mhurhangee/ep-ind-claims huggingface dataset:
Lubricating nozzle comprising: - a metal spray nozzle body comprising a first end, said first end having a contact surface, the spray nozzle body comprising an axial channel opening out onto the contact surface, and thus forming an oil inlet, the spray nozzle body further comprising a lateral channel communicating with the axial channel, the spray nozzle body further comprising a second end connected to the first end via a lateral surface, the lateral channel opening out onto the lateral surface to form an oil outlet; - a retaining screw, opening out onto the contact surface of the spray nozzle body, intended to imperviously clamp the contact surface of the spray nozzle body against the block of an engine, and imperviously connect the oil inlet of the spray nozzle body to an oil supply of said casing; - an orienting plate comprising a hole into which the spray nozzle is inserted; the nozzle being characterised in that the spray nozzle body is mounted inside the hole, such that it abuts against a first face of the orienting plate via abutment means (101f, 107a, 110a), and such that the contact surface of said body is flush with a second face of the orienting plate opposite the first face, the spray nozzle body and the orienting plate comprising first complementary orienting means which engage such that the oil outlet is oriented, according to a predetermined orientation relative to said first orienting means, the orienting plate further comprising second orienting means designed to orient said plate on the engine block. - a metal spray nozzle body comprising a first end, said first end having a contact surface, the spray nozzle body comprising an axial channel opening out onto the contact surface, and thus forming an oil inlet, the spray nozzle body further comprising a lateral channel communicating with the axial channel, the spray nozzle body further comprising a second end connected to the first end via a lateral surface, the lateral channel opening out onto the lateral surface to form an oil outlet; - a retaining screw, opening out onto the contact surface of the spray nozzle body, intended to imperviously clamp the contact surface of the spray nozzle body against the block of an engine, and imperviously connect the oil inlet of the spray nozzle body to an oil supply of said casing; - an orienting plate comprising a hole into which the spray nozzle is inserted; the nozzle being characterised in that the spray nozzle body is mounted inside the hole, such that it abuts against a first face of the orienting plate via abutment means (101f, 107a, 110a), and such that the contact surface of said body is flush with a second face of the orienting plate opposite the first face, the spray nozzle body and the orienting plate comprising first complementary orienting means which engage such that the oil outlet is oriented, according to a predetermined orientation relative to said first orienting means, the orienting plate further comprising second orienting means designed to orient said plate on the engine block.
A liquid manure vehicle with a vehicle frame, a chassis, a liquid manure storage tank and a liquid manure distributor which consists of a main frame and multiple horizontally-pivotable booms (A; B), which are at least pivotable on vertical axes (9, 10; 14, 15) and which bear liquid manure distribution members (16, 17), which can be supplied with liquid manure from the liquid manure storage tank by means of lines, wherein the main frame of the liquid manure distributor is installed on the front side of the liquid manure vehicle in the direction of travel of the liquid manure vehicle, and the pivotable booms (A; B) are arranged on both sides of the longitudinal axis of the liquid manure vehicle, wherein the pivotable booms comprise multiple boom segments (A1, A2; B1, B2); these are connected with the main frame and with each other by means of joints (9, 10; 14, 15), and are characterised in that the boom segments A1 and B1, which are joined directly to the main frame, are free from liquid manure-distribution members (16, 17), can be positioned at any angle between 0° and 90° relative to the longitudinal axis of the liquid manure vehicle, and when in the 0° position are supported by means of abutments (11, 12) at the rear of the liquid manure vehicle; and that the boom segments A2 and B2, which are positioned away from the main frame, support liquid manure-distribution members (16, 17), such that when boom segments A1 and B1 are in the 0° position, the maximum effective working width extends across the sum of the respective widths of the liquid manure-distribution members (16 and 17), starting from the longitudinal axis of the liquid manure vehicle.
