mhurhangee/ep-ind-claims huggingface dataset:
Security marking optical component producing a first configuration, which may be seen when observed through a polarizer when the latter is oriented with a first orientation, and a second configuration, which is distinct from the first and which may be seen when observed through the polarizer when the latter is oriented with a second orientation, the optical component comprising a stamped film in order to form at least two diffraction gratings, such that said at least two diffraction gratings are subwavelength gratings, each of said gratings having: - a period shorter than 550 nm, and a modulation comprised between 0.25 and 0.5 with respect to a reference plane; and - a relief structure resulting from a coupling between said subwavelength grating and a chaotic scattering function; said at least two diffraction gratings having adjacent limits and being oriented perpendicularly to each other. - a period shorter than 550 nm, and a modulation comprised between 0.25 and 0.5 with respect to a reference plane; and - a relief structure resulting from a coupling between said subwavelength grating and a chaotic scattering function;
An access terminal box, comprising: a protective cover, a base, an adapter, a fastening plate, and a base plate, wherein the base is fastened on the base plate, the fastening plate is fastened on the base, the protective cover is fastened on the base and covers the fastening plate, a fastening slot is disposed on the fastening plate at a surface of the fastening plate facing away from the base, and the adapter is fastened inside the fastening slot, wherein a cable leading-in hole is disposed on the base, an optical cable enters the base through the cable leading-in hole, a fiber separated from the optical cable is coiled inside a first coiling slot disposed on the base; wherein the fastening plate is fastened at a top side of the base, the first coiling slot is fastened at a middle layer of the base, and the optical cable enters from a bottom layer of the base through the cable leading-in hole, wherein a fastening shaft is disposed on a side of the fastening plate, a fastening slot for fastening the fastening shaft is correspondingly disposed on the top side of the base, and the fastening plate is connected to the base in a movably fastened manner by using the fastening slot; characterized in that the fiber separated from the optical cable is spliced with one end of a pigtail, the pigtail is coiled inside a second coiling slot disposed on the base and fastened at a middle layer of the base, and the other end of the pigtail is connected to the adapter and in that a first fastening part is further disposed on the base, a second fastening part is correspondingly disposed on the fastening plate, and wherein, when the fastening plate and the base are opened and the fastening plate flips by an angle of 180 degrees, the first fastening part is engaged with the second fastening part in a fastened manner.
Fluid filter, in particular for a motor vehicle - having a substantially cylindrical filter housing, in the housing interior of which a filter element is arranged, which separates a dirty side from a clean side, - having exactly one fluid supply line provided on the filter housing, which fluidically communicates with the dirty side by means of a diffuser arrangement, - wherein the diffuser arrangement comprises a main fluid line extending, at least in sections, along the circumferential direction of the cylindrical filter housing, which is in fluid connection with the dirty side of the housing interior via at least one diffuser line extending radially outwards from the main fluid line, characterised in that a line height (h D) of the diffuser line along the axial direction of the filter housing is less than a line height (h H) of the main fluid line, so that the diffuser line forms a diffuser nozzle. - having a substantially cylindrical filter housing, in the housing interior of which a filter element is arranged, which separates a dirty side from a clean side, - having exactly one fluid supply line provided on the filter housing, which fluidically communicates with the dirty side by means of a diffuser arrangement, - wherein the diffuser arrangement comprises a main fluid line extending, at least in sections, along the circumferential direction of the cylindrical filter housing, which is in fluid connection with the dirty side of the housing interior via at least one diffuser line extending radially outwards from the main fluid line,
Device for determining the weight of a hydraulic accumulator while it is operating inside a hydraulic system, wherein a fluid under pressure is admitted to a pressure vessel which is at least partially filled with a gas, during which the gas is compressed and the fluid is stored under pressure such that, when it leaves the accumulator, hydraulic energy is released to the system and wherein the respective current weight of the hydraulic accumulator is recorded by means of a weighing apparatus, which engages with the hydraulic accumulator, wherein the weighing apparatus comprises a receptacle on which the bottom side of the hydraulic accumulator can be placed and wherein the receptacle interacts with a measuring apparatus to establish the weight force of the hydraulic accumulator, characterised in that the empty weight of the hydraulic accumulator can be ascertained by the measuring apparatus.
