mhurhangee/ep-ind-claims huggingface dataset:
A fastener for fastening an insulation to a frame structure, the fastener having an outer end and an inner end and comprising - an outer sleeve portion; and - a concentric inner sleeve portion located at a distance from the outer sleeve portion, the inner sleeve portion allowing installation of a screw and installation tool thereto, the shape of which along at least a part of the height of the installation tool is capable of being arranged to correspond to the angular shape of the inner space of the inner sleeve portion along at least a part of its height so that when the screw is rotated with the installation tool, the fastener and the screw rotate simultaneously; - a collar connecting the outer ends of the outer sleeve portion and the inner sleeve portion, characterized in that the length of the fastener is defined by the length (h) of the outer sleeve portion and the thickness of the collar. - an outer sleeve portion; and - a concentric inner sleeve portion located at a distance from the outer sleeve portion, the inner sleeve portion allowing installation of a screw and installation tool thereto, the shape of which along at least a part of the height of the installation tool is capable of being arranged to correspond to the angular shape of the inner space of the inner sleeve portion along at least a part of its height so that when the screw is rotated with the installation tool, the fastener and the screw rotate simultaneously; - a collar connecting the outer ends of the outer sleeve portion and the inner sleeve portion, characterized in that the length of the fastener is defined by the length (h) of the outer sleeve portion and the thickness of the collar.
A system comprising: a socket configured for engagement with an opening of an installation surface; a network device comprising a wireless access point, the network device including a circuit receptacle that is operable to be installed in the socket, the circuit receptacle including a network device module configured to receive a network device circuit assembly comprising a network device circuit operable to perform functions associated with the network device and/or provide network services, characterised in that the circuit receptacle further including an add-on module configured to receive an additional network module including a software module that supports a cellular radio; a socket cover including at least a cellular radio that is operable to broadcast a cellular signal, the socket cover being sized to cover the network device when the network device is installed in the socket; and at least one cover connector that is operable to mechanically couple the socket cover to the network device, wherein the cellular radio comprises a connector that extends through an opening in the socket cover and electrically couples the cellular radio to the additional network module. a socket configured for engagement with an opening of an installation surface; a network device comprising a wireless access point, the network device including a circuit receptacle that is operable to be installed in the socket, the circuit receptacle including a network device module configured to receive a network device circuit assembly comprising a network device circuit operable to perform functions associated with the network device and/or provide network services, characterised in that the circuit receptacle further including an add-on module configured to receive an additional network module including a software module that supports a cellular radio; a socket cover including at least a cellular radio that is operable to broadcast a cellular signal, the socket cover being sized to cover the network device when the network device is installed in the socket; and at least one cover connector that is operable to mechanically couple the socket cover to the network device, wherein the cellular radio comprises a connector that extends through an opening in the socket cover and electrically couples the cellular radio to the additional network module.
A wireless communication method, the method comprising: receiving, by a terminal device, an activation signaling sent by a network device, wherein the activation signaling is configured to activate the terminal device to persistently report first channel state information, CSI, and comprises first information configured to indicate content included in the first CSI; reporting, by the terminal device, persistently the first CSI to the network device after receiving the activation signaling until the terminal device receives a deactivation signaling sent by the network device, wherein the deactivation signaling is configured to instruct the terminal device to stop reporting the first CSI, wherein the method further comprises: determining, by the terminal device, at least one of the following according to content included in the first CSI, and performing, based on the determination, persistent CSI measurement according to the at least one of the following to obtain the first CSI: a quantity of channel state information reference signal, CSI-RS, ports used for performing the persistent CSI measurement, and an assumption of a CSI-RS transmission beam on the resource for performing the CSI measurement. receiving, by a terminal device, an activation signaling sent by a network device, wherein the activation signaling is configured to activate the terminal device to persistently report first channel state information, CSI, and comprises first information configured to indicate content included in the first CSI; reporting, by the terminal device, persistently the first CSI to the network device after receiving the activation signaling until the terminal device receives a deactivation signaling sent by the network device, wherein the deactivation signaling is configured to instruct the terminal device to stop reporting the first CSI, wherein the method further comprises: determining, by the terminal device, at least one of the following according to content included in the first CSI, and performing, based on the determination, persistent CSI measurement according to the at least one of the following to obtain the first CSI: a quantity of channel state information reference signal, CSI-RS, ports used for performing the persistent CSI measurement, and an assumption of a CSI-RS transmission beam on the resource for performing the CSI measurement. determining, by the terminal device, at least one of the following according to content included in the first CSI, and performing, based on the determination, persistent CSI measurement according to the at least one of the following to obtain the first CSI: a quantity of channel state information reference signal, CSI-RS, ports used for performing the persistent CSI measurement, and an assumption of a CSI-RS transmission beam on the resource for performing the CSI measurement.
