mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: a container configured to support a plant ; and a microfluidic die positioned within the container , characterized in that the die includes: a substrate ; a first insulating layer on the substrate; a plurality of chambers in the first insulating layer ; a second insulating layer on the first insulating layer ; and a plurality of nozzles in the second insulating layer . a container configured to support a plant ; and a microfluidic die positioned within the container , characterized in that the die includes: a substrate ; a first insulating layer on the substrate; a plurality of chambers in the first insulating layer ; a second insulating layer on the first insulating layer ; and a plurality of nozzles in the second insulating layer . a substrate ; a first insulating layer on the substrate; a plurality of chambers in the first insulating layer ; a second insulating layer on the first insulating layer ; and a plurality of nozzles in the second insulating layer .
An electrohydraulic control valve having at least one inflow and one outflow in a housing block and having an electrically actuatable control piston , which is guided in an axially movable manner in a housing bore , the spring-loaded control piston being controllable with a valve cone against a valve seat , at least one control pin for actuation being arranged movably relative to the control piston at least in some sections in an axial bore of the control piston , the spring-loaded control pin being operatively connected to an operating drive for axial movement, and the control pin having a bearing section for bearing axially against a corresponding bearing section of the control piston , the control pin for actuation being axially movable relative to the control piston until the bearing section of the control pin bears sealingly and without clearance against the corresponding bearing section of the control piston , characterised in that the control pin with the control piston can be moved axially further to achieve an open state of the control piston , and that the control pin has an axially running through-bore for equalising the pressure or force between the pressurised ends of the control piston .
A gas generating pyrotechnic composition, the composition comprising: a primary fuel component including guanidine nitrate in a relative amount of 10 to 40 composition weight percent, preferably in a relative amount of 15 to 40 composition weight percent; a primary oxidizer component including ammonium perchlorate in a relative amount of 25 to 75 composition weight percent, preferably in a relative amount of 25 to 70 composition weight percent; elemental carbon, preferably in form of graphite, present in a relative amount of 3 to 10 composition weight percent; and cupric oxide present in a relative amount of 3 to 15 composition weight percent. a primary fuel component including guanidine nitrate in a relative amount of 10 to 40 composition weight percent, preferably in a relative amount of 15 to 40 composition weight percent; a primary oxidizer component including ammonium perchlorate in a relative amount of 25 to 75 composition weight percent, preferably in a relative amount of 25 to 70 composition weight percent; elemental carbon, preferably in form of graphite, present in a relative amount of 3 to 10 composition weight percent; and cupric oxide present in a relative amount of 3 to 15 composition weight percent.
Connection head (10; 10') for a tube profile of a modular scaffolding component designed as a vertical diagonal , comprising: - a connection section for detachably connecting the connection head (10; 10') to a connection rosette of a scaffold post (102; 104); and - an eye flange which extends away from the connection section and which serves for attaching the connection head to the tubular profile , wherein the eye flange comprises a foot segment being arranged on the connection section and an eye segment being carried by the foot segment with an eye , characterized in that , the eye segment protrudes laterally over the foot segment on both sides transversely to the longitudinal axis of the eye flange , the eye segment is arranged at the free end of the foot segment and the foot segment and the eye section comprises a T-shape overall. - a connection section for detachably connecting the connection head (10; 10') to a connection rosette of a scaffold post (102; 104); and - an eye flange which extends away from the connection section and which serves for attaching the connection head to the tubular profile , wherein the eye flange comprises a foot segment being arranged on the connection section and an eye segment being carried by the foot segment with an eye , characterized in that , the eye segment protrudes laterally over the foot segment on both sides transversely to the longitudinal axis of the eye flange , the eye segment is arranged at the free end of the foot segment and the foot segment and the eye section comprises a T-shape overall.
Support module for receiving at least one photovoltaic module , wherein the support module has a length 1, a height h and a width b, wherein the length 1 is greater than the height h and greater than the width b, wherein the support module has at least one receiving groove which extends in the direction of the length 1 and which has opposing groove walls for receiving an edge of a photovoltaic module , wherein the support module has a rafter element and a retention profile , wherein the retention profile is releasably secured to the rafter element and the retention profile forms at least one groove wall of the receiving groove, characterised in that the rafter element has a rafter groove which extends in the direction of the length l, wherein the rafter groove is orientated perpendicularly to the at least one receiving groove (6, 6,', 7, 7', 8, 8', 27) and in that either the retention profile has an engagement portion which engages in the rafter groove of the rafter element and whose outer contour corresponds to the inner contour of the rafter groove or there are provided two retention profiles which each have an engagement portion and which both engage in the rafter groove and which are arranged beside each other in the width direction b.
