mhurhangee/ep-ind-claims huggingface dataset:
Hair or lint remover apparatus for the extraction of animal and other hair, lint from clothing and upholstery, composed by a portable enclosure to hold by hand characterised by: a. a rotating device (roller) with spring or cam loaded tweezers (3,5) that lift up the hair sufficiently to allow the pinch and the extraction b. a device consisting of rotating blades (3,6) attached to a drive head, for the removal of lint c. a device predisposed for the suction (3,7) d. a storage compartment for remover waste (3,8) e. a cover in perforated smooth mesh (3,4) placed in the inferior part touching the fabric a. a rotating device (roller) with spring or cam loaded tweezers (3,5) that lift up the hair sufficiently to allow the pinch and the extraction b. a device consisting of rotating blades (3,6) attached to a drive head, for the removal of lint c. a device predisposed for the suction (3,7) d. a storage compartment for remover waste (3,8) e. a cover in perforated smooth mesh (3,4) placed in the inferior part touching the fabric
Vacuum switch comprising an insulating case (3, 4) made of a suitable insulating material, two conducting caps (51, 52) each securely fixed at an opening of the insulating case (3, 4) to form a sealed vacuum chamber and a first contact and a second contact inside the sealed vacuum chamber and movable with respect to one another between an open positon in which the first and second contacts (101, 102) are not in contact and a closed position in which the first and second contacts (101, 102) are in contact, the first and second contacts (101, 102) being designed so as to remain in the closed position in case of a short-circuit current passing through the said contacts (101, 102) when they are in the closed position, characterised by the fact that the first contact presents a trumpet shaped hollow at its free end with a flat contact surface having a hole, said hole communicating with the hollow while the second contact presents a corresponding trumpet shaped free end having a neck, a flange and a flat contact surface designed to come in contact with the contact surface of the first contact in the closed position.
Kit for the formation of a railing with solar panels, which comprises: at least one base profile (30, 30', 130) as a support for at least one solar panel, at least one post (10, 110) with a holding plate (13b, 13b', 113b) attached thereto, to which the at least one base profile can be attached, and at least one holding means (20, 120) for holding an upper edge portion of the at least one solar panel to the post, characterized in that the at least one base profile (30, 30', 130) is provided as a support for the lower edge surface of the at least one solar panel and in that the kit further comprises: at least one cover profile (40, 40', 140) which can be detachably connected to the at least one base profile, so that the at least one solar panel is arranged between cover profile and base profile, and at least one second cover profile (40, 40', 140) which can be detachably connected to the at least one base profile, wherein the at least one cover profile and the at least one second cover profile can be attached to the base profile (30, 30', 130) such that the holding plate (13b, 13b', 113) is arranged therebetween. at least one base profile (30, 30', 130) as a support for at least one solar panel, at least one post (10, 110) with a holding plate (13b, 13b', 113b) attached thereto, to which the at least one base profile can be attached, and at least one holding means (20, 120) for holding an upper edge portion of the at least one solar panel to the post, characterized in that the at least one base profile (30, 30', 130) is provided as a support for the lower edge surface of the at least one solar panel and in that the kit further comprises: at least one cover profile (40, 40', 140) which can be detachably connected to the at least one base profile, so that the at least one solar panel is arranged between cover profile and base profile, and at least one second cover profile (40, 40', 140) which can be detachably connected to the at least one base profile, wherein the at least one cover profile and the at least one second cover profile can be attached to the base profile (30, 30', 130) such that the holding plate (13b, 13b', 113) is arranged therebetween. at least one cover profile (40, 40', 140) which can be detachably connected to the at least one base profile, so that the at least one solar panel is arranged between cover profile and base profile, and at least one second cover profile (40, 40', 140) which can be detachably connected to the at least one base profile, wherein the at least one cover profile and the at least one second cover profile can be attached to the base profile (30, 30', 130) such that the holding plate (13b, 13b', 113) is arranged therebetween.