A solid dispersion comprising Compound I: molecularly dispersed within a polymer matrix formed by an ionic polymer which polymer is hydroxypropylmethyl cellulose acetate succinate (HPMCAS), in its solid state, and wherein Compound I is present in an amorphous form.
A method for displaying time information in an electronic device in a low power state, the electronic device comprising a processor, a memory including a boot ROM with a boot loader, a power management module having a controller, a battery and a display, wherein the method comprises: - determining (505, 605), by the processor or the power management module, whether the power level of the battery is equal to or less than a first level, and if the power level of the battery is determined (505 YES, 605 YES) to be equal to or less than the first level: - transferring a power-off command to the electronic device; - setting a power-off flag in the boot loader; - entering (511, 611) the processor into a power-off state, in which the processor is powered off; - determining (513, 613), by the power management module, whether a specific event corresponding to a first input (515, 615) by pressing of a power button occurs in the power-off state of the processor; and - in response to determining that the first input is made (515 YES, 615 YES), controlling, by the controller of the power management module: - a real time clock to provide current time related information to the boot loader; and - the boot loader to display (517, 617), on the display, the current time related information for a predetermined time based on the power-off flag set in the boot loader, while maintaining the processor in the power-off state. - determining (505, 605), by the processor or the power management module, whether the power level of the battery is equal to or less than a first level, and if the power level of the battery is determined (505 YES, 605 YES) to be equal to or less than the first level: - transferring a power-off command to the electronic device; - setting a power-off flag in the boot loader; - entering (511, 611) the processor into a power-off state, in which the processor is powered off; - determining (513, 613), by the power management module, whether a specific event corresponding to a first input (515, 615) by pressing of a power button occurs in the power-off state of the processor; and - in response to determining that the first input is made (515 YES, 615 YES), controlling, by the controller of the power management module: - a real time clock to provide current time related information to the boot loader; and - the boot loader to display (517, 617), on the display, the current time related information for a predetermined time based on the power-off flag set in the boot loader, while maintaining the processor in the power-off state. - a real time clock to provide current time related information to the boot loader; and - the boot loader to display (517, 617), on the display, the current time related information for a predetermined time based on the power-off flag set in the boot loader, while maintaining the processor in the power-off state.
A medication storage cell (312, 314), wherein said medication storage cell (312, 314) is provided with an accommodating section configured to accommodate a medication; said accommodating section has an outlet for said medication; said accommodating section and said outlet are formed by two overlapping sheets (360, 362) comprising a first sheet and a second sheet;said two overlapping sheets (360, 362) are mutually bonded at a periphery region (332, 334, 336) of said accommodating section, wherein an adhesive strength is lower at an adhesive region of the periphery region (332, 334, 336) that forms said outlet compared to a region (334, 336) of the periphery region (332, 334, 336) other than the adhesive region; said second sheet is provided with a cutout portion; said first sheet has an interlocking piece formed from one part with said first sheet and extending beyond said second sheet: said two overlapping sheets (360, 362) are bent at a bending location in the direction of said outlet as viewed from said medication such that said outlet is closed and that said interlocking piece faces said second sheet; and said interlocking piece is held at a region of said first sheet other than the interlocking piece through said cutout portion. said medication storage cell (312, 314) is provided with an accommodating section configured to accommodate a medication; said accommodating section has an outlet for said medication; said accommodating section and said outlet are formed by two overlapping sheets (360, 362) comprising a first sheet and a second sheet;said two overlapping sheets (360, 362) are mutually bonded at a periphery region (332, 334, 336) of said accommodating section, wherein an adhesive strength is lower at an adhesive region of the periphery region (332, 334, 336) that forms said outlet compared to a region (334, 336) of the periphery region (332, 334, 336) other than the adhesive region; said second sheet is provided with a cutout portion; said first sheet has an interlocking piece formed from one part with said first sheet and extending beyond said second sheet: said two overlapping sheets (360, 362) are bent at a bending location in the direction of said outlet as viewed from said medication such that said outlet is closed and that said interlocking piece faces said second sheet; and said interlocking piece is held at a region of said first sheet other than the interlocking piece through said cutout portion. said two overlapping sheets (360, 362) are bent at a bending location in the direction of said outlet as viewed from said medication such that said outlet is closed and that said interlocking piece faces said second sheet; and said interlocking piece is held at a region of said first sheet other than the interlocking piece through said cutout portion.