Method for operating a vacuum gripping device comprising a suction gripper unit , which is provided with at least one suction gripper and which can be connected, via a control valve device connected to the suction gripper unit , selectively to a vacuum source (V) causing a negative pressure in the suction gripper or to a positive pressure source (P) generating an ejector pulse in the suction gripper , wherein the ejector pulse is generated as a function of the actual pressure established in the suction gripper unit after its connection to the positive pressure source (P), characterised in that , during the generation of the ejector pulse, an actual pressure prevailing in the suction gripper unit is measured and the positive pressure source (P) is disconnected from the suction gripper unit by means of the control valve device when a pressure drop is detected during the measurement of the actual pressure.
A carousel for processing containers, which comprises a base structure that can rotate about the rotation axis of said carousel and supports a plurality of supporting elements that are mutually angularly spaced apart and are intended to support a respective container to be processed, said base structure being associated with at least one device for detecting the orientation of the containers carried by said supporting elements , said detection device comprising at least one sensor that can move about the rotation axis of said carousel between an initial angular position and a final angular position and vice versa, during movement from said initial angular position to said final angular position said at least one sensor being functionally associated with a container , which can move about the rotation axis of said carousel and about its own longitudinal axis that is parallel to said rotation axis , in order to detect a feature of said container , said carousel further comprising kinematic connection means arranged between said base structure and said at least one sensor , which are adapted to couple integrally in rotation said at least one sensor and said base structure during the movement of said at least one sensor between said initial angular position and said final angular position, characterized in that said kinematic connection means are associated with motor means adapted to return on command said at least one sensor from said final angular position to said initial angular position by way of an angular movement of said at least one sensor in the opposite direction with respect to the rotation of said base structure about the rotation axis of said carousel .
A process for the preparation of a confectionery product comprising: providing an edible substrate which is a chewing gum which is not melted to a molten state during production of the confectionary product; and spraying a melted gum base composition to adhere to the edible substrate; wherein the melted gum base composition is selected from the group consisting of a polyisobutylene with GPC weight average molecular weight of 10,000 to 95,000, isobutylene-isoprene copolymer having styrene-butadiene ratios of 1:3 to 3:1, polyvinyl acetate having GPC weight average weight of 2,000 to 90,000, polyisoprene, polyethylene, vinyl acetate-vinyl laurate copolymer having vinyl laurate content of 5 to 50 wt% by wt of the copolymer and combinations thereof; and printing an edible ink-indicia on the edible substrate and/or the melted gum base composition. providing an edible substrate which is a chewing gum which is not melted to a molten state during production of the confectionary product; and spraying a melted gum base composition to adhere to the edible substrate; wherein the melted gum base composition is selected from the group consisting of a polyisobutylene with GPC weight average molecular weight of 10,000 to 95,000, isobutylene-isoprene copolymer having styrene-butadiene ratios of 1:3 to 3:1, polyvinyl acetate having GPC weight average weight of 2,000 to 90,000, polyisoprene, polyethylene, vinyl acetate-vinyl laurate copolymer having vinyl laurate content of 5 to 50 wt% by wt of the copolymer and combinations thereof; and printing an edible ink-indicia on the edible substrate and/or the melted gum base composition.
Flow element for a separation device , comprising a disc-shaped base body which comprises a first side and a second side opposite the first side , wherein the first side and/or the second side comprises a plurality of channels through which, in the mounted condition of the flow element in the separation device , a fluid is guidable outwards from a central opening in the base body , which is arranged centrally in the disc-shaped base body , or from the outside towards the centrally arranged central opening , wherein the base body comprises a plurality of receiving portions at least on the first side and a plurality of projections at least on the second side , wherein, in the mounted condition of the flow element , the projections are engageable with the receiving portions of a further flow element that is placed on the flow element and is of substantially the same construction, characterized in that the first side and the second side each comprise a plurality of projections and a plurality of receiving portions , wherein the receiving portions are arranged in channel bottoms of the channels .
A tendon actuated hand enhancer comprising at least one artificial tendon , a pulling means for pulling the at least one artificial tendon and a force anchoring device , wherein at least one pulling point for said at least one artificial tendon is provided at said force anchoring device , characterised in that said force anchoring device comprises a rigid band circumventing more than half of a circumference of a wearer's hand in use, but being bendable in the circumferential direction, and in that the force anchoring device is provided at the tendon actuated hand enhancer at a position corresponding to carpal and proximal portion of metacarpal bones of a user's hand when the hand enhancer is in use.
