mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing an inoculum of at least one mycorrhiza, characterised in that it comprises: • a step of obtaining an amended substrate comprising spores isolated from a sample of soil of interest mixed with a substrate, the substrate being a mixture of fine sand and perlite, • a step of successive plantation and growth of at least one first trap plant and a second trap plant, distinct from the first trap plant, in the amended substrate, • a step of watering the plantation of the first trap plant and of the second trap plant once every two days with osmosed water in alternation with a phosphate-depleted nutritive medium, • said plantation and growth step comprising the plantation and the growth of a first trap plant, then the suppression of the above-ground parts and a cutting of the roots of the first trap plant and reintroduction of said cut roots into the supplemented substrate, and then the plantation and growth of a second trap plant, distinct from the first trap plant, in the amended substrate comprising the cut roots of the first trap plant, and then the suppression of the above-ground parts and cutting of the roots of the second trap plant and reintroduction of said cut roots into the supplemented substrate comprising the cut roots of the first trap plant to obtain the inoculum. • a step of obtaining an amended substrate comprising spores isolated from a sample of soil of interest mixed with a substrate, the substrate being a mixture of fine sand and perlite, • a step of successive plantation and growth of at least one first trap plant and a second trap plant, distinct from the first trap plant, in the amended substrate, • a step of watering the plantation of the first trap plant and of the second trap plant once every two days with osmosed water in alternation with a phosphate-depleted nutritive medium, • said plantation and growth step comprising the plantation and the growth of a first trap plant, then the suppression of the above-ground parts and a cutting of the roots of the first trap plant and reintroduction of said cut roots into the supplemented substrate, and then the plantation and growth of a second trap plant, distinct from the first trap plant, in the amended substrate comprising the cut roots of the first trap plant, and then the suppression of the above-ground parts and cutting of the roots of the second trap plant and reintroduction of said cut roots into the supplemented substrate comprising the cut roots of the first trap plant to obtain the inoculum.
An underwater station, comprising: a filter manipulator (180, 260, 262, 264) that is arranged to input a filter into a pool cleaning robot that is located in a filter replacement position and to assist in positioning the filter at a filtering position in which the filter is at least partially disposed within a fluid path formed between a first fluid opening and a second fluid opening of the cleaning robot housing thereby allowing the filter to apply a filtering operation on fluid that passes through the fluid path.
A circularly polarized light illuminator (1,2), comprising: a light source that emits pulsed light; a polarized light dividing unit that divides the pulsed light emitted from the light source into an x-axis direction polarized light component and a y-axis direction polarized light component; a optical delay unit that delays one of a pulse of the x-axis direction polarized light component and a pulse of the y-axis direction polarized light component separated in the polarized light dividing unit in relation to the other; a polarized light combining unit that combines a pulsed beam composed of the x-axis direction polarized light component and a pulsed beam composed of the y-axis direction polarized light component emitted from the optical delay unit coaxially to generate a linearly polarized light pulsed beam having a modulation in which the x-axis direction polarized light component pulse and the y-axis direction polarized light component pulse repeat alternately; and a polarized light conversion unit that converts the linearly polarized light emitted from the polarized light combining unit into circularly polarized light. a light source that emits pulsed light; a polarized light dividing unit that divides the pulsed light emitted from the light source into an x-axis direction polarized light component and a y-axis direction polarized light component; a optical delay unit that delays one of a pulse of the x-axis direction polarized light component and a pulse of the y-axis direction polarized light component separated in the polarized light dividing unit in relation to the other; a polarized light combining unit that combines a pulsed beam composed of the x-axis direction polarized light component and a pulsed beam composed of the y-axis direction polarized light component emitted from the optical delay unit coaxially to generate a linearly polarized light pulsed beam having a modulation in which the x-axis direction polarized light component pulse and the y-axis direction polarized light component pulse repeat alternately; and a polarized light conversion unit that converts the linearly polarized light emitted from the polarized light combining unit into circularly polarized light.
