mhurhangee/ep-ind-claims huggingface dataset:
A method of producing isothiocyanates, the method comprising: - forming, in a semi-solid or solid callus induction medium, compact callus aggregates from cells obtained from explant material of a Brassica oleracea L. plant; - transferring cells from the callus aggregates to a suspension culture in a liquid medium in a shake flask, the liquid medium containing a plurality of elicitors, - transferring cells from the suspension culture to a further suspension culture in a bioreactor containing the plurality of elicitors, and - extracting and/or purifying of at least one isothiocyanate from cells obtained from the bioreactor, wherein said plurality of elicitors comprises chitosan and salicylic acid to increase accumulation of benzyl isothiocyanate, wherein said liquid medium contains a concentration in the range of 10 mg/L to 40 mg/L of salicylic acid and a concentration in the range of 200 mg/L to 600 mg/L of chitosan. - forming, in a semi-solid or solid callus induction medium, compact callus aggregates from cells obtained from explant material of a Brassica oleracea L. plant; - transferring cells from the callus aggregates to a suspension culture in a liquid medium in a shake flask, the liquid medium containing a plurality of elicitors, - transferring cells from the suspension culture to a further suspension culture in a bioreactor containing the plurality of elicitors, and - extracting and/or purifying of at least one isothiocyanate from cells obtained from the bioreactor, wherein said plurality of elicitors comprises chitosan and salicylic acid to increase accumulation of benzyl isothiocyanate, wherein said liquid medium contains a concentration in the range of 10 mg/L to 40 mg/L of salicylic acid and a concentration in the range of 200 mg/L to 600 mg/L of chitosan.
A security element with an optically variable structure having a multiplicity of emboss elements, with each of the emboss elements consisting of at least two flanks which converge at a certain angle and/or in a certain direction, with the surface of the emboss elements being configured to be reflective, and with the security element consisting of at least two groups of emboss elements, with the at least two groups differing from each other only in the angle and/or the direction at or in which the flanks of the emboss elements converge, characterized in that each emboss element has a regular hexagonal base.
Assembly for distributing in particular liquefied natural gas or LNG comprising a vessel comprising at least one tank for storing LNG and at least one barge and a pusher, characterised in that said vessel comprises an apron capable of receiving a barge comprising at least one reservoir for storing LNG and said pusher, said vessel and said barge comprising means for transferring LNG from at least one tank of said vessel to at least one reservoir of said barge which also comprises means for delivering the LNG.
A shelf, comprising: at least two lifting storage-board assemblies; at least two driving assemblies, wherein each of the driving assemblies comprises a driving member and a transmission shaft connected to the driving member in a transmission manner, and a housing, at least four transmission assemblies, wherein each of the transmission assemblies comprises a plate body and a flexible cable, the plate body is connected to a corresponding transmission shaft, a first end of the flexible cable is connected to the plate body, and a second end of the flexible cable is configured to wrap around a mounting portion of the plate body and then connect to a corresponding lifting storage-board assembly; characterized in that the two transmission shafts are arranged adjacently at intervals along a set direction and staggered and wherein the at least two transmission shafts are connected through the two housings. at least two lifting storage-board assemblies; at least two driving assemblies, wherein each of the driving assemblies comprises a driving member and a transmission shaft connected to the driving member in a transmission manner, and a housing, at least four transmission assemblies, wherein each of the transmission assemblies comprises a plate body and a flexible cable, the plate body is connected to a corresponding transmission shaft, a first end of the flexible cable is connected to the plate body, and a second end of the flexible cable is configured to wrap around a mounting portion of the plate body and then connect to a corresponding lifting storage-board assembly; characterized in that the two transmission shafts are arranged adjacently at intervals along a set direction and staggered and wherein the at least two transmission shafts are connected through the two housings.
An ice bank comprising: a bank for storing ice; and a transferring shaft mounted inside the bank to transfer the ice; a motor mounted on one side of the bank to generate rotational force; and a joint on a connection part of the motor and the transferring shaft, wherein the joint comprises: a plate portion contacting the motor to receive rotational force; characterised in that the joint further comprises: a reinforcing member for supporting the plate portion to reinforce strength of the plate portion. a bank for storing ice; and a transferring shaft mounted inside the bank to transfer the ice; a motor mounted on one side of the bank to generate rotational force; and a joint on a connection part of the motor and the transferring shaft, a plate portion contacting the motor to receive rotational force; characterised in that the joint further comprises: a reinforcing member for supporting the plate portion to reinforce strength of the plate portion. a reinforcing member for supporting the plate portion to reinforce strength of the plate portion.
