mhurhangee/ep-ind-claims huggingface dataset:
A spray actuator configured to be associated with a can having an internal valve and hollow stem, the spray actuator comprising: ∘ a top and a shroud, the shroud including a bottom perimeter; ∘ a central passageway having an inlet opening sized to accept the hollow stem when the spray actuator is associated with the can; ∘ an expansion chamber located in the central passageway opposite the inlet opening; ∘ an expansion chamber outlet opening that is oriented perpendicular to the central passageway inlet opening; and ∘ a mouth having a mouth inlet and a slotted outlet, wherein the mouth cross sectional area tapers outwardly from the mouth inlet to the slotted outlet, wherein the expansion chamber outlet opening opens into the mouth inlet and wherein the expansion chamber outlet opening has a cross-sectional area that is smaller than the cross sectional area of the slotted outlet; the spray actuator being characterized in that, when the spray actuator is associated with the can, the expansion chamber outlet opening is the only actuator choke point for the pressurized fluid flowing between the actuator inlet opening and the mouth inlet, wherein both the cross-sectional area of the actuator inlet opening into the expansion chamber and the cross-sectional of any can valve opening are larger than the cross-sectional area of the expansion chamber outlet opening in order to prevent pressurized fluid flow from being choked or held up before it enters the expansion chamber. ∘ a top and a shroud, the shroud including a bottom perimeter; ∘ a central passageway having an inlet opening sized to accept the hollow stem when the spray actuator is associated with the can; ∘ an expansion chamber located in the central passageway opposite the inlet opening; ∘ an expansion chamber outlet opening that is oriented perpendicular to the central passageway inlet opening; and ∘ a mouth having a mouth inlet and a slotted outlet, wherein the mouth cross sectional area tapers outwardly from the mouth inlet to the slotted outlet, wherein the expansion chamber outlet opening opens into the mouth inlet and wherein the expansion chamber outlet opening has a cross-sectional area that is smaller than the cross sectional area of the slotted outlet;
Glass bottle with a bottleneck (11, 91) with blind holes (19, 19', 92, 92') on the outer side of the bottleneck for a swing top, wherein the blind holes (19, 19', 92, 92') are asymmetrical, whereby they are configured asymmetrical at least in the extension of the bottleneck longitudinal direction, characterized in that - each blind hole (19, 19', 92, 92') is configured as a curved surface containing regions with a concave and regions with a convex shape, - the blind hole contour line (61, 61', 101, 101') that is situated in a plane perpendicularly to the extension of the bottleneck longitudinal direction has spread branches or is configured with a tulip shape. - each blind hole (19, 19', 92, 92') is configured as a curved surface containing regions with a concave and regions with a convex shape, - the blind hole contour line (61, 61', 101, 101') that is situated in a plane perpendicularly to the extension of the bottleneck longitudinal direction has spread branches or is configured with a tulip shape.
A computer-implemented method comprising: receiving audio data corresponding to an utterance; obtaining a transcription of the utterance; generating a representation of the audio data; generating a representation of the transcription of the utterance; providing (i) the representation of the audio data and (ii) the representation of the transcription of the utterance to a classifier that, based on a given representation of audio data and a given representation of a transcription of an utterance, is trained to output an indication of whether the utterance associated with the given representation is likely directed to an automated assistant or is likely not directed to an automated assistant; receiving, from the classifier, an indication of whether the utterance corresponding to the received audio data is likely directed to the automated assistant or is likely not directed to the automated assistant; and selectively instructing the automated assistant based at least on the indication of whether the utterance corresponding to the received audio data is likely directed to the automated assistant or is likely not directed to the automated assistant, wherein the classifier includes one or more neural network elements to process the spoken utterance, wherein the classifier trains the neural network elements with examples of queries previously spoken by users not likely directed towards the automated assistant server. receiving audio data corresponding to an utterance; obtaining a transcription of the utterance; generating a representation of the audio data; generating a representation of the transcription of the utterance; providing (i) the representation of the audio data and (ii) the representation of the transcription of the utterance to a classifier that, based on a given representation of audio data and a given representation of a transcription of an utterance, is trained to output an indication of whether the utterance associated with the given representation is likely directed to an automated assistant or is likely not directed to an automated assistant; receiving, from the classifier, an indication of whether the utterance corresponding to the received audio data is likely directed to the automated assistant or is likely not directed to the automated assistant; and selectively instructing the automated assistant based at least on the indication of whether the utterance corresponding to the received audio data is likely directed to the automated assistant or is likely not directed to the automated assistant, wherein the classifier includes one or more neural network elements to process the spoken utterance, wherein the classifier trains the neural network elements with examples of queries previously spoken by users not likely directed towards the automated assistant server.