A power supply control system, applied in an electric vehicle charging station having an energy storage system, the power supply control system comprising: a transformer connected to a power grid; an output socket connected to the transformer via an alternating current bus and configured to be connected to an electric device in the electric vehicle charging station; and the energy storage system comprising an alternating-current/direct-current, AC/DC, bidirectional converter and an energy storage battery connected to the alternating current bus via the AC/DC bidirectional converter, wherein the energy storage system is configured to be controlled to, in response to the power supply control system being in an uninterruptible power supply mode: switch the AC/DC bidirectional converter of the energy storage system into an inversion state to achieve an uninterruptible power supply function to supply AC electric energy to the output socket; and output no electric energy when the power grid has a normal voltage and supply electric energy only by the energy storage system when the power grid has an abnormal voltage. a transformer connected to a power grid; an output socket connected to the transformer via an alternating current bus and configured to be connected to an electric device in the electric vehicle charging station; and the energy storage system comprising an alternating-current/direct-current, AC/DC, bidirectional converter and an energy storage battery connected to the alternating current bus via the AC/DC bidirectional converter, wherein the energy storage system is configured to be controlled to, in response to the power supply control system being in an uninterruptible power supply mode: switch the AC/DC bidirectional converter of the energy storage system into an inversion state to achieve an uninterruptible power supply function to supply AC electric energy to the output socket; and output no electric energy when the power grid has a normal voltage and supply electric energy only by the energy storage system when the power grid has an abnormal voltage. switch the AC/DC bidirectional converter of the energy storage system into an inversion state to achieve an uninterruptible power supply function to supply AC electric energy to the output socket; and output no electric energy when the power grid has a normal voltage and supply electric energy only by the energy storage system when the power grid has an abnormal voltage.
Device for treating garments, comprising: - a garment holding enclosure for receiving, enclosing, and moistening garments; - at least one garment moistening tool (30; 35) having at least one outlet for supplying a moistening agent to garments that are located outside the garment holding enclosure; - moistening agent supplying means (26; 32, 34; 33, 46; 36) for supplying the moistening agent to the garment holding enclosure; and - an ironing board for supporting the garments, characterized in that the ironing board is located outside the garment holding enclosure on top of the garment holding enclosure; and wherein at least a portion of the ironing board is permeable to moistening agent vapor such that moistening agent vapor is allowed to pass from the garment moistening tool to the enclosure. - a garment holding enclosure for receiving, enclosing, and moistening garments; - at least one garment moistening tool (30; 35) having at least one outlet for supplying a moistening agent to garments that are located outside the garment holding enclosure; - moistening agent supplying means (26; 32, 34; 33, 46; 36) for supplying the moistening agent to the garment holding enclosure; and - an ironing board for supporting the garments,
A method for producing dyed polyamide fibers, comprising a step of applying a water-based ink composition containing at least one kind of dye selected from the group consisting of acid dyes, direct dyes and reactive dyes, a compound having an average molecular weight of 340 to 2200 represented by the following formula, and ethylene glycol: wherein X 1, X 2, X 3 and X 4 each independently represent a hydrogen atom or a methyl group; and each of j, k, m and n represents a number, the sum of which is 4 or more and 40 or less, to polyamide fibers by using an inkjet printer, a step of fixing the dye in the water-based ink composition applied in said step to the above polyamide fibers by heat, and a step of washing unfixed dye remaining in the above polyamide fibers.
A photosensitive alkali-soluble resin comprising a compound of formula: wherein nl is an integer selected from the group consisting of 30 to 200; n2 is an integer selected from the group consisting of 1 to 8; R 1 selected from the group consisting of -H, -O(CH 2) n3 OH, -O(CH 2) n4 OCOCH=CH 2, -N(CH 3) 2, -C n H 2n+1 and -SCH 3; n3 is an integer selected from the group consisting of 1 to 6; n4 is an integer selected from the group consisting of 1 to 5; n is an integer selected from the group consisting of 1 to 12; R 2 is selected from the group consisting of -H and -CH 3; and R 3 is selected from the group consisting of -H and -CH 3. nl is an integer selected from the group consisting of 30 to 200; n2 is an integer selected from the group consisting of 1 to 8; R 1 selected from the group consisting of -H, -O(CH 2) n3 OH, -O(CH 2) n4 OCOCH=CH 2, -N(CH 3) 2, -C n H 2n+1 and -SCH 3; n3 is an integer selected from the group consisting of 1 to 6; n4 is an integer selected from the group consisting of 1 to 5; n is an integer selected from the group consisting of 1 to 12; R 2 is selected from the group consisting of -H and -CH 3; and R 3 is selected from the group consisting of -H and -CH 3.