A case for an electronic smoking device, the case comprising: - a primary reception portion, adapted to receive an electronic smoking device, and - a first and a second wing element (200, 300), each comprising a substantially closed compartment and being hingedly connected to the primary reception portion respectively, wherein the wing elements (200, 300) are each pivotable with respect to the primary reception portion and adapted to fix an electronic smoking device arranged within the primary reception portion to the case, wherein at least one of the first and the second wing element (200, 300) comprises at least one sensor unit. - a primary reception portion, adapted to receive an electronic smoking device, and - a first and a second wing element (200, 300), each comprising a substantially closed compartment and being hingedly connected to the primary reception portion respectively,
A construction system for a building module, in particular a dwelling or a garage, whose main elements are made of a plastic, comprising: - a set of extruded main beams of hollow section, of elongate rectilinear shape, having a uniform rectangular cross-section and being of adequate length; - said main beams being adapted to be abutted in order to form a rectangular open structure in the shape of a 3-dimensional rectangular frame; - a plurality of intermediate secondary beams, which are adapted to be assembled between parallel and opposite main beams of a rectangular frame; - a plurality of flat facade elements, the flat facade elements being insertable one against another between two adjacent parallel beams (1, 11), each facade element including a rectangular flat plate provided having two folded opposite edges for hooking engagement with adjacent parallel beams (1, 11); characterized in that: - each main beam, rectangular in cross-section, comprises on four sides thereof, a projection parallel to a side and spaced from a portion of the side situated towards the central portion thereof, leaving an opening towards each corner of the main beam to receive a folded edge of a flat facade element; - each secondary beam comprising at least on two opposite faces, a projection leaving an opening to receive a folded edge of a flat facade element; and in that: - the main beams are assembled by means of corner parts (2A, 2C) located between the adjacent ends of the main beams in order to be able to combine construction modules side by side with one another and/or one on top of the other in six directions. - a set of extruded main beams of hollow section, of elongate rectilinear shape, having a uniform rectangular cross-section and being of adequate length; - said main beams being adapted to be abutted in order to form a rectangular open structure in the shape of a 3-dimensional rectangular frame; - a plurality of intermediate secondary beams, which are adapted to be assembled between parallel and opposite main beams of a rectangular frame; - a plurality of flat facade elements, the flat facade elements being insertable one against another between two adjacent parallel beams (1, 11), each facade element including a rectangular flat plate provided having two folded opposite edges for hooking engagement with adjacent parallel beams (1, 11); - each main beam, rectangular in cross-section, comprises on four sides thereof, a projection parallel to a side and spaced from a portion of the side situated towards the central portion thereof, leaving an opening towards each corner of the main beam to receive a folded edge of a flat facade element; - each secondary beam comprising at least on two opposite faces, a projection leaving an opening to receive a folded edge of a flat facade element; - the main beams are assembled by means of corner parts (2A, 2C) located between the adjacent ends of the main beams in order to be able to combine construction modules side by side with one another and/or one on top of the other in six directions.
A method for operating a thermal transfer printer, comprising providing a ribbon; providing at least one spool (7, 11) configured to take up the ribbon; providing a printhead; moving the substrate relative to the printhead; moving the ribbon relative to the printhead at a speed that is less than the speed of the substrate while using the printhead to selectively transfer ink from the ribbon to the substrate characterized by capturing data from the ribbon after ink has been transferred to the substrate; and processing the data to control at least one property of the printer.
A method for manufacturing a filter, in particular a filter intended for the air filtration for a motor vehicle, the method comprising the steps consisting in: a) Unwinding a strip of filtering medium including synthetic, nonwoven fibers having two longitudinal edges (2, 3) and guiding the strip in an advance direction, then in this advance direction b) Making a plurality of creases on the strip of filtering medium according to a direction transverse to the longitudinal edges (2, 3), then c) Raising the temperature of two longitudinal areas (8, 9) each disposed proximate to a longitudinal edge (2, 3) of the strip of filtering medium so as to cause the melting thereof, and afterwards d) Folding the strip of filtering medium along each crease such that a portion of a longitudinal area (8, 9) disposed upstream of a crease in the advance direction of the strip of filtering medium is heat-welded with a portion of a longitudinal area (8, 9) disposed downstream of this crease in the advance direction of the strip. a) Unwinding a strip of filtering medium including synthetic, nonwoven fibers having two longitudinal edges (2, 3) and guiding the strip in an advance direction, then in this advance direction b) Making a plurality of creases on the strip of filtering medium according to a direction transverse to the longitudinal edges (2, 3), then c) Raising the temperature of two longitudinal areas (8, 9) each disposed proximate to a longitudinal edge (2, 3) of the strip of filtering medium so as to cause the melting thereof, and afterwards d) Folding the strip of filtering medium along each crease such that a portion of a longitudinal area (8, 9) disposed upstream of a crease in the advance direction of the strip of filtering medium is heat-welded with a portion of a longitudinal area (8, 9) disposed downstream of this crease in the advance direction of the strip.