An equalizer, comprising; a differential pair of transistors (M0, M0') having a first differential pair transistor and a second differential pair transistor (M0'), said differential pair of transistors (M0, M0') configured for receiving a differential input signal; a first load transistor having a drain electrically connected to an output terminal of the first differential pair transistor; a second load transistor (P0') having a drain electrically connected to an output terminal of the second differential pair transistor; a first source follower transistor having a gate electrically connected to the drain of the first load transistor and having a source electrically connected to a gate of the first load transistor; a first capacitor electrically connected between the source of the first source follower transistor and a node selected from the group consisting of a power supply node and a ground node; a second source follower transistor (M1') having a gate electrically connected to the drain of the second load transistor and having a source electrically connected to a gate of the second load transistor; a second capacitor (C2') electrically connected between the source of the second source follower transistor and the node; wherein if an instantaneous frequency for the differential input signal is below a boost frequency, each of the first and second capacitors presents a high impedance to the gate of the corresponding load transistor and each load transistor is configured to be diode connected to load the differential pair of transistors with a first impedance and wherein if the instantaneous frequency for the differential input signal is above the boost frequency, each of the first and second capacitors is configured to present a low impedance to the gate of the corresponding load transistor and the diode connection is configured to be broken for each load transistor to load the differential pair of transistors with a second impedance that is greater than the first impedance; and a first DC-gain-boosting transistor having its source connected to the node, its drain coupled to the drain of the first load transistor and its gate connected to the gate of the opposing second load transistor (P0') and a second DC-gain-boosting transistor (P1') having its source connected to the node, its drain connected to the drain of the second load transistor and its gate connected to the gate of the opposing first load transistor, wherein the first DC-gain-boosting transistor is configured to respond to a differential input voltage driving the first differential transistor and the second differential transistor by functioning in opposition to the first load transistor, and wherein the second DC-gain-boosting transistor is configured to respond to the differential input voltage by functioning in opposition to the second load transistor (P0').
Granulate drying device for a coating production station, the drying device comprising a cylindrical drum with an input end and an output end and a burner disposed on the side of the output end, granulate driving sheets being installed inside the cylindrical drum to spread the granulates in the hot air diffused by the burner, in which at least a part of the driving sheets have, at their free ends, cut slits and in which at least a part of the driving sheets comprise a fixing wall and an end wall, being characterized in that the angle (α) between the fixing wall and the end wall lies between 100° and 160° and, more particularly, is equal to 125°.
A method of watermarking, the method comprising: providing, via an embedded browser of a client application on a client device, access to a network application hosted on a server; selecting, by a watermark engine of the client application, from a plurality of policies to determine whether to insert a watermark, at least one policy according to a factor including at least a profile of the network application accessed via the embedded browser; determining, according to at least one policy, that a watermark is to be inserted to the information of the network application accessed via the embedded browser; inserting, by the client device, responsive to the determining, the watermark to the information acquired via the network application; and displaying, by the embedded browser, the information from the network application with the watermark applied. providing, via an embedded browser of a client application on a client device, access to a network application hosted on a server; selecting, by a watermark engine of the client application, from a plurality of policies to determine whether to insert a watermark, at least one policy according to a factor including at least a profile of the network application accessed via the embedded browser; determining, according to at least one policy, that a watermark is to be inserted to the information of the network application accessed via the embedded browser; inserting, by the client device, responsive to the determining, the watermark to the information acquired via the network application; and displaying, by the embedded browser, the information from the network application with the watermark applied.