An audio zooming method of a reproduced image, the method comprising: displaying the reproduced image; configuring a selection region in part of the displayed image by a touch gesture as a region for enlargement; configuring a sound capture range with a location and size corresponding to the configured selection region according to the touch gesture; and reproducing a sound in the configured sound capture range by applying beamforming to stored original sounds captured by a plurality of microphones with a directivity formed to the selected sound capture range in accordance with said location and size. displaying the reproduced image; configuring a selection region in part of the displayed image by a touch gesture as a region for enlargement; configuring a sound capture range with a location and size corresponding to the configured selection region according to the touch gesture; and reproducing a sound in the configured sound capture range by applying beamforming to stored original sounds captured by a plurality of microphones with a directivity formed to the selected sound capture range in accordance with said location and size.
A electronic apparatus including a display device, said electronic apparatus comprising: a display area; a light source configured to supply light to the display area, a detection element configured to detect an ambient light amount of the display area, the detection element comprising a light receiving part composed of poly-silicon and a metal which exists near, and is opposed to, the light receiving part with intermediary of an insulating film; a comparator configured to compare the output of the detection element with a predetermined reference value; control means configured to control an amount of light from said light source supplied to the display area depending on a comparison result by the comparator; a switch connected to the metal of the detection element; and a reset transistor (Tr-reset) connected to the output of the detection element; wherein before start of light amount detection by the detection element, the switch is configured to control application of a precharge potential to the metal and the reset transistor is activated to fix the output of the detection element to a reset potential, thereby causing charge to accumulate in the parasitic capacitance between the metal and the light receiving part; and wherein the reset transistor is configured to be deactivated during the light amount detection and the switch is configured to render a potential of the metal in a floating state during the light amount detection. a display area; a light source configured to supply light to the display area, a detection element configured to detect an ambient light amount of the display area, the detection element comprising a light receiving part composed of poly-silicon and a metal which exists near, and is opposed to, the light receiving part with intermediary of an insulating film; a comparator configured to compare the output of the detection element with a predetermined reference value; control means configured to control an amount of light from said light source supplied to the display area depending on a comparison result by the comparator; a switch connected to the metal of the detection element; and a reset transistor (Tr-reset) connected to the output of the detection element; wherein before start of light amount detection by the detection element, the switch is configured to control application of a precharge potential to the metal and the reset transistor is activated to fix the output of the detection element to a reset potential, thereby causing charge to accumulate in the parasitic capacitance between the metal and the light receiving part; and wherein the reset transistor is configured to be deactivated during the light amount detection and the switch is configured to render a potential of the metal in a floating state during the light amount detection.
An illumination device (100, 100a, 100b, 100c, 100d), comprising: a housing (1a, 1b, 1c, 1d), a plurality of light source modules (2, 2a, 2b, 2c, 2d) positioned in the housing (1a, 1b, 1c, 1d), and a plurality of connection lines (3, 3a, 3c, 3d) electrically connecting the plurality of light source modules (2, 2a, 2b, 2c, 2d), wherein each of the light source modules (2, 2a, 2b, 2c, 2d) comprises a base (21, 21a, 21b), a light source substrate (22, 22a) provided on the base (21, 21a, 21b), a plurality of light sources (23, 23a) provided on the light source substrate (22, 22a), electrical connection elements (24, 24a) provided on the light source substrate (22, 22a), and a light distribution element (25, 25a) connected with the base (21, 21a, 21b) and/or the light source substrate (22, 22a), the light source substrate (22, 22a) and the electrical connection elements (24, 24a) are between the light distribution element (25, 25a) and the base (21, 21a, 21b), and the connection lines (3, 3a, 3c, 3d) and the electrical connection elements (24, 24a) are electrically connected, characterized in that the base (21, 21a, 21b) is provided with a first through hole (211, 211a) penetrating an upper surface and a lower surface of the base (21, 21a, 21b), a recessed groove (212, 212a) for accommodating the light source substrate (22, 22a), and a positioning convex rib (213, 213a) located in the recessed groove (212, 212a), and the light source substrate (22, 22a) is provided with a positioning hole (221, 221a) that cooperates with the positioning convex rib (213, 213a).
