mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting system , comprising: a support assembly; a plurality of lighting system accessory devices mounted to the support assembly; a control unit for controlling operation of the lighting system , said control unit including a user interface for adjusting parameter settings for the plurality of lighting system accessory devices; and a plurality of indicator lights , each indicator light associated with a respective lighting system accessory device, characterized in that the user interface is in the form of a touchscreen that displays the parameter settings for the lighting system accessory devices; the parameter settings are displayed on the user interface in different colors; each indicator light has a different color, wherein a parameter setting for a lighting system accessory device is displayed on the user interface in the same color as the indicator light associated with that lighting system accessory device, such that the color of the parameter settings and the color of the indicator lights visually indicate to a user that an associated lighting system accessory device has been selected at the user interface for adjusting a parameter setting for that lighting system accessory device. a support assembly; a plurality of lighting system accessory devices mounted to the support assembly; a control unit for controlling operation of the lighting system , said control unit including a user interface for adjusting parameter settings for the plurality of lighting system accessory devices; and a plurality of indicator lights , each indicator light associated with a respective lighting system accessory device, characterized in that the user interface is in the form of a touchscreen that displays the parameter settings for the lighting system accessory devices; the parameter settings are displayed on the user interface in different colors; each indicator light has a different color, wherein a parameter setting for a lighting system accessory device is displayed on the user interface in the same color as the indicator light associated with that lighting system accessory device, such that the color of the parameter settings and the color of the indicator lights visually indicate to a user that an associated lighting system accessory device has been selected at the user interface for adjusting a parameter setting for that lighting system accessory device.
Device for moving a cushioning means towards a transport container , comprising a cushioning means dispensing device for the cushioning means and a transport container supply device for supplying the transport container , wherein the cushioning means dispensing device has an ejection device , characterized in that the ejection device ejects the cushioning means out of the cushioning means dispensing device such that the cushioning means moves towards the supplied transport container along a ballistic flight path which has a horizontal component at least temporarily, wherein the cushioning means dispensing device comprises a gripping device for releasably gripping the cushioning means , and wherein the ejection device comprises at least one air nozzle, a bolt biased by a spring or an electromagnetically actuated ejection element.
A handrail friction checking device configured to check the frictional driving force for a handrail of a passenger conveyor , comprising: a handrail gripper for gripping the handrail and movable together with the handrail ; a first spring , one end of said first spring being fixed and the other end being connected to the handrail gripper so that said first spring can apply a spring force which is opposed to the direction of handrail movement to the handrail gripper when the handrail gripper moves along with the handrail ; and a sensor which is disposed in a way that it is distanced from said handrail gripper and can be triggered by the handrail gripper when the handrail gripper moves along with the handrail ; characterized in that it is determined there is slippage between the handrail and a handrail drive mechanism when the sensor is not triggered. a handrail gripper for gripping the handrail and movable together with the handrail ; a first spring , one end of said first spring being fixed and the other end being connected to the handrail gripper so that said first spring can apply a spring force which is opposed to the direction of handrail movement to the handrail gripper when the handrail gripper moves along with the handrail ; and a sensor which is disposed in a way that it is distanced from said handrail gripper and can be triggered by the handrail gripper when the handrail gripper moves along with the handrail ; characterized in that it is determined there is slippage between the handrail and a handrail drive mechanism when the sensor is not triggered.
A furniture securing system to secure a piece of furniture to a surface such as a wall, the furniture securing system comprising: a strap connector ; a first base plate arranged to be mounted to a first surface, the first base plate including a first attachment element adapted to hold a first end of the strap connector ; a second base arranged to be mounted to a second surface, the second base including only a second attachment element in the form of a mounting plate adapted to hold a second end of the strap connector ; characterized in that the first attachment element pivots relative to the first base plate, and the second attachment element is not pivotable relative to the second base , and wherein the first attachment element has a total pivot swing angle of 150 degrees or less. a strap connector ; a first base plate arranged to be mounted to a first surface, the first base plate including a first attachment element adapted to hold a first end of the strap connector ; a second base arranged to be mounted to a second surface, the second base including only a second attachment element in the form of a mounting plate adapted to hold a second end of the strap connector ; characterized in that the first attachment element pivots relative to the first base plate, and the second attachment element is not pivotable relative to the second base , and wherein the first attachment element has a total pivot swing angle of 150 degrees or less.
