mhurhangee/ep-ind-claims huggingface dataset:
A registrar computer for determining the integrity of a data feed provided by a virtual device and for authenticating devices and data and for use with Internet of Things, the registrar computer configured to negotiate communications between at least one virtual device and at least one virtual requestor device, each virtual requestor device being configured to act as a proxy for a real requestor, the registrar computer comprising: a first application interface configured to communicate with the at least one virtual device and the at least one virtual requestor device to maintain a control directory of virtual devices registered with the registrar computer and virtual requestor devices and to maintain a data feed directory comprising entries indicating data feeds available to the at least one virtual requestor device from the registered virtual devices; and an integrity engine configured to assign an integrity indicator to each data feed in the data feed directory based on a provenance of the data feed. a first application interface configured to communicate with the at least one virtual device and the at least one virtual requestor device to maintain a control directory of virtual devices registered with the registrar computer and virtual requestor devices and to maintain a data feed directory comprising entries indicating data feeds available to the at least one virtual requestor device from the registered virtual devices; and an integrity engine configured to assign an integrity indicator to each data feed in the data feed directory based on a provenance of the data feed.
A switchable viewing assembly (130; 230; 330) comprising: a handle (140; 240; 340); a device chamber (150; 250; 350) coupled to the handle (140; 240; 340), configured to hold a computing device (102; 202; 302), wherein the device chamber (150; 250; 350) includes a view panel (252; 352) through which a display (114; 214; 314) of the computing device (102; 202; 302) is viewable; a viewport assembly (170; 270; 370) including a blinder assembly (274; 374) and lenses (282; 382) for viewing stereoscopic content in a virtual reality configuration, wherein in the virtual reality configuration, the lenses (282; 382) of the viewport assembly (170; 270; 370) are aligned with the view panel (252; 352) of the device chamber (150; 250; 350); and a hinge assembly (160; 260; 360) configured to pivotably couple the device chamber (150; 250; 350) to the viewport assembly (170; 270; 370), wherein the hinge assembly (160; 260; 360) is operable to adjust the switchable viewing assembly (130; 230; 330) between the virtual reality configuration and an augmented reality configuration by pivoting the viewport assembly (170; 270; 370) into a downward position near the handle (140; 240; 340), the display (114; 214; 314) of the computing device (102; 202; 302) held in the device chamber (150; 250; 350) being viewable through the viewport assembly (170; 270; 370) in the virtual reality configuration and the display (114; 214; 314) being viewable directly through the view panel (252; 352) of the device chamber (150; 250; 350) without the viewport assembly (170; 270; 370) in an augmented reality configuration. a handle (140; 240; 340); a device chamber (150; 250; 350) coupled to the handle (140; 240; 340), configured to hold a computing device (102; 202; 302), wherein the device chamber (150; 250; 350) includes a view panel (252; 352) through which a display (114; 214; 314) of the computing device (102; 202; 302) is viewable; a viewport assembly (170; 270; 370) including a blinder assembly (274; 374) and lenses (282; 382) for viewing stereoscopic content in a virtual reality configuration, wherein in the virtual reality configuration, the lenses (282; 382) of the viewport assembly (170; 270; 370) are aligned with the view panel (252; 352) of the device chamber (150; 250; 350); and a hinge assembly (160; 260; 360) configured to pivotably couple the device chamber (150; 250; 350) to the viewport assembly (170; 270; 370), wherein the hinge assembly (160; 260; 360) is operable to adjust the switchable viewing assembly (130; 230; 330) between the virtual reality configuration and an augmented reality configuration by pivoting the viewport assembly (170; 270; 370) into a downward position near the handle (140; 240; 340), the display (114; 214; 314) of the computing device (102; 202; 302) held in the device chamber (150; 250; 350) being viewable through the viewport assembly (170; 270; 370) in the virtual reality configuration and the display (114; 214; 314) being viewable directly through the view panel (252; 352) of the device chamber (150; 250; 350) without the viewport assembly (170; 270; 370) in an augmented reality configuration.
A polyimide silicone having a number average molecular weight of 5,000 to 200,000, which has in the molecule phenolic hydroxy groups among which some or all hydrogen atoms are substituted with an acid labile group, and said polyimide silicone comprises units represented by the following general formula: wherein X is tetravalent group, at least some of groups X being tetravalent organic group represented by the following general formula: wherein R 1 independently are monovalent hydrocarbon groups of 1 to 8 carbon atoms, R 2 independently are trivalent groups and n is an integer of 1 to 120 on average; Y is divalent organic group, at least some of groups Y having phenolic group and wherein some or all of the phenolic hydroxy group hydrogen atoms are substituted with acid labile group represented by the following general formula: wherein R 3 and R 4 independently are hydrogen atom or straight, branched, or cyclic alkyl group of 1 to 6 carbon atoms, and R 5 is straight, branched, or cyclic alkyl group of 1 to 30 carbon atoms, aryl group of 6 to 20 carbon atoms, or aralkyl group of 7 to 20 carbon atoms, provided that R 3 and R 4, R 3 and R 5, or R 4 and R 5 may be bonded to each other to form a ring together with the carbon atom or the carbon atom and oxygen atom to which they are bonded, in which case those of R 3, R 4 and R 5 involved in the formation of the ring are independently straight or branched alkylene groups of 1 to 18 carbon atoms.