A longitudinally compressible energy absorbing member for a vehicle comprising an elongate thin-walled tube having external, longitudinally-extending vertices and having at least two adjacent, substantially parallel, longitudinally-extending passageways defined by tube walls and separated where they are adjacent by a wall section, the member being formed by fabricating a longitudinal box section and a longitudinal, generally C-shaped section and joining the edges of the C-shaped section to the box section so that the member has no overlapping edges, wherein the wall section includes one or more apertures of predetermined shape(s) and/or size(s), and wherein the thicknesses of the tube walls and of the wall section are constant and the same, and wherein the member comprises a plurality of notches, dents and/or creases located along the external vertices of the tube.
A vibrometer for optical vibration measurement on an object including a radiation source for producing an original beam, a beam splitter for dividing the original beam into a measuring beam and a reference beam, an optical superimposition device for superimposing the reference beam with a measuring beam at least partially reflected from the object and a detector, wherein the superimposition device and detector are constructed to cooperate such that the measuring beam at least partially reflected from the object and the reference beam are superimposed on the detector and wherein the vibrometer is constructed in the form of a heterodyne vibrometer with an optical frequency shifting unit, which is arranged in the beam path of the vibrometer, for forming a carrier frequency by producing a frequency difference between the measuring beam and reference beam, characterised in that the beam splitter and frequency shifting unit are constructed in an optical unit as an acousto-optical modulator for diffracting the original beam, wherein the acousto-optical modulator is so constructed that the original beam, entering into the acousto-optical modulator, is dividable into at least two diffraction beams: a first diffraction beam of first diffraction order and a second diffraction beam of -1 diffraction order and that the acousto-optical modulator is arranged in the beam path of the vibrometer so that one of the two diffraction beams is the measuring beam and the other diffraction beam is the reference beam, that the radiation source is so constructed that it produces a monochromatic beam of a predetermined wavelength and that the acousto-optical modulator is so constructed that the optimal angle of incidence for a maximum intensity of the diffraction beam of first order is identical to the optimal angle of incidence for a maximum intensity of the diffraction beam of -1 order, at least for an incident beam with the predetermined wavelength. a first diffraction beam of first diffraction order and a second diffraction beam of -1 diffraction order and that the acousto-optical modulator is arranged in the beam path of the vibrometer so that one of the two diffraction beams is the measuring beam and the other diffraction beam is the reference beam, that the radiation source is so constructed that it produces a monochromatic beam of a predetermined wavelength and that the acousto-optical modulator is so constructed that the optimal angle of incidence for a maximum intensity of the diffraction beam of first order is identical to the optimal angle of incidence for a maximum intensity of the diffraction beam of -1 order, at least for an incident beam with the predetermined wavelength.
A circuit for varying a quality-factor of a wireless device, wherein the wireless device includes an antenna tuning circuit and a communications signal interface; the circuit comprising a quality-factor circuit having a feedback circuit; wherein the feedback circuit is configured to be coupled between the antenna tuning circuit and the communications signal interface; wherein the quality-factor circuit is configured to measure an antenna system bandwidth of the wireless device; and wherein the feedback circuit is configured to apply positive feedback to the antenna tuning circuit if the measured antenna system bandwidth is greater than a maximum communication signal bandwidth.
A method for identifying the varieties of hops, the method comprising the steps of: (i) amplifying fragments of DNAs derived from hops to be tested, the fragments which each comprise a variety identification region, wherein the variety identification region comprises an identification marker composed of at least one single nucleotide polymorphism that differs among hop varieties, wherein the variety identification region is a region that is composed of part or all of the nucleotide sequence of SEQ ID NOs: 9 and which comprises at least one of the single nucleotide polymorphisms or insertion-deletion portions identified in FIG. 1; (ii) identifying the genotype of the single nucleotide polymorphism in each of the DNA fragments amplified at step (i); (iii) comparing the genotype of the single nucleotide polymorphism in the variety identification region in each of the DNAs from the hops to be tested, as identified at step (ii), with the genotype of a single nucleotide polymorphism in a corresponding region in a DNA from a known hop variety, to thereby analyze whether the hop varieties to be tested and the known hop variety are concordant or discordant for the genotype of the single nucleotide polymorphism in the region in question; and (iv) identifying the varieties of the hops to be tested, on the basis of the analysis results obtained at step (iii). (i) amplifying fragments of DNAs derived from hops to be tested, the fragments which each comprise a variety identification region, wherein the variety identification region comprises an identification marker composed of at least one single nucleotide polymorphism that differs among hop varieties, wherein the variety identification region is a region that is composed of part or all of the nucleotide sequence of SEQ ID NOs: 9 and which comprises at least one of the single nucleotide polymorphisms or insertion-deletion portions identified in FIG. 1; (ii) identifying the genotype of the single nucleotide polymorphism in each of the DNA fragments amplified at step (i); (iii) comparing the genotype of the single nucleotide polymorphism in the variety identification region in each of the DNAs from the hops to be tested, as identified at step (ii), with the genotype of a single nucleotide polymorphism in a corresponding region in a DNA from a known hop variety, to thereby analyze whether the hop varieties to be tested and the known hop variety are concordant or discordant for the genotype of the single nucleotide polymorphism in the region in question; and (iv) identifying the varieties of the hops to be tested, on the basis of the analysis results obtained at step (iii).