A method for monitoring whether one or more pest traps, such as rat traps, are activated, said traps having a moveable part and a fixed part, between which an opening is defined and in which a step part is arranged, and where each trap has a switch that is connectable to a signalling device such that when the moveable part is moved towards the fixed part, then the signalling device transmits a signal to a user's communication unit, said communication unit has a display that in turn shows whether the moveable part has been moved, such that the user on the display can be informed about whether the moveable part has been moved and a rat has gone into the trap, characterised in that the opening between the moveable part and the fixed part in the rat trap is detected, wherein the size of the opening is determined as the angle between the moveable part and the fixed part.
Evaporator for a diphasic heat transfer system with capillary pumping, comprising: - a base plate extending generally parallel to an interface plane and intended to receive calories from a dissipative element, - a body with a bottom, side walls (9a-9d) and an edge attached to the base plate in order to hermetically delimit as such an inside space of the evaporator, - a porous mass forming a layer with a capillary structure inserted between the base plate and the bottom, which defines a first chamber delimited by the base plate, the side walls and said porous mass layer and a second chamber delimited by the bottom, the side walls and said porous mass layer, the first chamber being intended to accommodate a heat transfer fluid substantially in the gaseous phase, the second chamber being intended to accommodate the heat transfer fluid in a substantially liquid phase, and comprising an evaporator inlet orifice for a tubular liquid line, characterised in that an anti back-flow device is arranged in the second chamber on the inlet orifice in order to prevent a reflux of liquid via the inlet orifice, in such a way that the risks of the porous mass drying out are reduced and the performance of the system is substantially increased during quick variations in the thermal power. - a base plate extending generally parallel to an interface plane and intended to receive calories from a dissipative element, - a body with a bottom, side walls (9a-9d) and an edge attached to the base plate in order to hermetically delimit as such an inside space of the evaporator, - a porous mass forming a layer with a capillary structure inserted between the base plate and the bottom, which defines a first chamber delimited by the base plate, the side walls and said porous mass layer and a second chamber delimited by the bottom, the side walls and said porous mass layer, the first chamber being intended to accommodate a heat transfer fluid substantially in the gaseous phase, the second chamber being intended to accommodate the heat transfer fluid in a substantially liquid phase, and comprising an evaporator inlet orifice for a tubular liquid line, characterised in that an anti back-flow device is arranged in the second chamber on the inlet orifice in order to prevent a reflux of liquid via the inlet orifice, in such a way that the risks of the porous mass drying out are reduced and the performance of the system is substantially increased during quick variations in the thermal power.
A self-contained shredder assembly for reducing and sizing material without the need for an auger or a conveyor to move material between cut and sizing operations comprising: a support; a tapered cutting drum (12; 20) that is impervious to reduced material passing to the interior of the cutting drum (12; 20), the tapered cutting drum (12; 20) rotatably mounted about the support and having at least one cutting implement (18; 32); the cutting drum (12; 20) including at least one channel or pocket adjacent to the cutting implement (18; 32) to receive reduced material there from, the at least one channel or pocket being open at the surface of the cutting drum (12; 20) and having a basin that is impervious to reduced material passing to the interior of the cutting drum (12; 20); a drive connected to the tapered cutting drum (12; 20); a sizing chamber disposed adjacent to the tapered cutting drum (12; 20) and in material flow communication with the at least one channel or pocket; at least one impeller (44; 46; 48; 50) joined with the tapered cutting drum (12; 20); characterised in that, the shredder assembly comprises at least one sizing screen disposed down stream from and adjacent to the at least one impeller (44; 46; 48; 50), the at least one impeller (44; 46; 48; 50) and the at least one sizing screen each residing at least partially within the sizing chamber. a support; a tapered cutting drum (12; 20) that is impervious to reduced material passing to the interior of the cutting drum (12; 20), the tapered cutting drum (12; 20) rotatably mounted about the support and having at least one cutting implement (18; 32); the cutting drum (12; 20) including at least one channel or pocket adjacent to the cutting implement (18; 32) to receive reduced material there from, the at least one channel or pocket being open at the surface of the cutting drum (12; 20) and having a basin that is impervious to reduced material passing to the interior of the cutting drum (12; 20); a drive connected to the tapered cutting drum (12; 20); a sizing chamber disposed adjacent to the tapered cutting drum (12; 20) and in material flow communication with the at least one channel or pocket; at least one impeller (44; 46; 48; 50) joined with the tapered cutting drum (12; 20); characterised in that, the shredder assembly comprises at least one sizing screen disposed down stream from and adjacent to the at least one impeller (44; 46; 48; 50), the at least one impeller (44; 46; 48; 50) and the at least one sizing screen each residing at least partially within the sizing chamber.