Method for printing a nanostructure and/or microstructure (5, 11) onto a substrate with a three-dimensional macro-surface, with - application of a substance (12, 13) with a three-dimensional stamp macro-surface which is congruent in terms of shape at least in sections with respect to the macro-surface of the substrate and is provided with a stamp nanostructure and/or microstructure, - positioning of the stamp relative to the substrate, - bringing together of the stamp and the substrate and, as a result, printing of the substance (12, 13) as a nanostructure and/or microstructure (5, 11) onto the substrate, characterized in that the substance (12, 13) comprises bioactive material, in particular proteins and/or antibodies, or consists exclusively thereof. - application of a substance (12, 13) with a three-dimensional stamp macro-surface which is congruent in terms of shape at least in sections with respect to the macro-surface of the substrate and is provided with a stamp nanostructure and/or microstructure, - positioning of the stamp relative to the substrate, - bringing together of the stamp and the substrate and, as a result, printing of the substance (12, 13) as a nanostructure and/or microstructure (5, 11) onto the substrate,
A VoIP data transmission method, characterized by comprising: when a VoIP communication request corresponding to any terminal is received, judging whether currently adopted uplink and downlink configuration information supports the terminal in performing the TTI bundling operation according to preset bundling configuration parameters if it is determined that the terminal is required to perform the TTI bundling operation on generated VoIP data package; and if the currently adopted uplink and downlink configuration information does not support the terminal in performing TTI bundling operation according to preset bundling configuration parameters, sending the preset bundling configuration parameters and new uplink and downlink configuration information to the terminal, wherein the new uplink and downlink configuration information supports the terminal in performing the TTI bundling operation according to the preset bundling configuration parameters. when a VoIP communication request corresponding to any terminal is received, judging whether currently adopted uplink and downlink configuration information supports the terminal in performing the TTI bundling operation according to preset bundling configuration parameters if it is determined that the terminal is required to perform the TTI bundling operation on generated VoIP data package; and if the currently adopted uplink and downlink configuration information does not support the terminal in performing TTI bundling operation according to preset bundling configuration parameters, sending the preset bundling configuration parameters and new uplink and downlink configuration information to the terminal, wherein the new uplink and downlink configuration information supports the terminal in performing the TTI bundling operation according to the preset bundling configuration parameters.
A method of tagging target oligonucleotides comprising: performing an in vitro transcription reaction on DNA partitioned within a plurality of compartments, wherein the DNA comprises an RNA polymerase promoter sequence, a tag sequence and a hybridization region capable of hybridizing to one or more target oligonucleotides and the plurality of compartments or subset thereof further comprises an RNA polymerase and ribonucleotide triphosphates, thereby obtaining compartments comprising RNA, wherein the RNA comprises the tag sequence and the hybridization region; merging the interior of the compartments comprising RNA with interiors of a set of compartments comprising target oligonucleotides, wherein prior to the merging, the compartments comprising target oligonucleotides are physically separate from the compartments comprising RNA; hybridizing the RNA to the target oligonucleotides, wherein the hybridization region of the RNA hybridizes to a region of the target oligonucleotides; and performing a reaction to attach a sequence corresponding to the RNA to the target oligonucleotides, thereby tagging the target oligonucleotides. performing an in vitro transcription reaction on DNA partitioned within a plurality of compartments, wherein the DNA comprises an RNA polymerase promoter sequence, a tag sequence and a hybridization region capable of hybridizing to one or more target oligonucleotides and the plurality of compartments or subset thereof further comprises an RNA polymerase and ribonucleotide triphosphates, thereby obtaining compartments comprising RNA, wherein the RNA comprises the tag sequence and the hybridization region; merging the interior of the compartments comprising RNA with interiors of a set of compartments comprising target oligonucleotides, wherein prior to the merging, the compartments comprising target oligonucleotides are physically separate from the compartments comprising RNA; hybridizing the RNA to the target oligonucleotides, wherein the hybridization region of the RNA hybridizes to a region of the target oligonucleotides; and performing a reaction to attach a sequence corresponding to the RNA to the target oligonucleotides, thereby tagging the target oligonucleotides.
A method in which a sectional door, which is built up of hinged panels (2; 2-1, 2-2, 2-3) and a wicket door, is manufactured by making cuts in the material of the respective panel at the location where the wicket door is to be provided, characterized in that the cuts are interrupted by material bridges via which the part to be cut out of the panel (2; 2-1, 2-2, 2-3) remains connected to a neighbouring part of the panel, - after which coupling members are fixed across the cuts and onto neighbouring parts of the panel (2; 2-1, 2-2, 2-3), and the material bridges are severed, - after which the peripheries of the parts are finished and the parts of the panel (2; 2-1, 2-2, 2-3) are assembled together. - after which coupling members are fixed across the cuts and onto neighbouring parts of the panel (2; 2-1, 2-2, 2-3), and the material bridges are severed, - after which the peripheries of the parts are finished and the parts of the panel (2; 2-1, 2-2, 2-3) are assembled together.
