mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for growing plants comprising: at least one base member having a periphery; at least one cover member having at least one channel (122a, 122b); wherein the at least one cover member are couplable to the periphery of the at least one base member for providing a hollow space, and wherein the at least one channel is operable to receive at least one tubular member (160, 162) supported at a distance from the at least one base member; and at least one intermediate filter operable to be supported by the at least one cover member, wherein the at least one intermediate filter is arranged for dividing the hollow space into at least two segments (172, 174) wherein the at least one cover member comprises a first sheet and a second sheet, wherein the first and second sheets are couplable along at least of their lateral peripheral edges for forming the at least one channel therebetween, wherein the second sheet comprises at least one corner-cutout portion (128a, 128b) for creating at least one opening (130a, 130b) for a bottom portion of the at least one tubular member when received within the at least one channel. at least one base member having a periphery; at least one cover member having at least one channel (122a, 122b); wherein the at least one cover member are couplable to the periphery of the at least one base member for providing a hollow space, and wherein the at least one channel is operable to receive at least one tubular member (160, 162) supported at a distance from the at least one base member; and at least one intermediate filter operable to be supported by the at least one cover member, wherein the at least one intermediate filter is arranged for dividing the hollow space into at least two segments (172, 174) wherein the at least one cover member comprises a first sheet and a second sheet, wherein the first and second sheets are couplable along at least of their lateral peripheral edges for forming the at least one channel therebetween, wherein the second sheet comprises at least one corner-cutout portion (128a, 128b) for creating at least one opening (130a, 130b) for a bottom portion of the at least one tubular member when received within the at least one channel. a first sheet and a second sheet, wherein the first and second sheets are couplable along at least of their lateral peripheral edges for forming the at least one channel therebetween, wherein the second sheet comprises at least one corner-cutout portion (128a, 128b) for creating at least one opening (130a, 130b) for a bottom portion of the at least one tubular member when received within the at least one channel.
A method for dynamic and automatic reconfiguring an audio reproduction system comprising two or more sound channels, where each sound channel comprises a loudspeaker transducer, and where the reconfiguring has the steps: • determining the physical position of one or more listeners, • supplying the physical position as information to the audio reproduction system in order to select a set of predefined or calculated sound parameters, the set of sound parameters to include settings for equalization, gain, and delay per sound channel and/or per loudspeaker transducer, • using a constraint solver, selecting one or more legal sets among defined legal sets of sound parameters predefined in a constraint table, where the constraint table is configured as a multi-dimensional state space, defining relations among variables in either disjunctive form or conjunctive form, based on the information supplied to the audio reproduction system, and • providing the one or more selected legal sets of sound parameters to the respective sound channel and/or per loudspeaker transducer accordingly. • determining the physical position of one or more listeners, • supplying the physical position as information to the audio reproduction system in order to select a set of predefined or calculated sound parameters, the set of sound parameters to include settings for equalization, gain, and delay per sound channel and/or per loudspeaker transducer, • using a constraint solver, selecting one or more legal sets among defined legal sets of sound parameters predefined in a constraint table, where the constraint table is configured as a multi-dimensional state space, defining relations among variables in either disjunctive form or conjunctive form, based on the information supplied to the audio reproduction system, and • providing the one or more selected legal sets of sound parameters to the respective sound channel and/or per loudspeaker transducer accordingly.
Screening device (10, 10') configured to be arranged on the support structure of a glasshouse or greenhouse for cultivating a crop, the screening device comprising a beam to be supported by the support structure and a fabric screen which can be fastened to the beam, wherein the beam has a fastening part which extends in longitudinal direction and comprises an elongate receiving chamber with a substantially round cross-section and a slotted passage narrowed relative to the receiving chamber; and wherein at least one of the longitudinal edges of the fabric screen is provided with at least one fastening member for fastening the fabric screen to the beam, wherein the fastening member comprises a fastening tape fixed to a longitudinal edge of the fabric screen and a row of fastening teeth arranged on the fastening tape, wherein each of the fastening teeth comprises a thickened portion suitable for being guided in(to) the receiving chamber in order to fasten the fastening member to the fastening part of the beam, wherein the fastening member is formed from one half of a zip fastening wherein the diameter of thickened portions on the free outer ends of the fastening teeth of the zip fastening is greater than the width of the passage in the fastening part and is a minimum of about 0.5 mm and a maximum of about 2 mm smaller than the cross-section of the receiving chamber and wherein the number of fastening teeth per running centimetre is greater than 2, preferably greater than 5 or still more preferably greater than 10. wherein the beam has a fastening part which extends in longitudinal direction and comprises an elongate receiving chamber with a substantially round cross-section and a slotted passage narrowed relative to the receiving chamber; and wherein at least one of the longitudinal edges of the fabric screen is provided with at least one fastening member for fastening the fabric screen to the beam, wherein the fastening member comprises a fastening tape fixed to a longitudinal edge of the fabric screen and a row of fastening teeth arranged on the fastening tape, wherein each of the fastening teeth comprises a thickened portion suitable for being guided in(to) the receiving chamber in order to fasten the fastening member to the fastening part of the beam, wherein the fastening member is formed from one half of a zip fastening wherein the diameter of thickened portions on the free outer ends of the fastening teeth of the zip fastening is greater than the width of the passage in the fastening part and is a minimum of about 0.5 mm and a maximum of about 2 mm smaller than the cross-section of the receiving chamber and wherein the number of fastening teeth per running centimetre is greater than 2, preferably greater than 5 or still more preferably greater than 10.