A child car seat with an integrated overheating protection for children comprising the following elements installed: a battery with a plug (3.1), a processor electrically connected to the battery , a scale , and a temperature sensor which at elevated temperatures inside the car triggers an audible alarm warning characterized in that it further comprises a water storage container with valves (7.1, 7.2) and a motion sensor and that the processor which controls the scale , the audible alarm warning , the valve (7.1), the temperature sensor and the motion sensor also powers all of these elements via the battery and has a built-in time relay (4.1), a delay button (4.1.1), a temperature button (4.2) and a time controller (4.3). a battery with a plug (3.1), a processor electrically connected to the battery , a scale , and a temperature sensor which at elevated temperatures inside the car triggers an audible alarm warning characterized in that it further comprises a water storage container with valves (7.1, 7.2) and a motion sensor and that the processor which controls the scale , the audible alarm warning , the valve (7.1), the temperature sensor and the motion sensor also powers all of these elements via the battery and has a built-in time relay (4.1), a delay button (4.1.1), a temperature button (4.2) and a time controller (4.3).
A radar fill level measuring device for fill level measurement or for capturing a topology of a product surface in a container, comprising: an arrangement comprising one or more radar chips , comprising a plurality of transmission channels for generating a respective transmission signal and/or a plurality of reception channels for capturing the respective transmission signals reflected at the filling material surface; an antenna arrangement comprising a plurality of transmitting elements (109-112) and a plurality of receiving elements (113-119); wherein the radar fill level measuring device has more transmission channels than transmission elements and/or more reception channels than reception elements; and wherein the radar fill level measuring device comprises a control circuit configured for activating one of two or more operating states of the radar fill level meter measuring device; wherein in each of the two operating states a different number of transmitting channels and/or receiving channels is used. an arrangement comprising one or more radar chips , comprising a plurality of transmission channels for generating a respective transmission signal and/or a plurality of reception channels for capturing the respective transmission signals reflected at the filling material surface; an antenna arrangement comprising a plurality of transmitting elements (109-112) and a plurality of receiving elements (113-119); wherein the radar fill level measuring device has more transmission channels than transmission elements and/or more reception channels than reception elements; and wherein the radar fill level measuring device comprises a control circuit configured for activating one of two or more operating states of the radar fill level meter measuring device; wherein in each of the two operating states a different number of transmitting channels and/or receiving channels is used.
A method comprising: receiving, by a processing system of a virtual interference mitigation server in a cloud networking architecture, data representing signals of uplink paths associated with remote radio units, RRUs, communicating with communication devices transmitting via the uplink paths; performing, by the processing system, measurements of the signals of the uplink paths; identifying, by the processing system based on comparisons of the measurements with one or more thresholds, one or more affected uplink paths that are affected by signal interference, wherein the signal interference includes interference signals on the one or more affected uplink paths; initiating, by the processing system, corrective action to improve the measurements of the affected uplink paths, wherein the corrective action includes locating unused uplink paths not affected by the signal interference, suppressing one or more of the interference signals, adjusting a number of the communication devices allowed to transmit via the affected uplink paths, or any combination thereof; providing, by the processing system, updated digital data to virtual baseband processor units, BBUs, in communication with the virtual interference mitigation server; and instructing, by the processing system, one or more of the virtual BBUs to move transmissions to one or more uplink paths different from the affected uplink paths. receiving, by a processing system of a virtual interference mitigation server in a cloud networking architecture, data representing signals of uplink paths associated with remote radio units, RRUs, communicating with communication devices transmitting via the uplink paths; performing, by the processing system, measurements of the signals of the uplink paths; identifying, by the processing system based on comparisons of the measurements with one or more thresholds, one or more affected uplink paths that are affected by signal interference, wherein the signal interference includes interference signals on the one or more affected uplink paths; initiating, by the processing system, corrective action to improve the measurements of the affected uplink paths, wherein the corrective action includes locating unused uplink paths not affected by the signal interference, suppressing one or more of the interference signals, adjusting a number of the communication devices allowed to transmit via the affected uplink paths, or any combination thereof; providing, by the processing system, updated digital data to virtual baseband processor units, BBUs, in communication with the virtual interference mitigation server; and instructing, by the processing system, one or more of the virtual BBUs to move transmissions to one or more uplink paths different from the affected uplink paths.
