mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a beer-taste beverage, characterized in that the method comprises adding a hop bract-containing composition having an α-acid content of less than 1% by weight of the composition in the step of producing a beer-taste beverage, wherein the hop bract-containing composition further comprises linalool in an amount of 0.12 parts by weight or more, and further comprises a total polyphenol in an amount of 410 parts by weight or more, or a dimeric proanthocyanidin and a trimeric proanthocyanidin in a total amount of 16 parts by weight or more, based on 100 parts by weight of the α-acid, wherein the hop bract-containing composition is obtained by removing lupulin from hop flowers; (i) wherein the hop bract-containing composition is added at a first half of the boiling step; or (ii) wherein the hop bract-containing composition is added at a second half of the boiling step; or (iii) wherein the hop bract-containing composition is added at a second half of the boiling step and steps subsequent to the boiling step; and wherein the beer-taste beverage has a ratio of a content of linalool to a total content of an α-acid and isoa-acid, i.e. linalool/(α-acid + isoα-acid) is 4.2 × 10 -4 or more, and a ratio of a content of a total polyphenol to a total content of an α-acid and isoα-acid, i.e. total polyphenol/(α-acid + isoα-acid) is 4.1 or more, or a ratio of a total content of a dimeric proanthocyanidin and a trimeric proanthocyanidin to a total content of an α-acid and isoa-acid, i.e. (dimeric proanthocyanidin + trimeric proanthocyanidin)/(α-acid + isoα-acid) is 0.32 or more. a total polyphenol in an amount of 410 parts by weight or more, or a dimeric proanthocyanidin and a trimeric proanthocyanidin in a total amount of 16 parts by weight or more, (i) wherein the hop bract-containing composition is added at a first half of the boiling step; or (ii) wherein the hop bract-containing composition is added at a second half of the boiling step; or (iii) wherein the hop bract-containing composition is added at a second half of the boiling step and steps subsequent to the boiling step; and
An independent suspension of a vehicle having a spring-link structure which is formed from fibre composite material and is configured to be substantially U-shaped seen in the longitudinal direction of the vehicle, and the upper and lower limb (1a, 1c) of which is fastened at the end to the vehicle body or to a support connected thereto, wherein at least one of these fastenings does not have any rotational degrees of freedom about an axis extending in the longitudinal direction of the vehicle, while a wheel hub is connected to the base of the U-shaped spring-link structure in order to attach a vehicle wheel, characterised in that at least one of the limbs (1a, 1c) of the spring-link structure is fastened substantially rigidly, i.e. apart from slight resiliences, to the vehicle body or to the mentioned support and in that a further wheel-guiding link, which substantially extends in the longitudinal direction of the vehicle, is not provided, which is why in order to achieve a desired increase in toe-in while braking, provided in at least one of the limbs (1a, 1c) is a recess which extends from the fastening of the wheel hub to the base only over a partial region of the limb (1a, 1c) in the longitudinal direction thereof.
A method for fabricating an object, the method comprising: forming a powder layer; first applying a droplet containing a radiation absorber to the powder layer; second applying radiant energy to the powder layer; and repeating the forming, the first applying, and the second applying, wherein the first applying includes: applying the droplet to a surface of the powder layer to form a fabrication region; dividing the fabrication region into a plurality of divided regions; and applying the droplet a plurality of times to a partial specific divided region among the plurality of divided regions, and wherein the second applying includes applying the radiant energy with a variable radiation intensity to a range including at least the specific divided region, wherein the first applying includes dropping the droplet onto the powder layer such that h < L is satisfied where h represents a thickness of the powder layer and L represents a distance between centers of the droplet and another droplet adjacent to the droplet during dropping. forming a powder layer; first applying a droplet containing a radiation absorber to the powder layer; second applying radiant energy to the powder layer; and repeating the forming, the first applying, and the second applying, wherein the first applying includes: applying the droplet to a surface of the powder layer to form a fabrication region; dividing the fabrication region into a plurality of divided regions; and applying the droplet a plurality of times to a partial specific divided region among the plurality of divided regions, and applying the droplet to a surface of the powder layer to form a fabrication region; dividing the fabrication region into a plurality of divided regions; and applying the droplet a plurality of times to a partial specific divided region among the plurality of divided regions, and wherein the second applying includes applying the radiant energy with a variable radiation intensity to a range including at least the specific divided region, wherein the first applying includes dropping the droplet onto the powder layer such that h < L is satisfied where h represents a thickness of the powder layer and L represents a distance between centers of the droplet and another droplet adjacent to the droplet during dropping.
