mhurhangee/ep-ind-claims huggingface dataset:
- An assembly for water filtration in swimming pool installations, comprising a multiport valve provided with rotational control means for operating a stem of said valve for maneuverability of the valve in adopting at least two operating positions, a hydraulic pump for propelling a water flow; and the assembly being characterized in that it comprises: detection means able to detect at least the angular position of the stem of the multiport valve with respect to a reference plane, preferably a horizontal plane, and a wireless emitter for emitting the angular position or information relating to the angular position detected by the detection means, the detection means and the emitter being assembled on one and the same support provided with detachable fixing means for coupling to the outside of the rotational control means of the multiport valve; and a wireless receiver for receiving the angular position or the information emitted by the emitter, capable of generating a command to operate the pump in a specific operating cycle and/or at a specific rotational speed of the pump. detection means able to detect at least the angular position of the stem of the multiport valve with respect to a reference plane, preferably a horizontal plane, and a wireless emitter for emitting the angular position or information relating to the angular position detected by the detection means, the detection means and the emitter being assembled on one and the same support provided with detachable fixing means for coupling to the outside of the rotational control means of the multiport valve; and a wireless receiver for receiving the angular position or the information emitted by the emitter, capable of generating a command to operate the pump in a specific operating cycle and/or at a specific rotational speed of the pump.
A one-piece plastics material mesh structure, produced by stretching a plastics sheet starting material formed with an array of holes wherein the mesh structure comprises a plurality of generally parallel rib structures extending longitudinally in a first direction parallel to the stretch direction and a plurality of generally parallel bar structures extending in a second direction transverse to the rib structures, said rib structures and said bar structures being interconnected by junctions at spaced locations along their respective lengths whereby the rib structures are sub-divided along their length into alternating junctions and rib segments and the bar structures are sub-divided along their lengths by alternating bar segments and junctions, wherein: (a) the rib structures are such that the rib segments are oriented in the first direction along their lengths and orientation in the first direction extends across the junctions connecting two such oriented rib segments, (b) the bar structures are such that their overall stretch ratio in the second direction is a maximum of 1 and all locations along the length of the bar structures have a maximum stretch ratio of 1.5 in the second direction, (c) as measured in the first direction, the stretch ratio at the midpoint of the rib segments is in the range 5:1 to 12:1, and (d) the rib structures are such that, as measured in the first direction, the stretch ratio at the midpoints of the junctions is at least about 40% of that at the midpoint of the adjacent rib segments. (a) the rib structures are such that the rib segments are oriented in the first direction along their lengths and orientation in the first direction extends across the junctions connecting two such oriented rib segments, (b) the bar structures are such that their overall stretch ratio in the second direction is a maximum of 1 and all locations along the length of the bar structures have a maximum stretch ratio of 1.5 in the second direction, (c) as measured in the first direction, the stretch ratio at the midpoint of the rib segments is in the range 5:1 to 12:1, and (d) the rib structures are such that, as measured in the first direction, the stretch ratio at the midpoints of the junctions is at least about 40% of that at the midpoint of the adjacent rib segments.
