mhurhangee/patent-ind-claim-en huggingface dataset:
Dedusting attachment for a testing device for small-sized bulk goods (4 to 10), wherein the dedusting attachment comprises: - a chamber with a feed aperture for introducing small-sized bulk goods (4 to 10) into the chamber , - wherein the chamber comprises a first outlet opening for dust as well as a second outlet opening for bulk goods (4 to 10), - wherein above the first outlet opening as well as of the second outlet opening a bottom swivellable about an axis (A) is disposed, - wherein the bottom comprises a first section as well as a second section , - wherein the first section comprises perforations (19 to 21) having a sifting function such that dust can be removed from the chamber across the first outlet opening , - wherein the second section of bottom is closed and characterized thereby that in a first position the bottom is inclined in the direction of outlet opening and the bottom blocks the second outlet opening - and that the bottom in a second position is inclined in the direction of the second outlet opening whereby this second outlet opening is opened such that bulk goods (4 to 10) can be removed from the chamber . - a chamber with a feed aperture for introducing small-sized bulk goods (4 to 10) into the chamber , - wherein the chamber comprises a first outlet opening for dust as well as a second outlet opening for bulk goods (4 to 10), - wherein above the first outlet opening as well as of the second outlet opening a bottom swivellable about an axis (A) is disposed, - wherein the bottom comprises a first section as well as a second section , - wherein the first section comprises perforations (19 to 21) having a sifting function such that dust can be removed from the chamber across the first outlet opening , - wherein the second section of bottom is closed and characterized thereby that in a first position the bottom is inclined in the direction of outlet opening and the bottom blocks the second outlet opening - and that the bottom in a second position is inclined in the direction of the second outlet opening whereby this second outlet opening is opened such that bulk goods (4 to 10) can be removed from the chamber .
An automatic lifting device with a frame part , comprising a wheel plane at the lower side of which a number of carrying wheels are provided and, above the wheel plane , a carrying plane guided in parallel herewith, as well as a parallel guide and springs effective between the wheel plane and the carrying plane , whereby the carrying plane is springily movable towards the wheel plane in dependence of a load positioned on the carrying plane , where the parallel guide comprises two or more spring-mounted linkages arranged between the wheel plane and the carrying plane and where each linkage comprises two carrying elements , and where such two carrying elements are hinged together along knee hinge lines at one end of them, and at the opposite ends are hinged to the wheel plane and the carrying plane , respectively, along, running in parallel with the knee hinge lines , a wheel plane hinge line and a carrying plane hinge line , respectively, where at least two of the linkages have non-parallel running knee hinge lines , as each of said hinge lines are associated with a hinge pin , which hinge pin defines the rotational axis for the mutually hinged elements, characterized in that on the hinge pin for the wheel plane hinge line and the carrying plane hinge line , respectively, a spiral spring for each is mounted with windings running around the hinge pin , so that each spiral spring transfers a lifting moment between the carrying element and the wheel plane and the carrying plane , respectively, which moment is largest when the carrying plane and the wheel plane are closest to each other, and smallest when the distance between the wheel plane and the carrying plane is largest.
A method for detecting interconnect bypass by a subscription identity in a telecommunication network , said telecommunication network comprising a plurality of mobile switching centres, MSCs , each MSC serving a plurality of subscription identities, said method comprising the steps of: - setting , by a MSC , a bypass threshold value which indicates a number of originating calls from a single subscription identity per pre-defined period of time, said subscription identity served by said MSC ; - monitoring , by said MSC , the number of originating calls from at least one of said plurality of subscription identities, served by said MSC , per said pre-defined period of time, and - detecting , by said MSC , when said monitored number of originating calls for one of said plurality of subscription identities exceeds said bypass threshold value , and issuing an alert message thereby indicating an interconnect bypass by said one of said plurality of subscription identities. - setting , by a MSC , a bypass threshold value which indicates a number of originating calls from a single subscription identity per pre-defined period of time, said subscription identity served by said MSC ; - monitoring , by said MSC , the number of originating calls from at least one of said plurality of subscription identities, served by said MSC , per said pre-defined period of time, and - detecting , by said MSC , when said monitored number of originating calls for one of said plurality of subscription identities exceeds said bypass threshold value , and issuing an alert message thereby indicating an interconnect bypass by said one of said plurality of subscription identities.