A non-therapeutic cosmetic use of an iminooxothiazolidine compound of formula wherein R 1 is H, linear or branched C 1 -C 6 alkyl, cycloalkyl, phenyl, -CH 2 -NH-phenyl; R 2 is H, linear or branched C 1 -C 6 alkyl, halogen, phenyl; R 3 is COO(C 1 -C 6) alkyl, CONR 4 R 5 wherein R 4 and R 5 individually are H or C 1 -C 6 alkyl, or R 1 and R 2 together form a C 5 -C 7 cycloalkyl fused with the thiophene ring for improving an aesthetic aspect of the hair. R 1 is H, linear or branched C 1 -C 6 alkyl, cycloalkyl, phenyl, -CH 2 -NH-phenyl; R 2 is H, linear or branched C 1 -C 6 alkyl, halogen, phenyl; R 3 is COO(C 1 -C 6) alkyl, CONR 4 R 5 wherein R 4 and R 5 individually are H or C 1 -C 6 alkyl, or R 1 and R 2 together form a C 5 -C 7 cycloalkyl fused with the thiophene ring for improving an aesthetic aspect of the hair.
A kit for identifying the presence or absence of an aneuploidy of a target chromosome comprising amplification primers for amplifying regions of the nucleotide sequence species of one or more sets of paralogous sequences consisting of polynucleotides having nucleotide sequences corresponding to SEQ ID NOs: 4736, 4808, 4258, 4413, 4537, 4692, 4203, 4077, 4697, 4436, 3869, 4475, 4078, 4396, 4782, 4683, 4279, 3940, 4236, 3865, 4733, 4168, 3818, 4563, 4906, 3807, 3849, 4594, 4022, 4538, 4219, 4548, 4382, 4374, 4444, 4305, 4403, 4307, 4059, 4767, 3994, 4561, 4209, 3850, 4686, 3985, 4608, 3963, 4038, 4948, 4468, 4879, 4196, 3967, 4150 or 4102, each of said regions containing a site of variation between said nucleotide sequence species of a given set of paralogous sequences, wherein the amplification primers for a given region of a given set consist of a single pair of primers that hybridize adjacent to said site of variation to produce amplicons that contain said site of variation.
Equipment for detecting cardiac signals, comprising: a) sensor means for detecting at least one cardiac signal of a patient; b) a storage unit connected to said sensor means to at least partially store said cardiac signal; c) an auxiliary memory containing one or more main reference parameters for said cardiac signal; d) a comparator block to compare said cardiac signal with said one or more main reference parameters and actuate said storage unit as a function of said comparison by means of a respective main command signal; e) a drive block that can be actuated by the patient in order to actuate said storage unit by means of an auxiliary command signal; f) a microphone, which can be actuated by means of said drive block to allow said patient to vocally input first information relating to symptoms perceived upon the actuation of said drive block g) a touch-screen display, by means of which said patient can input second information relating to symptoms perceived upon the actuation of said drive block, wherein said display is configured to present said patient with a plurality of options to choose from in order to input said second information. a) sensor means for detecting at least one cardiac signal of a patient; b) a storage unit connected to said sensor means to at least partially store said cardiac signal; c) an auxiliary memory containing one or more main reference parameters for said cardiac signal; d) a comparator block to compare said cardiac signal with said one or more main reference parameters and actuate said storage unit as a function of said comparison by means of a respective main command signal; e) a drive block that can be actuated by the patient in order to actuate said storage unit by means of an auxiliary command signal; f) a microphone, which can be actuated by means of said drive block to allow said patient to vocally input first information relating to symptoms perceived upon the actuation of said drive block g) a touch-screen display, by means of which said patient can input second information relating to symptoms perceived upon the actuation of said drive block, wherein said display is configured to present said patient with a plurality of options to choose from in order to input said second information.