A connector gateway system that provides mobile devices with access to business services, comprising: a connector gateway server connected with a wireless access network and configured to include a plurality of listening sockets; at least one business server resident on a remote company network and connected with the connector gateway server; the connector gateway server configured to receive a service request generated with an application included on a mobile device, the service request including a service name that translates to an address, a combination of the address and a port corresponding to one of the listening sockets on the connector gateway server; the connector gateway server further configured to perform a lookup operation, based on a connector service type associated with the one of the listening sockets, to determine the business server associated with the service request, wherein the connector service type corresponds to a service provided with the business server; the connector gateway server further configured to authenticate that a user that initiated the service request is a valid user of a service requested with the service request; and the connector gateway server further configured to create a data filter based on the service request, the data filter configured to drive an emulation of a connection between the mobile device and the business server to pump data between the mobile device and the business server. a connector gateway server connected with a wireless access network and configured to include a plurality of listening sockets; at least one business server resident on a remote company network and connected with the connector gateway server; the connector gateway server configured to receive a service request generated with an application included on a mobile device, the service request including a service name that translates to an address, a combination of the address and a port corresponding to one of the listening sockets on the connector gateway server; the connector gateway server further configured to perform a lookup operation, based on a connector service type associated with the one of the listening sockets, to determine the business server associated with the service request, wherein the connector service type corresponds to a service provided with the business server; the connector gateway server further configured to authenticate that a user that initiated the service request is a valid user of a service requested with the service request; and the connector gateway server further configured to create a data filter based on the service request, the data filter configured to drive an emulation of a connection between the mobile device and the business server to pump data between the mobile device and the business server.
A polymorph of an anhydrate of -2-hydroxy-2-methyl-4-(2,4,5-trimethyl-3,6-dioxocyclohexa-1,4-dienyl)butanamide, wherein the polymorph is selected from the group consisting of Form I and Form II; wherein a powder X-ray diffraction pattern for polymorph Form I comprises characteristic peaks at least at the following angular positions, wherein the angular positions may vary by ± 0.2: 12.06, 15.33, 17.03, and 17.26; wherein a powder X-ray diffraction pattern for polymorph Form II comprises characteristic peaks at least at the following angular positions, wherein the angular positions may vary by ± 0.2: 9.63, 10.85, 11.33, and 19.33; and wherein the XRPD pattern is generated at 25 °C.
Carpet with one or more areas in relief (Z1-Z8) comprising a series of weft threads, inserted substantially perpendicularly into and woven with a series of warp threads according to one or more insertion patterns, said carpet comprises one or more areas with substantially upper or lower floating threads, thus respectively forming a high relief (Z2,Z4,Z6,Z8) or a low relief (Z1,Z3,Z5,Z7), wherein one or a plurality of weft threads are chenille threads, characterised in that the ratio between the density of the weft threads and the density of the warp threads is at least 1.1, the density being always expressed by the number of threads per cm of carpet, said carpet comprising at least 12 warp threads per cm and at least 17 weft threads per cm.
Use of a mouse for expressing immunoglobulin (Ig) light chains containing human variable regions; wherein the mouse comprises a genome that is homozygous for an immunoglobulin light chain locus comprising only one human sequence, wherein the only one human sequence corresponds to the sequence of human chromosome 22 from position 23064876 to position 23327884, which comprises human lambda chain gene segments Vλ2-18, Vλ3-16, Vλ2-14, Vλ3-12, Vλ2-11, Vλ3-10, Vλ3-9, Vλ2-8, Vλ4-3, Vλ3-1, Jλ1-Cλ1, Jλ2-Cλ2, Jλ3-Cλ3, Jλ6-Cλ6, Jλ7-Cλ7, and 3' Eλ inserted downstream of endogenous V and J-C lambda light chain gene segments, between Eλ4-10 and Eλ3-1, the human V gene segments being 5' of the human J gene segments; wherein the endogenous kappa loci have been inactivated; and wherein the mouse expresses immunoglobulin light chains, characterized in that at least 60% of the immunoglobulin light chains expressed by the mouse comprise a human lambda variable region. wherein the mouse comprises a genome that is homozygous for an immunoglobulin light chain locus comprising only one human sequence, wherein the only one human sequence corresponds to the sequence of human chromosome 22 from position 23064876 to position 23327884, which comprises human lambda chain gene segments Vλ2-18, Vλ3-16, Vλ2-14, Vλ3-12, Vλ2-11, Vλ3-10, Vλ3-9, Vλ2-8, Vλ4-3, Vλ3-1, Jλ1-Cλ1, Jλ2-Cλ2, Jλ3-Cλ3, Jλ6-Cλ6, Jλ7-Cλ7, and 3' Eλ inserted downstream of endogenous V and J-C lambda light chain gene segments, between Eλ4-10 and Eλ3-1, the human V gene segments being 5' of the human J gene segments; wherein the endogenous kappa loci have been inactivated; and wherein the mouse expresses immunoglobulin light chains, characterized in that at least 60% of the immunoglobulin light chains expressed by the mouse comprise a human lambda variable region.