A hoeing device for cultivating useful plants or crop plants grown in rows, comprising a frame and a carrier, to which at least two hoeing tools (2a, 2b, 2c) are arranged laterally offset to one another viewed in the longitudinal direction of the carrier, wherein the lateral distance of the hoeing tools (2a, 2b, 2c) to one another can be set, wherein at least one hoeing tool (2a, 2c) is connected to an adjusting means, which runs transversely to the longitudinal axis of the carrier and which is fastened to the carrier, wherein the adjusting means is designed in such a way that the latter is actuated in a tool-free manner, in order to set the lateral distance of the at least one hoeing tool (2a, 2c) with respect to the carrier or the other hoeing tool (2a, 2b, 2c), characterized in that the adjusting means comprises a self-locking drive.
Device including a catalytic system and an electromagnetic system, the catalytic system defining a catalysis chamber and including a catalyst of a reaction to generate a gas from a liquid, the catalyst being housed in the catalysis chamber, the electromagnetic system including a coil and a rod mobile relative to the coil, the rod being fixed to the catalytic system and including a magnet and a core, the electromagnetic system being configured to move the rod relative to the coil when an electrical current is passed through the coil, so as to dispose the catalytic system in an open position in which the catalysis chamber is in fluidic communication with the outside, the catalytic system being disposed in a closed position in which the catalysis chamber is hermetically closed in the absence of electrical current through the coil. the catalytic system defining a catalysis chamber and including a catalyst of a reaction to generate a gas from a liquid, the catalyst being housed in the catalysis chamber, the electromagnetic system including a coil and a rod mobile relative to the coil, the rod being fixed to the catalytic system and including a magnet and a core, the electromagnetic system being configured to move the rod relative to the coil when an electrical current is passed through the coil, so as to dispose the catalytic system in an open position in which the catalysis chamber is in fluidic communication with the outside, the catalytic system being disposed in a closed position in which the catalysis chamber is hermetically closed in the absence of electrical current through the coil.
An optoelectronic sensor for detecting objects in a monitored area comprising a light transmitter for transmitting a light signal into the monitored area, a light receiver having a plurality of light receiving elements on a substrate for generating received signals, and a control and evaluation unit for obtaining object information from the received signals and for determining a light time of flight of a transmitted and received light signal (16, 20) on the basis of a received signal, the substrate having a curvature, characterized in that the control and evaluation unit is configured to dynamically adapt the curvature of the substrate by means of a curving device of the sensor.
Light source arrangement (1, 101, 201) for use in an illumination apparatus of a medical-optical device, said illumination apparatus having an illumination light source (7, 207) and an illumination optical unit (15, 215) for illuminating an observation object with illumination light from the illumination light source (7, 207), wherein the light source arrangement (1, 101, 201) comprises at least one luminescence emitter (3, 203) as a primary light source, wherein the luminescence emitter (3, 203) is a light emitting diode, wherein the light source arrangement (1, 101, 201) comprises an imaging optical unit (5, 105, 205), which generates an image (7, 207) of the at least one luminescence emitter (3, 203) with a defined magnification scale, said image forming the illumination light source for the illumination apparatus, characterized in that the image (7, 207) of the at least one luminescence emitter (3, 203) is formed with a magnification scale in the range of between 1.5x and 2.5x.
A heterogeneous laminate comprising: graphene; and a thermoelectric inorganic compound disposed on the graphene, wherein the thermoelectric inorganic compound comprises at least one selected from a Co-Sb compound, a Pb-Te compound, a Ge-Tb compound, a Si-Ge compound, a Bi-Sb-Te compound, an Sb-Te compound, and an Sm-Co compound. graphene; and a thermoelectric inorganic compound disposed on the graphene, wherein the thermoelectric inorganic compound comprises at least one selected from a Co-Sb compound, a Pb-Te compound, a Ge-Tb compound, a Si-Ge compound, a Bi-Sb-Te compound, an Sb-Te compound, and an Sm-Co compound.