A chromogenic copolymer, comprising at least two monomeric units, of general formula I: wherein at least one of the R1-R5 groups is an NH 2 group or contains an aromatic ring with an NH 2 group, and wherein at least one of the R6-R10 groups is an aromatic ring activating group, and in which the proportion of any of the monomeric units represents at least 0.1% of the total number of monomer units.
An atomization assembly , comprising: a seat unit comprising a base and a sleeve connected to an end of the base , wherein the sleeve has an accommodating cavity and at least one window in communication with the accommodating cavity ; a mesh connected to the base and accommodated in the accommodating cavity ; and a liquid guiding unit accommodated in the accommodating cavity and covering an outside of the mesh , wherein the liquid guiding unit is configured to guide atomization liquid that flows into the liquid guiding unit through the window to the mesh , characterised in that a single grid area of a region of the mesh corresponding to the window is less than a single grid area of remaining regions of the mesh ; or a single grid area of a part of the mesh that is close to the base is less than a single grid area of a part of the mesh that is away from the base . a seat unit comprising a base and a sleeve connected to an end of the base , wherein the sleeve has an accommodating cavity and at least one window in communication with the accommodating cavity ; a mesh connected to the base and accommodated in the accommodating cavity ; and a liquid guiding unit accommodated in the accommodating cavity and covering an outside of the mesh , wherein the liquid guiding unit is configured to guide atomization liquid that flows into the liquid guiding unit through the window to the mesh , characterised in that a single grid area of a region of the mesh corresponding to the window is less than a single grid area of remaining regions of the mesh ; or a single grid area of a part of the mesh that is close to the base is less than a single grid area of a part of the mesh that is away from the base .
A system comprising: a waveform generator configured to provide a direct current (DC), wherein the DC comprises: a first phase with a suprathreshold amplitude configured to provide a block of a neural structure to prime the neural structure; and a second phase with a subthreshold amplitude for the neural structure; and one or more electrodes configured to be in electrical communication with the waveform generator to deliver the first phase of the DC for a first time and the second phase of the DC for a second time, after the first time, to the neural structure. a waveform generator configured to provide a direct current (DC), wherein the DC comprises: a first phase with a suprathreshold amplitude configured to provide a block of a neural structure to prime the neural structure; and a second phase with a subthreshold amplitude for the neural structure; and a first phase with a suprathreshold amplitude configured to provide a block of a neural structure to prime the neural structure; and a second phase with a subthreshold amplitude for the neural structure; and one or more electrodes configured to be in electrical communication with the waveform generator to deliver the first phase of the DC for a first time and the second phase of the DC for a second time, after the first time, to the neural structure.
Automatic sterilising dispenser of single disposable devices as an aid for female urination in a standing position ("Feminine Urinary Device" - FUD), each FUD being made up of a substantially conical channel element which is substantially flattened on the two opposite generatrices of the cone in order to be dispensed and subsequently opened in a tubular manner at the time of use, said FUD having a larger oblique base with a curvilinear profile and provided with an indentation, and a smaller oblique base, opposite the larger base, provided with an opening forming a spout, said automatic dispenser comprising - a stack of said single disposable FUD devices in substantially compacted form ; - at least one loading container housing said stack of said single disposable FUD devices in substantially compacted form , said container resting on a horizontal base ; - an outlet slot dispensing said FUD , in the vicinity of which one or more UV steriliser elements are placed, said slot being aligned with said base ; - a dispensing button ; - at least one electronic component for dispensing control; - means of forward movement and dispensing placed beneath said base of said loading container and a slot formed through said base , wherein said forward movement means are apt to move the FUD resting on said base forwards for a certain length toward said outlet slot , by means of direct push on said indentation of said FUD in such a way as to cause to exit from said outlet slot a certain length of FUD for gripping by the user, said forward movement means comprising an element which acts as mechanical contrast moving along said horizontal slot and having a part protruding upwards from said slot , said protruding part having a curved profile, at the frontal side to the outlet slot , that is complementary to the profile of the indentation of the FUD so as to exert a direct push on at least one curved portion of said indentation of said FUD when placed above said slot of said base . - a stack of said single disposable FUD devices in substantially compacted form ; - at least one loading container housing said stack of said single disposable FUD devices in substantially compacted form , said container resting on a horizontal base ; - an outlet slot dispensing said FUD , in the vicinity of which one or more UV steriliser elements are placed, said slot being aligned with said base ; - a dispensing button ; - at least one electronic component for dispensing control; - means of forward movement and dispensing placed beneath said base of said loading container and a slot formed through said base ,