mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic relay comprising: an electromagnet block comprising: a bobbin comprising collar parts (22b, 22c) at both ends of a coil winding part on which a coil is wound; an iron core inserted into an axis of the bobbin; and a yoke forming a magnetic circuit together with the iron core; a contact block comprising: a fixed contact; and a movable contact which freely contacts and is separated from the fixed contact in accordance with an operation of turning on/off a current to the coil; a pair of partition walls (13a, 13b) provided in parallel with the axial direction of the coil, opposing each other with the coil sandwiched therebetween and abutting on both the collar parts (22b, 22c) of the bobbin to restrain air of high temperature generated in the periphery of the coil from reaching the contact block; and a case that accommodates therein the electromagnet block, the contact block and the partition walls (13a, 13b), wherein each of inner wall surfaces of the case opposing in a direction intersecting both a direction in which the pair of partition walls (13a, 13b) oppose and the axial direction of the bobbin abuts on both the collar parts (22b, 22c) of the bobbin and the partition walls (13a, 13b), from the direction intersecting both a direction in which the pair of partition walls (13a, 13b) oppose and the axial direction of the bobbin. an electromagnet block comprising: a bobbin comprising collar parts (22b, 22c) at both ends of a coil winding part on which a coil is wound; an iron core inserted into an axis of the bobbin; and a yoke forming a magnetic circuit together with the iron core; a bobbin comprising collar parts (22b, 22c) at both ends of a coil winding part on which a coil is wound; an iron core inserted into an axis of the bobbin; and a yoke forming a magnetic circuit together with the iron core; a contact block comprising: a fixed contact; and a movable contact which freely contacts and is separated from the fixed contact in accordance with an operation of turning on/off a current to the coil; a fixed contact; and a movable contact which freely contacts and is separated from the fixed contact in accordance with an operation of turning on/off a current to the coil; a pair of partition walls (13a, 13b) provided in parallel with the axial direction of the coil, opposing each other with the coil sandwiched therebetween and abutting on both the collar parts (22b, 22c) of the bobbin to restrain air of high temperature generated in the periphery of the coil from reaching the contact block; and a case that accommodates therein the electromagnet block, the contact block and the partition walls (13a, 13b), wherein each of inner wall surfaces of the case opposing in a direction intersecting both a direction in which the pair of partition walls (13a, 13b) oppose and the axial direction of the bobbin abuts on both the collar parts (22b, 22c) of the bobbin and the partition walls (13a, 13b), from the direction intersecting both a direction in which the pair of partition walls (13a, 13b) oppose and the axial direction of the bobbin.
Security document, comprising a document substrate, said document substrate being a paper substrate, said security document further comprising a security element embedded in said document substrate, said security element comprising an element substrate, characterized in that said element substrate is provided with a portion of conductive material forming a metamaterial (31, 32) arranged to provide for authentication of the security document, and wherein said element substrate is a substrate in the form of a cellulose strip or patch.
A flexible battery, comprising: a first substrate; a second substrate; and a first unit cell and a second unit cell arranged between the first substrate and the second substrate in lengthwise directions of the first substrate and the second substrate, the first and second unit cells (130, 140) being electrically connected to each other, wherein each of the first and second unit cells (130, 140) includes: a first conductive pattern on the first substrate; a first active material layer coated on the first conductive pattern; a second conductive pattern on the second substrate; a second active material layer coated on the second conductive pattern; and a separator between the first active material layer and the second active material layer, the first and second active material layers facing each other; and wherein the first conductive pattern of the first unit cell has a first side, the second conductive pattern of the second unit cell has a second side, and some regions of the first side and the second side are electrically connected to each other in the form of points. a first substrate; a second substrate; and a first unit cell and a second unit cell arranged between the first substrate and the second substrate in lengthwise directions of the first substrate and the second substrate, the first and second unit cells (130, 140) being electrically connected to each other, a first conductive pattern on the first substrate; a first active material layer coated on the first conductive pattern; a second conductive pattern on the second substrate; a second active material layer coated on the second conductive pattern; and a separator between the first active material layer and the second active material layer, the first and second active material layers facing each other; and
A photovoltaic module comprising: a front layer; a rear layer; a string of series connected PV cell segments laminated between the front layer and the rear layer, wherein: each PV cell segment has a front surface including a front electrode and a rear surface including a rear electrode; adjacent PV cell segments (402, 404) are overlapped by an overlap amount with the front electrode of one of the adjacent PV cell segments disposed under and directly contacting the rear electrode of the other of the adjacent PV cell segments, without foreign material therebetween, such as electrically conductive adhesive; and at least one adhesive strip is attached to the bottom surfaces of a pair of adjacent PV cell segments. a front layer; a rear layer; a string of series connected PV cell segments laminated between the front layer and the rear layer, wherein: each PV cell segment has a front surface including a front electrode and a rear surface including a rear electrode; adjacent PV cell segments (402, 404) are overlapped by an overlap amount with the front electrode of one of the adjacent PV cell segments disposed under and directly contacting the rear electrode of the other of the adjacent PV cell segments, without foreign material therebetween, such as electrically conductive adhesive; each PV cell segment has a front surface including a front electrode and a rear surface including a rear electrode; adjacent PV cell segments (402, 404) are overlapped by an overlap amount with the front electrode of one of the adjacent PV cell segments disposed under and directly contacting the rear electrode of the other of the adjacent PV cell segments, without foreign material therebetween, such as electrically conductive adhesive; and at least one adhesive strip is attached to the bottom surfaces of a pair of adjacent PV cell segments.