A stack array for a SOFC power generation system, the stack array comprising a supporting body and a plurality of stack groups; wherein, the supporting body has a layered structure and comprises at least one layer of supporting unit; each layer of the supporting units supports at least one stack group; each stack group consists of a plurality of stacks arranged in a horizontal plane, and each stack is provided in such manner that a gas inlet and a gas outlet of each stack are vertical to the horizontal plane; characterized in that fasteners are provided between the stacks, wherein a reformer is provided in the fastener, and wherein a gas pipe between the reformer and the stack is provided in the fastener.
Door stopper (10; 20; 30), comprising: a substantially tubular and hollow pin housing; a mounting plate fixedly connected to one end of the pin housing, the mounting plate having a pin opening aligned with the inner hollow of the pin housing; a stopper pin guided through the pin opening of the mounting plate and extending into the inner hollow of the pin housing; and a retaining member having an aperture which is aligned with the pin opening and through which the stopper pin extends, wherein the retaining member is hingedly coupled to the mounting plate and spring-loaded so that the opening surface of the aperture is biased in a tilted position and the retaining member exerts a frictional force onto the stopper pin to frictionally lock the stopper pin in the pin housing, characterized in that the mounting plate has a recess formed therein, wherein the pin opening of the mounting plate is arranged at the bottom of the recess, and wherein the retaining member is arranged in the recess. a substantially tubular and hollow pin housing; a mounting plate fixedly connected to one end of the pin housing, the mounting plate having a pin opening aligned with the inner hollow of the pin housing; a stopper pin guided through the pin opening of the mounting plate and extending into the inner hollow of the pin housing; and a retaining member having an aperture which is aligned with the pin opening and through which the stopper pin extends, wherein the retaining member is hingedly coupled to the mounting plate and spring-loaded so that the opening surface of the aperture is biased in a tilted position and the retaining member exerts a frictional force onto the stopper pin to frictionally lock the stopper pin in the pin housing, characterized in that the mounting plate has a recess formed therein, wherein the pin opening of the mounting plate is arranged at the bottom of the recess, and wherein the retaining member is arranged in the recess.
A system comprising a vehicle seat (100, 200) having a seat back and a seat cushion, a first portion of the seat cushion being adjacent an interior side wall of a vehicle, and an air bag deployable out from the first portion through a frangible tear seam, the air bag being configured to become positioned upon deployment generally between a side of a pelvic region of the occupant and the side wall, said frangible tear seam being located on said first portion of the seat cushion at a location proximate the seat back, characterized in that said location is at a portion of a center upholstery seam.
A cable assembly, comprising: an elongate conductor surrounded by an outer insulator; and an outer ferrule surrounding a portion of the conductor, wherein an outer surface of the outer ferrule is deformed to produce an indentation having an indentation surface that is angled relative to the outer surface and wherein the indentation forms a barb that at least partially penetrates the outer insulator, wherein the elongate conductor has a substantially circular cross section, wherein the outer ferrule is seamless and has a generally cylindrical shape having a ferrule radius, characterised in that the outer ferrule is deformed to define four depressions each having a convex bottom surface and four protrusions evenly spaced about a circumference of the outer ferrule, wherein the convex bottom surfaces have a convex radius that is less than the ferrule radius, and wherein the convex bottom surfaces are said outer surface and are deformed to produce four indentations. an elongate conductor surrounded by an outer insulator; and an outer ferrule surrounding a portion of the conductor, wherein an outer surface of the outer ferrule is deformed to produce an indentation having an indentation surface that is angled relative to the outer surface and wherein the indentation forms a barb that at least partially penetrates the outer insulator, wherein the elongate conductor has a substantially circular cross section,
A rear assembly (10; 110; 150) for a motor vehicle, comprising: - at least one lateral lining, intended to laterally delimit a motor vehicle trunk; - a tray for supporting objects, having a front edge, a rear edge, a left edge and a right edge, - a mechanism for guiding the rotation of the tray for supporting objects around a transverse axis (A-A'), relative to the lateral lining. characterized in that: - the tray is devoid of element protruding laterally from its left edge or its right edge to be engaged in the lateral lining, and - the guide mechanism comprises, for each lateral lining, an insertion member for at least one edge (42, 46) of the tray, the insertion member being rotatably mounted around the transverse axis (A-A') on the lateral lining, and locking the tray in a releasable manner. - at least one lateral lining, intended to laterally delimit a motor vehicle trunk; - a tray for supporting objects, having a front edge, a rear edge, a left edge and a right edge, - a mechanism for guiding the rotation of the tray for supporting objects around a transverse axis (A-A'), relative to the lateral lining. - the tray is devoid of element protruding laterally from its left edge or its right edge to be engaged in the lateral lining, and - the guide mechanism comprises, for each lateral lining, an insertion member for at least one edge (42, 46) of the tray, the insertion member being rotatably mounted around the transverse axis (A-A') on the lateral lining, and locking the tray in a releasable manner.