A bearing assembly for a rotating shaft comprising: a bearing in which the shaft is disposed; and a bearing support mounted about and radially supporting the bearing, the bearing support at least in part defining a squeeze film annulus (Hb) of the bearing assembly; and a plurality of centering elements (150a, 150b, 150c, 150d) associated with the bearing and bearing support and acting to center the bearing within the squeeze film annulus; characterized in that the plurality of centering elements comprises multiple, discrete load cell springs (150a, 150b, 150c, 150d) individually disposed and retained at radially and circumferentially spaced locations around the bearing to contact the bearing at the radially and circumferentially spaced locations, and in that the load cell springs comprise a plurality of overlapping beam members (162a-d, 164a-d, 166a-c). a bearing in which the shaft is disposed; and a bearing support mounted about and radially supporting the bearing, the bearing support at least in part defining a squeeze film annulus (Hb) of the bearing assembly; and a plurality of centering elements (150a, 150b, 150c, 150d) associated with the bearing and bearing support and acting to center the bearing within the squeeze film annulus; characterized in that the plurality of centering elements comprises multiple, discrete load cell springs (150a, 150b, 150c, 150d) individually disposed and retained at radially and circumferentially spaced locations around the bearing to contact the bearing at the radially and circumferentially spaced locations, and in that the load cell springs comprise a plurality of overlapping beam members (162a-d, 164a-d, 166a-c).
A flexible display device for a vehicle, comprising: a casing having an opening; a display part to be retracted or extended into or out of the casing through the opening; a display driver configured to move the display part; a display winder configured to wind the display part based on movement of the display part; and a rear protection cover attached to or detached from a rear surface of the display part, wherein the rear protection cover is separated from the display part inside the casing, characterized in that the flexible display device further comprises: a cover guide configured to guide an entire or partial part of the rear protection cover separated from the display part, wherein the cover guide includes: an upper cover guide part configured to guide an outer surface of the rear protection cover; and a lower cover guide part configured to guide an inner surface of the rear protection cover; a predetermined interval is formed between the upper cover guide part and the lower cover guide part; and the rear protection cover is guided by the interval. a casing having an opening; a display part to be retracted or extended into or out of the casing through the opening; a display driver configured to move the display part; a display winder configured to wind the display part based on movement of the display part; and a rear protection cover attached to or detached from a rear surface of the display part, wherein the rear protection cover is separated from the display part inside the casing, characterized in that the flexible display device further comprises: a cover guide configured to guide an entire or partial part of the rear protection cover separated from the display part, wherein the cover guide includes: an upper cover guide part configured to guide an outer surface of the rear protection cover; and a lower cover guide part configured to guide an inner surface of the rear protection cover; a predetermined interval is formed between the upper cover guide part and the lower cover guide part; and the rear protection cover is guided by the interval. a cover guide configured to guide an entire or partial part of the rear protection cover separated from the display part, wherein the cover guide includes: an upper cover guide part configured to guide an outer surface of the rear protection cover; and a lower cover guide part configured to guide an inner surface of the rear protection cover; a predetermined interval is formed between the upper cover guide part and the lower cover guide part; and the rear protection cover is guided by the interval. an upper cover guide part configured to guide an outer surface of the rear protection cover; and a lower cover guide part configured to guide an inner surface of the rear protection cover; a predetermined interval is formed between the upper cover guide part and the lower cover guide part; and the rear protection cover is guided by the interval.
A communication terminal device, comprising: a receiver configured to receive a message from a first communication device; a circuit configured to provide a communication device to communication device communication; a storage circuit configured to store a communication status of at least one second communication device to which data is relayed by the communication terminal device, the communication status being one of on hold or off hold statuses; and a controller configured to determine whether to relay the received message to the at least one second communication device; and when the controller determined to relay the received message: to modify the message; and to relay and transmit the modified message to the at least one second communication device; wherein the controller is further configured to relay the message received from the first communication device in accordance with the communication status stored in the storage circuit, wherein the message is relayed when the status is off hold, and wherein the message is not relayed when the status is on hold. a receiver configured to receive a message from a first communication device; a circuit configured to provide a communication device to communication device communication; a storage circuit configured to store a communication status of at least one second communication device to which data is relayed by the communication terminal device, the communication status being one of on hold or off hold statuses; and a controller configured to determine whether to relay the received message to the at least one second communication device; and when the controller determined to relay the received message: to modify the message; and to relay and transmit the modified message to the at least one second communication device; to modify the message; and to relay and transmit the modified message to the at least one second communication device; wherein the controller is further configured to relay the message received from the first communication device in accordance with the communication status stored in the storage circuit, wherein the message is relayed when the status is off hold, and wherein the message is not relayed when the status is on hold.
