mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a blade, said method comprising the following steps: - manufacturing sub-assemblies made of thermoplastic composite materials, - arranging the sub-assemblies in an assembly mould, - locally arranging a plurality of assembly films comprising a ferromagnetic member, each assembly film being interposed between two surface layers of two separate sub-assemblies which are to be assembled together, - assembling the sub-assemblies together in the assembly mould by exerting a pressure on said sub-assemblies and by locally heating each assembly film by means of electromagnetic induction according to a cycle for heating and applying pressure, characterised in that each sub-assembly comprises an internal arrangement and at least one external arrangement adjoining the internal arrangement, the external arrangement of a sub-assembly being intended to be adhered to an external arrangement of another sub-assembly, each internal arrangement comprising a stack of plies referred to as intermediate layers, each intermediate layer comprising reinforcing fibres impregnated with a semi-crystalline thermoplastic matrix, each outer arrangement comprising at least one ply referred to as a surface layer, each surface layer comprising reinforcing fibres impregnated with an alloy of a semi-crystalline thermoplastic polymer and an amorphous thermoplastic polymer, each assembly film comprising an amorphous thermoplastic material. - manufacturing sub-assemblies made of thermoplastic composite materials, - arranging the sub-assemblies in an assembly mould, - locally arranging a plurality of assembly films comprising a ferromagnetic member, each assembly film being interposed between two surface layers of two separate sub-assemblies which are to be assembled together, - assembling the sub-assemblies together in the assembly mould by exerting a pressure on said sub-assemblies and by locally heating each assembly film by means of electromagnetic induction according to a cycle for heating and applying pressure,
An improved process for preparation of olanzapine pamoate monohydrate from olanzpaine comprising: (i) preparing a solution of olanzapine in water in presence of an acid; (ii) preparing a solution of pamoic acid in water in presence of a base; (iii) mixing the pamoic acid solution prepared in step (ii) with the olanzapine solution prepared in step (i); (iv) maintaining the reaction mixture for a sufficient time till precipitation of solid; (v) optionally, filtering the reaction mass; (vi) drying the solid to obtain olazapine pamoate monohydrate. (i) preparing a solution of olanzapine in water in presence of an acid; (ii) preparing a solution of pamoic acid in water in presence of a base; (iii) mixing the pamoic acid solution prepared in step (ii) with the olanzapine solution prepared in step (i); (iv) maintaining the reaction mixture for a sufficient time till precipitation of solid; (v) optionally, filtering the reaction mass; (vi) drying the solid to obtain olazapine pamoate monohydrate.
Drill head for chambering, comprising a body with a rear end and a front end, the body having a mechanical interface at the rear end for connection to a drill tube, the body comprising a central hole, the drill head comprising two insert holders (4,5) which are pivotably mounted on the body, and the insert holders (4, 5) and an advancing element being coupled to one another via a link motion in such a way that a movement of the advancing element in the axial direction relative to the body triggers a pivoting movement of the insert holders (4, 5), and the advancing element being axially displaceably guided in the hole, characterized in that the advancing element has a first slotted link and a second slotted link, in that a pin and optionally a roller are provided on the insert holders (4, 5), in that the pin or the roller of the first insert holder interacts with the first slotted link of the advancing element, and in that the pin or the roller of the second insert holder interacts with a second slotted link of the advancing element.
A radio base station device (10,21) applicable to a wireless communication system comprising the radio base station device that controls communication with a radio terminal device (50,50a,50b) and a radio relay station device that relays communication between the radio base station device and the radio terminal device, wherein the radio base station device is characterized by a preamble signal receiving unit that receives a random access preamble signal "RACH Preamble" transmitted from the radio terminal device, the radio terminal device comprising a radio resource control control unit that transmits, upon receiving a random access response signal transmitted from the radio base station device, an RRC connection request to the radio base station device, a best cell searching unit that searches, when an RRC connection by the RRC connection request fails, a best cell whose reception quality is the best, and a preamble signal transmitting unit that transmits, when a cell identifier of the best cell matches a cell identifier comprised in the random access response signal, the random access preamble signal comprising a random access identifier comprised in the random access response signal; a reception notice receiving unit that receives, from the radio relay station device, a reception notice indicating that the radio relay station device has received the random access preamble signal; and a response signal transmitting unit which permits, when the random access identifier "RA-ID" of the random access preamble signal transmitted from the radio terminal device matches a random access identifier comprised in the reception notice transmitted from the radio relay station device, the use of the matching random access identifier by the radio relay station device and transmits, to the radio terminal device, the random access response signal "RACH Response" comprising the cell identifier "Cell ID" of the best cell managed by the radio relay station device permitted to use the matching random access identifier.