A method for determining retransmission feedback resources in a 3GPP system, comprising: receiving a downlink resource assignment over a control channel; obtaining an offset related to a region for retransmission feedback resources, wherein the offset is determined based on a type of the control channel, wherein a first offset is determined when the type of control channel is an enhanced physical downlink control channel, e-PDCCH, and a second offset different from the first offset is determined when the type of control channel is a legacy physical downlink control channel, PDCCH; determining resources for communicating retransmission feedback for communications received over the downlink resource assignment based on the index of a first physical resource block, PRB, over which the downlink resource assignment is received and the offset; and transmitting retransmission feedback for the communications over the resources. receiving a downlink resource assignment over a control channel; obtaining an offset related to a region for retransmission feedback resources, wherein the offset is determined based on a type of the control channel, wherein a first offset is determined when the type of control channel is an enhanced physical downlink control channel, e-PDCCH, and a second offset different from the first offset is determined when the type of control channel is a legacy physical downlink control channel, PDCCH; determining resources for communicating retransmission feedback for communications received over the downlink resource assignment based on the index of a first physical resource block, PRB, over which the downlink resource assignment is received and the offset; and transmitting retransmission feedback for the communications over the resources.
Cardboard crate having a casing which rises from a base and, in the region of the casing corners, comprises stacking projections protruding upwards beyond the casing, base apertures corresponding to the stacking projections, and upper longitudinal edge portions, which are reinforced between the stacking projections and are in the form of inwardly-folded edge tabs which comprise, defined by groove lines, a base-parallel bearing section, a support section, which is folded towards the base, and an edge section, which is bent back towards the bearing section and is adhered to the casing, characterised in that the edge sections of the edge tabs are lengthened by extension lugs which extend into the casing corners and, with a lug portion protruding upwards beyond the bearing section, form the stacking projections which are doubled by an inwardly-folded reinforcing portion.
An apparatus, comprising: a display device; an array of transparent electromechanical actuators on the display device, wherein each transparent electromechanical actuator of the array of transparent electromechanical actuators comprises: an electromechanical material core; a first electrode attached to the electromechanical material core; and a second electrode attached to the electromechanical material core, wherein the first electrode, the second electrode, and the electromechanical material core are stacked vertically along a direction of light emitted from the display device; and a haptic feedback control circuit coupled to the first electrode and the second electrode, wherein the haptic feedback control circuit is configured to provide a direct current signal to apply haptic feedback through the array of transparent electromechanical actuators, wherein the haptic feedback control signal is configured to cause a plurality of transparent electromechanical sensors to simulate a texture on the display device, characterized in that the electromechanical material core is cylindrical. a display device; an array of transparent electromechanical actuators on the display device, wherein each transparent electromechanical actuator of the array of transparent electromechanical actuators comprises: an electromechanical material core; a first electrode attached to the electromechanical material core; and a second electrode attached to the electromechanical material core, wherein the first electrode, the second electrode, and the electromechanical material core are stacked vertically along a direction of light emitted from the display device; and an electromechanical material core; a first electrode attached to the electromechanical material core; and a second electrode attached to the electromechanical material core, wherein the first electrode, the second electrode, and the electromechanical material core are stacked vertically along a direction of light emitted from the display device; and a haptic feedback control circuit coupled to the first electrode and the second electrode, wherein the haptic feedback control circuit is configured to provide a direct current signal to apply haptic feedback through the array of transparent electromechanical actuators, wherein the haptic feedback control signal is configured to cause a plurality of transparent electromechanical sensors to simulate a texture on the display device, characterized in that the electromechanical material core is cylindrical.
A material-efficient method for conversion of cannabidiol to tetrahydrocannabinol comprising the step of: introducing CBD into or onto acidicly enriched solid support particles comprising acid functional groups that are covalently linked to the solid support particles, to create a CBD-activated accelerated conversion environment, such that THC is produced.
An intracavity balloon catheter, comprising: a flexible catheter having a proximal catheter portion, a distal catheter portion, and a fluid passageway therebetween; a balloon disposed at the distal end of the catheter, the balloon comprising: an exterior surface moveable between a deflated condition and an inflated condition by introduction of up to 80 cc of fluid into the lumen; a reinforced anterior portion forming a planar surface in the expanded position; an isometrically expandable bottom portion having a higher elasticity than the reinforced anterior portion and comprising the majority of the exterior surface; wherein the tip of the catheter extends into the balloon lumen; and wherein, as the balloon is configured to expand isometrically, the bottom portion expands primarily in the posterior direction; and CHARACTERISED IN THAT said bottom portion is elastic. a flexible catheter having a proximal catheter portion, a distal catheter portion, and a fluid passageway therebetween; a balloon disposed at the distal end of the catheter, the balloon comprising: an exterior surface moveable between a deflated condition and an inflated condition by introduction of up to 80 cc of fluid into the lumen; a reinforced anterior portion forming a planar surface in the expanded position; an isometrically expandable bottom portion having a higher elasticity than the reinforced anterior portion and comprising the majority of the exterior surface; wherein the tip of the catheter extends into the balloon lumen; and wherein, as the balloon is configured to expand isometrically, the bottom portion expands primarily in the posterior direction; and CHARACTERISED IN THAT said bottom portion is elastic. an exterior surface moveable between a deflated condition and an inflated condition by introduction of up to 80 cc of fluid into the lumen; a reinforced anterior portion forming a planar surface in the expanded position; an isometrically expandable bottom portion having a higher elasticity than the reinforced anterior portion and comprising the majority of the exterior surface; wherein the tip of the catheter extends into the balloon lumen; and wherein, as the balloon is configured to expand isometrically, the bottom portion expands primarily in the posterior direction; and CHARACTERISED IN THAT said bottom portion is elastic.