A system for controlling a supply of gas for inhalation by a user comprising: a supply outlet for supplying gas to a user; a vent inlet for receiving exhaled gas from a user; and a gas vent valve for opening and closing a gas flow path from the vent inlet, characterised in that the system includes: an electromagnetic actuator arranged to open and close the gas vent valve ; and a controller for controlling operation of the actuator, and the actuator comprises: an armature comprising a permanent magnet ; two coils (11,13; 90,92); and two coil cores , each of which extends within a respective coil; wherein the armature is moveable relative to the coils (11,13; 90,92) between first and second stable rest positions by passing a current through at least one of the coils, and in each rest position, the armature is closer to one of the coil cores than the other of the coil cores and is spaced by a gap from the closer coil core. a supply outlet for supplying gas to a user; a vent inlet for receiving exhaled gas from a user; and a gas vent valve for opening and closing a gas flow path from the vent inlet, characterised in that the system includes: an electromagnetic actuator arranged to open and close the gas vent valve ; and a controller for controlling operation of the actuator, and an electromagnetic actuator arranged to open and close the gas vent valve ; and a controller for controlling operation of the actuator, and the actuator comprises: an armature comprising a permanent magnet ; two coils (11,13; 90,92); and two coil cores , each of which extends within a respective coil; wherein the armature is moveable relative to the coils (11,13; 90,92) between first and second stable rest positions by passing a current through at least one of the coils, and in each rest position, the armature is closer to one of the coil cores than the other of the coil cores and is spaced by a gap from the closer coil core. an armature comprising a permanent magnet ; two coils (11,13; 90,92); and two coil cores , each of which extends within a respective coil; wherein the armature is moveable relative to the coils (11,13; 90,92) between first and second stable rest positions by passing a current through at least one of the coils, and in each rest position, the armature is closer to one of the coil cores than the other of the coil cores and is spaced by a gap from the closer coil core.
Use of a homologous series of simple, monoacid triacylglycerols composed by odd-chain fatty acids as retention index system in liquid chromatography.
Fuel filter , which comprises a filter head and a filter bowl which is detachably connected thereto and in which a filter element is located, wherein in the filter head an inflow channel as well as an outflow channel for the fuel are formed, so that the flow path of the fuel extends from the inflow channel in the filter head , through the filter bowl and through the filter element located therein to the outflow channel , and wherein a riser pipe projecting into the filter element and an arrangement for dividing gas bubbles accumulating in the interior of the fuel filter are further provided, the filter element being in the form of an approximately hollow cylinder which is provided with an inner cavity extending over its entire height into which the riser pipe protrudes, characterized in that the riser pipe , at its end facing the filter head , is connected thereto such that its internal bore opens into the outflow channel , in that the arrangement for dividing gas bubbles is formed exclusively by a restriction section provided in the interior of the riser pipe and in that said arrangement for dividing gas bubbles has the following features: - it reduces the diameter of the inner bore of the riser pipe compared to the inner diameter of the outflow channel , - it begins directly at the end of the riser pipe projecting into the inner cavity of the filter element , - it extends at least over part of the length of the riser pipe through which the fuel flows, and - it comprises a cross-sectional area, the size of which is no larger than a circular area with a diameter of 0.9 cm. - it reduces the diameter of the inner bore of the riser pipe compared to the inner diameter of the outflow channel , - it begins directly at the end of the riser pipe projecting into the inner cavity of the filter element , - it extends at least over part of the length of the riser pipe through which the fuel flows, and - it comprises a cross-sectional area, the size of which is no larger than a circular area with a diameter of 0.9 cm.
An electric heating device that is axially rotatable for extracting tobacco, comprising an outer shell for heating chamber, an inner shell for heating chamber and a heating assembly, wherein the heating assembly includes a heating chamber configured for receiving a smoking product and a heating element located in the heating chamber, the heating chamber is surrounded and delimited by the inner shell for heating chamber, and the heating element is configured to insert into and heat the smoking product, the inner shell for heating chamber is located at a front end of the heating assembly, the outer shell for heating chamber and the inner shell for heating chamber form a rotatable body, and the heating chamber is axially rotatable relative to the heating element to detach the smoking product from the heating element, to facilitate the removal of the smoking product after the suction of the smoking product is completed, characterized in that , a protection cover for heating element is inserted into a cavity between the outer shell for heating chamber and the inner shell for heating chamber, a bottom of the protection cover for heating element is connected with the heating element.