A biochemical reaction substrate, comprising: a reaction plate; an absorber; a storage container having a reaction plate storing portion for storing the reaction plate, an absorber storing portion for storing the absorber, and a heated portion; and a cover assembled to the storage container so as to cover at least a part of the reaction plate and the absorber stored in the storage container, wherein the reaction plate includes a reaction area in which a specific binding substance that specifically reacts with a substance to be tested in a specimen is immobilized, and a flow passage that connects the absorber and the reaction area, and wherein the cover includes an injection hole for injecting a specimen or the like into the reaction plate, wherein the flow passage has a slope formed in such a way to climb up from the reaction area. a reaction plate; an absorber; a storage container having a reaction plate storing portion for storing the reaction plate, an absorber storing portion for storing the absorber, and a heated portion; and a cover assembled to the storage container so as to cover at least a part of the reaction plate and the absorber stored in the storage container, wherein the reaction plate includes a reaction area in which a specific binding substance that specifically reacts with a substance to be tested in a specimen is immobilized, and a flow passage that connects the absorber and the reaction area, and wherein the cover includes an injection hole for injecting a specimen or the like into the reaction plate, wherein the flow passage has a slope formed in such a way to climb up from the reaction area.
A dental container arranged to contain a liquid and a solid powder material initially in separated condition, comprising an outer central body having a proximal end and a distal end, a liquid receptacle having a closed inner end and an open outer end mounted at the proximal end of the outer central body and a separable nose portion mounted at the distal end of the outer body initially for mixing purposes but which is arranged to be manually separated from the remainder of the container after mixing, a plunger is mounted in the open outer end of the liquid receptacle, the closed inner end of the liquid receptacle being formed by a wall having a weakened section, the distal end of the outer central body and the nose portion being arranged to contain solid powder material, the arrangement being such that depression of the plunger causes the wall of the liquid receptacle to be ruptured at the weakened section so that the liquid and the solid powder material are contacted for mixing together to form a dental paste, the nose portion having an outer wall with a closed outer end and an open inner end, the outer central body comprising an intermediate annular inwardly extending ridge which provides an internally projecting step for engagement with the inner end of the liquid receptacle so that the liquid receptacle is prevented from moving into the outer central body any further than the ridge, characterized in that the nose portion has a wall with a thinner inner portion arranged to engage snugly within a cylindrical portion of the distal end of the outer central body.
Inner ring for a guide vane ring, of a turbomachine, that has adjustable guide vanes, comprising a number of guide vane receptacles and comprising at least one groove (9.3) that is arranged on a lateral surface (9.2) of the inner ring, which surface is remote from the guide vanes, characterized in that the at least one groove is arranged between two guide vane receptacles and in that the groove, during operation of the turbomachine, is either free of material in order to locally reduce the cross-sectional area of the inner ring or is filled at least in part with a highly heat-conductive material.
A platform for rail-road transport, in particular wood and metal logs, consisting of a frame, stanchions and at least one transverse wall, the platform frame being made of a floor and sideboards with forklift pockets provided therein, the floor having the form of a rectangle consisting of two longitudinal beams, two transverse beams and support beams spanning between the longitudinal beams, whereby each single sideboard consists of a skid, a handrail, vertical posts and stanchion slots, characterised in that the skids and the handrails end with container corner castings (1j, 1k), a connector for hook-loading is mounted to the transverse wall, transport rollers and rails are mounted symmetrically relative to the frame under the floor and the rails are designed for engaging the roller mechanism of a hook device, and in each rail there are two forklift pockets, the position of which corresponds to the position of the forklift pockets in the sideboards, wherein the spacing of axes of the forklift pockets in the rails is equal to the spacing of axes of forklift pockets of 6,1 meter (20-foot) ISO containers.
