mhurhangee/ep-ind-claims huggingface dataset:
A system for reducing microorganisms, the system comprising: - a light assembly comprising: - a first distinct blue light source having a first peak wavelength of 400-410 nm with a full width half maximum of at most 25 nm, the first peak having a first time averaged intensity I 1, to target a first photoreactive component of the microorganisms; - a second distinct blue light source having a second peak wavelength of 440-464 nm with a full width half maximum of at most 25 nm, the second peak having a second time averaged intensity I 2, to target a second photoreactive component of the microorganisms; - and a processor communicably coupled to the light assembly to control the time averaged intensities of the blue lights sources such that the time averaged intensity of the first blue light is from 0.67 to 1.33 times the time averaged intensity of the second blue light source; and - at least one optical element arranged with the light assembly configured to direct the blue lights emitted by the light assembly. - a light assembly comprising: - a first distinct blue light source having a first peak wavelength of 400-410 nm with a full width half maximum of at most 25 nm, the first peak having a first time averaged intensity I 1, to target a first photoreactive component of the microorganisms; - a second distinct blue light source having a second peak wavelength of 440-464 nm with a full width half maximum of at most 25 nm, the second peak having a second time averaged intensity I 2, to target a second photoreactive component of the microorganisms; - and a processor communicably coupled to the light assembly to control the time averaged intensities of the blue lights sources such that the time averaged intensity of the first blue light is from 0.67 to 1.33 times the time averaged intensity of the second blue light source; and - a first distinct blue light source having a first peak wavelength of 400-410 nm with a full width half maximum of at most 25 nm, the first peak having a first time averaged intensity I 1, to target a first photoreactive component of the microorganisms; - a second distinct blue light source having a second peak wavelength of 440-464 nm with a full width half maximum of at most 25 nm, the second peak having a second time averaged intensity I 2, to target a second photoreactive component of the microorganisms; - a second distinct blue light source having a second peak wavelength of 440-464 nm with a full width half maximum of at most 25 nm, the second peak having a second time averaged intensity I 2, to target a second photoreactive component of the microorganisms; - and a processor communicably coupled to the light assembly to control the time averaged intensities of the blue lights sources such that the time averaged intensity of the first blue light is from 0.67 to 1.33 times the time averaged intensity of the second blue light source; and - at least one optical element arranged with the light assembly configured to direct the blue lights emitted by the light assembly.
Lighting arrangement, comprising - at least one LED lighting element arranged on a support member, - and an optical element arranged spaced from said LED lighting element in a first direction, - wherein a holder is provided to hold said optical element in a position relative to said LED lighting element, - said holder comprising at least a first holding portion extending from said support member into said first direction, - and a second holding portion being connected to said optical element, said second holding portion being arranged such that at least a part thereof extends into said first direction, - wherein said second holding portion is spaced from said first holding portion in a direction traverse to said first direction, - wherein said first and second holding portions (24a, 24b) are connected by a first connecting portion, - said first connection portion being arranged to form an angle with both said first and second holding portions (24a, 24b), characterized in that, - said first connecting portion is provided as a plane wall element having a greater thickness than said first and second holding portions (24a, 24b), and - said optical element is provided as one piece with said first and second holding portions (24a, 24b). - at least one LED lighting element arranged on a support member, - and an optical element arranged spaced from said LED lighting element in a first direction, - wherein a holder is provided to hold said optical element in a position relative to said LED lighting element, - said holder comprising at least a first holding portion extending from said support member into said first direction, - and a second holding portion being connected to said optical element, said second holding portion being arranged such that at least a part thereof extends into said first direction, - wherein said second holding portion is spaced from said first holding portion in a direction traverse to said first direction, - wherein said first and second holding portions (24a, 24b) are connected by a first connecting portion, - said first connection portion being arranged to form an angle with both said first and second holding portions (24a, 24b), characterized in that, - said first connecting portion is provided as a plane wall element having a greater thickness than said first and second holding portions (24a, 24b), and - said optical element is provided as one piece with said first and second holding portions (24a, 24b).