A detergent composition comprising: from 1% to 70% by weight of a surfactant; from 0.01% to 10.0% by weight of an anionic soil release polymer; and from 0.1% to 10% of a polyetheramine of Formula wherein each R group is independently selected from the group consisting of H, a methyl group, and an ethyl group, wherein at least one R group is a methyl group, and x is in the range of 2 to 20. from 1% to 70% by weight of a surfactant; from 0.01% to 10.0% by weight of an anionic soil release polymer; and from 0.1% to 10% of a polyetheramine of Formula wherein each R group is independently selected from the group consisting of H, a methyl group, and an ethyl group, wherein at least one R group is a methyl group, and x is in the range of 2 to 20.
A mounting machine which is configured to mount a plurality of components of a plurality of types on a board using a mounting head, characterized by comprising: mounting control means which is configured to acquire a mounting order in which a component type in the plurality of component types that has a higher possibility of running out than another component type is preferentially mounted, to perform a mounting process which controls the mounting head such that the components are sequentially mounted on the board based on the acquired mounting order, and during the mounting process, when a component type of a subsequent mounting target in the mounting order runs out and a component type the mounting order of which is later than the component type does not run out, to control the mounting head such that the component type that does not run out is previously mounted on the board.
An optical barrier device for detecting objects in a monitoring region, having a multiple arrangement of transmitters (11, 12, 13) emitting light beams and receivers (51, 52, 53) receiving light beams, wherein, when the monitoring region is free, light beams emitted by transmitters (11, 12, 13) are guided unhindered to receivers (51, 52, 53) associated therewith, wherein the light beams of at least one transmitter are at least partially interrupted by an object engagement in the monitoring region, and having a control and evaluation unit which is designed to generate an object detection signal as a function of received signals from the receivers (51, 52, 53), and wherein a correction unit is provided by means of which correction values are generated individually for the individual receivers (51, 52, 53) and/or components assigned thereto in order to compensate for drift effects, the light beams emitted by the transmitters (11, 12, 13) containing coding, and wherein DC voltage components in the received signals are compensated for by means of the correction values, characterised in that decoding variables are corrected by means of the correction values. the light beams emitted by the transmitters (11, 12, 13) containing coding, and wherein DC voltage components in the received signals are compensated for by means of the correction values, characterised in that decoding variables are corrected by means of the correction values.
Multiple pairs of: (i) a first adapter or a first amplification primer comprising a first nucleotide sequence identifier and a first sequencing primer binding site; and (ii) a second adapter or a second amplification primer comprising a second NSI and a second sequencing primer binding site, wherein the first and second adapter comprise a double-stranded structure, wherein each pair comprises the first and second sequencing primer binding site, and wherein each pair is for preparing a sample DNA comprising a single stranded DNA template for single-read double-tagging sequencing and wherein the prepared DNA template comprises in a 3' to 5' direction, - the first sequencing primer binding site; - the first NSI; - a sequence captured by ligation of at least one of the first and second adapter and/or a sequence amplified by at least one of the first and second amplification primer from sample DNA; - the second sequencing primer binding site; and the second NSI, wherein the first NSI is selected from first group of NSIs and the second NSI is selected from a second group of NSIs, wherein the first and second group can be the same or different, wherein each pair of the multiple pairs has a unique combination of the first NSI and the second NSI, and wherein the number of multiple pairs is the number of NSIs of the first group multiplied by the number of NSIs of the second group. (i) a first adapter or a first amplification primer comprising a first nucleotide sequence identifier and a first sequencing primer binding site; and (ii) a second adapter or a second amplification primer comprising a second NSI and a second sequencing primer binding site, wherein the first and second adapter comprise a double-stranded structure, wherein each pair comprises the first and second sequencing primer binding site, and wherein each pair is for preparing a sample DNA comprising a single stranded DNA template for single-read double-tagging sequencing and wherein the prepared DNA template comprises in a 3' to 5' direction, - the first sequencing primer binding site; - the first NSI; - a sequence captured by ligation of at least one of the first and second adapter and/or a sequence amplified by at least one of the first and second amplification primer from sample DNA; - the second sequencing primer binding site; and - the first sequencing primer binding site; - the first NSI; - a sequence captured by ligation of at least one of the first and second adapter and/or a sequence amplified by at least one of the first and second amplification primer from sample DNA; - the second sequencing primer binding site; and the second NSI, wherein the first NSI is selected from first group of NSIs and the second NSI is selected from a second group of NSIs, wherein the first and second group can be the same or different, wherein each pair of the multiple pairs has a unique combination of the first NSI and the second NSI, and wherein the number of multiple pairs is the number of NSIs of the first group multiplied by the number of NSIs of the second group.
