mhurhangee/ep-ind-claims huggingface dataset:
A holding device for a solar panel on a parapet of a balcony, comprising at least the following components: - a fastening apparatus for fastening an element to be held, the fastening apparatus comprising at least one support (5,6,7,8) for abutment against a parapet; and - two cross struts (9,10) for spanning a parapet width, the two struts (9,10) being connected to the fastening apparatus and each comprising a flange (12,13) for abutment against a parapet, the relevant flange (12,13) and the at least one support (5,6,7,8) being pressed against the parapet in opposite directions by means of a movement of the relevant flange (12,13) towards the fastening apparatus, characterized in that the two cross struts (9,10) can be pivoted about one axis each that is in parallel with the parapet plane of a parapet, the parallel axes being laterally spaced apart from one another. - a fastening apparatus for fastening an element to be held, the fastening apparatus comprising at least one support (5,6,7,8) for abutment against a parapet; and - two cross struts (9,10) for spanning a parapet width, the two struts (9,10) being connected to the fastening apparatus and each comprising a flange (12,13) for abutment against a parapet,
A compound according to general formula wherein A being cyclohexyl; R 1 being a substituent selected from the group of R 1.4 being phenyl, 2-, 3- and 4-pyridyl, cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, ethyl, 1- and 2-propyl, 1- and 2-butyl, 1-, 2- and 3-pentyl, tetrahydrofuranyl and tetrahydropyranyl, where these groups may optionally be substituted by one or more substituents selected from the group R 1.4.S1 which consists of fluorine, chlorine, bromine, iodine, oxo, whereby this oxo group is only a substituent for tetrahydrofuranyl and tetrahydropyranyl, NC-, C 1-6 -alkyl-O-, C 1-6 -alkyl-, CF 3 O-, F 3 C-, pyridyl, (R 10) 2 N-CO-methyl-, N-morpholinyl-C 1-6 -alkyl-, pyrazolyl and phenyl, whereby the pyridyl, pyrazolyl and phenyl group of the aforementioned group R 1.4.S1 may optionally be substituted by a member of the group R 1.4.S2 which consists of fluorine, chlorine, H 3 C-, F 3 C-, CH 3 O-, H 2 NCO- and NC-; R 2 being fluorine; R 3 being fluorine; R 4 and R 5 being independently of one another a substituent selected from the group consisting of H and fluorine; R 10 independently of any other R 10 being selected from the group consisting of H-, C 1-6 -alkyl-, phenyl and pyridyl; x being 0,1,2,3,4; and salts thereof. A being cyclohexyl; R 1 being a substituent selected from the group of R 1.4 being phenyl, 2-, 3- and 4-pyridyl, cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, ethyl, 1- and 2-propyl, 1- and 2-butyl, 1-, 2- and 3-pentyl, tetrahydrofuranyl and tetrahydropyranyl, where these groups may optionally be substituted by one or more substituents selected from the group R 1.4.S1 which consists of fluorine, chlorine, bromine, iodine, oxo, whereby this oxo group is only a substituent for tetrahydrofuranyl and tetrahydropyranyl, NC-, C 1-6 -alkyl-O-, C 1-6 -alkyl-, CF 3 O-, F 3 C-, pyridyl, (R 10) 2 N-CO-methyl-, N-morpholinyl-C 1-6 -alkyl-, pyrazolyl and phenyl, whereby the pyridyl, pyrazolyl and phenyl group of the aforementioned group R 1.4.S1 may optionally be substituted by a member of the group R 1.4.S2 which consists of fluorine, chlorine, H 3 C-, F 3 C-, CH 3 O-, H 2 NCO- and NC-; R 2 being fluorine; R 3 being fluorine; R 4 and R 5 being independently of one another a substituent selected from the group consisting of H and fluorine; R 10 independently of any other R 10 being selected from the group consisting of H-, C 1-6 -alkyl-, phenyl and pyridyl; x being 0,1,2,3,4; and salts thereof.