A meter for monitoring usage of power provided by a power transmission system to a site, the meter comprising: a communication module to generate communications carried over the power transmission system; a request manager module to process messages received through the communication module from a head end associated with the power transmission system; and to validate a connection status of the meter to the power transmission system; a disconnect manager module to generate a signal to disconnect the meter from the power transmission system when the connection status is not validated; a meter module connected to a power feed associated with the power transmission system to provide readings relating to the power used at the site; a connection manager module to evaluate the readings and data relating to past power usage at the site and to generate connection signals for the meter to the power transmission system in view of the readings; and a relay having a first position where the power is connected to the site and a second position where the power is disconnected from the site, the relay being controlled by the connection signals, wherein the connection status is not validated by the request manager module when an event manager detects an inappropriate reconnection of the meter to the power transmission system; and the connection manager module generates a first signal for the relay to disconnect the power when the connection management module receives the signal to disconnect the meter. a communication module to generate communications carried over the power transmission system; a request manager module to process messages received through the communication module from a head end associated with the power transmission system; and to validate a connection status of the meter to the power transmission system; to process messages received through the communication module from a head end associated with the power transmission system; and to validate a connection status of the meter to the power transmission system; a disconnect manager module to generate a signal to disconnect the meter from the power transmission system when the connection status is not validated; a meter module connected to a power feed associated with the power transmission system to provide readings relating to the power used at the site; a connection manager module to evaluate the readings and data relating to past power usage at the site and to generate connection signals for the meter to the power transmission system in view of the readings; and a relay having a first position where the power is connected to the site and a second position where the power is disconnected from the site, the relay being controlled by the connection signals, the connection status is not validated by the request manager module when an event manager detects an inappropriate reconnection of the meter to the power transmission system; and the connection manager module generates a first signal for the relay to disconnect the power when the connection management module receives the signal to disconnect the meter.
A buprenorphine-containing transdermal therapeutic system comprising (i) a backing layer and (ii) a polymer matrix containing buprenorphine, at least one α-hydroxy acid and, as a further polymeric component, polyvinylpyrrolidone.
A method of manufacturing an electronic device including the steps of: - jetting a radiation curable solder mask inkjet ink to a dielectric substrate containing an electrically conductive pattern, the inkjet ink comprising a photoinitiator, a radical polymerizable compound, and an adhesion promoter having a chemical structure according to Formula II, wherein L 2 represents an optionally substituted o+p-valent linking group comprising 1 to 15 carbon atoms, o represents the integer 1, p represents an integer from 1 to 4, Q represents the necessary atoms to form an optionally substituted 5 or 6 membered heteroaromatic ring. - curing the jetted solder mask inkjet. - jetting a radiation curable solder mask inkjet ink to a dielectric substrate containing an electrically conductive pattern, the inkjet ink comprising a photoinitiator, a radical polymerizable compound, and an adhesion promoter having a chemical structure according to Formula II, wherein L 2 represents an optionally substituted o+p-valent linking group comprising 1 to 15 carbon atoms, o represents the integer 1, p represents an integer from 1 to 4, Q represents the necessary atoms to form an optionally substituted 5 or 6 membered heteroaromatic ring. - curing the jetted solder mask inkjet. L 2 represents an optionally substituted o+p-valent linking group comprising 1 to 15 carbon atoms, o represents the integer 1, p represents an integer from 1 to 4, Q represents the necessary atoms to form an optionally substituted 5 or 6 membered heteroaromatic ring. - curing the jetted solder mask inkjet.