Linear and elongated lamp, in particular for a strip light, - having a linear and elongated device carrier which has at least one retaining region on its front side, in which at least one circuit board is arranged which bears several LEDs, - having power electronics which are arranged on a rear side of the device carrier, which are able to be connected to an external electrical energy supply and which are electrically connected to at least one such circuit board via electric cable, - having at least one end cap which is axially attached to an axial front side of the device carrier, - wherein the respective end cap for the respective retaining region contains at least one cable channel through which the at least one of the cables is guided past the respective front side of the device carrier, characterised in that - the respective cable channel has an insertion region and a fixing region in its cross-section which openly merge into each other, - the insertion region is geometrically formed such that the respective cable is able to be inserted relatively simply, - the fixing region is geometrically formed such that the respective cable arranged therein is fixed to the end cap with a retaining force which counteracts a pulling out of the cable from the cable channel. - having a linear and elongated device carrier which has at least one retaining region on its front side, in which at least one circuit board is arranged which bears several LEDs, - having power electronics which are arranged on a rear side of the device carrier, which are able to be connected to an external electrical energy supply and which are electrically connected to at least one such circuit board via electric cable, - having at least one end cap which is axially attached to an axial front side of the device carrier, - wherein the respective end cap for the respective retaining region contains at least one cable channel through which the at least one of the cables is guided past the respective front side of the device carrier, - the respective cable channel has an insertion region and a fixing region in its cross-section which openly merge into each other, - the insertion region is geometrically formed such that the respective cable is able to be inserted relatively simply, - the fixing region is geometrically formed such that the respective cable arranged therein is fixed to the end cap with a retaining force which counteracts a pulling out of the cable from the cable channel.
A method of transmitting channel rank information, RI, when a number of bits for transmitting the channel RI, N RI, to be transmitted through a physical uplink shared channel, PUSCH, is three and five or more downlink transmission antennas are used for a downlink transmission from a base station, the method comprising: mapping the channel RI to be transmitted to a channel RI bit string of 3 bits; Reed-Muller coding the channel RI bit string using a basis sequence having a 32-bit code length; generating a circular-repeated bit sequence by repeatedly concatenating the Reed-Muller coded bit sequence; and generating modulation symbols by applying the circular-repeated bit sequence to a modulation mapper; wherein the Reed-Muller coding is performed by the following expression q i RI − ∑ n = 0 N RI − 1 O n RI ⋅ M i mod 32, n mod 2 i − 0,1, ⋯, Q RI − 1 where q i RI denotes a bit sequence obtained after encoding, Q RI denotes a number of bits after encoding, and M i,n denotes a basis sequence having a value of 0 or 1, wherein the channel RI to be transmitted is mapped to a 3-bit channel RI bit string, mapping the channel RI includes mapping the channel RI one value of {1, 2, 3, 4, 5, 6, 7, 8} to a 3-bit channel RI bit string O 0 RI, O 1 RI, O 2 RI according to the following table: RI 0, 0, 0 1 0, 0, 1 2 0, 1, 0 3 0, 1, 1 4 1, 0, 0 5 1, 0, 1 6 1, 1, 0 7 1, 1, 1 8 mapping the channel RI to be transmitted to a channel RI bit string of 3 bits; Reed-Muller coding the channel RI bit string using a basis sequence having a 32-bit code length; generating a circular-repeated bit sequence by repeatedly concatenating the Reed-Muller coded bit sequence; and generating modulation symbols by applying the circular-repeated bit sequence to a modulation mapper; wherein the Reed-Muller coding is performed by the following expression q i RI − ∑ n = 0 N RI − 1 O n RI ⋅ M i mod 32, n mod 2 i − 0,1, ⋯, Q RI − 1 where q i RI denotes a bit sequence obtained after encoding, Q RI denotes a number of bits after encoding, and M i,n denotes a basis sequence having a value of 0 or 1, wherein the channel RI to be transmitted is mapped to a 3-bit channel RI bit string, mapping the channel RI includes mapping the channel RI one value of {1, 2, 3, 4, 5, 6, 7, 8} to a 3-bit channel RI bit string O 0 RI, O 1 RI, O 2 RI according to the following table: RI 0, 0, 0 1 0, 0, 1 2 0, 1, 0 3 0, 1, 1 4 1, 0, 0 5 1, 0, 1 6 1, 1, 0 7 1, 1, 1 8