A railway freight car truck comprising: a pair of parallel side frames (2, 27), a transom extending laterally between the side frames, a bolster extending laterally between the side frames, each side frame including a support surface (28, 28A), a transom bearing (10, 10A), a transom support bearing supported on each transom bearing (10, 10A), and an end of the transom supported on each transom support bearing, a spring group supported by an end of the transom, a bolster end supported by the spring group, a pair of axles (32, 33) extending laterally between the side frames, each side frame having a pedestal formed at an end of the side frame, an axle bearing fitted to an end of each axle supporting the pedestal of the side frame, characterised by said transom bearing (10, 10A) extending as an integral cast raised portion of each side frame support surface (28, 28A). a pair of parallel side frames (2, 27), a transom extending laterally between the side frames, a bolster extending laterally between the side frames, each side frame including a support surface (28, 28A), a transom bearing (10, 10A), a transom support bearing supported on each transom bearing (10, 10A), and an end of the transom supported on each transom support bearing, a spring group supported by an end of the transom, a bolster end supported by the spring group, a pair of axles (32, 33) extending laterally between the side frames, each side frame having a pedestal formed at an end of the side frame, an axle bearing fitted to an end of each axle supporting the pedestal of the side frame, characterised by said transom bearing (10, 10A) extending as an integral cast raised portion of each side frame support surface (28, 28A).
A temperature-regulating support, in particular a stretcher support, comprising a head part and a body part which are coupled to one another; at least one temperature-regulating layer; and a support layer, wherein the at least one temperature-regulating layer has a battery as a power supply, wherein the battery is arranged in a compartment of the support and the battery can be removed from said compartment and can be inserted into said compartment, wherein the temperature of the temperature-regulating layer can be set in dependence on the patient by means of an apparatus, characterized in that the temperature-regulating layer can be regulated to an at least substantially constant temperature in the range from 15 to 42°C and the apparatus is arranged at the battery.
Flame retardant comprising • bark material or bark extract, wherein the bark material or the bark extract is a polyhydroxyphenol or tannin containing material, • wherein hydroxyl groups in the bark material or in the bark extract are at least partially esterified to phosphate and/or carbamate groups, wherein the flame retardant having a total phosphorus content in the range of 2.5 % to 50 % (w/w) and a total nitrogen content in the range of 2.5 % to 30 % (w/w), wherein the flame retardant having a content of organically bound phosphates of 5 % to 30 % (w/w) and/or a content of organically bound carbamates in the range of 1 % to 5 % (w/w). • bark material or bark extract, wherein the bark material or the bark extract is a polyhydroxyphenol or tannin containing material, • wherein hydroxyl groups in the bark material or in the bark extract are at least partially esterified to phosphate and/or carbamate groups,
Cover for electronic equipment, which cover is intended for mounting in a rack system, following the standard for 19 inch racks, said rack system comprising a stand, wherein the cover comprises a fastening device comprising a front face, which is arranged to be oriented facing out from the rack system when the fastening device is mounted on the cover and the cover is mounted in the rack system, a rear face arranged opposite to the front face, two opposing side faces (712,713), as well as a bottom and a top face, wherein the fastening device is arranged to, using a first fastening means, be fixedly connected to the cover at one of its side faces, extending a certain distance out from the side face of the cover, and fastened, using a second fastening means, to the stand so that the rear face of the fastening device is arranged oriented facing towards the stand, whereby the cover can be fixed to the stand, characterised in that the fastening device comprises a cavity, arranged between the front face and the rear face and comprising an opening, and in that the cavity is arranged with gripping means for one or several fingers, so that a user can insert one or several fingers through the opening and pull the cover out from its place in the rack system using the gripping means once the fastening device has been unfastened from the stand.
