mhurhangee/ep-ind-claims huggingface dataset:
A loudspeaker arrangement comprising: an enclosure; at least one loudspeaker mounted in a wall of the enclosure and configured to produce sound waves; a first passive radiator mounted in a first wall of the enclosure; a second passive radiator mounted in a second wall of the enclosure; wherein the first wall and the second wall are opposing walls; the first passive radiator has the same mass as the second passive radiator; the first passive radiator is movable in a direction towards the inside of the enclosure and in an opposing direction towards the outside of the enclosure; the second passive radiator is movable in a direction towards the inside of the enclosure and in an opposing direction towards the outside of the enclosure; characterized by a connecting element connecting the first passive radiator to the second passive radiator, wherein the connecting element is configured to allow a symmetrical movement of the passive radiators (130, 132) towards the inside of the enclosure; allow a symmetrical movement of the passive radiators (130, 132) towards the outside of the enclosure; and prevent an asymmetrical movement of the passive radiators (130, 132), wherein one passive radiator moves towards the inside of the enclosure and the other passive radiator moves towards the outside of the enclosure. an enclosure; at least one loudspeaker mounted in a wall of the enclosure and configured to produce sound waves; a first passive radiator mounted in a first wall of the enclosure; a second passive radiator mounted in a second wall of the enclosure; wherein the first wall and the second wall are opposing walls; the first passive radiator has the same mass as the second passive radiator; the first passive radiator is movable in a direction towards the inside of the enclosure and in an opposing direction towards the outside of the enclosure; the second passive radiator is movable in a direction towards the inside of the enclosure and in an opposing direction towards the outside of the enclosure; characterized by a connecting element connecting the first passive radiator to the second passive radiator, allow a symmetrical movement of the passive radiators (130, 132) towards the inside of the enclosure; allow a symmetrical movement of the passive radiators (130, 132) towards the outside of the enclosure; and prevent an asymmetrical movement of the passive radiators (130, 132), wherein one passive radiator moves towards the inside of the enclosure and the other passive radiator moves towards the outside of the enclosure.
A method for producing carboxylic acid esters of 3-hydroxybutanoate, wherein at least one 3-hydroxybutanoate of the general formula CH 3 - CH - CH 2 - C OR 1 wherein, in general formula, the radical R 1 represents C 1 -C 5 -alkyl or hydroxy-C 3 -C 5 -alkyl, especially ethyl, butyl, pentyl, hydroxybutyl or hydroxypentyl, preferably ethyl, hydroxybutyl or hydroxypentyl, more preferably ethyl, is reacted with at least one carboxylic acid, selected from the group of succinic acid, tartaric acid, lactic acid, citric acid, malic acid, adipic acid, fumaric acid and maleic acid and anhydrides thereof as well as combinations or mixtures thereof, in an esterification reaction and/or under esterification conditions, wherein the reaction is carried out in the absence of solvents and/or without any solvent; and wherein the reaction is carried out in the absence of a catalyst and/or without any catalyst or else the reaction is carried out in the presence of an enzyme as a catalyst, so that, as a reaction product, one or more carboxylic acid esters of 3-hydroxybutanoate are obtained. wherein at least one 3-hydroxybutanoate of the general formula CH 3 - CH - CH 2 - C OR 1 wherein, in general formula, the radical R 1 represents C 1 -C 5 -alkyl or hydroxy-C 3 -C 5 -alkyl, especially ethyl, butyl, pentyl, hydroxybutyl or hydroxypentyl, preferably ethyl, hydroxybutyl or hydroxypentyl, more preferably ethyl, is reacted with at least one carboxylic acid, selected from the group of succinic acid, tartaric acid, lactic acid, citric acid, malic acid, adipic acid, fumaric acid and maleic acid and anhydrides thereof as well as combinations or mixtures thereof, in an esterification reaction and/or under esterification conditions, wherein the reaction is carried out in the absence of solvents and/or without any solvent; and wherein the reaction is carried out in the absence of a catalyst and/or without any catalyst or else the reaction is carried out in the presence of an enzyme as a catalyst, so that, as a reaction product, one or more carboxylic acid esters of 3-hydroxybutanoate are obtained.