A dehumidification system comprising: an air passage (40, 50) having an air supply passage through which air supplied to an indoor space passes, and an air discharge passage through which air discharged to an outside of a room passes; and a dehumidification unit (60, 20, 30) disposed in the air passage (40, 50), wherein the dehumidification unit (60, 20, 30) includes a first dehumidification unit, a second dehumidification unit, and a third dehumidification unit which are arranged in this order from a side close to an inlet of air supplied to an inside of the room toward the indoor space, the first dehumidification unit includes an outdoor air cooling heat exchanger configured to cool and dehumidify air supplied to the inside of the room, characterized in that the second dehumidification unit includes two adsorption heat exchangers (22, 24) configured to be switchable such that an adsorption side and a recovery side interchange with each other, and is configured such that air dehumidified in the first dehumidification unit is further dehumidified in one of the adsorption heat exchangers (22, 24) on the adsorption side, and the third dehumidification unit includes an adsorption rotor, part of which serves as an adsorption part and another part of which serves as a recovery part, and is configured such that air dehumidified in the second dehumidification unit is further dehumidified in the adsorption part. an air passage (40, 50) having an air supply passage through which air supplied to an indoor space passes, and an air discharge passage through which air discharged to an outside of a room passes; and an air supply passage through which air supplied to an indoor space passes, and an air discharge passage through which air discharged to an outside of a room passes; and a dehumidification unit (60, 20, 30) disposed in the air passage (40, 50), wherein the dehumidification unit (60, 20, 30) includes a first dehumidification unit, a second dehumidification unit, and a third dehumidification unit which are arranged in this order from a side close to an inlet of air supplied to an inside of the room toward the indoor space, the first dehumidification unit includes an outdoor air cooling heat exchanger configured to cool and dehumidify air supplied to the inside of the room, characterized in that the second dehumidification unit includes two adsorption heat exchangers (22, 24) configured to be switchable such that an adsorption side and a recovery side interchange with each other, and is configured such that air dehumidified in the first dehumidification unit is further dehumidified in one of the adsorption heat exchangers (22, 24) on the adsorption side, and the third dehumidification unit includes an adsorption rotor, part of which serves as an adsorption part and another part of which serves as a recovery part, and is configured such that air dehumidified in the second dehumidification unit is further dehumidified in the adsorption part.
Tool for the horizontal alignment of objects, in particular wall cladding elements and/or windows and/or furniture, comprising at least one supporting element having a supporting device designed for supporting the object and adjusting devices for the horizontal alignment of the supporting device in at least a first axis, wherein the supporting element is connected to a frame via the adjusting devices, wherein the frame has an installation surface for installation on a base, characterized in that the frame has at least one slotshaped guide device, and at least one plate-shaped guide element projecting from the support element is movable in the guide device along the slot, so that tilting of the support element in a second axis normal to the first axis is prevented.
A wireless communications method comprising: receiving, by a terminal, time domain resource configuration information of a reference signal resource; determining, by the terminal, a period of the reference signal resource and a time domain resource offset of the reference signal resource according to the received time domain resource configuration information; determining, by the terminal, at least one target first time domain resource unit according to the period and the time domain resource offset; determining, by the terminal, at least one target second time domain resource unit from the at least one target first time domain resource unit, wherein a first time domain resource unit is used as a time unit for the at least one target first time domain resource unit, a second time domain resource unit is used as a time unit for the at least one target second time domain resource unit, and each of the first time domain resource unit comprises at least one second time domain resource unit; and receiving, by the terminal, a reference signal on a reference signal resource in the at least one target second time domain resource unit or performing, by the terminal, rate matching on a reference signal resource in the at least one target second time domain resource unit. receiving, by a terminal, time domain resource configuration information of a reference signal resource; determining, by the terminal, a period of the reference signal resource and a time domain resource offset of the reference signal resource according to the received time domain resource configuration information; determining, by the terminal, at least one target first time domain resource unit according to the period and the time domain resource offset; determining, by the terminal, at least one target second time domain resource unit from the at least one target first time domain resource unit, wherein a first time domain resource unit is used as a time unit for the at least one target first time domain resource unit, a second time domain resource unit is used as a time unit for the at least one target second time domain resource unit, and each of the first time domain resource unit comprises at least one second time domain resource unit; and receiving, by the terminal, a reference signal on a reference signal resource in the at least one target second time domain resource unit or performing, by the terminal, rate matching on a reference signal resource in the at least one target second time domain resource unit.
A tape printing apparatus including a cartridge mounting portion, a thermal head and a head pressing mechanism, wherein a first tape cartridge, which accommodates a first tape (Ta) having a first tape width and a first platen roller having a first roller length, and a second tape cartridge, which accommodates a second tape (Tb) having a second tape width and a second platen roller having a second roller length, are mountable in the cartridge mounting portion of the tape printing apparatus, and wherein the thermal head of the tape printing apparatus is configured to perform printing onto the first tape (Ta), when the first tape cartridge is mounted in the cartridge mounting portion of the tape printing apparatus, and onto the second tape (Tb), when the second tape cartridge is mounted in the cartridge mounting portion of the tape printing apparatus, characterized in that the head pressing mechanism comprises an elastic body for applying force to the thermal head, an elastic side member to which one end of the elastic body is attached and a cover side member that is provided in a cover for opening/closing the cartridge mounting portion and configured to engage with the elastic side member, wherein the head pressing mechanism is configured to press the thermal head of the tape printing apparatus against the first platen roller of the first tape cartridge, when the first tape cartridge is mounted in the cartridge mounting portion of the tape printing apparatus by setting the elastic side member and the cover side member in a first position, and to press the thermal head of the tape printing apparatus against the second platen roller of the second tape cartridge, when the second tape cartridge is mounted in the cartridge mounting portion of the tape printing apparatus by setting the elastic side member and the cover side member in a second position.