A power train device of a vehicle, comprising: an engine; and an automatic transmission including multiple planetary gear mechanisms (PG1, PG2, PG3, PG4) and multiple friction fastening elements (CL1, CL2, CL3, BR1, BR2) and forming a power transmission path for transmitting power from the engine to a drive wheel, wherein the automatic transmission is configured such that in a neutral state, multiple ones of multiple rotary elements (51, 52, 53, 54, 55, 56, 57) forming the power transmission path other than a rotary element coupled to an input member and a rotary element coupled to an output member are in a non-restraining state, and the multiple ones of the multiple rotary elements (51, 52, 53, 54, 55, 56, 57) include a rotary element of a predetermined brake among the multiple friction fastening elements (CL1, CL2, CL3, BR1, BR2), characterized in that the predetermined brake is fastened before a fuel supply upon an engine start. an engine; and an automatic transmission including multiple planetary gear mechanisms (PG1, PG2, PG3, PG4) and multiple friction fastening elements (CL1, CL2, CL3, BR1, BR2) and forming a power transmission path for transmitting power from the engine to a drive wheel, wherein the automatic transmission is configured such that in a neutral state, multiple ones of multiple rotary elements (51, 52, 53, 54, 55, 56, 57) forming the power transmission path other than a rotary element coupled to an input member and a rotary element coupled to an output member are in a non-restraining state, and the multiple ones of the multiple rotary elements (51, 52, 53, 54, 55, 56, 57) include a rotary element of a predetermined brake among the multiple friction fastening elements (CL1, CL2, CL3, BR1, BR2), characterized in that the predetermined brake is fastened before a fuel supply upon an engine start.
A compound comprising at least 50 weight% of a functional agent, characterized in that it also comprises a waxy matrix within which said functional agent is dispersed, said compound being solid at room temperature and intended to be dispersed by fluidification and/or solubilization within a cosmetic and/or dermatological composition to integrate said functional agent therein, said functional agent being formed by solid particles having undergone a surface treatment causing a reduction of the capacity of absorption of the waxy matrix by said treated solid particles, in comparison with non-treated solid particles of the same kind.
A method of distributing data content in a private network comprising a number of secondary network segments each connected to a main network segment via a virtual private network, VPN, connection, which private network comprises devices for rendering the data content, the method comprising the steps of: arranging the devices rendering the data content as peers in a peer-to-peer, P2P, connectivity overlay network within the private network; assigning a managing peer in the main network segment responsible to download the data content from a streaming source outside the private network via a gateway and to distribute the data content to at least one further peer in the main network segment; assigning a managing peer in each secondary network segment responsible to fetch the data content from a peer in the main network segment and to distribute the fetched data content to at least one further peer within the same secondary network segment. arranging the devices rendering the data content as peers in a peer-to-peer, P2P, connectivity overlay network within the private network; assigning a managing peer in the main network segment responsible to download the data content from a streaming source outside the private network via a gateway and to distribute the data content to at least one further peer in the main network segment; assigning a managing peer in each secondary network segment responsible to fetch the data content from a peer in the main network segment and to distribute the fetched data content to at least one further peer within the same secondary network segment.