An implantable urological device comprising a surface and a multilayer coating comprising: (a) a crystallization inhibitor composition, the crystallization inhibitor composition comprising an inhibitor of urine component crystallization provided as a first coating layer on the surface, and (b) a hydrophobic polymer topcoat layer comprising a polyalkene homopolymer or copolymer disposed on the first coating layer, wherein the inhibitor of urine component crystallization diffuses through the hydrophobic polymer topcoat to provide controlled release of the inhibitor of urine component crystallization from the surface of the device into a subject. (a) a crystallization inhibitor composition, the crystallization inhibitor composition comprising an inhibitor of urine component crystallization provided as a first coating layer on the surface, and (b) a hydrophobic polymer topcoat layer comprising a polyalkene homopolymer or copolymer disposed on the first coating layer,
A zinc alloy plated steel material having excellent surface quality and corrosion resistance, comprising: a base iron; a zinc alloy plating layer formed on the base iron; and an inhibition layer formed between the base iron and the zinc alloy plating layer, wherein a Zn phase of a surface of the zinc alloy plating layer comprises 15 to 90 area%, and the inhibition layer includes a ternary alloy phase layer of Zn/MgZn 2 /Al having a thickness of 2μm or less on the inhibition layer, wherein the ternary alloy phase layer comprises 30 to 90 area% of a surface of the inhibition layer, wherein the zinc alloy plating layer comprises, by weight, Mg: 0.5 to 3.5%, Al: 0.5 to 20.0%, Zn as a residual component, and inevitable impurities, wherein the zinc alloy plating layer comprises a lamellar structure of the Zn phase and an MgZn 2 phase, wherein an average thickness of each of the Zn phase and the MgZn 2 phase in a width direction is 1.5μm or less. a base iron; a zinc alloy plating layer formed on the base iron; and an inhibition layer formed between the base iron and the zinc alloy plating layer, wherein a Zn phase of a surface of the zinc alloy plating layer comprises 15 to 90 area%, and the inhibition layer includes a ternary alloy phase layer of Zn/MgZn 2 /Al having a thickness of 2μm or less on the inhibition layer, wherein the ternary alloy phase layer comprises 30 to 90 area% of a surface of the inhibition layer, wherein the zinc alloy plating layer comprises, by weight, Mg: 0.5 to 3.5%, Al: 0.5 to 20.0%, Zn as a residual component, and inevitable impurities, wherein the zinc alloy plating layer comprises a lamellar structure of the Zn phase and an MgZn 2 phase, wherein an average thickness of each of the Zn phase and the MgZn 2 phase in a width direction is 1.5μm or less.
A tiling electronic apparatus , comprising: a plurality of electronic devices , wherein at least one of the electronic devices comprises: a base substrate , having a first surface (S1) and a second surface (S2) opposite to the first surface (S1); a first circuit layer , comprising: a first portion , disposed on the first surface (S1) of the base substrate ; and a second portion , disposed on the second surface (S2) of the base substrate ; and a plurality of light-emitting elements , disposed on the first circuit layer ; characterized by: a first substrate , comprising a plurality of protrusion parts ; wherein at least one of the plurality of protrusion parts is engaged between adjacent two of the plurality of light-emitting elements . a plurality of electronic devices , wherein at least one of the electronic devices comprises: a base substrate , having a first surface (S1) and a second surface (S2) opposite to the first surface (S1); a first circuit layer , comprising: a first portion , disposed on the first surface (S1) of the base substrate ; and a second portion , disposed on the second surface (S2) of the base substrate ; and a plurality of light-emitting elements , disposed on the first circuit layer ; characterized by: a base substrate , having a first surface (S1) and a second surface (S2) opposite to the first surface (S1); a first circuit layer , comprising: a first portion , disposed on the first surface (S1) of the base substrate ; and a second portion , disposed on the second surface (S2) of the base substrate ; and a first portion , disposed on the first surface (S1) of the base substrate ; and a second portion , disposed on the second surface (S2) of the base substrate ; and a plurality of light-emitting elements , disposed on the first circuit layer ; characterized by: a first substrate , comprising a plurality of protrusion parts ; wherein at least one of the plurality of protrusion parts is engaged between adjacent two of the plurality of light-emitting elements .