A system comprising: a ventricular intracardiac pacemaker comprising: a first pulse generator configured to generate and deliver pacing pulses to a ventricle of a patient's heart via a first plurality of electrodes coupled to the ventricular intracardiac pacemaker; a first sensing circuit configured to produce physiological atrial event signals; a receiving circuit configured to receive broadcast atrial event signals from a second implantable medical device; a first control circuit coupled to the pulse generator, the first sensing circuit, and the receiving circuit, the first control circuit configured to: select a first atrial event input as the physiological atrial event signals; detect first atrial events from the selected first atrial event input; determine if input switching criteria are met; switch from the first atrial event input to a second atrial event input in response to the input switching criteria being met, the second atrial event input being the broadcast atrial event signals; detect second atrial events from the second atrial event input; and set an atrioventricular pacing interval in response to detecting each of the first atrial events and the second atrial events for controlling the first pulse generator to deliver the ventricular pacing pulses. a first pulse generator configured to generate and deliver pacing pulses to a ventricle of a patient's heart via a first plurality of electrodes coupled to the ventricular intracardiac pacemaker; a first sensing circuit configured to produce physiological atrial event signals; a receiving circuit configured to receive broadcast atrial event signals from a second implantable medical device; a first control circuit coupled to the pulse generator, the first sensing circuit, and the receiving circuit, the first control circuit configured to: select a first atrial event input as the physiological atrial event signals; detect first atrial events from the selected first atrial event input; determine if input switching criteria are met; switch from the first atrial event input to a second atrial event input in response to the input switching criteria being met, the second atrial event input being the broadcast atrial event signals; detect second atrial events from the second atrial event input; and set an atrioventricular pacing interval in response to detecting each of the first atrial events and the second atrial events for controlling the first pulse generator to deliver the ventricular pacing pulses. select a first atrial event input as the physiological atrial event signals; detect first atrial events from the selected first atrial event input; determine if input switching criteria are met; switch from the first atrial event input to a second atrial event input in response to the input switching criteria being met, the second atrial event input being the broadcast atrial event signals; detect second atrial events from the second atrial event input; and set an atrioventricular pacing interval in response to detecting each of the first atrial events and the second atrial events for controlling the first pulse generator to deliver the ventricular pacing pulses.
Continuously rotating electric motor (1; 4) comprising a rotor (3; 8) equipped with permanent magnets (3b; 22, 23) and a stator formed by coils (B1, B2) magnetically coupled with the permanent magnets; the permanent magnets and the coils being arranged such that the coils define, relative to the induced voltage generated in each of these coils when the rotor is rotated, substantially a first phase and a second phase, such that the two induced voltage signals respectively generated in any two coils of said coils are either in phase, or substantially have an electric phase shift φ which corresponds to the electric phase shift between the first phase and the second phase, this electric phase shift having a value of between five and ninety degrees included (5° ≤ φ ≤ 90°); characterised in that the electric motor comprises a control device comprising a circuit for detecting intersection times (Tc) at which a first induced voltage signal (U B1), generated by the rotor rotating in one or more coils belonging to the first phase, has a value that is substantially equal to that of a second induced voltage signal (U B2), generated by the rotor rotating in one or more coils belonging to the second phase, the first and second induced voltage signals thus having said electric phase shift therebetween; and in that the control device is arranged so as to be able to generate electric driving pulses (58a, 58b) in order to rotate the rotor, which pulses are respectively initiated at initiation times determined by respective intersection times, the control device being arranged such that said electric driving pulses can be applied to a set of coils formed by at least one coil of the first phase and by at least one coil of the second phase, which are arranged in series at least during application of the electric driving pulses.