A bronchial flow restrictor comprising a body having at least one open passage to permit bidirectional air flow therethrough, wherein the body is adapted to be expanded and anchored within a lung airway for the control of air exchange with a downstream region of the lung, wherein the passage has dimensions selected to provide a reduced bidirectional volumetric flow rate and wherein the bidirectional volumetric rate of air flow is substantially equal in both directions and wherein such air flow rate reduction induces at least one of controlled atelectasis and localized hypoxia in a treated region beyond an anchored location in the airway.
A fuel tank system comprising a fuel tank; a device with a fuel inlet for receiving a fuel/water mix, and a water outlet in fluid communication with the fuel tank; and a filter formed from a water-permeable material which enables water from the fuel/water mix to flow through the water-permeable material and the water outlet into the fuel tank, but substantially prevents liquid fuel in the fuel/water mix from doing so.
A method for processing geographical information, comprising: analyzing at least one electronic database containing information about a selected user to determine whether the at least one electronic database includes geographical information and time information; extracting a result set from the at least one electronic database, the result set including the geographical information and time information; performing geopoint extraction on the result set to obtain specific physical locations for each item of geographical information in the result set, each specific physical location being associated with its own respective time information; constructing a spatial index containing the specific physical locations and the time information associated with one or more of the specific physical locations; the method being characterized in that it further comprises: creating, for a particular point in time, a heat map (406a, 406b, 406c) containing selected ones of the specific physical locations, the specific physical locations in the heat map being selected based upon the time information associated with the respective physical locations and the particular point in time. analyzing at least one electronic database containing information about a selected user to determine whether the at least one electronic database includes geographical information and time information; extracting a result set from the at least one electronic database, the result set including the geographical information and time information; performing geopoint extraction on the result set to obtain specific physical locations for each item of geographical information in the result set, each specific physical location being associated with its own respective time information; constructing a spatial index containing the specific physical locations and the time information associated with one or more of the specific physical locations; creating, for a particular point in time, a heat map (406a, 406b, 406c) containing selected ones of the specific physical locations, the specific physical locations in the heat map being selected based upon the time information associated with the respective physical locations and the particular point in time.
A drawing frame of a spinning machine, comprising a compactor arranged between a delivery cylinder and an output pressure roller, wherein the compactor comprises a first compactor channel that tapers towards the direction of a delivery pressure roller of the spinning machine and the compactor comprises a second compactor channel, which has a higher cross section than that of the first compactor channel and when looking in the running direction of a stretched sliver from the fist compactor channel it is arranged flushing therewith and the second compactor channel tapers in that direction, the compactor has a rounded bottom side with which the compactor is getting into contact on the delivery cylinder, characterized in that the compactor comprises at least one magnet which is preferably releasably arranged thereon, wherein between the output pressure roller and the upper side thereof a gap or an intermediate space is formed, and at the frontal side of the compactor a support surface is provided on which the compactor is supported on the delivery pressure roller, and when the sliver passes through the second compactor channel then it is "swimmingly" lying on the delivery cylinder and can be pushed in lateral direction.