A method of separating rare cells with intact nucleic acids from non-rare cells in a whole blood, plasma or serum sample comprising the rare cells and non-rare cells, the method comprising: (a) combining the sample with an aqueous medium having a pH in the range of 5 to 8 in an amount of 10 to 100 mL of aqueous medium per 10 mL sample; (b) holding the combination for a period of 15 minutes to 7 days and at a temperature of 5 °C to 30 °C for selectively releasing nucleic acids from the non-rare cells but not from the rare cells, and (c) subjecting the sample to filtration to separate rare cells from non-rare cells; wherein the rare cells are cancer cells. (a) combining the sample with an aqueous medium having a pH in the range of 5 to 8 in an amount of 10 to 100 mL of aqueous medium per 10 mL sample; (b) holding the combination for a period of 15 minutes to 7 days and at a temperature of 5 °C to 30 °C for selectively releasing nucleic acids from the non-rare cells but not from the rare cells, and (c) subjecting the sample to filtration to separate rare cells from non-rare cells; wherein the rare cells are cancer cells.
An artificial leather having a laminated structure in the form of a plurality of discrete layers, - said plurality of layers comprising a bottom layer , an intermediate layer , and a top layer , - said bottom layer being a non-woven matt comprising bast fibres impregnated with a polymer for binding and colouring said bast fibres, and said bottom layer defining a bottom layer thickness, - said intermediate layer being a layer of a binder material, in which said intermediate layer is in direct connection with said bottom layer and in direct connection with said top layer for gluing with said top layer , and said intermediate layer defining an intermediate layer thickness, - said top layer being a polymer coating and defining a top layer thickness, and - wherein said bottom layer thickness is greater than any of said intermediate layer thickness or said top layer thickness and said first intermediate layer thickness is thinner than said top layer thickness. - said plurality of layers comprising a bottom layer , an intermediate layer , and a top layer , - said bottom layer being a non-woven matt comprising bast fibres impregnated with a polymer for binding and colouring said bast fibres, and said bottom layer defining a bottom layer thickness, - said intermediate layer being a layer of a binder material, in which said intermediate layer is in direct connection with said bottom layer and in direct connection with said top layer for gluing with said top layer , and said intermediate layer defining an intermediate layer thickness, - said top layer being a polymer coating and defining a top layer thickness, and - wherein said bottom layer thickness is greater than any of said intermediate layer thickness or said top layer thickness and said first intermediate layer thickness is thinner than said top layer thickness.
An airbag assembly in a packaged state comprising: an inflatable airbag cushion in a packaged configuration; an inflator in fluid communication with the inflatable airbag cushion to supply inflation gas to inflate the inflatable airbag cushion , the inflator comprising an attachment stud to mount the airbag assembly to a side of a seat; a wrapper configured to wrap around the inflator and the inflatable airbag cushion in the packaged configuration; a cap coupled to the wrapper, wherein the cap is configured to enclose a first end of the inflatable airbag cushion in the packaged configuration to increase stiffness at the first end ; and characterised by the cap comprising a single sheet of material that is folded back upon itself along a fold forming a first panel and a second panel , wherein the first panel of the cap is coupled at a center portion of the wrapper and the second panel of the cap is coupled to the attachment stud of the inflator. an inflatable airbag cushion in a packaged configuration; an inflator in fluid communication with the inflatable airbag cushion to supply inflation gas to inflate the inflatable airbag cushion , the inflator comprising an attachment stud to mount the airbag assembly to a side of a seat; a wrapper configured to wrap around the inflator and the inflatable airbag cushion in the packaged configuration; a cap coupled to the wrapper, wherein the cap is configured to enclose a first end of the inflatable airbag cushion in the packaged configuration to increase stiffness at the first end ; and characterised by the cap comprising a single sheet of material that is folded back upon itself along a fold forming a first panel and a second panel , wherein the first panel of the cap is coupled at a center portion of the wrapper and the second panel of the cap is coupled to the attachment stud of the inflator.
