subframe in the first UL-DL configuration, in a case that the special subframe has a special subframe configuration 3, 4, or 8, candidates of the antenna port are antenna ports 107, 108, 109 and 110, in a case that the special subframe has a special subframe configuration 1, 2, 6,7, or 9, candidates of the antenna port are antenna ports 107 and 109, wherein said terminal device is further configured, in a case that a second UL-DL configuration indicated by downlink control information which is transmitted on a physical downlink control channel is set, the subframe is a normal subframe in the second UL-DL configuration and candidates of the antenna port are antenna ports 107, 108, 109, and 110, and the special subframe is a subframe including three regions which are a region in which downlink transmission is performed, DwPTS, a guard period, GP, and a region in which uplink transmission is performed, UpPTS, in this order. a higher layer processing unit that is configured to set a first UL-DL configuration configured by using a common RRC message; and a control unit that is configured to set an antenna port for an enhanced physical downlink control channel for localized transmission of the enhanced physical downlink control channel, wherein a subframe is a special subframe in the first UL-DL configuration, in a case that the special subframe has a special subframe configuration 3, 4, or 8, candidates of the antenna port are antenna ports 107, 108, 109 and 110, in a case that the special subframe has a special subframe configuration 1, 2, 6,7, or 9, candidates of the antenna port are antenna ports 107 and 109, wherein said terminal device is further configured, in a case that a second UL-DL configuration indicated by downlink control information which is transmitted on a physical downlink control channel is set, the subframe is a normal subframe in the second UL-DL configuration and candidates of the antenna port are antenna ports 107, 108, 109, and 110, and the special subframe is a subframe including three regions which are a region in which downlink transmission is performed, DwPTS, a guard period, GP, and a region in which uplink transmission is performed, UpPTS, in this order.
A fastening device with indirect firing, comprising in a housing a mobile equipment including a barrel and a nail guide so as to drive, through a piston in the equipment barrel, a fastening element into a support material, driving piston propelling means and anti-firing means arranged to avoid a manual backward movement of the nail guide, which nail guide projects at rest outside the housing, characterized in that it is mounted on the device an anti-firing lock and, on the equipment, a locking abutment, the anti-firing lock being arranged for, in a resting and locking position, being on a rear abutment against said equipment locking abutment and preventing the axial backward movement thereof and for, in an unlocking position, allowing the axial backward movement of the equipment.
An ejector system comprising: a primary ejector for generating a vacuum across a first, drive stage comprising a drive nozzle array for generating drive jet flow of drive fluid from a pressurized fluid source, the drive nozzle array including two or more nozzles arranged to feed respective drive fluid jets together substantially directly into a common outlet of the drive stage so as to entrain air or other medium in a volume surrounding the drive fluid jets into the drive jet flow in order to generate a vacuum across the drive stage; and a booster ejector connected in parallel with said primary ejector for simultaneously generating a vacuum across a booster stage, the booster ejector comprising a booster nozzle for generating a booster drive fluid jet from said same pressurized fluid source and feeding said booster drive fluid jet substantially directly into an outlet of the booster stage so as to entrain said air or other medium in a volume surrounding the booster drive fluid jet into the booster jet flow in order to generate a vacuum across the booster stage, wherein said booster ejector is configured to generate a vacuum to a lower pressure in said booster stage than is said primary ejector in said drive stage, said booster stage and said drive stage being connected to a common volume to be evacuated and a valve being provided to close the connection between the drive stage and the volume to be evacuated when the pressure in the volume to be evacuated falls below the minimum pressure that can be generated in the drive stage. a primary ejector for generating a vacuum across a first, drive stage comprising a drive nozzle array for generating drive jet flow of drive fluid from a pressurized fluid source, the drive nozzle array including two or more nozzles arranged to feed respective drive fluid jets together substantially directly into a common outlet of the drive stage so as to entrain air or other medium in a volume surrounding the drive fluid jets into the drive jet flow in order to generate a vacuum across the drive stage; and a booster ejector connected in parallel with said primary ejector for simultaneously generating a vacuum across a booster stage, the booster ejector comprising a booster nozzle for generating a booster drive fluid jet from said same pressurized fluid source and feeding said booster drive fluid jet substantially directly into an outlet of the booster stage so as to entrain said air or other medium in a volume surrounding the booster drive fluid jet into the booster jet flow in order to generate a vacuum across the booster stage, wherein
A grommet for a heat shield of a wheel and brake assembly, the grommet comprising a radially outward surface; a first radially inward surface opposite the radially outward surface; a plug opening formed in the radially outward surface; a first recessed surface located radially inward of the radially outward surface and radially outward of the first radially inward surface; a second recessed surface located radially inward of the radially outward surface and radially outward of the first radially inward surface; a first interior radial surface extending between the first recessed surface and the first radially inward surface; a second interior radial surface oriented toward the first interior radial surface and extending between the second recessed surface and the first radially inward surface; an exterior radial surface extending from the radially outward surface to the first radially inward surface; a shield groove formed in the exterior radial surface; a first inward protrusion extending radially inward from the first radially inward surface; and a second inward protrusion extending radially inward from the first radially inward surface. a radially outward surface; a first radially inward surface opposite the radially outward surface; a plug opening formed in the radially outward surface; a first recessed surface located radially inward of the radially outward surface and radially outward of the first radially inward surface; a second recessed surface located radially inward of the radially outward surface and radially outward of the first radially inward surface; a first interior radial surface extending between the first recessed surface and the first radially inward surface; a second interior radial surface oriented toward the first interior radial surface and extending between the second recessed surface and the first radially inward surface; an exterior radial surface extending from the radially outward surface to the first radially inward surface; a shield groove formed in the exterior radial surface; a first inward protrusion extending radially inward from the first radially inward surface; and a second inward protrusion extending radially inward from the first radially inward surface.