A measurement setup comprising an electricity measurement device and a multifunctional electric cable including at least a first main current carrying conductor, characterized in that said multifunctional electric cable comprises at least a second conductor (3, 3a, 3b) serving as a measurement conductor and at least one insulation layer (2, 4, 5) separating the at least first main current carrying conductor from the at least one second conductor (2, 4, 5), and in that said at least second conductor comprises a resistance per length in a range of 1 to 2 Ohm/m, said resistance per length being at least one factor higher than the resistance per length of the main current carrying conductor, wherein at one end of the electric cable, an end of said at least one main current carrying conductor and an end of said at least one second conductor (3, 3a, 3b) are connected to the electricity measurement device, and at the other end of the electric cable, the other end of the main current carrying conductor is connected with the other end of the second conductor (3, 3a, 3b).
Device for mounting a fireplace, stove or heating appliance against or close to one or a number of walls comprising a casing wherein said fireplace, stove or heating appliance can be provided and comprising cupboards or shelves adjacent to this casing to form a furniture unit in which the fireplace, the stove or the heating appliance is or can be integrated, wherein the device also comprises non-metal elements which contain, at minimum, heat-insulating panels designed and arranged to form the inside of the casing and which are or can be directly suspended from the metal structure, characterized in that the device contains metal elements to form a metal structure which, at minimum, surrounds the fireplace, the stove or the heating appliance installed or to be installed and which is suspended from the wall or walls
Method for repairing at least one defect in a glass or glass-ceramic coating, wherein the glass or the glass-ceramic coating is arranged on a metallic or ceramic substrate, and for repairing defects on the metallic or ceramic substrate surface, wherein the method comprises the following method steps: ∘ applying enamel powder or enamel slip as a coating material to the at least one defect using a coating method, ∘ removing excess coating material that protrudes, ∘ drying the applied coating material, ∘ baking the applied coating material with the heat input, the method comprising the following steps: ▪ a first focused, high-energy heat input by laser irradiation with an associated melting of the radiation spot, ▪ a second defocused, low-energy heat input with controlled continuous cooling of the radiation spot, wherein the second defocused, low-energy heat input takes place by laser irradiation or inductively. ∘ applying enamel powder or enamel slip as a coating material to the at least one defect using a coating method, ∘ removing excess coating material that protrudes, ∘ drying the applied coating material, ∘ baking the applied coating material with the heat input, the method comprising the following steps: ▪ a first focused, high-energy heat input by laser irradiation with an associated melting of the radiation spot, ▪ a second defocused, low-energy heat input with controlled continuous cooling of the radiation spot, wherein the second defocused, low-energy heat input takes place by laser irradiation or inductively. ▪ a first focused, high-energy heat input by laser irradiation with an associated melting of the radiation spot, ▪ a second defocused, low-energy heat input with controlled continuous cooling of the radiation spot, wherein the second defocused, low-energy heat input takes place by laser irradiation or inductively.
Drive device for moving a movable part of a piece of furniture between a closed position and an open position comprising: a base element, a linear drive arranged on the base element, a first fitting element which can be fastened to a body of the furniture and to which the base element is fastened in a pivotable and translationally adjustable manner, an actuating element which is driven by the linear drive via a drive element of the linear drive so as to be linearly adjustable relative to the base element and which has a first stop and a second stop, the drive element being arranged so as to be axially adjustable relative to the actuating element between the first stop and the second stop, a second fitting element which can be fastened to the movable furniture part and which is pivotably connected to the base element, and a coupling element, which on the one hand is pivotably connected to the actuating element and on the other hand is pivotably connected to the second fitting element. a base element, a linear drive arranged on the base element, a first fitting element which can be fastened to a body of the furniture and to which the base element is fastened in a pivotable and translationally adjustable manner, an actuating element which is driven by the linear drive via a drive element of the linear drive so as to be linearly adjustable relative to the base element and which has a first stop and a second stop, the drive element being arranged so as to be axially adjustable relative to the actuating element between the first stop and the second stop, a second fitting element which can be fastened to the movable furniture part and which is pivotably connected to the base element, and a coupling element, which on the one hand is pivotably connected to the actuating element and on the other hand is pivotably connected to the second fitting element.