An ear pad to be mounted to a base body to which a speaker unit is fixed, the ear pad comprising: an elastic body in which first and second elastic members having different coefficients of restitution are laminated together in a sound emitting direction of the speaker unit; and a skin material that covers an exterior of the elastic body, wherein the first elastic member is arranged at a side of the base body, and has a first joint surface that is laminated on and fixed to a second joint surface of the second elastic member, the first and second elastic members (11, 12) respectively have ring shapes, are arranged concentrically such that a surface opposing said second joint surface of the second elastic member is nearest a user's temporal region when in use and worn over a user's ear, have substantially a same external diameter, and have inner diameters defined by the respective inner circumferences of the ring-shaped elastic members (11, 12), characterised in that the second elastic member has an inner diameter at the second joint surface larger than the inner diameter of the first elastic member at the first joint surface. an elastic body in which first and second elastic members having different coefficients of restitution are laminated together in a sound emitting direction of the speaker unit; and a skin material that covers an exterior of the elastic body, wherein the first elastic member is arranged at a side of the base body, and has a first joint surface that is laminated on and fixed to a second joint surface of the second elastic member, the first and second elastic members (11, 12) respectively have ring shapes, are arranged concentrically such that a surface opposing said second joint surface of the second elastic member is nearest a user's temporal region when in use and worn over a user's ear, have substantially a same external diameter, and have inner diameters defined by the respective inner circumferences of the ring-shaped elastic members (11, 12), characterised in that the second elastic member has an inner diameter at the second joint surface larger than the inner diameter of the first elastic member at the first joint surface.
An underbody panelling part of a wheel axle in the region of the wheel arch of a motor vehicle, comprising a substantially planar main body, characterised in that a first bearing point formed on the main body is provided and can be rotatably connected to a transverse link of the motor vehicle, and a second bearing point formed on the main body is provided and can be coupled to a wheel carrier or a steering tie rod, so that the underbody panelling part can be pivoted about the first bearing point with a pivoting of the wheel carrier.
Amulti-mode operation method for a capacitive touch panel having a plurality of touch cells for obtaining a detection value from each of the plurality of touch cells in a mutual capacitance scanning manner, in which the panel is provided with a normal mode and a waterproof mode, comprising: a) determining whether a maximum value of the detection values from the plurality of touch cells is greater than an upper threshold, and a minimum value of the detection values from the plurality of touch cells is less than a lower threshold; b) determining whether the maximum value minus the minimum value is greater than a first predetermined value; c) determining whether amount of the touch cells having detection values greater than the upper threshold is greater than an upper waterproof cell number, and amount of the touch cells having detection values less than the lower threshold is greater than a lower waterproof cell number; d) determining whether a sum of absolute values of the detection values less than the lower threshold is greater than a second predetermined value, and e) selecting the waterproof mode when two or more of the above steps are affirmative, or else selecting the normal mode, wherein the waterproof mode refers to an operation mode when water is present on the touch panel. a) determining whether a maximum value of the detection values from the plurality of touch cells is greater than an upper threshold, and a minimum value of the detection values from the plurality of touch cells is less than a lower threshold; b) determining whether the maximum value minus the minimum value is greater than a first predetermined value; c) determining whether amount of the touch cells having detection values greater than the upper threshold is greater than an upper waterproof cell number, and amount of the touch cells having detection values less than the lower threshold is greater than a lower waterproof cell number; d) determining whether a sum of absolute values of the detection values less than the lower threshold is greater than a second predetermined value, and e) selecting the waterproof mode when two or more of the above steps are affirmative, or else selecting the normal mode, wherein the waterproof mode refers to an operation mode when water is present on the touch panel.