Method for preserving and packaging shell-on shrimp, comprising the steps of: - providing pre-cooked shrimp, wherein the pre-cooked shrimp is shell-on shrimp, wherein the pre-cooked shrimp is Pandalus spp., and wherein the pre-cooked shrimp has not previously been frozen; - contacting the pre-cooked shrimp with a preserving solution, wherein the preserving solution is an aqueous solution or a liquid comprising at least one preservative substance; - pre-storing the pre-cooked shrimp in the preserving solution for a time period of 30 minutes to two weeks; - separating the pre-cooked shrimp from substantially all of the preserving solution; and - packaging the separated pre-cooked shrimp under a modified atmosphere, wherein the modified atmosphere is substantially free of oxygen, thereby providing said preserved and packed shell-on shrimp, wherein said packaging does not comprise a step of heating the packaged shell-on shrimp, and wherein the preserved and packaged shell-on shrimp maintains the texture and appearance of fresh shrimp. - providing pre-cooked shrimp, wherein the pre-cooked shrimp is shell-on shrimp, wherein the pre-cooked shrimp is Pandalus spp., and wherein the pre-cooked shrimp has not previously been frozen; - contacting the pre-cooked shrimp with a preserving solution, wherein the preserving solution is an aqueous solution or a liquid comprising at least one preservative substance; - pre-storing the pre-cooked shrimp in the preserving solution for a time period of 30 minutes to two weeks; - separating the pre-cooked shrimp from substantially all of the preserving solution; and - packaging the separated pre-cooked shrimp under a modified atmosphere, wherein the modified atmosphere is substantially free of oxygen, thereby providing said preserved and packed shell-on shrimp, wherein said packaging does not comprise a step of heating the packaged shell-on shrimp, and
A burner 100 comprising a burner body 110 having a burner chamber with a backing plate 122 and having a burner element received in the burner chamber, the burner element having a plurality of gas nozzles 117 for supplying gaseous fuel into the burner, the gas nozzles 117 each ending in a tip through which the gaseous fuel exits the gas nozzle 117, and each gas nozzle being rotatable such that the direction of gaseous fuel exiting the gas nozzle 117 can be adjusted wherein a) the gas nozzles 117 are each independently rotatable whilst the burner is in use, b) means for rotating the gas nozzles 117 are provided on a backing plate 122, and c) releasable means for retaining each gas nozzle 117 in a plurality of rotational configurations is provided outside the burner chamber, and further wherein the gas nozzles 117 comprise first and second parts which are detachable from each other such that the first part can be detached from the second part and a new first part attached, the first part comprising the tip and the second part being upstream of the first part with respect to the flow of gaseous fuel into the gas nozzles in use. a) the gas nozzles 117 are each independently rotatable whilst the burner is in use, b) means for rotating the gas nozzles 117 are provided on a backing plate 122, and c) releasable means for retaining each gas nozzle 117 in a plurality of rotational configurations is provided outside the burner chamber,
An axial fan impeller comprising: a hub defining a center of said axial fan; a guide surrounding said hub, said guide defining at least one opening that facilitates airflow on an outlet side of said axial fan; and at least one blade coupled to said hub and extending radially outward from said hub, said guide bisecting said at least one blade along a blade longitudinal axis, said blade longitudinal axis defining an inlet portion and an outlet portion of said at least one blade, wherein said at least one blade comprises an inlet edge having a generally curved shape in a side view and an outlet edge having a generally curved shape in a side view, wherein said inlet edge extends from a first hub connection point to a distal inlet tip, wherein said outlet edge extends from a second hub connection point to a distal outlet tip, wherein said distal inlet tip is spaced a first radial distance from said first hub connection point and said distal outlet tip is spaced a second radial distance from said first hub connection point, and wherein said first radial distance is greater than said second radial distance, characterized in that a middle point is located on a distal edge between said inlet distal tip and said outlet distal tip, said middle point spaced a third radial distance from said first hub connection point, wherein said first radial distance is greater than said third radial distance and said third radial distance is greater than said second radial distance, and wherein said blade longitudinal axis passes through said middle point of said distal edge. a hub defining a center of said axial fan; a guide surrounding said hub, said guide defining at least one opening that facilitates airflow on an outlet side of said axial fan; and at least one blade coupled to said hub and extending radially outward from said hub, said guide bisecting said at least one blade along a blade longitudinal axis, said blade longitudinal axis defining an inlet portion and an outlet portion of said at least one blade, wherein said at least one blade comprises an inlet edge having a generally curved shape in a side view and an outlet edge having a generally curved shape in a side view, wherein said inlet edge extends from a first hub connection point to a distal inlet tip, wherein said outlet edge extends from a second hub connection point to a distal outlet tip, wherein said distal inlet tip is spaced a first radial distance from said first hub connection point and said distal outlet tip is spaced a second radial distance from said first hub connection point, and wherein said first radial distance is greater than said second radial distance, characterized in that a middle point is located on a distal edge between said inlet distal tip and said outlet distal tip, said middle point spaced a third radial distance from said first hub connection point, wherein said first radial distance is greater than said third radial distance and said third radial distance is greater than said second radial distance, and wherein said blade longitudinal axis passes through said middle point of said distal edge.