A device for guiding lines, with a tension-resistant central element and a multiplicity of cable-guiding elements fixed to the central element, wherein each cable-guiding element has a central element contact region in the middle, which surrounds a section of the central element in a non-positive or positive manner and wherein each cable-guiding element has a cable-guiding edge surrounding the central element contact region at a distance, characterized in that each cable-guiding element is in two parts and the two parts (20, 22) can be detachably combined to form one cable-guiding element. with a tension-resistant central element and a multiplicity of cable-guiding elements fixed to the central element, wherein each cable-guiding element has a central element contact region in the middle, which surrounds a section of the central element in a non-positive or positive manner and wherein each cable-guiding element has a cable-guiding edge surrounding the central element contact region at a distance, characterized in that each cable-guiding element is in two parts and the two parts (20, 22) can be detachably combined to form one cable-guiding element.
A wavelength division multiplexing optical fiber communication system comprising: a signal source at a signal transmission end of the optical fiber communication system; a polarization scrambler for scrambling all states of polarization of electrical signals generated at the transmission end before transmission over the optical fiber communication system; a length of optical fiber extending from the signal transmission end to a receive end; a polarization descrambler at the receive end for synchronously descrambling all states of polarization of electrical signals received at the receive end; and a polarization tracker operating on an output of the polarization descrambler. a signal source at a signal transmission end of the optical fiber communication system; a polarization scrambler for scrambling all states of polarization of electrical signals generated at the transmission end before transmission over the optical fiber communication system; a length of optical fiber extending from the signal transmission end to a receive end; a polarization descrambler at the receive end for synchronously descrambling all states of polarization of electrical signals received at the receive end; and a polarization tracker operating on an output of the polarization descrambler.
A method for optically examining a birefringent specimen, the method comprising the steps of: collecting a specimen using a substantially non-birefringent polymer film having an adhesive surface, such that the specimen is attached to the adhesive surface; and examining the specimen attached to the said film between crossed polarising filters, characterized by attaching the film to a substantially non-birefringent substrate, wherein a surface of the substrate comprises a coating of gelatine, or another material having similar optical and similar viscous properties to gelatine, onto which the polymer film is attached. collecting a specimen using a substantially non-birefringent polymer film having an adhesive surface, such that the specimen is attached to the adhesive surface; and examining the specimen attached to the said film between crossed polarising filters, characterized by attaching the film to a substantially non-birefringent substrate, wherein a surface of the substrate comprises a coating of gelatine, or another material having similar optical and similar viscous properties to gelatine, onto which the polymer film is attached.