A pneumatic valve for attachment to a source of high pressure gas, the pneumatic valve comprising: a valve body comprising a gas inlet and a gas outlet; a rupturable membrane extending across the gas inlet; a membrane support element slidably supported in the valve body for movement between an extended position and a retracted position, the membrane support element having a lower end engageable, in the extended position, with the rupturable membrane to support the rupturable membrane against rupture; wherein the valve body comprises a bore through which the membrane support element extends and one or more gas supply passages bypassing the bore for providing a gas flow path from the gas inlet to the gas outlet; the valve body comprises an inlet chamber in fluid communication with the gas inlet and an outlet chamber in fluid communication with the gas outlet, the inlet chamber and outlet chamber being separated by a dividing wall; the bore and at least one gas supply passage are formed through the dividing wall; and the membrane support element being configured to be movable from the extended position to the retracted position to permit the rupturable membrane to rupture under the pressure of the high pressure gas, the lower end of the membrane support element in the retracted position being positioned within the bore whereby the lower end of the membrane support element and the bore together form a pocket for receiving a ruptured portion of the rupturable membrane, wherein at least one gas passage has an inlet and an outlet, the inlet to the at least one gas passage being in a side wall of the inlet chamber, characterised in that the outlet to the at least one gas passage is in a bottom wall of the outlet chamber. a valve body comprising a gas inlet and a gas outlet; a rupturable membrane extending across the gas inlet; a membrane support element slidably supported in the valve body for movement between an extended position and a retracted position, the membrane support element having a lower end engageable, in the extended position, with the rupturable membrane to support the rupturable membrane against rupture; wherein the valve body comprises a bore through which the membrane support element extends and one or more gas supply passages bypassing the bore for providing a gas flow path from the gas inlet to the gas outlet; the valve body comprises an inlet chamber in fluid communication with the gas inlet and an outlet chamber in fluid communication with the gas outlet, the inlet chamber and outlet chamber being separated by a dividing wall; the bore and at least one gas supply passage are formed through the dividing wall; and the membrane support element being configured to be movable from the extended position to the retracted position to permit the rupturable membrane to rupture under the pressure of the high pressure gas, the lower end of the membrane support element in the retracted position being positioned within the bore whereby the lower end of the membrane support element and the bore together form a pocket for receiving a ruptured portion of the rupturable membrane,
A process, which comprises: a step of reacting rapamycin of formula with 2-(t-hexyldimethylsilyloxy)ethyl triflate of formula in an inert solvent, wherein the solvent is an aliphatic, cyclic or aromatic hydrocarbon of 5 to 10 carbon atoms, a chlorinated hydrocarbon of 1 to 6 carbon atoms, an aliphatic or cyclic ether of 4 to 10 carbon atoms and 1 to 3 oxygen atoms, and mixtures thereof, in the presence of an aliphatic tertiary amine to form 40-O-2-(t-hexyldimethylsilyloxy)-ethylrapamycin of formula wherein RAP represents the residue of a 40-position O-substituted rapamycin a step of reacting rapamycin of formula with 2-(t-hexyldimethylsilyloxy)ethyl triflate of formula in an inert solvent, wherein the solvent is an aliphatic, cyclic or aromatic hydrocarbon of 5 to 10 carbon atoms, a chlorinated hydrocarbon of 1 to 6 carbon atoms, an aliphatic or cyclic ether of 4 to 10 carbon atoms and 1 to 3 oxygen atoms, and mixtures thereof, in the presence of an aliphatic tertiary amine to form 40-O-2-(t-hexyldimethylsilyloxy)-ethylrapamycin of formula wherein RAP represents the residue of a 40-position O-substituted rapamycin
An electrical machine comprising: at least one stator (2, 3, 4); and at least one module, the at least one module comprising at least one electromagnetic coil (5, 88) and at least one switch, the at least one module being attached to the at least one stator (2, 3, 4); wherein the quantity and configuration of the at least one module in the electrical machine is determined based in part on one or more operating parameters; and wherein the at least one module is capable of being independently controlled; the electrical machine being characterized in that the at least one module is capable of being reconfigured based at least in part on one or more of the following: at least one operating parameter during operation, at least one performance parameter during operation, or combinations thereof; wherein a series of light emitting diodes and optical sensors mounted on one or more modules align with a section of the at least one stator consisting of a coded regions of reflective and less reflective surfaces or holes. at least one stator (2, 3, 4); and at least one module, the at least one module comprising at least one electromagnetic coil (5, 88) and at least one switch, the at least one module being attached to the at least one stator (2, 3, 4); wherein the quantity and configuration of the at least one module in the electrical machine is determined based in part on one or more operating parameters; and wherein the at least one module is capable of being independently controlled; the electrical machine being characterized in that the at least one module is capable of being reconfigured based at least in part on one or more of the following: at least one operating parameter during operation, at least one performance parameter during operation, or combinations thereof; wherein a series of light emitting diodes and optical sensors mounted on one or more modules align with a section of the at least one stator consisting of a coded regions of reflective and less reflective surfaces or holes.