A packaging assembly (100, 150) holding an article, the article comprising at least first and second features which are held in predetermined closed and open configurations (C, O) of the packaging assembly (100, 150), the packaging assembly (100, 150) comprising: at least two sections (114, 118, 176A, 176B) arranged to be secured in place relative to one another in the predetermined closed configuration of the packaging assembly (100, 150), and move relative to one another in the predetermined open configuration of the packaging assembly (100, 150), the at least two sections (114, 118, 176A, 176B) forming an inner surface (104, 152) defining an attachment area (122, 154) for receiving the article; at least one instruction area (160, 164, 174) located along the inner surface (104, 152) and having indicia (128, 158) pointing to the first and second features of the article for placement in the packaging assembly (100, 150) and displayed relative to the attachment area (122, 154); wherein the indicia (128, 158) comprise at least a first indicator and a second indicator, the first indicator arranged for corresponding to donning at least the first feature of the article according to a sequence of use, and the second indicator arranged for corresponding to subsequently donning at least the second feature of the article according to the sequence of use; wherein the packaging assembly (100, 150) is arranged to support the article in a preconfigured condition for donning. at least two sections (114, 118, 176A, 176B) arranged to be secured in place relative to one another in the predetermined closed configuration of the packaging assembly (100, 150), and move relative to one another in the predetermined open configuration of the packaging assembly (100, 150), the at least two sections (114, 118, 176A, 176B) forming an inner surface (104, 152) defining an attachment area (122, 154) for receiving the article; at least one instruction area (160, 164, 174) located along the inner surface (104, 152) and having indicia (128, 158) pointing to the first and second features of the article for placement in the packaging assembly (100, 150) and displayed relative to the attachment area (122, 154); wherein the indicia (128, 158) comprise at least a first indicator and a second indicator, the first indicator arranged for corresponding to donning at least the first feature of the article according to a sequence of use, and the second indicator arranged for corresponding to subsequently donning at least the second feature of the article according to the sequence of use; wherein the packaging assembly (100, 150) is arranged to support the article in a preconfigured condition for donning.
A backflushing filter comprising an inlet, outlet, and drain, comprising a filter (6, 106), comprising a housing, which is divided by the filter (6, 106) into an inlet chamber connected to the inlet and into an outlet chamber connected to the outlet, and comprising a backflushing device, which has an suction element (13, 113), which is arranged in the housing so as to be able to rotate about the filter (6, 106) on the inlet side, comprising at least one suction opening, which is oriented towards the filter (6, 106) in the suction direction for filter cleaning purposes, as well as a backflushing duct connected to the suction opening and a drain, and a rotating device, which drives the rotational movement of the suction element (13, 113) about the filter (6, 106) in the case of a drop in pressure in the backflushing duct, wherein the rotating device drives the rotational movement of the suction element (13, 113) in the case of the drop in pressure in the backflushing duct through the suction direction of the suction opening, which is inclined against the radial direction of the suction element (13, 113), characterized in that the suction element (13, 113) is mounted in the backflushing filter axially along a bearing axis so as to be rotatable about the suction element (13, 113), is mounted so as to be displaceable from a filter operating position into a backflushing position, and wherein the backflushing filter (1, 101) has an outlet opening (35, 135), which is connected to the backflushing duct and which on the one hand, in the filter operating position of the suction element (13, 113), is open with respect to the inlet chamber, and which on the other hand, in the backflushing position, which is displaced axially to the filter operating position, of the suction element (13, 113), is closed with respect to the inlet chamber.