A method for performing a selective laser melting of metal powder to manufacture an object, comprising the following steps: - scanning a metal powder bed by means of a laser beam configured to complete a plurality of melting paths (1,3,5,7) so as to build a plurality of confinement sections (1,3,5,7), each having its own predefined width, said confinement sections (1,3,5,7) delimiting between them a confinement space having a predefined width; - scanning a metal powder bed by means of a laser beam configured to complete at least one melting path (2,4,6) within the confinement space so as to selectively melt the material present in said confinement space in order to build an intermediate section (2,4,6) having a predefined width - characterised in adjusting the intensity of the laser beam between at least a first intensity value corresponding to the scanning step for building a plurality of confinement sections (1,3,5,7) and a second intensity value corresponding to the scanning step for building at least one intermediate section (2,4,6), wherein the first intensity value corresponding to the scanning step for building a plurality of confinement sections (1,3,5,7) is lower than the second intensity value corresponding to the scanning step for building at least one intermediate section (2,4,6). - scanning a metal powder bed by means of a laser beam configured to complete a plurality of melting paths (1,3,5,7) so as to build a plurality of confinement sections (1,3,5,7), each having its own predefined width, said confinement sections (1,3,5,7) delimiting between them a confinement space having a predefined width; - scanning a metal powder bed by means of a laser beam configured to complete at least one melting path (2,4,6) within the confinement space so as to selectively melt the material present in said confinement space in order to build an intermediate section (2,4,6) having a predefined width - characterised in adjusting the intensity of the laser beam between at least a first intensity value corresponding to the scanning step for building a plurality of confinement sections (1,3,5,7) and a second intensity value corresponding to the scanning step for building at least one intermediate section (2,4,6), wherein the first intensity value corresponding to the scanning step for building a plurality of confinement sections (1,3,5,7) is lower than the second intensity value corresponding to the scanning step for building at least one intermediate section (2,4,6).
An apparatus for determining residual blood in a dialyzer comprising - a holding device configured to accommodate a dialyzer, - an image capturing device configured to capture at least one image of a dialyzer accommodated by the holding device, in particular a filter located in the dialyzer, and generate corresponding image data having a plurality of pixels, each of which assigned at least one respective intensity value, in particular a color value, and - a control device configured to determine residual blood information characterizing the presence and/or content of residual blood in the dialyzer on the basis of a statistical frequency of at least a portion of the intensity values in the at least one image. - a holding device configured to accommodate a dialyzer, - an image capturing device configured to capture at least one image of a dialyzer accommodated by the holding device, in particular a filter located in the dialyzer, and generate corresponding image data having a plurality of pixels, each of which assigned at least one respective intensity value, in particular a color value, and - a control device configured to determine residual blood information characterizing the presence and/or content of residual blood in the dialyzer on the basis of a statistical frequency of at least a portion of the intensity values in the at least one image.
Connector for joining together two riser portions, having a first main tube element extended by a male connector element, a second main tube element extended by a female connector element, the male connector element fitting in said female connector element in order to connect said two main tube elements, said connector comprising means for locking said assembly that include a locking ring disposed around said main tube elements, said locking ring being juxtaposed with the fitting zone of said male connector element in said female connector element, said locking ring comprising a first set of lugs and a second set of lugs on its inner surface, and said male connector element and female connector element respectively having, on their outer face, a third set of lugs and a fourth set of lugs that cooperate with said first set of lugs and second set of lugs, respectively, in order to form two bayonet-type connections, the lugs of the first set of lugs and second set of lugs protruding over identical angular ranges, each set of lugs (15, 16, 17, 18) having at least one row of lugs, characterized in that said locking means also comprise at least one removable pin that is arranged in said locking ring and cooperates with a lug of said third set of lugs or said fourth set of lugs in order to prevent said locking ring from moving in translation with respect to said male connector element or female connector element, said removable pin being arranged between each lug of a row of lugs of said first set of lugs or said second set of lugs.
Use of porous starch as bulking agent to replace partially or totally polyols such as sugar alcohols in a sugar-free chewing gum composition, wherein the porous starch replaces up to 100%, preferably up to 60% and more preferably up to 30% by weight of the polyol powder in the chewing gum composition, wherein the porous starch is a granular starch produced through a process comprising a step of enzymatic hydrolysis of native starch granules with one or multiple amylolytic enzymes, such as α-amylase and amyloglucosidase, at a temperature inferior to the gelatinization temperature of the starch, and wherein the porous starch has a particle diameter comprised between 0.5 um and 200 um and has multiple pores on the surface with diameter comprised between 0.01 um and 5 μm. wherein the porous starch replaces up to 100%, preferably up to 60% and more preferably up to 30% by weight of the polyol powder in the chewing gum composition, wherein the porous starch is a granular starch produced through a process comprising a step of enzymatic hydrolysis of native starch granules with one or multiple amylolytic enzymes, such as α-amylase and amyloglucosidase, at a temperature inferior to the gelatinization temperature of the starch, and wherein the porous starch has a particle diameter comprised between 0.5 um and 200 um and has multiple pores on the surface with diameter comprised between 0.01 um and 5 μm.