A self-contained breathing apparatus comprising: one or more air cylinders; a pressure reducer; a mask having an exhalation valve; a demand valve operable to attach to the mask, wherein the exhalation valve and the demand valve are configured such that a user inhales air through the demand valve and exhales air through the exhalation valve; a medium-pressure hose, extending from the pressure reducer to the demand valve, wherein the pressure reducer is in fluid communication with the demand valve; a combined pressure gauge and warning whistle; and a fresh-air port assembly coupled to the mask and the demand valve such that the fresh-air port assembly is positioned between the demand valve and the mask, wherein the fresh-air port assembly is operable to rotate with respect to the mask and the demand valve in order to open and close one or more ports to ambient air, wherein the fresh-air port assembly comprises: a cam knob operable to house one or more driving balls; a cam collar comprising at least one pathway operable to accept and guide the driving balls, wherein the cam knob is rotatable with respect to the cam collar in order to move the one or more driving balls through the at least one pathway. one or more air cylinders; a pressure reducer; a mask having an exhalation valve; a demand valve operable to attach to the mask, wherein the exhalation valve and the demand valve are configured such that a user inhales air through the demand valve and exhales air through the exhalation valve; a medium-pressure hose, extending from the pressure reducer to the demand valve, wherein the pressure reducer is in fluid communication with the demand valve; a combined pressure gauge and warning whistle; and a fresh-air port assembly coupled to the mask and the demand valve such that the fresh-air port assembly is positioned between the demand valve and the mask, wherein the fresh-air port assembly is operable to rotate with respect to the mask and the demand valve in order to open and close one or more ports to ambient air, a cam knob operable to house one or more driving balls; a cam collar comprising at least one pathway operable to accept and guide the driving balls, wherein the cam knob is rotatable with respect to the cam collar in order to move the one or more driving balls through the at least one pathway.
An engine, comprising: a housing defining an annular bore; a piston assembly disposed within the annular bore, the piston assembly configured to be connected to a drive mechanism; characterized in that a rotary valve manufactured as a circular, cup-shaped structure comprising a face plate and a loop-shaped wall structure disposed at the outer periphery of the face plate and defining an opening substantially perpendicular to an axis of rotation of the loop-shaped wall structure, a portion of the rotary valve disposed within the annular bore such that the axis of rotation of the loop-shaped wall structure is substantially perpendicular to an axis of rotation of the piston assembly; and a rotary drive mechanism connected to the rotary valve and configured to rotate the rotary valve between a first position (109 to align the opening of the loop-shaped wall structure with the annular bore to allow a piston of the piston assembly to travel within the annular bore from a first location proximate to the rotary valve to a second location distal to the rotary valve and a second position to define a combustion chamber relative to the piston of the piston assembly at the second location. a housing defining an annular bore; a piston assembly disposed within the annular bore, the piston assembly configured to be connected to a drive mechanism; characterized in that a rotary valve manufactured as a circular, cup-shaped structure comprising a face plate and a loop-shaped wall structure disposed at the outer periphery of the face plate and defining an opening substantially perpendicular to an axis of rotation of the loop-shaped wall structure, a portion of the rotary valve disposed within the annular bore such that the axis of rotation of the loop-shaped wall structure is substantially perpendicular to an axis of rotation of the piston assembly; and a rotary drive mechanism connected to the rotary valve and configured to rotate the rotary valve between a first position (109 to align the opening of the loop-shaped wall structure with the annular bore to allow a piston of the piston assembly to travel within the annular bore from a first location proximate to the rotary valve to a second location distal to the rotary valve and a second position to define a combustion chamber relative to the piston of the piston assembly at the second location.
Method for installing and adjusting a door seal device on a door leaf for the purpose of sealing off a lower door gap, present when a door is closed, between the door leaf and a floor, the door seal device comprising a lowerable seal profile, at least one axially displaceable trigger, on the hinge side and/or lock side, for triggering a displacement movement lowering the seal profile when closing the door, and a mechanism for transmitting a first axial displacement of the trigger into the displacement movement of the seal profile, which is pressed against the floor with a reference value of a floor contact pressure in order to seal off the lower door gap, the achievable floor contact pressure being predetermined by a projection of the trigger with the door open, the door seal device initially being installed in such a way that the trigger has a greater projection than necessary for achieving the reference value of the floor contact pressure and the door is then closed, a second axial displacement of the trigger with respect to a transmission element, connected to the latter, of the mechanism occurring as a result of a floor contact pressure that exceeds a reference value occurring, resulting in a reduction in size of the projection of the trigger with the door open, and the trigger retaining this reduced-size projection with the door open.