A method for authorizing data by a digital signature certificate, wherein a first device is used, which executes the data authorization process and on which the authorizing application is stored, and a second device is used, on which the digital signature certificate is stored, characterized in that the devices (M, S) are connected using Bluetooth technology, and in every data authorization transaction the devices (M, S) exchange a hash of a string created by joining a first string generated by the first device and a second string generated by the second device, while at least one of the generated strings (PL1, T) has been generated in the previous authorization transaction between the two devices (M, S) or in the first contact between the two devices (M, S); and whereas the first generated string is, in the course of the transaction in which it has been generated, passed to the second device and the second generated string is, in the course of the transaction in which it has been generated, passed to the first device.
Apparatus comprising a housing containing electrical apparatus, a conduit for coolant liquid arranged within the housing and in thermal contact with the electrical apparatus, and at least one connector located on the underside of the housing arranged to supply coolant liquid to the conduit, characterised in that, said apparatus further comprises means for detecting the presence of coolant liquid which has leaked from the at least one connector.
A method for determining an illumination setting for capturing an image of a component, belonging to a specific package type, in a pick-and-place machine, the method comprising: capturing a first image of a first component of said specific package type while the first component is illuminated by a first illumination component; capturing a second image of the first component while the first component is illuminated by a second illumination component, the second illumination component being different from the first illumination component; generating, by combining the first image and the second image at different intensities, a plurality of generated images of the first component, wherein each one of the plurality of generated images comprises a specific combination of an intensity of the first image and an intensity of the second image, corresponding to a specific combination of an illumination intensity level of the first illumination component and an illumination intensity level of the second illumination component; selecting at least one of the plurality of generated images that fulfils a predetermined quality measure; determining, based on the selected generated image, an illumination setting associated with said package type, wherein the determined illumination setting comprises a first intensity level for the first illumination component corresponding to an intensity of the first image in the selected generated image and a second intensity level for the second illumination component corresponding to an intensity of the second image in the selected generated image. capturing a first image of a first component of said specific package type while the first component is illuminated by a first illumination component; capturing a second image of the first component while the first component is illuminated by a second illumination component, the second illumination component being different from the first illumination component; generating, by combining the first image and the second image at different intensities, a plurality of generated images of the first component, wherein each one of the plurality of generated images comprises a specific combination of an intensity of the first image and an intensity of the second image, corresponding to a specific combination of an illumination intensity level of the first illumination component and an illumination intensity level of the second illumination component; selecting at least one of the plurality of generated images that fulfils a predetermined quality measure; determining, based on the selected generated image, an illumination setting associated with said package type, wherein the determined illumination setting comprises a first intensity level for the first illumination component corresponding to an intensity of the first image in the selected generated image and a second intensity level for the second illumination component corresponding to an intensity of the second image in the selected generated image.
A receptacle holding unit for a device for preparing a beverage from an ingredient contained in a receptacle, in particular by circulating a liquid into such receptacle and centrifugally driving such receptacle, comprising: - a first part and a second part cooperating with the first part; - a cavity for receiving said receptacle, the cavity being delimited by at least one of the first and second parts (10,20); - a driving device for relatively moving the second part towards the first part, in particular along a longitudinal axis, into a closed position for securing said receptacle in the cavity and relatively apart from the first part into an open position for inserting said receptacle into the cavity and/or for removing said receptacle therefrom, the driving device comprising an actuator and a transmission (22,32;22',32') that has a helicoidal ramp arrangement (32,32') cooperating with a connector member (22,22') for converting a translational movement into a rotational movement or vice versa, the helicoidal ramp arrangement (32,32') being mounted to the first part and the connector member being mounted to the second part so that, when the actuator actuates the transmission, the first and second parts (10,20) are driven together or apart by the helicoidal ramp arrangement cooperating with the connector member, the helicoidal ramp arrangement (32,32') having a first portion with a smaller slope and a second portion with a greater slope for adjusting a transmission speed and force between the ramp arrangement (32,32') and the connector member (22,22') to adjust a resulting speed and force of the first and second parts (10,20) moving between their open and closed positions, optionally: - the second portion extending from the first portion and forming at least a middle portion of the ramp arrangement (32,32'); and/or - the driving device comprising a plurality of pairs formed of a helicoidal ramp arrangement and a connector member, characterised in that the first portion forms an end portion of the ramp arrangement (32,32') which contacts the connector member (22,22') in the open or closed position, the ramp arrangement (32,32') comprising a third portion having a slope that is smaller than the greater slope of the second portion, optionally the third portion forming an end portion of the ramp arrangement (32,32') that is opposite to the first portion. - a first part and a second part cooperating with the first part; - a cavity for receiving said receptacle, the cavity being delimited by at least one of the first and second parts (10,20); - a driving device for relatively moving the second part towards the first part, in particular along a longitudinal axis, into a closed position for securing said receptacle in the cavity and relatively apart from the first part into an open position for inserting said receptacle into the cavity and/or for removing said receptacle therefrom, - the second portion extending from the first portion and forming at least a middle portion of the ramp arrangement (32,32'); and/or - the driving device comprising a plurality of pairs formed of a helicoidal ramp arrangement and a connector member,