Use of a room temperature-curable silane-containing resin composition for preparing a coating having a water vapor permeability of 10 to 50 g/m 2 ·day at a thickness of 200 to 500 μm and a corrosion-preventing function against corrosion of electrical and/or electronic parts through corrosive gases, wherein the composition comprises: 100 parts by weight of a silane-modified polybutadiene compound having the general formula: wherein R 1 is each independently a substituted or unsubstituted monovalent hydrocarbon group of 1 to 12 carbon atoms, R 2 is each independently a substituted or unsubstituted monovalent hydrocarbon group of 1 to 12 carbon atoms, f is a number of at least 0, e and g each are a number of more than 0, m is an integer of 1 to 3, and the sequence of individual repeat units is arbitrary, 0.5 to 20 parts by weight of a hydrolyzable organosilane compound having on the average at least two silicon-bonded hydrolyzable groups per molecule and/or a partial hydrolytic condensate thereof, and 0.1 to 10 parts by weight of a curing catalyst. 100 parts by weight of a silane-modified polybutadiene compound having the general formula: wherein R 1 is each independently a substituted or unsubstituted monovalent hydrocarbon group of 1 to 12 carbon atoms, R 2 is each independently a substituted or unsubstituted monovalent hydrocarbon group of 1 to 12 carbon atoms, f is a number of at least 0, e and g each are a number of more than 0, m is an integer of 1 to 3, and the sequence of individual repeat units is arbitrary, 0.5 to 20 parts by weight of a hydrolyzable organosilane compound having on the average at least two silicon-bonded hydrolyzable groups per molecule and/or a partial hydrolytic condensate thereof, and 0.1 to 10 parts by weight of a curing catalyst.
A cleaner (100, 300, 400) for cleaning surfaces of a swimming pool, which cleaner comprises a plurality of components giving the cleaner an overall negative buoyancy, said plurality of components including a buoyant element (302, 402) which is adjustable in position relative to the center of gravity of the cleaner, wherein said buoyant element (302, 402) is selectively positionable at any one of a plurality of alternative positions relative to the center of gravity of said cleaner, and wherein said buoyant element (302, 402) is configured to exert, in use, a buoyancy force contributing to a biasing of said cleaner toward at least one specific orientation, characterized in that said buoyant element (302, 402) is configured to be retained in a selected position of said plurality of alternative positions while said cleaner moves over the floor and side walls of the pool being cleaned.
A floor nozzle for a suction device, in particular for a vacuum cleaner, for cleaning floor surfaces having: - a suction mouth with at least one suction mouth edge arranged on the floor side, which completely or at least partially borders a suction opening, - at least one sealing edge arranged on the floor side, within which a negative pressure can be generated by means of a suction device, as well as - a false air device, formed to supply false air to the floor nozzle, - wherein the at least one sealing edge surrounds the at least one suction mouth edge and at least one outlet of the false air device for false air outside of the at least one suction mouth edge and wherein - in the operating state of the floor nozzle, the false air device is in fluid connection with the suction mouth via the suction opening, so that false air from at least one outlet of the false air device flows into the suction opening below the at least one suction mouth edge. - a suction mouth with at least one suction mouth edge arranged on the floor side, which completely or at least partially borders a suction opening, - at least one sealing edge arranged on the floor side, within which a negative pressure can be generated by means of a suction device, as well as - a false air device, formed to supply false air to the floor nozzle, - wherein the at least one sealing edge surrounds the at least one suction mouth edge and at least one outlet of the false air device for false air outside of the at least one suction mouth edge and wherein - in the operating state of the floor nozzle, the false air device is in fluid connection with the suction mouth via the suction opening, so that false air from at least one outlet of the false air device flows into the suction opening below the at least one suction mouth edge.