A carbonated beverage comprising cinnamaldehyde and high-intensity sweeteners, wherein at least aspartame and a stevia extract are contained as the high-intensity sweeteners, and wherein total steviosides are contained as the stevia extract.
A hemodynamic sensor system, comprising: a sensor implant (102, 102b, 102c, 102d, 102e, 102f), comprising a housing configured along a housing axis to be positioned subcutaneously in tissue adjacent a target blood vessel in a patient, and at least one tissue fixation feature on an outer surface of the housing, the sensor implant further comprising within the housing at least two ultrasound transducers positioned along said housing axis with a known distance between the ultrasound sensor transducers, said ultrasound transducers configured to produce signals indicative of a change in diameter of the target blood vessel at spaced apart locations in response to pulsations of the cardiac cycle; and at least one processor (123, 136) and at least one memory (123, 133) in operative communication with the at least one processor, the memory containing an instruction set comprising machine-executable instructions that, when executed by the at least one processor determine a pulse wave velocity for the target blood vessel based in part on said signals indicative of changes in diameter at the spaced apart locations. a sensor implant (102, 102b, 102c, 102d, 102e, 102f), comprising a housing configured along a housing axis to be positioned subcutaneously in tissue adjacent a target blood vessel in a patient, and at least one tissue fixation feature on an outer surface of the housing, the sensor implant further comprising within the housing at least two ultrasound transducers positioned along said housing axis with a known distance between the ultrasound sensor transducers, said ultrasound transducers configured to produce signals indicative of a change in diameter of the target blood vessel at spaced apart locations in response to pulsations of the cardiac cycle; and at least one processor (123, 136) and at least one memory (123, 133) in operative communication with the at least one processor, the memory containing an instruction set comprising machine-executable instructions that, when executed by the at least one processor determine a pulse wave velocity for the target blood vessel based in part on said signals indicative of changes in diameter at the spaced apart locations.
A liquid processing system comprising a number of sub-systems (204, 206, 208, 304, 306, 308) handling a liquid product, said liquid product being transferred between said sub-systems (204, 206, 208, 304, 306, 308) during processing of said liquid product, characterized by a number of secondary sub-systems (234, 236, 238, 334, 336, 338) connectable to said sub-systems (204, 206, 208, 304, 306, 308) respectively, each secondary sub-system (234, 236, 238, 334, 336, 338) having an associated measuring device (216, 222, 224, 316, 322, 324), such that product losses or water consumption, caused by at least one secondary sub-system (234, 236, 238, 334, 336, 338) being connected to a corresponding sub-system (216, 222, 224, 316, 322, 324) of the liquid processing system, can be measured for each secondary sub-system (234, 236, 238, 334, 336, 338) individually.
A method for communicating in a broadcast mode over a channel in a first system that is asynchronously based and susceptible to interference from a second system at least partially overlapping with the channel of the first system, the method comprising: based on information concerning duration of occupancy of the channel, spreading out times for messages of the first system to be transmitted relative to an end of a cycled transmission time allocated for use by the second system, including: assessing whether the channel is busy and, if the channel is busy, measuring the time during which the channel is continuously busy using a local counter; determining if the time during which the channel is continuously busy exceeds a threshold; and in response to determining that the time during which the channel is continuously busy exceeds the threshold, increasing a contention parameter to indicate that an increased random or pseudo-random backoff period is to be applied before a station of the first system is to access the channel. assessing whether the channel is busy and, if the channel is busy, measuring the time during which the channel is continuously busy using a local counter; determining if the time during which the channel is continuously busy exceeds a threshold; and in response to determining that the time during which the channel is continuously busy exceeds the threshold, increasing a contention parameter to indicate that an increased random or pseudo-random backoff period is to be applied before a station of the first system is to access the channel.