A transition piece for forming a continuous surface from a structural component of an aircraft to a control surface, wherein the control surface has a front edge, a rear edge and two lateral edges, wherein the front edge or the rear edge of the control surface is pivotally connected to the structural component, wherein the transition piece is configured to be mounted in a recess formed between an edge of the structural component and one of the lateral edges of the control surface, wherein the transition piece is configured to be pivotally mounted on the edge of the structural component and to be pivotally mounted on the lateral edge of the control surface, and wherein the transition piece is planar and is configured to be deformed within the plane, wherein the transition piece comprises a support structure including intersecting ribs (12, 14).
A method of manufacturing an article comprising: providing a coating having pigment flakes dispersed in a binder to a substrate, wherein the pigment flakes include a magnetic or magnetizable material, aligning the pigment flakes with a magnetic assembly comprising a magnet and a diverter, and fixing the binder; wherein the magnet has top and bottom surfaces, and a through cut between the top and bottom surfaces whereby the top surface has a top opening and the bottom surface has a bottom opening, wherein a magnetic axis of the magnetic assembly is in a direction from one to another of the top and bottom surfaces, wherein the diverter is adjacent to the top surface of the magnet, wherein the top opening is only partially covered by the diverter: wherein: (i) the diverter has an opening at least partially coinciding with the top opening; or (ii) the diverter comprises two metal plates; or (iii) the diverter has a diverter opening that is smaller than the top opening; or (iv) the method further comprises, after fixing the binder, providing a second layer having pigment flakes dispersed in a binder to a second side of the substrate. providing a coating having pigment flakes dispersed in a binder to a substrate, wherein the pigment flakes include a magnetic or magnetizable material, aligning the pigment flakes with a magnetic assembly comprising a magnet and a diverter, and fixing the binder; wherein the magnet has top and bottom surfaces, and a through cut between the top and bottom surfaces whereby the top surface has a top opening and the bottom surface has a bottom opening, wherein a magnetic axis of the magnetic assembly is in a direction from one to another of the top and bottom surfaces, wherein the diverter is adjacent to the top surface of the magnet, wherein the top opening is only partially covered by the diverter: wherein: (i) the diverter has an opening at least partially coinciding with the top opening; or (ii) the diverter comprises two metal plates; or (iii) the diverter has a diverter opening that is smaller than the top opening; or (iv) the method further comprises, after fixing the binder, providing a second layer having pigment flakes dispersed in a binder to a second side of the substrate. (i) the diverter has an opening at least partially coinciding with the top opening; or (ii) the diverter comprises two metal plates; or (iii) the diverter has a diverter opening that is smaller than the top opening; or (iv) the method further comprises, after fixing the binder, providing a second layer having pigment flakes dispersed in a binder to a second side of the substrate.
An integral multi-functional waterproof flexible light strip, comprising a power line having a first end and a second end, an infrared controller, and a light strip body (3,4), a first end of said infrared controller being connected to the first end of said power line and a second end of said infrared controller being connected to one end of said light strip body (3,4), wherein the second end of said power line is fitted with a waterproof power connector; said light strip body (3,4) is encased with a transparent silicone tubing; said infrared controller, the first connecting end between said infrared controller and said power line, and the second connecting end between said infrared controller and said light strip body (3,4) are sealed in a shell and integrated; and said shell has a transparent window thereon, through which infrared rays pass.
Gas turbine with sequential combustion having a first combustion chamber and a secondary combustion chamber and an high pressure turbine stage located between the first combustion chamber and the secondary combustion chamber; the secondary combustion chamber comprising a burner; the burner being an annular combustion chamber bordered by opposite walls defining the flow 10 space for the flow of oxidizing medium which enters as a main flow from the high pressure turbine; the main flow enters the burner at an inlet side of the burner, mixes with the fuel in a mixing zone bordered by the two walls and then exits at the outlet side into a combustion space where self-ignition takes place; the burner having an injection device for the introduction of at least one gaseous and/or liquid fuel into the burner, wherein the injection device has at least one body which is arranged in the burner with at least one nozzle at a trailing edge of the body for introducing the at least one fuel into the burner, the at least one body being configured as a streamlined body which has a streamlined cross-sectional profile and which extends with a longitudinal direction perpendicularly or at an inclination to a main flow direction prevailing in the burner, wherein the body has two lateral surfaces essentially parallel to the main flow direction, and wherein the at least one nozzle has its outlet orifice downstream of the trailing edge of the streamlined body.