Plate-shaped wood system, comprising, on opposite longitudinal sides, a first and a second side element (2, 3), respectively, in the embodiment of elongated solid wood elements which are aligned parallel to one another and between which a middle element with a plurality of centre strips (61A, 61B, 61C,...) in the embodiment of elongated solid wood elements is provided and with at least one transverse strut produced as a solid wood element, which is aligned at least approximately perpendicular to the two side elements (2, 3) and to the central element, wherein the middle strips (61A, 61B, 61C...) and, if appropriate, the first side element and/or the second side element are provided with openings (21; 31; 62) which form at least one self-contained receiving channel (21, 31, 62) into which the at least one transverse strut is inserted, wherein the transverse strut is connected to the first side element by a first retaining means and to the second side element by a second retaining means and wherein between the middle element and the second side element (2, 3) a dilatation joint is arranged which serves to absorb expansions of the middle element and the side elements (2, 3), characterised in that the first side element and the middle element, optionally the middle strips (61A, 61B, 61C...) of the middle element, are connected to one another by means of click connections or by means of anchor connections comprising an anchor ridge and a corresponding anchor groove which extend along a first side surface of the first side element or of the middle element, optionally of the middle strips (61A, 61B, 61C,...).
A method for conserving power in a multicore computing device that includes a resource power manager, RPM, processor for managing resources shared by two or more execution environments, the method comprising: maintaining a reference count in a memory location for each low power resource mode of each low power resource shared by more than one core ([0..n]) of the multicore computing device, wherein the reference count indicates the number of running cores of the multicore computing device that share the low power resource mode; independently adjusting (508, 512, 518, 528) by each core ([0..n]) a value of the reference count based on each core's power state and each core's usage of the low power resource mode associated with the memory location; and using the value of the reference count stored at the memory location to determine when to enter the low power resource mode associated with the memory location; wherein each core ([0..n]) in the multicore computing device has a subsystem power management, SPM, hardware block that controls the power state of that core and handshakes with the RPM processor when the core enters its low power mode, the method further comprising: detecting, in an RPM sleep driver, that a spinlock is currently being held; ignoring an RPM transaction started by a zeroth core of the multicore computing device and not sending a sleep set transaction in response to detecting that the spinlock is currently being held; and not applying the sleep set on the RPM processor despite the SPM hardware block of each core performing a handshake with the RPM. maintaining a reference count in a memory location for each low power resource mode of each low power resource shared by more than one core ([0..n]) of the multicore computing device, wherein the reference count indicates the number of running cores of the multicore computing device that share the low power resource mode; independently adjusting (508, 512, 518, 528) by each core ([0..n]) a value of the reference count based on each core's power state and each core's usage of the low power resource mode associated with the memory location; and using the value of the reference count stored at the memory location to determine when to enter the low power resource mode associated with the memory location; wherein each core ([0..n]) in the multicore computing device has a subsystem power management, SPM, hardware block that controls the power state of that core and handshakes with the RPM processor when the core enters its low power mode, the method further comprising: detecting, in an RPM sleep driver, that a spinlock is currently being held; ignoring an RPM transaction started by a zeroth core of the multicore computing device and not sending a sleep set transaction in response to detecting that the spinlock is currently being held; and not applying the sleep set on the RPM processor despite the SPM hardware block of each core performing a handshake with the RPM.
Cremone bolt switching lock, in particular for a cremone bolt lock on door leafs, with a lock housing comprising a lock rod, with a passage opening for a latch which is spring-loaded in the direction of its extended locking position, wherein a blocking element is allocated to the latch, which when activated holds this in a drawn back position, and comprises an actuation means, and which, in or near the surface-parallel closure position of the leaf relative to the frame, interacts with the frame or a fitting part secured to the frame, releasing the latch, and is deactivated, and is mounted such as to be displaceable essentially transverse to the direction of movement of the latch, and is partially subjected to force into its activated position by means of a force storage device, wherein the actuating means consist of a button, projecting over the lock rod and displaceable in the direction of movement of the latch, which is allocated to the blocking element on a first surface running at an inclined angle to its displacement direction, wherein the button is in contact on an inclined first surface with a chamfer-shaped second surface, characterized in that the activated blocking element is immersed into a cut-out of the latch, and that only the pressure spring which presses the blocking element into the activated position serves to reset the button over the surfaces (20, 35).