An embedded color bar for both color and register control comprising: a plurality of color bars printed on a substrate; an image printed adjacent the plurality of color bars on the substrate, characterized in that each color bar is surrounded by the image and that the image is printed in the space between each color bar on the substrate such that the plurality of color bars blends into the image. a plurality of color bars printed on a substrate; an image printed adjacent the plurality of color bars on the substrate, characterized in that each color bar is surrounded by the image and that the image is printed in the space between each color bar on the substrate such that the plurality of color bars blends into the image.
An inter-station synchronization method, comprising: listening, by a first synchronization station, to a first reference signal from a source station, and sending a second reference signal to the source station, the type of the first reference signal and the type of the second reference signal is a cell-specific reference signal, CRS, or a channel state information reference signal, CSI-RS; obtaining, by the first synchronization station, a time difference Δt 1 between the first synchronization station and the source station, wherein Δt 1 is obtained according to a first time parameter of the first reference signal and a second time parameter of the second reference signal, the first time parameter comprises a transmit time point t 1, and a receive time point t 2 of the first reference signal, and the second time parameter comprises a transmit time point t 3 and a receive time point t 4 of the second reference signal; and adjusting, by the first synchronization station, current time of the first synchronization station according to Δt 1. listening, by a first synchronization station, to a first reference signal from a source station, and sending a second reference signal to the source station, the type of the first reference signal and the type of the second reference signal is a cell-specific reference signal, CRS, or a channel state information reference signal, CSI-RS; obtaining, by the first synchronization station, a time difference Δt 1 between the first synchronization station and the source station, wherein Δt 1 is obtained according to a first time parameter of the first reference signal and a second time parameter of the second reference signal, the first time parameter comprises a transmit time point t 1, and a receive time point t 2 of the first reference signal, and the second time parameter comprises a transmit time point t 3 and a receive time point t 4 of the second reference signal; and adjusting, by the first synchronization station, current time of the first synchronization station according to Δt 1.
Inhaler for the inhalation of a formulation from a carrier that is preferably in the form of a belt, strip, blister and/or film, particularly a blister, wherein the carrier is set oscillating by the impact of an air current for the purpose of, or during, the delivery and/or dispersion of the formulation, wherein the carrier is held only on one side so as to be movable by means of a spring portion that is deformable by spring resilience in order to oscillate, and the inhaler is embodied such that the carrier can be set oscillating with a defined movement, amplitude and/or frequency, characterised in that an oblique fin adapted to be impacted by the air current is associated with the carrier and wherein the oblique fin onto which the air current can flow is mounted on a free end of the carrier.
A method for cell reselection in a wireless communication network, comprising: receiving, by a mobile device, wireless communication service from a first access point; determining, by the mobile device, a type and signal strength of a second access point; wherein the type of the second access point relates to whether the second access point is included in a maintained list of preferred access points; selecting, by the mobile device, an offset based at least in part on the type of the second access point; and applying, by the mobile device, the selected offset to a measured parameter of the second access point in ranking the second access point for cell reselection from the first access point. receiving, by a mobile device, wireless communication service from a first access point; determining, by the mobile device, a type and signal strength of a second access point; wherein the type of the second access point relates to whether the second access point is included in a maintained list of preferred access points; selecting, by the mobile device, an offset based at least in part on the type of the second access point; and applying, by the mobile device, the selected offset to a measured parameter of the second access point in ranking the second access point for cell reselection from the first access point.