A nebulizer comprising a reservoir and a vibrating membrane assembly having a membrane for receiving liquid from said reservoir, wherein the reservoir comprises a wall and a liquid outlet for engagement with the vibrating membrane assembly, wherein the reservoir wall has an internal surface, the reservoir comprises a funnel-shaped portion having said outlet for delivering liquid onto the vibrating membrane, the reservoir wall surface forms at least one bubble-prevention feature, said feature or features including a vertex of at least one rib (103, 104) protruding into the reservoir and having a corner forming said vertex, and said vertex is elongate and extends along the reservoir wall towards the outlet, and the reservoir forms only a single chamber leading to the outlet, said reservoir extends at an acute angle to said membrane, the nebulizer has a use orientation, and said at least one vertex is located at a position where it is lowermost for said orientation, wherein the reservoir extends at an acute angle to the outlet, in which an outlet central axis and a reservoir central axis are at said acute angle, wherein at least one vertex extends at or adjacent to a plane formed by said axes, characterized in that, there are at least two vertices including two opposed vertices substantially in said plane.
Method of emitting an anti-collision light output from an unmanned aerial vehicle, comprising: emitting a plurality of light flashes (40, 42) of different colors within a flash duration interval; wherein the plurality of light flashes (40, 42) within the flash duration interval comprise at least one blue light flash and at least one yellow light flash, characterized by the flash duration interval being at most 0.2 s. emitting a plurality of light flashes (40, 42) of different colors within a flash duration interval; wherein the plurality of light flashes (40, 42) within the flash duration interval comprise at least one blue light flash and at least one yellow light flash, characterized by the flash duration interval being at most 0.2 s.
A method for producing a traceable measurement of a component, comprising: generating at least one augmented reality, AR, graphical element indicative of a measurement to be performed on the component using a local measurement instrument; comparing a position and/or an orientation of the component with a virtual position and/or a virtual orientation associated with a virtual representation of the component; rendering the at least one AR graphical element via an AR device in response to determining that the position and/or orientation of the component corresponds to the virtual position and/or virtual orientation within a predetermined threshold; obtaining at least one measurement value associated with the measurement as performed on the component using the local measurement instrument; capturing an augmented image in which a representation of the component, a representation of the local measurement instrument obtaining the at least one measurement value, and the at least one AR graphical element are concurrently visible; and storing the at least one measurement value in association with the augmented image. generating at least one augmented reality, AR, graphical element indicative of a measurement to be performed on the component using a local measurement instrument; comparing a position and/or an orientation of the component with a virtual position and/or a virtual orientation associated with a virtual representation of the component; rendering the at least one AR graphical element via an AR device in response to determining that the position and/or orientation of the component corresponds to the virtual position and/or virtual orientation within a predetermined threshold; obtaining at least one measurement value associated with the measurement as performed on the component using the local measurement instrument; capturing an augmented image in which a representation of the component, a representation of the local measurement instrument obtaining the at least one measurement value, and the at least one AR graphical element are concurrently visible; and storing the at least one measurement value in association with the augmented image.
A composition comprising an effective amount of an avermectin compound in combination with an effective amount of a non-steroidal anti-inflammatory drug (NSAID), or suitable pharmaceutically acceptable salts thereof, for use in the inhibition of tumor growth and treatment of cancer.
Biodegradable tissue-adhesive polyurethane polymer comprising at least one amorphous segment and at least one polyurethane segment, wherein at least one of said polyurethane segment comprises a tissue-reactive functional group, wherein the tissue-reactive functional group is an activated ester, an acid chloride, an anhydride, p -nitrophenyl carbonate, an epoxide, an isocyanate, a vinyl sulfone, maleimide, o-pyridyl-disulfide, a thiol or combinations thereof.
Wiper arm, in particular for a window wiper device of a motor vehicle, with a hinge part which is connected rotatably at one end to a fastening part, and with at least one spring element acting between the hinge part and the fastening element, wherein the hinge part is pivotable in relation to the fastening part from a working position into a service position and vice versa, wherein the hinge part is designed as a substantially U-shaped profile which consists of a back and two side members (5, 6) and at least partially engages around the fastening part, wherein the fastening part has at least one hinge pin, wherein a bearing opening for receiving a hinge pin is provided at least in one side member (5, 6) of the hinge part, wherein the hinge pin is secured in a bearing region of the bearing opening by means of the spring force of the spring element, wherein the bearing opening is of substantially U-shaped design, characterized in that the bearing opening in the lower limb of the bearing region has an outwardly facing recess.