A mounting assembly for fixing a component of a vehicle brake system to a vehicle structure, the mounting assembly comprising: a mounting portion of the vehicle structure having a through hole, a mounting element of the vehicle brake system having a through hole, a bolt extending through the through hole of the mounting portion and the through hole of the mounting element, the bolt having a bolt head on a first end thereof, a nut engaging the bolt at a second end portion thereof which is opposed to the first end, wherein the mounting portion is attached to the mounting element via the bolt and the nut, an elastic bushing having a bushing body which is arranged in the through hole of the mounting portion or in the through hole of the mounting element, and a first bushing collar extending from the bushing body in a radial direction, the first bushing collar extending on a first axial side of the corresponding mounting portion or mounting element, wherein the elastic bushing circumferentially surrounds the bolt, characterized in that the first bushing collar is interposed between the mounting portion and the mounting element, wherein the mounting assembly further comprises a rigid bushing having a bushing body extending through the same through hole (42, 46) as the elastic bushing and a radially protruding bushing collar being arranged at an axial end of the bushing body, the bushing collar of the rigid bushing being arranged outside the elastic bushing. a mounting portion of the vehicle structure having a through hole, a mounting element of the vehicle brake system having a through hole, a bolt extending through the through hole of the mounting portion and the through hole of the mounting element, the bolt having a bolt head on a first end thereof, a nut engaging the bolt at a second end portion thereof which is opposed to the first end, wherein the mounting portion is attached to the mounting element via the bolt and the nut, an elastic bushing having a bushing body which is arranged in the through hole of the mounting portion or in the through hole of the mounting element, and a first bushing collar extending from the bushing body in a radial direction, the first bushing collar extending on a first axial side of the corresponding mounting portion or mounting element, wherein the elastic bushing circumferentially surrounds the bolt, characterized in that the first bushing collar is interposed between the mounting portion and the mounting element, wherein the mounting assembly further comprises a rigid bushing having a bushing body extending through the same through hole (42, 46) as the elastic bushing and a radially protruding bushing collar being arranged at an axial end of the bushing body, the bushing collar of the rigid bushing being arranged outside the elastic bushing.
A method implemented on a computing device having at least one processor (112, 210) and at least one computer-readable storage medium (120, 220), comprising: receiving at least two multimedia signals to be transmitted via one transmission medium from a plurality of channels, wherein each of the at least two multimedia signals includes a video signal; generating a composite multimedia digital signal by coding the at least two multimedia signals in a frame format, the composite multimedia digital signal including one or more frames, the frame format of each frame including an active zone and a blanking zone, the active zone being configured to encode at least part of the at least two multimedia signals, and the blanking zone being configured to encode format information, wherein the format information of each frame is related to the format of the frame and the active zone; converting at least part of the encoded multimedia signals in the active zone into analog signals to generate a composite multimedia signal, wherein the composite multimedia signal is a mixed signal of digital signals and the analog signals, the digital signals including the encoded format information in the blanking zone; and transmitting the composite multimedia signal to a receiving device via the transmission medium. receiving at least two multimedia signals to be transmitted via one transmission medium from a plurality of channels, wherein each of the at least two multimedia signals includes a video signal; generating a composite multimedia digital signal by coding the at least two multimedia signals in a frame format, the composite multimedia digital signal including one or more frames, the frame format of each frame including an active zone and a blanking zone, the active zone being configured to encode at least part of the at least two multimedia signals, and the blanking zone being configured to encode format information, wherein the format information of each frame is related to the format of the frame and the active zone; converting at least part of the encoded multimedia signals in the active zone into analog signals to generate a composite multimedia signal, wherein the composite multimedia signal is a mixed signal of digital signals and the analog signals, the digital signals including the encoded format information in the blanking zone; and transmitting the composite multimedia signal to a receiving device via the transmission medium.