A sounding method of an access point, AP, for receiving feedback information including a downlink, DL, channel state in a wireless LAN, WLAN, system, the method comprising: transmitting a null data packet, NDP, announcement, NDPA, frame announcing transmission of an NDP frame; transmitting the NDP frame; transmitting a trigger frame including resource allocation information related to a resource unit allocated to a station STA; and receiving a feedback frame including a feedback information including the DL channel state by uplink, UL, multi-user, MU, transmission via the allocated resource unit, wherein the feedback information is generated based on the NDP frame, wherein the feedback information is reported for each of a plurality of frequency granularities, FGs, with respect to a partial reception bandwidth of the received NDP frame, wherein the partial reception bandwidth is a report target bandwidth, wherein each of the plurality of FGs is a report unit, and wherein each of the plurality of FGs has a smaller size than the partial reception bandwidth. transmitting a null data packet, NDP, announcement, NDPA, frame announcing transmission of an NDP frame; transmitting the NDP frame; transmitting a trigger frame including resource allocation information related to a resource unit allocated to a station STA; and receiving a feedback frame including a feedback information including the DL channel state by uplink, UL, multi-user, MU, transmission via the allocated resource unit, wherein the feedback information is generated based on the NDP frame, wherein the feedback information is reported for each of a plurality of frequency granularities, FGs, with respect to a partial reception bandwidth of the received NDP frame, wherein the partial reception bandwidth is a report target bandwidth, wherein each of the plurality of FGs is a report unit, and wherein each of the plurality of FGs has a smaller size than the partial reception bandwidth.
Utility vehicle , in particular motor vehicle, trailer or semitrailer, with at least one, in particular frontal in the direction of travel (F), pair of wheels for moving the utility vehicle and with at least one pair of spray protection devices , associated to the at least one pair of wheels , for reducing spray when driving on a moist roadway (FB), wherein the spray protection devices extend at least in sections laterally of the associated wheels and wherein the projections (P) of the sections of the spray protection devices extending laterally of the wheels are arranged in a direction parallel to the axes of rotation of the associated wheels on a plane (PE) intersecting the respectively associated wheel and aligned parallel to the associated wheel at least partially in front of and/or at least partially above the wheel , wherein the spray protection devices , viewed against the direction of travel (F), extend at most over half the width (B) of the at least one wheel from the outside and wherein the spray protection devices end completely behind a vertical plane (E1) in the direction of travel and that the vertical plane (E1) is arranged at a distance of 20% of the wheel diameter (RM) in front of the entire wheel characterized in that the projections (P) of the sections of the spray protection devices extending laterally from the wheels in a direction parallel to the axes of rotation of the associated wheels onto a plane (PE) intersecting the respective associated wheel and aligned parallel to the associated wheel are offset frontally in the direction of travel (F) from a vertical plane (E3) passing through the wheel center (RM) by less than 10% of the wheel diameter or the height (H) of the wheel .
A destacking device for destacking trays from a tray stack , comprising: a vertical guide for receiving a tray stack ; separating means configured to individually destack the respective lowermost tray of a tray stack received in the vertical guide ; and unloading means including a retaining member and drive means configured to move the retaining member between a retaining position, in which the retaining member retains a portion of a tray stack received in the vertical guide , and a release position, in which the retaining member releases the tray stack , wherein the movement path of the retaining member between the retaining position and the release position is defined by a link guide , characterized in that the drive means for transmitting force to the retaining member for moving the retaining member is pivotably connected to the retaining member , and the link guide comprises two slots each guiding a horizontal pin therein. a vertical guide for receiving a tray stack ; separating means configured to individually destack the respective lowermost tray of a tray stack received in the vertical guide ; and unloading means including a retaining member and drive means configured to move the retaining member between a retaining position, in which the retaining member retains a portion of a tray stack received in the vertical guide , and a release position, in which the retaining member releases the tray stack , wherein the movement path of the retaining member between the retaining position and the release position is defined by a link guide , characterized in that the drive means for transmitting force to the retaining member for moving the retaining member is pivotably connected to the retaining member , and the link guide comprises two slots each guiding a horizontal pin therein.