A liquid cartridge comprising: a liquid storing section defining a liquid storing chamber that stores liquid; a channel section defining a channel in fluid communication with the liquid storing chamber; a field forming section (62, 72, 66) including a movable member that is movable in the channel and configured to form a field that changes depending on a position of the movable member; a power-source terminal configured to be supplied with a power-source potential; a ground terminal (175c-177c) configured to be supplied with a ground potential; a sensor (71, 66) electrically connected with the power-source terminal and the ground terminal, the sensor being configured to generate a potential based on the position of the movable member by being disposed in the field formed by the field forming section; and an output terminal (170c, 171c) electrically connected with the sensor (71, 66) and configured to output the potential generated by the sensor, wherein the movable member is movable between a position that confronts the sensor and a position that does not confront the sensor; and wherein the sensor (71, 66) is configured to generate a potential higher than the ground potential regardless of the position of the movable member. a liquid storing section defining a liquid storing chamber that stores liquid; a channel section defining a channel in fluid communication with the liquid storing chamber; a field forming section (62, 72, 66) including a movable member that is movable in the channel and configured to form a field that changes depending on a position of the movable member; a power-source terminal configured to be supplied with a power-source potential; a ground terminal (175c-177c) configured to be supplied with a ground potential; a sensor (71, 66) electrically connected with the power-source terminal and the ground terminal, the sensor being configured to generate a potential based on the position of the movable member by being disposed in the field formed by the field forming section; and an output terminal (170c, 171c) electrically connected with the sensor (71, 66) and configured to output the potential generated by the sensor, wherein the movable member is movable between a position that confronts the sensor and a position that does not confront the sensor; and wherein the sensor (71, 66) is configured to generate a potential higher than the ground potential regardless of the position of the movable member.
A method performed in a wireless device for establishing a feedback metric, wherein the wireless device is configured with a grouping of available precoding matrix indicators, PMIs, of a codebook having a symmetrical structure, the grouping comprising two or more groups (G 1,..., G N) each of which comprises an exclusive subset of the available precoding matrix indicators, PMIs, the method comprising: - identifying for each of one or more rank indicator, RI, hypotheses, a respective parent PMI of the two or more groups (G 1,..., G N) providing the highest link quality metric, LQM, - establishing for one or more of the identified parent PMIs of the two or more groups (G 1,..., G N), a respective set of child PMIs, wherein a child PMI generating vector can be obtained by a linear transformation of a parent PMI generating vector defined from the codebook, where the linear transformation is a diagonal matrix comprising the appropriate phase shifters, - determining a link quality metric, LQM for each child PMIs of the established one or more sets of child PMIs, and - establishing the feedback metric to be the child PMI having the highest link quality metric, LQM. - identifying for each of one or more rank indicator, RI, hypotheses, a respective parent PMI of the two or more groups (G 1,..., G N) providing the highest link quality metric, LQM, - establishing for one or more of the identified parent PMIs of the two or more groups (G 1,..., G N), a respective set of child PMIs, wherein a child PMI generating vector can be obtained by a linear transformation of a parent PMI generating vector defined from the codebook, where the linear transformation is a diagonal matrix comprising the appropriate phase shifters, - determining a link quality metric, LQM for each child PMIs of the established one or more sets of child PMIs, and - establishing the feedback metric to be the child PMI having the highest link quality metric, LQM.
A signal transmission method, characterized by comprising: receiving at a preset first time-frequency position, by a terminal, a signal sent by a base station, wherein the first time-frequency position comprises: a subframe where the signal is located comprised in a time domain position of the first time-frequency position; wherein the subframe where the signal is located is determined according to at least one of: a starting position of a PDCCH search space, an extended DRX, eDRX, starting position, a first offset, or a number of repetitions of the signal; and wherein the first offset is configured via high-layer signaling or is preset, and the number of repetitions of the signal is configured via high-layer signaling; and detecting, by the terminal, the signal, and determining whether to detect a physical downlink channel according to a detection result for the signal. receiving at a preset first time-frequency position, by a terminal, a signal sent by a base station, wherein the first time-frequency position comprises: a subframe where the signal is located comprised in a time domain position of the first time-frequency position; wherein the subframe where the signal is located is determined according to at least one of: a starting position of a PDCCH search space, an extended DRX, eDRX, starting position, a first offset, or a number of repetitions of the signal; and wherein the first offset is configured via high-layer signaling or is preset, and the number of repetitions of the signal is configured via high-layer signaling; and detecting, by the terminal, the signal, and determining whether to detect a physical downlink channel according to a detection result for the signal.