An apparatus comprising: at least one data processing device adapted to: receive a chlorophyll concentration measurement of an autotroph culture; receive an optical density measurement of the autotroph culture; determine a chlorophyll concentration per optical density (CCpOD) value that is a function of the chlorophyll concentration measurement and the optical density measurement; identify a change in the autotroph culture using the CCpOD value; and detect a contamination of the autotroph culture based on the identified change in the autotroph culture, the contamination including a presence of grazers or predators in the autotroph culture, the grazers comprising microorganisms that consume nutrients intended for the autotroph culture, the predators comprising microorganisms that consume the autotroph culture. receive a chlorophyll concentration measurement of an autotroph culture; receive an optical density measurement of the autotroph culture; determine a chlorophyll concentration per optical density (CCpOD) value that is a function of the chlorophyll concentration measurement and the optical density measurement; identify a change in the autotroph culture using the CCpOD value; and detect a contamination of the autotroph culture based on the identified change in the autotroph culture, the contamination including a presence of grazers or predators in the autotroph culture, the grazers comprising microorganisms that consume nutrients intended for the autotroph culture, the predators comprising microorganisms that consume the autotroph culture.
A pulsation damper device, comprising a main inlet for receiving a fluid flow, and a main outlet for outputting said fluid flow, a first flow channel, and a second flow channel arranged in parallel with said first flow channel, said first flow channel and said second flow channel extending between said main inlet and said main outlet, a first valve arranged in said first flow channel, and a second valve arranged in said second flow channel, wherein said pulsation damper device has a production mode in which both said first valve and said second valve are open, and a cleaning mode in which one of said first valve and said second valve are closed.
A microwave antenna assembly comprising: a feedline including an inner conductor, an outer conductor and an inner insulator disposed therebetween; a radiating portion including a dipole antenna coupled to the feedline and a trocar coupled to the dipole antenna at a distal end thereof; characterized by: a slidable outer jacket disposed about the radiating portion and the feedline, the slidable outer jacket configured to slide about at least one of the radiating portion and the feedline from a closed configuration, in which the slidable outer jacket is mated with the trocar, and a retracted configuration, in which the slidable outer jacket is retracted proximally to expose at least a portion of the radiating portion. a feedline including an inner conductor, an outer conductor and an inner insulator disposed therebetween; a radiating portion including a dipole antenna coupled to the feedline and a trocar coupled to the dipole antenna at a distal end thereof; a slidable outer jacket disposed about the radiating portion and the feedline, the slidable outer jacket configured to slide about at least one of the radiating portion and the feedline from a closed configuration, in which the slidable outer jacket is mated with the trocar, and a retracted configuration, in which the slidable outer jacket is retracted proximally to expose at least a portion of the radiating portion.
A surgical instrument, comprising: a surgical end effector comprising first and second jaws (1130, 1102) operably interfacing with each other to move about a fixed jaw axis between a fully open position and a fully closed position relative to each other; a shaft assembly comprising a closure member operably interfacing with said surgical end effector, said closure member configured to move said first and second jaws from said fully open position to said fully closed position when said closure member is moved in a first direction and wherein said surgical instrument further comprises: at least one jaw opening cam supported for movement relative to said closure member and said first and second jaws, each said at least one said jaw opening cam configured to apply an opening motion to said first and second jaws when said closure member is moved in a second direction, and characterized in that each of said at least one jaw opening cam is movably coupled to said closure member by a tension spring. a surgical end effector comprising first and second jaws (1130, 1102) operably interfacing with each other to move about a fixed jaw axis between a fully open position and a fully closed position relative to each other; a shaft assembly comprising a closure member operably interfacing with said surgical end effector, said closure member configured to move said first and second jaws from said fully open position to said fully closed position when said closure member is moved in a first direction and wherein said surgical instrument further comprises: at least one jaw opening cam supported for movement relative to said closure member and said first and second jaws, each said at least one said jaw opening cam configured to apply an opening motion to said first and second jaws when said closure member is moved in a second direction, and characterized in that each of said at least one jaw opening cam is movably coupled to said closure member by a tension spring. at least one jaw opening cam supported for movement relative to said closure member and said first and second jaws, each said at least one said jaw opening cam configured to apply an opening motion to said first and second jaws when said closure member is moved in a second direction, and characterized in that each of said at least one jaw opening cam is movably coupled to said closure member by a tension spring.
A cutting tool, in particular a milling cutter, boring tool or reamer, comprising a tool head, which can rotate about its central axis and comprises a front end face and a circumferential surface, a plurality of cutting elements and associated flutes that are arranged on the circumferential surface so as to be distributed in the circumferential direction, and a channel system, which runs through the tool head and supplies coolant to the cutting elements, wherein the end face of the tool head is provided with coolant grooves, each of which leads from an outlet of the channel system to a mouth in a flute, and wherein the longitudinal openings in the coolant grooves are covered by a baffle disk that is fixed to the end face of the tool head, characterized in that the baffle disk is formed by a toothed ring, the radially projecting toothed segments of which cover the coolant grooves.