Method for the treatment of corn kernels intended for obtaining popcorn by means of microwave appliances, in which method the corn kernels are mixed for a preset time with a glazing solution with subsequent drying and packaging, characterized in that the glazing solution consists of sunflower lecithin, alone or in combination with: i) salt, ii) sugar and/or molasses and/or stevia sweetener and/or caramel flavoring. i) salt, ii) sugar and/or molasses and/or stevia sweetener and/or caramel flavoring.
A method for suppressing a service traffic storm during ring protection, which comprises: for each destination node forming a ring network, establishing a clockwise Multipoint-To-Point,MP2P, shared working channel and/or a counterclockwise MP2P shared working channel, and establishing an annular protection channel for the MP2P shared working channel(s), wherein the method further comprises: Step A: setting a Time to Live,TTL, value for each node in the ring network except for the destination node according to the MP2P shared working channel, a range of the set TTL value being from N to 2N-2, where N denotes a number of nodes forming the ring network; Step B: when two or more wrappings occur on the ring network, transmitting, by an ingress node, service traffic and the set TTL value to a receiving node when transmitting the service traffic; Step C: determining, by the receiving node, whether the received TTL value is one; Step D: when the received TTL value is not one, subtracting, by the receiving node, one from the received TTL value and transmitting the resulting TTL value and the received service traffic to a next receiving node; and then executing Step C by the next receiving node substituting for the receiving node; and Step E: when the received TTL value is one, discarding, by the receiving node, the received service traffic when the receiving node further determines that the received service traffic needs to be transmitted to a next receiving node; wherein step A comprises: according to a direction of the established clockwise or counterclockwise MP2P shared working channel, setting a TTL value of a k-th node of nodes forming the MP2P shared working channel to be (2N-1)-k, wherein k=1, 2,..., N-1. Step A: setting a Time to Live,TTL, value for each node in the ring network except for the destination node according to the MP2P shared working channel, a range of the set TTL value being from N to 2N-2, where N denotes a number of nodes forming the ring network; Step B: when two or more wrappings occur on the ring network, transmitting, by an ingress node, service traffic and the set TTL value to a receiving node when transmitting the service traffic; Step C: determining, by the receiving node, whether the received TTL value is one; Step D: when the received TTL value is not one, subtracting, by the receiving node, one from the received TTL value and transmitting the resulting TTL value and the received service traffic to a next receiving node; and then executing Step C by the next receiving node substituting for the receiving node; and Step E: when the received TTL value is one, discarding, by the receiving node, the received service traffic when the receiving node further determines that the received service traffic needs to be transmitted to a next receiving node; wherein step A comprises: according to a direction of the established clockwise or counterclockwise MP2P shared working channel, setting a TTL value of a k-th node of nodes forming the MP2P shared working channel to be (2N-1)-k, wherein k=1, 2,..., N-1.
Articulated cut header for agricultural machines having a machine longitudinal axis and wheel axes, said header comprising a first header section and a second header section having respective header section longitudinal axes, each of said first and second header sections being provided with a respective side hinge (13, 14), each of said side hinges being adapted to allow a first pivotal movement (g) of the respective header section (11, 12), said header further comprising at least one connecting hinge adapted to allow a second pivotal movement (f) of the header sections (11, 12), said first pivotal movement (g) being effected about first pivot axes substantially parallel to each other, and said second pivotal movement (f) being effected about a second pivot axis substantially perpendicular to said first pivot axes, said first pivot axes and said second pivot axis being substantially perpendicular to the direction that the longitudinal axes of each of said header sections (11, 12) have at the beginning of said first pivotal movement (g) and said second pivotal movement (f), respectively wherein said header further comprises one connecting element to which said header sections (11, 12) are joined by means of said side hinges (13, 14), said one connecting element being attachable to the front of the agricultural machine by means of said at least one connecting hinge, wherein said first pivotal movement (g) and said second pivotal movement (f) are adapted to arrange the header sections (11, 12) in front of the agricultural machine and in such a way that said header sections (11, 12) are contained within a transverse size of the agricultural machine, characterized in that said machine longitudinal axis is parallel to ground and said first pivotal movement (g) and said second pivotal movement (f) are adapted to arrange the header sections (11, 12) in a position in which their longitudinal axes are substantially parallel to said machine longitudinal axis.
Method for forming a polymeric film of the polyarylene type over all or part of a metal substrate, characterised in that the method consists of the following steps: - putting the part or parts of the substrate to be coated with the film in contact with a gel comprising at least one aryldiazonium salt and at least one gelling agent; and - spontaneously forming said film, wherein said metal substrate is a reducing metal substrate. - putting the part or parts of the substrate to be coated with the film in contact with a gel comprising at least one aryldiazonium salt and at least one gelling agent; and - spontaneously forming said film,