A photosensitive composition for volume hologram recording, comprising: a photopolymerizable monomer, a photopolymerization initiator, a sensitizing dye for sensitizing the photopolymerization initiator, a binder resin, and a thiol group-containing compound, wherein the photopolymerizable monomer contains a photoradically polymerizable monomer and a photocationically polymerizable monomer; wherein the thiol group-containing compound is a chain transfer agent for the photoradically polymerizable monomer and is a polyfunctional secondary thiol compound having two or more secondary thiol groups per molecule; and wherein the content of the thiol group-containing compound is 1.5 to 30 parts by mass with respect to 100 parts by mass of the photoradically polymerizable monomer. a photopolymerizable monomer, a photopolymerization initiator, a sensitizing dye for sensitizing the photopolymerization initiator, a binder resin, and a thiol group-containing compound,
Positional encoder, comprising - a moveable member (13, 45), and - at least a first sensor (19a, 19c, 19d) and a second sensor (19b, 19e, 19f), the moveable member (13, 45) being moveable relative to the first and second sensors (19a, 19b, 19c, 19d, 19e, 19f), the first sensor (19a, 19c, 19d) being adapted to capture a first component of a current position of the moveable member (13, 45) and to output a first signal corresponding to the first component, the second sensor (19b, 19e, 19f) being adapted to capture a second component of the current position complementary to the first component and to output a second signal corresponding to the second component, wherein the positional encoder further comprises - at least a first memory unit holding a plurality of predetermined look-up values (29, 49), each predetermined look-up value (29, 49) representing a positional value which corresponds to a respective set of at least the first and second signals (21, 23) and being associated with an individual memory address which is formed by concatenating the signals (21, 23) of the respective set, the first memory unit being configured to receive a memory address which is formed by concatenating at least the first and second signals (21, 23) outputted by the first and second sensors (19a, 19b, 19c, 19d, 19e, 19f), respectively, and to output the predetermined look-up value (29, 49) associated with the received memory address in response. - a moveable member (13, 45), and - at least a first sensor (19a, 19c, 19d) and a second sensor (19b, 19e, 19f), the moveable member (13, 45) being moveable relative to the first and second sensors (19a, 19b, 19c, 19d, 19e, 19f), the first sensor (19a, 19c, 19d) being adapted to capture a first component of a current position of the moveable member (13, 45) and to output a first signal corresponding to the first component, the second sensor (19b, 19e, 19f) being adapted to capture a second component of the current position complementary to the first component and to output a second signal corresponding to the second component, wherein the positional encoder further comprises - at least a first memory unit holding a plurality of predetermined look-up values (29, 49),
A downhole tool comprising a degradable rubber member, the degradable rubber member formed from a composition comprising: a degradable rubber; and a degradation accelerator, wherein the composition comprises from 0.1 to 20 parts by mass of at least one type of compound represented by a general formula as the decomposition accelerator per 100 parts by mass of the degradable rubber; where R 1 and R 2 are each individually alkyl groups having from 1 to 5 carbons or phenyl groups, and the degradable rubber includes polyester-type urethane rubber. a degradable rubber; and a degradation accelerator, wherein the composition comprises from 0.1 to 20 parts by mass of at least one type of compound represented by a general formula as the decomposition accelerator per 100 parts by mass of the degradable rubber; where R 1 and R 2 are each individually alkyl groups having from 1 to 5 carbons or phenyl groups, and the degradable rubber includes polyester-type urethane rubber.
Computer implemented method for modifying spectral imaging for gaining minimum spectral cross-contamination, characterized in that spectral channel images of a spectral cube of a scene are modified by an illumination mask, wherein the illumination mask is generated by convolutional low-pass filtering of a first spectral channel image of the spectral cube. spectral channel images of a spectral cube of a scene are modified by an illumination mask, wherein the illumination mask is generated by convolutional low-pass filtering of a first spectral channel image of the spectral cube.
An inflatable implant, comprising: a fluid reservoir configured to hold fluid; an inflatable member; and a pump assembly configured to transfer fluid from the fluid reservoir to the inflatable member, the inflatable member including a body member, a first core member (252, 254, 256), and a second core member (252, 254, 256), the body member defining a first cavity (264, 266, 268), a second cavity, and a third cavity (264, 266, 268), the first core member (252, 254, 256) being disposed within the first cavity (264, 266, 268), the second core member (252, 254, 256) being disposed within the third cavity (264, 266, 268), the second cavity being configured to receive the fluid, the first cavity (264, 266, 268) having an elongated and curved cross-sectional shape, the third cavity (264, 266, 268) having an elongated and curved cross-sectional shape, the second cavity having a circular cross-sectional shape. a fluid reservoir configured to hold fluid; an inflatable member; and a pump assembly configured to transfer fluid from the fluid reservoir to the inflatable member,