A device for placement in an air/water cylinder of an endoscope to control the flow of air and water, comprising: a base; a button; a valve stem; stun, a channel positioned longitudinally through the valve stem, having an open proximal end; a closed distal end; and a first opening through a wall of the valve stem to the channel and a second opening through a wall of the valve stem to the channel; wherein the second opening is located distally to the first opening; wherein the button is connected at a proximal end of the valve stem and a proximal end of the valve stem extends through the base and is connected to a distal end of the button; wherein the device is configured to move between a first position for air flow between the first and second openings and a second position for water flow between the first and second openings; wherein, in the first position, the button and valve stem are in a proximal position relative to the base; wherein in the second position, the button and valve stem are in a distal position relative to the first position; and wherein in the second position, the first and second openings of the stem are each aligned with a water flow channel of the endoscope in which the device is placed. a base; a button; a valve stem; stun, a channel positioned longitudinally through the valve stem, having an open proximal end; a closed distal end; and a first opening through a wall of the valve stem to the channel and a second opening through a wall of the valve stem to the channel; wherein the second opening is located distally to the first opening; wherein the button is connected at a proximal end of the valve stem and a proximal end of the valve stem extends through the base and is connected to a distal end of the button; wherein the device is configured to move between a first position for air flow between the first and second openings and a second position for water flow between the first and second openings; wherein, in the first position, the button and valve stem are in a proximal position relative to the base; wherein in the second position, the button and valve stem are in a distal position relative to the first position; and wherein in the second position, the first and second openings of the stem are each aligned with a water flow channel of the endoscope in which the device is placed.
Active pixel structure of CMOS type, comprising: - a semiconductor substrate of a first type, - at least one first photodiode configured to operate in photovoltaic mode during exposure of said first photodiode to radiation, comprising a photovoltaic conversion region defined by a doped region of a second type forming a PN junction with the substrate, said first photodiode being configured to re-emit photoelectric charge carriers captured by the PN junction during exposure of said first photodiode to radiation; - at least one second photodiode configured to operate in integration mode and to be reverse biased during exposure of said first photodiode to radiation, said second photodiode comprising a charge accumulation region defined by a doped region of the second type forming a PN junction with the substrate, said charge accumulation region being configured to be exposed to the charge carriers originating from the photovoltaic conversion region so as to accumulate said charge carriers; and - readout means to read the voltage of the first photodiode and to read charge measurement at the second photodiode comprising a readout circuit common to the first photodiode and second photodiode, at the pixel, connected to a common bus COL to read the voltage of the first photodiode and to read charge measurement at the second photodiode. - a semiconductor substrate of a first type, - at least one first photodiode configured to operate in photovoltaic mode during exposure of said first photodiode to radiation, comprising a photovoltaic conversion region defined by a doped region of a second type forming a PN junction with the substrate, said first photodiode being configured to re-emit photoelectric charge carriers captured by the PN junction during exposure of said first photodiode to radiation; - at least one second photodiode configured to operate in integration mode and to be reverse biased during exposure of said first photodiode to radiation, said second photodiode comprising a charge accumulation region defined by a doped region of the second type forming a PN junction with the substrate, said charge accumulation region being configured to be exposed to the charge carriers originating from the photovoltaic conversion region so as to accumulate said charge carriers; and - readout means to read the voltage of the first photodiode and to read charge measurement at the second photodiode comprising a readout circuit common to the first photodiode and second photodiode, at the pixel, connected to a common bus COL to read the voltage of the first photodiode and to read charge measurement at the second photodiode.
A method of reducing non-uniformity in the resonance frequencies of surface acoustic wave devices, in which a first SAW device comprises a silicon oxide layer comprising an oxide of silicon deposited over interdigital transducers on a piezoelectric substrate by reactive sputtering using pulsed DC magnetron sputtering deposition, the method comprising: (i) positioning a piezoelectric substrate having interdigital transducers on a substrate support and depositing a silicon oxide layer comprising an oxide of silicon over the piezoelectric substrate and the interdigital transducers to form the first SAW device, in which the substrate support is vertically moveable and the substrate support being positioned relative to a sputtering target so that the silicon oxide layer of the first SAW device is sputtered to have an arithmetic mean surface roughness (R a) of 11 angstroms or less. (i) positioning a piezoelectric substrate having interdigital transducers on a substrate support and depositing a silicon oxide layer comprising an oxide of silicon over the piezoelectric substrate and the interdigital transducers to form the first SAW device, in which the substrate support is vertically moveable and the substrate support being positioned relative to a sputtering target so that the silicon oxide layer of the first SAW device is sputtered to have an arithmetic mean surface roughness (R a) of 11 angstroms or less.