An electronic device having an optical input device, wherein the optical input device comprising: a detection face, which was formed by molding and on which a user's finger is placed; a light source configured to emit illumination light that is transmitted through the detection face, and illuminates a contact object in contact with the detection face; an optical member having a circular detection lens portion that images reflected light, of the illumination light, reflected by the contact object to be transmitted through the detection face; and a light receiving sensor configured to photoelectrically convert an optical image of the contact object formed by the reflected light, wherein the detection face has a concave curved face shape that is recessed from a peripheral portion surrounding the detection face of an exterior face of the electronic device, and wherein an optical axis position of the circular detection lens portion deviates from a center position or a most recessed position of the detection face, characterized in that the optical axis position through which the optical axis passes in the circular detection lens portion of the optical member is disposed to deviate by ΔA' in the x direction and to deviate by ΔB' in the y direction, from the most recessed center position of the detection face, wherein the x direction and the y direction are directions orthogonal to the optical axis of the circular detection lens portion and ΔB' is a deviation in a direction from the light source to the light receiving sensor. a detection face, which was formed by molding and on which a user's finger is placed; a light source configured to emit illumination light that is transmitted through the detection face, and illuminates a contact object in contact with the detection face; an optical member having a circular detection lens portion that images reflected light, of the illumination light, reflected by the contact object to be transmitted through the detection face; and a light receiving sensor configured to photoelectrically convert an optical image of the contact object formed by the reflected light, wherein the detection face has a concave curved face shape that is recessed from a peripheral portion surrounding the detection face of an exterior face of the electronic device, and wherein an optical axis position of the circular detection lens portion deviates from a center position or a most recessed position of the detection face, characterized in that the optical axis position through which the optical axis passes in the circular detection lens portion of the optical member is disposed to deviate by ΔA' in the x direction and to deviate by ΔB' in the y direction, from the most recessed center position of the detection face, wherein the x direction and the y direction are directions orthogonal to the optical axis of the circular detection lens portion and ΔB' is a deviation in a direction from the light source to the light receiving sensor.
Separator for arrangement in a battery, comprising a main element, where the main element has an anode side for contacting the anode of a battery and a cathode side for contacting the cathode of a battery, characterized in that the anode side has a different material consistency than the cathode side, where the anode side consists of a first material or a first material mixture and the cathode side consists of a second material or a second material mixture, where the first material or the first material mixture and the second material or the second material mixture comprise fillers, where at least part of the fillers on the anode side contains Al 2 O 3 and at least part of the fillers on the cathode side contains polyvinylidene fluoride, characterized in that the main element consists of a nonwoven.
A joining system suitable for being used in furniture and furnishing items with a bottom and a shoulder with a front actuation axis under said bottom of a piece of furniture and furnishing items comprising, in combination: at least one front joining unit and at least one rear joining unit configured to be positioned between said bottom and at least one shoulder of the furniture, wherein a connection group is inserted in each front and rear joining unit (UGA, UGP) configured to be aligned with a symmetry axis of said bottom when the system is assembled, and a blocking group of each front and rear joining unit (UGA, UGP) configured to be arranged attached beneath the thickness of said bottom of the furniture, said at least one front joining unit providing actuation and supporting means (40'; 13, 14; 213, 214) towards said at least one rear joining unit, characterized in that said blocking group provides a grub screw inserted in a casing and further comprising a pinion rotatingly positioned inside said casing and engaged with a toothed crown which is formed as the head of a threaded screw in turn positioned in an axial threaded hole inside said grub screw, so that said grub screw is caused to slide by means of the rotation of said pinion and to engage into a housing of a pin which is part of said connection group.