An apparatus comprising: a supply assembly configured to maintain and selectively dispense a first precursor and a second precursor, wherein the first precursor possesses an azide group and the second precursor possesses an alkyne group; a mixing assembly configured to mix the first and second precursors, the mixing assembly including an elongate member having substantially open proximal and distal ends, and a mixing cavity extending therebetween; characterized in that the mixing assembly further includes a plurality of mixing elements extending the length of the mixing cavity and forming substantially helical members or including multiple planar or curved blades or a single helical screw, the mixing elements being arranged in an alternating orientation to increase the turbulence of first and second precursors as the precursors flow through the mixing cavity , any or all of mixing elements including a transition metal ion catalyst coating configured to catalyze the mixture flowing through mixing assembly . a supply assembly configured to maintain and selectively dispense a first precursor and a second precursor, wherein the first precursor possesses an azide group and the second precursor possesses an alkyne group; a mixing assembly configured to mix the first and second precursors, the mixing assembly including an elongate member having substantially open proximal and distal ends, and a mixing cavity extending therebetween; characterized in that the mixing assembly further includes a plurality of mixing elements extending the length of the mixing cavity and forming substantially helical members or including multiple planar or curved blades or a single helical screw, the mixing elements being arranged in an alternating orientation to increase the turbulence of first and second precursors as the precursors flow through the mixing cavity , any or all of mixing elements including a transition metal ion catalyst coating configured to catalyze the mixture flowing through mixing assembly .
A heat sink for a remote radio unit, the heat sink comprising: a base , at least three primary fins arranged in a row, wherein each primary fin extends from the base and comprises two lateral faces which face into two opposite lateral directions, and at least two secondary fins formed on the primary fins , wherein each secondary fin extends from one of the primary fins into the two opposite lateral directions associated with that primary fin , wherein only every second primary fin in the row of primary fins is provided with a secondary fin wherein the heat sink comprises an integral metal plate which comprises the plurality of the secondary fins . a base , at least three primary fins arranged in a row, wherein each primary fin extends from the base and comprises two lateral faces which face into two opposite lateral directions, and at least two secondary fins formed on the primary fins , wherein each secondary fin extends from one of the primary fins into the two opposite lateral directions associated with that primary fin , wherein only every second primary fin in the row of primary fins is provided with a secondary fin wherein the heat sink comprises an integral metal plate which comprises the plurality of the secondary fins .
A method of generating skin-encapsulated capsules comprising: a) providing an aqueous phase comprising at least about 0.01% by weight of a skin-forming protein; b) forming an emulsion comprising droplets of said aqueous phase disposed in a continuous phase comprising a fluorinated oil and a negatively charged fluorinated surfactant; and c) heating said emulsion to create an interfacial skin between each droplet and the continuous phase, such that said droplets form skin-encapsulated capsules.
Synchronization device for determining a moment of the respiratory cycle of a patient in order to assist a medical intervention on said patient, comprising: - a locating device , - a patient reference , intended to be positioned on the body of the patient , and comprising radiopaque markers , at least one locating element configured to be detectable by the locating device , and an X-ray detector intended to cooperate with an X-ray imaging device , - a control unit for recording and processing data from the locating device and the patient reference, wherein the locating device is configured to continuously record the movements of the patient reference , the movements of the patient reference corresponding to the patient's respiratory cycle, and to transmit data relating to the movements of the patient reference to the control unit , in that the X-ray detector is configured to detect the moment when a medical image is acquired by the X-ray imaging device and to transmit the corresponding data to the control unit and wherein the control unit is configured to: o determine a position, referred to as a target position, of the patient reference in a reference frame of the locating device from the at least one locating element and the X-ray detector which are positioned on the patient reference , o determine a position, referred to as a candidate position, of the patient reference in the reference frame of the locating device from the at least one locating element which is positioned on the patient reference , o compare the candidate position and the target position, o when the candidate position is not within a predefined tolerance range relative to the target position, repeat the steps of determining the candidate position and comparing the target and candidate positions until the candidate position is within a predefined tolerance range relative to the target position. - a locating device , - a patient reference , intended to be positioned on the body of the patient , and comprising radiopaque markers , at least one locating element configured to be detectable by the locating device , and an X-ray detector intended to cooperate with an X-ray imaging device , - a control unit for recording and processing data from the locating device and the patient reference, o determine a position, referred to as a target position, of the patient reference in a reference frame of the locating device from the at least one locating element and the X-ray detector which are positioned on the patient reference , o determine a position, referred to as a candidate position, of the patient reference in the reference frame of the locating device from the at least one locating element which is positioned on the patient reference , o compare the candidate position and the target position, o when the candidate position is not within a predefined tolerance range relative to the target position, repeat the steps of determining the candidate position and comparing the target and candidate positions until the candidate position is within a predefined tolerance range relative to the target position.