A PMUT acoustic transducer, comprising: a body of semiconductor material having a face; a plurality of first buried cavities (12A-12H) arranged concentrically to each other and extending at a distance from the face of the body; a plurality of first membranes (13A-13H) formed by the body and including a central membrane and a plurality of peripheral membranes (13B-13H) surrounding the central membrane and spaced outward in the radial direction, each first membrane (13A-13H) extending between a respective first buried cavity (12A-12H) of the plurality of first buried cavities and the face of the body; a plurality of piezoelectric elements (15A-15H) on the face of the body, each piezoelectric element extending above a respective first membrane (13A-13H) of the plurality of first membranes; wherein the first membranes (13A-13H) have different widths (w1-w8), defining respective different resonance frequencies. a body of semiconductor material having a face; a plurality of first buried cavities (12A-12H) arranged concentrically to each other and extending at a distance from the face of the body; a plurality of first membranes (13A-13H) formed by the body and including a central membrane and a plurality of peripheral membranes (13B-13H) surrounding the central membrane and spaced outward in the radial direction, each first membrane (13A-13H) extending between a respective first buried cavity (12A-12H) of the plurality of first buried cavities and the face of the body; a plurality of piezoelectric elements (15A-15H) on the face of the body, each piezoelectric element extending above a respective first membrane (13A-13H) of the plurality of first membranes; wherein the first membranes (13A-13H) have different widths (w1-w8), defining respective different resonance frequencies.
A bellows (3a, 3b) pump comprising: a case member (2a, 2b) that forms an axial space therein; closed-bottomed cylindrical bellows (3a, 3b) that are arranged in the space in an axially extendable/contractable manner and axially separate the space into a pump chamber (6a, 6b) (5a, 5b) and an operation chamber (6a, 6b); suction valves (18a, 18b) that are provided on a suction side of the pump chamber (6a, 6b) (5a, 5b) and guide a fluid to be transferred to the pump chamber (6a, 6b) (5a, 5b); and discharge valves (19a, 19b) that are provided on a discharge side of the pump chamber (6a, 6b) (5a, 5b) and discharge the fluid to be transferred from the pump chamber (6a, 6b) (5a, 5b), the bellows (3a, 3b) being extended/contracted by introducing a working fluid into the operation chamber (6a, 6b) and discharging the working fluid from the operation chamber (6a, 6b), thus transferring the fluid to be transferred, and each of the bellows (3a, 3b) being configured by alternately forming mountain portions and valley portions along the axial direction, characterized by having, on a predetermined position in the axial direction, where a valley portion is formed, an annular ring portion integrally formed therewith, the annular ring portion extending from the valley portion to the mountain portion. a case member (2a, 2b) that forms an axial space therein; closed-bottomed cylindrical bellows (3a, 3b) that are arranged in the space in an axially extendable/contractable manner and axially separate the space into a pump chamber (6a, 6b) (5a, 5b) and an operation chamber (6a, 6b); suction valves (18a, 18b) that are provided on a suction side of the pump chamber (6a, 6b) (5a, 5b) and guide a fluid to be transferred to the pump chamber (6a, 6b) (5a, 5b); and discharge valves (19a, 19b) that are provided on a discharge side of the pump chamber (6a, 6b) (5a, 5b) and discharge the fluid to be transferred from the pump chamber (6a, 6b) (5a, 5b), the bellows (3a, 3b) being extended/contracted by introducing a working fluid into the operation chamber (6a, 6b) and discharging the working fluid from the operation chamber (6a, 6b), thus transferring the fluid to be transferred, and each of the bellows (3a, 3b) being configured by alternately forming mountain portions and valley portions along the axial direction, characterized by having, on a predetermined position in the axial direction, where a valley portion is formed, an annular ring portion integrally formed therewith, the annular ring portion extending from the valley portion to the mountain portion.
A composition of matter comprising i) at least one compound of formula in the form of any of its stereoisomers; and wherein R 1 represents a phenyl group optionally substituted by one or two C 1-3 alkyl or alkoxy groups or by one or two halide groups; R 2 and R 3 represent, independently from each other a heterocyclic group comprising from 1 to 3 heteroatoms selected from nitrogen, oxygen and sulfur, optionally substituted by one or two C 1-3 alkyl groups; and ii) at least a C 1-6 linear or branched alkyl lactate. i) at least one compound of formula in the form of any of its stereoisomers; and wherein R 1 represents a phenyl group optionally substituted by one or two C 1-3 alkyl or alkoxy groups or by one or two halide groups; R 2 and R 3 represent, independently from each other a heterocyclic group comprising from 1 to 3 heteroatoms selected from nitrogen, oxygen and sulfur, optionally substituted by one or two C 1-3 alkyl groups; and ii) at least a C 1-6 linear or branched alkyl lactate.