A system for controlling a power distribution network providing power using a plurality of phases (A, B, C), the system comprising: a server including an electronic processor; and memory storing instructions that, when executed by the electronic processor, cause the system to: receive a loss of voltage fault indication associated with a fault in the power distribution network; identify a first subset of the plurality of phases associated with the loss of voltage fault indication and a second subset of the plurality of phases not associated with the loss of voltage fault indication, wherein the first and second subsets each include at least one member; identify a downstream isolation device downstream of the fault; send an open command to the downstream isolation device for each phase in the first subset only; and send a close command to a tie-in isolation device downstream of the downstream isolation device. a server including an electronic processor; and memory storing instructions that, when executed by the electronic processor, cause the system to: receive a loss of voltage fault indication associated with a fault in the power distribution network; identify a first subset of the plurality of phases associated with the loss of voltage fault indication and a second subset of the plurality of phases not associated with the loss of voltage fault indication, wherein the first and second subsets each include at least one member; identify a downstream isolation device downstream of the fault; send an open command to the downstream isolation device for each phase in the first subset only; and send a close command to a tie-in isolation device downstream of the downstream isolation device. receive a loss of voltage fault indication associated with a fault in the power distribution network; identify a first subset of the plurality of phases associated with the loss of voltage fault indication and a second subset of the plurality of phases not associated with the loss of voltage fault indication, wherein the first and second subsets each include at least one member; identify a downstream isolation device downstream of the fault; send an open command to the downstream isolation device for each phase in the first subset only; and send a close command to a tie-in isolation device downstream of the downstream isolation device.
A device for stimulation of a foot or feet of a user comprising: a platform having an upper surface for placement of a bottom portion of at least one foot of a user, wherein at least part of said upper surface extends at an upward angle from a front of the platform, wherein said at least part of said upper surface at said upward angle has an inward curvature for allowing the front plantar portion of said at least one foot that faces said part of said upper surface to compress or conform; one or more actuators attached to said platform under said upper surface for imparting motion to said platform; a base disposed below said platform for supporting said device on an external surface, wherein said one or more actuators extending from said platform are non-contact with said base; and a plurality of motion guides which support said platform over said base, upon which said platform moves in positive and negative vertical displacement with respect to said base responsive to operation of said one or more actuators to stimulate said at least one foot when present upon said upper surface. a platform having an upper surface for placement of a bottom portion of at least one foot of a user, wherein at least part of said upper surface extends at an upward angle from a front of the platform, wherein said at least part of said upper surface at said upward angle has an inward curvature for allowing the front plantar portion of said at least one foot that faces said part of said upper surface to compress or conform; one or more actuators attached to said platform under said upper surface for imparting motion to said platform; a base disposed below said platform for supporting said device on an external surface, wherein said one or more actuators extending from said platform are non-contact with said base; and a plurality of motion guides which support said platform over said base, upon which said platform moves in positive and negative vertical displacement with respect to said base responsive to operation of said one or more actuators to stimulate said at least one foot when present upon said upper surface.
Compound of general formula I and any pharmaceutically, cosmetically or food grade acceptable salt thereof: wherein, independently, - R 2 is a benzene substituted ring selected from: - R 3 can be selected from: H; a hydrocarbon radical selected from straight or branched alkyl of from 1 to 5 carbons; or benzyl group; - R 4 can be selected from: H; a hydrocarbon radical selected from straight or branched alkyl of from 1 to 5 carbons; hydroxy or alkoxy radicals; or halogen wherein, independently, - R 3 when being a hydrocarbon radical selected from straight alkyl of from 1 to 5 carbons, is methyl; - R 4 when being a hydrocarbon radical selected from straight alkyl of from 1 to 5 carbons, is methyl; R 4 when being an alcoxy radical is a radical methoxy; and R 4 when being a halogen is fluorine; - R 8 can be selected from: H; hydroxy; alcoxy wherein, - R 1 is a group NH-(CH 2) n -NH 2, being the value of n = 2 or 3, and - R 5 is p -OCH 3. - R 2 is a benzene substituted ring selected from: - R 3 can be selected from: H; a hydrocarbon radical selected from straight or branched alkyl of from 1 to 5 carbons; or benzyl group; - R 4 can be selected from: H; a hydrocarbon radical selected from straight or branched alkyl of from 1 to 5 carbons; hydroxy or alkoxy radicals; or halogen - R 3 when being a hydrocarbon radical selected from straight alkyl of from 1 to 5 carbons, is methyl; - R 4 when being a hydrocarbon radical selected from straight alkyl of from 1 to 5 carbons, is methyl; R 4 when being an alcoxy radical is a radical methoxy; and R 4 when being a halogen is fluorine; - R 8 can be selected from: H; hydroxy; alcoxy - R 1 is a group NH-(CH 2) n -NH 2, being the value of n = 2 or 3, and - R 5 is p -OCH 3.