A method for reverberation suppression, comprising: receiving (step 302) an input audio signal; classifying (step 304) a media type of the input audio signal as one of a group comprising at least: 1) speech; 2) music; or 3) speech over music; determining (step 308) a degree of reverberation in the input audio signal, wherein determining the degree of reverberation comprises calculating (step 604) a two-dimensional acoustic-modulation frequency spectrum of the input audio signal, wherein the degree of reverberation is based on an amount of energy in a high modulation frequency portion of the two-dimensional acoustic-modulation frequency spectrum, determining (step 310) whether to perform dereverberation on the input audio signal based at least on a determination that the media type of the input audio signal has been classified as speech and on said degree of reverberation; and in response to determining that dereverberation is to be performed on the input audio signal, generating (step 312) an output audio signal by performing dereverberation on the input audio signal. receiving (step 302) an input audio signal; classifying (step 304) a media type of the input audio signal as one of a group comprising at least: 1) speech; 2) music; or 3) speech over music; determining (step 308) a degree of reverberation in the input audio signal, wherein determining the degree of reverberation comprises calculating (step 604) a two-dimensional acoustic-modulation frequency spectrum of the input audio signal, wherein the degree of reverberation is based on an amount of energy in a high modulation frequency portion of the two-dimensional acoustic-modulation frequency spectrum, determining (step 310) whether to perform dereverberation on the input audio signal based at least on a determination that the media type of the input audio signal has been classified as speech and on said degree of reverberation; and in response to determining that dereverberation is to be performed on the input audio signal, generating (step 312) an output audio signal by performing dereverberation on the input audio signal.
A tire for a motorcycle for running on rough terrain, comprising a tread portion , wherein the tread portion includes a base surface and a plurality of blocks raised outward in a tire radial direction from the base surface , at least one of the plurality of blocks includes a finned block , the finned block includes a block main body and at least two fin portions having a smaller width in a tire axial direction than the block main body and extending to one side in a tire circumferential direction, and a recess is provided between the two fin portions so as to be recessed from the base surface , characterized in that a length (L5) in the tire circumferential direction of the recess is larger than a length (L4) in the tire axial direction of the recess . the tread portion includes a base surface and a plurality of blocks raised outward in a tire radial direction from the base surface , at least one of the plurality of blocks includes a finned block , the finned block includes a block main body and at least two fin portions having a smaller width in a tire axial direction than the block main body and extending to one side in a tire circumferential direction, and a recess is provided between the two fin portions so as to be recessed from the base surface , characterized in that a length (L5) in the tire circumferential direction of the recess is larger than a length (L4) in the tire axial direction of the recess .
A filter medium comprising: a splittable multicomponent fiber, capable of splitting with a mechanical force into a first split component and a second split component, wherein at least a portion of the splittable multicomponent fiber is present in the filter medium in split form, the first split component having a diameter of less than or equal to 2 μm and the second split component having a diameter of 1 μm to 5 μm; and a monocomponent fiber having a diameter of greater than or equal to 5 μm, wherein the splittable multicomponent fiber and the monocomponent fiber are present as a mixture and wherein the splittable multicomponent fiber has a finite length of less than or equal to 7.62 cm (3 inches).
A method for distinguishing particular cells from a mixture of heterogeneous cells in a blood sample, wherein the particular cells comprise bacteria, the method comprising: (a) providing a water-based liquid blood sample containing a mixture of heterogeneous cells; (b) collecting at least a portion of the sample, introducing the collected portion of the sample into a porous medium, and immobilizing the heterogeneous cells in the porous medium; (c) applying a first bioactive stimulus to the porous medium to cause division of the bacteria only as said particular cells, and additionally applying another second type of bioactive stimulus to the porous medium in step (c); and (d) distinguishing the particular cells from the other types of cells through microscopic imaging, wherein culture or purification of the heterogeneous cells is omitted after the provision of the sample and before the application of the first bioactive stimulus, wherein a nutrient medium for growth of the bacterial cells is applied as the first bioactive stimulus to selectively grow the bacterial cell only but not blood cells, wherein a drug for preventing the growth of the particular cells is applied as the other second type of bioactive stimulus, simultaneously with or after the application of the first bioactive stimulus, and wherein the particular cells are distinguished by observing microcolonies formed as a result of division of the particular bacterial cells when present. (b) collecting at least a portion of the sample, introducing the collected portion of the sample into a porous medium, and immobilizing the heterogeneous cells in the porous medium; (c) applying a first bioactive stimulus to the porous medium to cause division of the bacteria only as said particular cells, and additionally applying another second type of bioactive stimulus to the porous medium in step (c); and (d) distinguishing the particular cells from the other types of cells through microscopic imaging,
A medicament for use in treating gout, characterized in that the medicament comprises by weight content, 1-99 portions of a marine algal glycoprotein, 8-14 portions of indigo naturalis, and 7-13 portions of twotooth achyranthes root.