A method of forming a microelectronic structure, said method comprising: (a) providing a substrate having a surface; (b) forming an anti-reflective layer on said surface, said anti-reflective layer being formed from an anti-reflective composition comprising a multifunctional crosslinker and a crosslinkable polymer dissolved or dispersed in a solvent system, said polymer comprising recurring monomeric units having adamantyl groups selected from the group consisting of adamantyl methacrylate monomers, and recurring monomeric units having acid groups, said adamantyl groups being acid-labile, wherein said anti-reflective composition is developer-soluble, and wherein said multifunctional crosslinker is and (c) applying a photoresist to said anti-reflective layer to form an imaging layer. (a) providing a substrate having a surface; (b) forming an anti-reflective layer on said surface, said anti-reflective layer being formed from an anti-reflective composition comprising a multifunctional crosslinker and a crosslinkable polymer dissolved or dispersed in a solvent system, said polymer comprising recurring monomeric units having adamantyl groups selected from the group consisting of adamantyl methacrylate monomers, and recurring monomeric units having acid groups, said adamantyl groups being acid-labile, wherein said anti-reflective composition is developer-soluble, and wherein said multifunctional crosslinker is and (c) applying a photoresist to said anti-reflective layer to form an imaging layer.
A printing apparatus comprising: a head section configured to discharge a plurality of types of liquid; a plurality of liquid flow paths configured to supply the liquids to the head section; and a manifold which bundles the plurality of liquid flow paths to connect the liquid flow paths to the head section, the manifold comprising manifold pipes and a housing, wherein the liquid flow paths are connected to the manifold pipes which are provided in an inner portion of the housing which has a bottomed lidless box shape, wherein the manifold is attachable and detachable with respect to the head section, and characterized in that the housing is provided with a partitioning member that forms partitions in the housing, and each partition contains a manifold pipe connected to a liquid flow path. a head section configured to discharge a plurality of types of liquid; a plurality of liquid flow paths configured to supply the liquids to the head section; and a manifold which bundles the plurality of liquid flow paths to connect the liquid flow paths to the head section, the manifold comprising manifold pipes and a housing, wherein the liquid flow paths are connected to the manifold pipes which are provided in an inner portion of the housing which has a bottomed lidless box shape, wherein the manifold is attachable and detachable with respect to the head section, and characterized in that the housing is provided with a partitioning member that forms partitions in the housing, and each partition contains a manifold pipe connected to a liquid flow path.
Method for determining the quality of layers applied on substrates, in particular of layers applied on substrates such as metals, glasses, ceramics and plastics, and/or hard material layers and/or layers for protection against wear, protection against corrosion, decoration, photovoltaics and/or coatings and laminates, wherein pulsed laser light is generated, the layer to be examined being scanned in a spatially resolved manner by means of said laser light, and laser light reflected from the layer is detected and evaluated with regard to intensity and/or phase and/or polarization, wherein the laser light is pulsed in such a way that a layer section respectively irradiated thereby is cyclically alternately heated and at least partly cooled down, and wherein the pulse duration of the laser light is chosen so as to generate momentarily a temperature increase within the irradiated layer section in the interface layer or boundary layer between the substrate and the layer arranged thereabove.
Water supply vehicle comprising: a water reservoir, a flow through descaling device having a water inlet, a water outlet, a detecting device for detecting a water characteristic in a water flow from the water inlet to the water outlet, a controllable water descaling device, and a controlling device being designed for controlling the water descaling device based on a water characteristic detected by the detection device, wherein the water reservoir is connected to the water inlet, wherein the water outlet is connectable to a water hose for supplying water to a water consumer. a water reservoir, a flow through descaling device having a water inlet, a water outlet, a detecting device for detecting a water characteristic in a water flow from the water inlet to the water outlet, a controllable water descaling device, and a controlling device being designed for controlling the water descaling device based on a water characteristic detected by the detection device, wherein the water reservoir is connected to the water inlet, wherein the water outlet is connectable to a water hose for supplying water to a water consumer.
Engine assembly for a motor vehicle including a camshaft and a lubricant supply device, said camshaft having, on the one hand, a flow path for the lubricant and, on the other hand, a lubricant inlet supplied by said supply device and at least one radial outlet opening allowing said lubricant to be expelled from said camshaft so as to be able to lubricate said camshaft, characterized in that said lubricant inlet is formed axially in one end of said camshaft; said assembly including a drive chain designed to drive the camshaft in rotation, said drive chain being designed to carry the lubricant from a lubricant tank to the lubricant supply device.