An exposure apparatus having an illumination optical system for illuminating a mask (R1, R2) with illumination light and a projection optical system for projecting a pattern image of the illuminated mask onto a substrate, the apparatus comprising: a mask stage system having a first movable body for holding the mask, and a first electromagnetic motor for driving the first movable body; a first encoder system for measuring positional information of the first movable body that is moved by the mask stage system; a substrate stage system having a second movable body for holding the substrate, and a second electromagnetic motor for driving the second movable body; a second encoder system that has a plurality of heads (46A, 46B, 46C, 46D), each being arranged to irradiate a beam on a reflective grating section (44A, 44B, 44C, 44D) placed substantially parallel to a predetermined plane orthogonal to an optical axis of the projection optical system, the encoder system being configured to measure positional information of the second movable body by a head, which faces the grating section, of the plurality of heads; and a control system for controlling a drive of the first movable body by the first electromagnetic motor and a drive of the second movable body by the second electromagnetic motor based on measurement information of the first encoder system and measurement information of the second encoder system, respectively, wherein the control system is configured to correct a measurement error of the second encoder system generated due to at least one of the head and a deformation of a grating formed in the grating section. a mask stage system having a first movable body for holding the mask, and a first electromagnetic motor for driving the first movable body; a first encoder system for measuring positional information of the first movable body that is moved by the mask stage system; a substrate stage system having a second movable body for holding the substrate, and a second electromagnetic motor for driving the second movable body; a second encoder system that has a plurality of heads (46A, 46B, 46C, 46D), each being arranged to irradiate a beam on a reflective grating section (44A, 44B, 44C, 44D) placed substantially parallel to a predetermined plane orthogonal to an optical axis of the projection optical system, the encoder system being configured to measure positional information of the second movable body by a head, which faces the grating section, of the plurality of heads; and a control system for controlling a drive of the first movable body by the first electromagnetic motor and a drive of the second movable body by the second electromagnetic motor based on measurement information of the first encoder system and measurement information of the second encoder system, respectively, wherein the control system is configured to correct a measurement error of the second encoder system generated due to at least one of the head and a deformation of a grating formed in the grating section.
A method of manufacturing conductive patterns including the steps of: i) UV curable inkjet printing a cured inkjet ink pattern on a metal sheet bonded to a non-conductive substrate; ii) etching the metal sheet not covered by the cured ink pattern to expose the non-conductive substrate; and iii) applying an alkaline solution to dissolve the cured inkjet ink pattern within 5 minutes, wherein the inkjet ink contains a) one or more photoinitiators, b) a colorant decolorizing at a pH of more than 10, c) one or more hydrolyzable polyfunctional monomer or oligomer having at least one alkali hydrolyzable group located in the atomic chain between two polymerizable groups of the polyfunctional monomer or oligomer and d) one or more water absorption controlling monomers being a monofunctional or difunctional monomer containing at least one functional group selected from the group consisting of a hydroxyl group, an ethylene oxide or oligo-ethylene oxide group, a tertiary amine group, an acidic group having a pK a not lower than 3 and a five to seven membered aromatic or non aromatic heterocyclic group, and wherein the at least one alkali hydrolyzable group located in the atomic chain between two polymerizable groups of the polyfunctional monomer or oligomer is selected from the group consisting of Formulas H-1 to H-4: wherein Q represents the necessary atoms to form a five membered aromatic ring group; Z represents the necessary atoms to form a five or six membered ring group; and the dashed lines represents the bonds to the rest of the polyfunctional monomer or oligomer. i) UV curable inkjet printing a cured inkjet ink pattern on a metal sheet bonded to a non-conductive substrate; ii) etching the metal sheet not covered by the cured ink pattern to expose the non-conductive substrate; and iii) applying an alkaline solution to dissolve the cured inkjet ink pattern within 5 minutes,
An illuminator device, comprising a housing, a heat dissipation member provided at an end of the housing, a light source module configured to comprise an end in thermal contact with the heat dissipation member, an optical member provided at another end of the light source module, and a driving power supply module electrically connected with the light source module, wherein the light source module and the housing are respectively provided at two ends of the heat dissipation member, a plurality of channels communicating inside of the illuminator device with outside of the illuminator device are provided in the illuminator device, and the plurality of channels penetrate through the housing and the heat dissipation member, wherein the illuminator device further comprises an encloser which positions the optical member at the another end of the light source module, and wherein the housing is formed with a plurality of first through grooves; a plurality of pipes are formed in the heat dissipation member; the encloser is provided with a plurality of first openings; the plurality of pipes are respectively communicated with the plurality of first through grooves and the plurality of first openings; and the plurality of first through grooves, the plurality of pipes and the plurality of first openings form the plurality of channels characterized in that the heat dissipating member is made of an aluminum profile. wherein the illuminator device further comprises an encloser which positions the optical member at the another end of the light source module, and wherein the housing is formed with a plurality of first through grooves; a plurality of pipes are formed in the heat dissipation member; the encloser is provided with a plurality of first openings; the plurality of pipes are respectively communicated with the plurality of first through grooves and the plurality of first openings; and the plurality of first through grooves, the plurality of pipes and the plurality of first openings form the plurality of channels