Internal combustion engine with at least one camshaft, - having two shafts (3, 4), namely an inner shaft and an outer shaft, each fixedly connected to cams, and rotatable relative to one another, - having an adjusting device with at least one phase adjuster, - the outer shaft being mounted adjacent to the adjusting device in a fixed counter-bearing, - the adjusting device comprising two phase adjusters (6, 7), - the counter-bearing being embodied as a slide bearing, - oil being supplied to the phase adjusters (6, 7) via the slide bearing, by means of - a first oil channel which leads from the slide bearing through the outer shaft into the inner shaft and in the inner shaft to a valve which acts on the phase adjuster of the inner shaft with corresponding oil flows (14, 14'), characterised by - a second oil channel which leads from the slide bearing through the outer shaft and onwards between the outer shaft and the inner shaft to the phase adjuster of the outer shaft and acts on the latter with a first oil flow, - a third oil channel which leads from the slide bearing through the outer shaft and onwards between the outer shaft and the inner shaft in an oil guiding sleeve to the phase adjuster of the outer shaft and acts on the latter with a second oil flow. - having two shafts (3, 4), namely an inner shaft and an outer shaft, each fixedly connected to cams, and rotatable relative to one another, - having an adjusting device with at least one phase adjuster, - the outer shaft being mounted adjacent to the adjusting device in a fixed counter-bearing, - the adjusting device comprising two phase adjusters (6, 7), - the counter-bearing being embodied as a slide bearing, - oil being supplied to the phase adjusters (6, 7) via the slide bearing, by means of - a first oil channel which leads from the slide bearing through the outer shaft into the inner shaft and in the inner shaft to a valve which acts on the phase adjuster of the inner shaft with corresponding oil flows (14, 14'), - a first oil channel which leads from the slide bearing through the outer shaft into the inner shaft and in the inner shaft to a valve which acts on the phase adjuster of the inner shaft with corresponding oil flows (14, 14'), - a second oil channel which leads from the slide bearing through the outer shaft and onwards between the outer shaft and the inner shaft to the phase adjuster of the outer shaft and acts on the latter with a first oil flow, - a third oil channel which leads from the slide bearing through the outer shaft and onwards between the outer shaft and the inner shaft in an oil guiding sleeve to the phase adjuster of the outer shaft and acts on the latter with a second oil flow.
Refrigerated sales furniture comprising: a furniture body including a plurality of compartments (4a-4e), each of the compartments (4a-4e) providing at least one refrigerated sales space (5a-5e) for storing products to be presented therein; at least one access area providing access to the refrigerated sales space (5a-5e); and at least one identification device, which is arranged and configured for identifying products passing through said at least one access area; characterized in that the identification device is configured for identifying the products based on their size/volume and/or shape and/or color, the identification device comprises a plurality of cameras (6a, 6b, 6c), wherein each of the cameras (6a, 6b, 6c) has a corresponding image capturing area (8a, 8b, 8c) covering a part of the front portion of the refrigerated sale furniture and each image capturing area (8a, 8b, 8c) is associated with at least one of the compartments (4a-4e), respectively, and the refrigerated sales furniture is configured for determining the regions of the refrigerated sales space (5a-5e) in which the products are placed by determining the portion of the access area through which the respective product is passed. a furniture body including a plurality of compartments (4a-4e), each of the compartments (4a-4e) providing at least one refrigerated sales space (5a-5e) for storing products to be presented therein; at least one access area providing access to the refrigerated sales space (5a-5e); and at least one identification device, which is arranged and configured for identifying products passing through said at least one access area; characterized in that the identification device is configured for identifying the products based on their size/volume and/or shape and/or color, the identification device comprises a plurality of cameras (6a, 6b, 6c), wherein each of the cameras (6a, 6b, 6c) has a corresponding image capturing area (8a, 8b, 8c) covering a part of the front portion of the refrigerated sale furniture and each image capturing area (8a, 8b, 8c) is associated with at least one of the compartments (4a-4e), respectively, and the refrigerated sales furniture is configured for determining the regions of the refrigerated sales space (5a-5e) in which the products are placed by determining the portion of the access area through which the respective product is passed.