A positron emission tomography imaging system comprising: a bore for receiving a subject, the bore comprising an axis; a plurality of gamma detector elements (130 i); a plurality of detector cassettes (140 j); and mounting frame; wherein each gamma detector element (130 i) comprises a scintillator array coupled to a photodetector array; wherein each detector cassette (140 j) is configured to replaceably receive a plurality of gamma detector elements (130 i); wherein the mounting frame is configured to replaceably receive the detector cassettes (140 j) at a plurality of angular positions (φ k) around the axis of the bore such that at each angular position (φ k) a plurality of detector cassettes (140 j) are receivable along a direction parallel to the axis of the bore, and a plurality of gamma detector elements (130 i) are receivable within a cassette (140 j) in a transaxial direction with respect to the axis of the bore for detecting gamma quanta (160 a, 160 b) received from within the bore. a bore for receiving a subject, the bore comprising an axis; a plurality of gamma detector elements (130 i); a plurality of detector cassettes (140 j); and mounting frame; wherein each gamma detector element (130 i) comprises a scintillator array coupled to a photodetector array; wherein each detector cassette (140 j) is configured to replaceably receive a plurality of gamma detector elements (130 i); wherein the mounting frame is configured to replaceably receive the detector cassettes (140 j) at a plurality of angular positions (φ k) around the axis of the bore such that at each angular position (φ k) a plurality of detector cassettes (140 j) are receivable along a direction parallel to the axis of the bore, and a plurality of gamma detector elements (130 i) are receivable within a cassette (140 j) in a transaxial direction with respect to the axis of the bore for detecting gamma quanta (160 a, 160 b) received from within the bore.
A process for the production of a reinforced polyamide (rP) in an extruder, wherein the extruder comprises a reaction zone and a devolatilization zone, wherein the reaction zone comprises a first section, a second section, and a third section, comprising the steps: a) provision of a first mixture comprising component at least one lactam, b) provision of a second mixture comprising component at least one catalyst, c) provision of a third mixture comprising component at least one activator, d) addition of the first mixture, the second mixture and the third mixture into the first section of the reaction zone of the extruder to obtain a polymerizable mixture (pM) in the extruder, e) addition of at least one carbon material into the second section of the reaction zone of the extruder to the polymerizable mixture (pM) obtained in step d), to obtain a carbon containing polymerizable mixture (cpM) in the extruder, f) polymerization of the carbon containing polymerizable mixture (cpM) obtained in step e) in the third section of the reaction zone of the extruder to obtain a reinforced raw polyamide (rrP), g) devolatilization of the reinforced raw polyamide (rrP) obtained in step f) in the devolatilization zone of the extruder to obtain the reinforced polyamide (rP), wherein the devolatilization zone comprises pressure built-up zones and stress relief zones and wherein a stripping fluid is added into the pressure built-up zones of the devolatilization zone of the extruder. a) provision of a first mixture comprising component at least one lactam, at least one lactam, b) provision of a second mixture comprising component at least one catalyst, c) provision of a third mixture comprising component at least one activator, d) addition of the first mixture, the second mixture and the third mixture into the first section of the reaction zone of the extruder to obtain a polymerizable mixture (pM) in the extruder, e) addition of at least one carbon material into the second section of the reaction zone of the extruder to the polymerizable mixture (pM) obtained in step d), to obtain a carbon containing polymerizable mixture (cpM) in the extruder, f) polymerization of the carbon containing polymerizable mixture (cpM) obtained in step e) in the third section of the reaction zone of the extruder to obtain a reinforced raw polyamide (rrP), g) devolatilization of the reinforced raw polyamide (rrP) obtained in step f) in the devolatilization zone of the extruder to obtain the reinforced polyamide (rP), wherein the devolatilization zone comprises pressure built-up zones and stress relief zones and wherein a stripping fluid is added into the pressure built-up zones of the devolatilization zone of the extruder.