mhurhangee/ep-ind-claims huggingface dataset:
A vehicle-mounted synthetic aperture system comprising: a sonar ping transmitter configured to transmit a series of sonar pings; an array of receiving elements configured to receive a ping return for each transmitted ping; a plurality of acquisition circuits, each connected to one of the receiving elements and configured to produce digital sampled data at a plurality of points in time; a processing unit configured to receive the sampled data; said vehicle-mounted synthetic aperture system being characterized in that the processing unit is further configured: to receive real-time navigation state data and to form a plurality of stave sums, each stave sum being the sum of sampled data corresponding to a contiguous subset of the receiving elements; and to select the contiguous subset, based on the navigation state data, to form a phase center for a ping at substantially the same point as a phase center for a previous ping. a sonar ping transmitter configured to transmit a series of sonar pings; an array of receiving elements configured to receive a ping return for each transmitted ping; a plurality of acquisition circuits, each connected to one of the receiving elements and configured to produce digital sampled data at a plurality of points in time; a processing unit configured to receive the sampled data; said vehicle-mounted synthetic aperture system being characterized in that the processing unit is further configured: to receive real-time navigation state data and to form a plurality of stave sums, each stave sum being the sum of sampled data corresponding to a contiguous subset of the receiving elements; and to select the contiguous subset, based on the navigation state data, to form a phase center for a ping at substantially the same point as a phase center for a previous ping. to receive real-time navigation state data and to form a plurality of stave sums, each stave sum being the sum of sampled data corresponding to a contiguous subset of the receiving elements; and to select the contiguous subset, based on the navigation state data, to form a phase center for a ping at substantially the same point as a phase center for a previous ping.
A bleach catalyst granule containing 0.01 to 50 % by weight, referring to the overall weight of the granule, of a metal-containing bleach catalyst comprising at least one ligand from the group of di- or trimethyltriazacyclononanes or derivatives thereof, and 50 to 99.9 % by weight, referring to the overall weight of the granule, of a homo- or copolymer of (meth)acrylic acid or its salts or partial neutralizates having a pH between 3 and 9, measured as 1 % by weight dissolved in water, characterized in that it is obtained in an anhydrous granulating process, in particular by compaction, wherein the processing temperature is maintained below 100 °C.
A beverage vending machine comprising a cabinet; a supporting surface housed inside the cabinet; at least one container located on said supporting surface and for housing a soluble material; at least one heating device in turn comprising a heat source connected to the supporting surface and located under the container; and a locking member connected rigidly to the supporting surface to lock the container, in use, to the supporting surface; the machine being characterized in that the container has a hollow base; and the locking member comprises a body, which supports the heat source, projects from the supporting surface towards the container, and is engaged by the base of the container to form a removable plug-socket coupling.
A pretreatment device for performing pretreatment on a sample, comprising: a container holding unit for holding pretreatment containers into each of which a sample is injected, at a plurality of holding positions; a pretreatment unit for sequentially performing pretreatment by using the pretreatment containers held at the holding positions of the container holding unit in a specific order; characterised in that there is provided, an operation display unit for setting the holding position of the pretreatment kit to be used first in the case of starting analysis; a position setting receiving unit for receiving the setting of the holding position of a pretreatment container to be used first among the plurality of holding positions in the case where a series of pretreatments using the plurality of pretreatment containers are started by the pretreatment unit; a position information storage unit for storing information about the holding position of the pretreatment container used last when a series of pretreatments by the pretreatment unit is completed, wherein the position setting receiving unit receives a setting of whether or not to determine the holding position of the pretreatment container to be used first based on the information stored in the position information storage unit. a container holding unit for holding pretreatment containers into each of which a sample is injected, at a plurality of holding positions; a pretreatment unit for sequentially performing pretreatment by using the pretreatment containers held at the holding positions of the container holding unit in a specific order; characterised in that there is provided, an operation display unit for setting the holding position of the pretreatment kit to be used first in the case of starting analysis; a position setting receiving unit for receiving the setting of the holding position of a pretreatment container to be used first among the plurality of holding positions in the case where a series of pretreatments using the plurality of pretreatment containers are started by the pretreatment unit; a position information storage unit for storing information about the holding position of the pretreatment container used last when a series of pretreatments by the pretreatment unit is completed, wherein the position setting receiving unit receives a setting of whether or not to determine the holding position of the pretreatment container to be used first based on the information stored in the position information storage unit.
An energy storage device electrode, comprising a current-collecting substrate, a carbon nanotube-containing undercoat layer formed on at least one side of the current-collecting substrate, and an active material layer formed on a surface of the undercoat layer, wherein the active material layer contains no conductive additive, the undercoat layer includes a carbon nanotube dispersant made of a pendant oxazoline group-containing polymer, and the coating weight of the undercoat layer per side of the current-collecting substrate is from 0.001 g/m 2 to 1.5 g/m 2. a current-collecting substrate, a carbon nanotube-containing undercoat layer formed on at least one side of the current-collecting substrate, and an active material layer formed on a surface of the undercoat layer, wherein the active material layer contains no conductive additive, the undercoat layer includes a carbon nanotube dispersant made of a pendant oxazoline group-containing polymer, and the coating weight of the undercoat layer per side of the current-collecting substrate is from 0.001 g/m 2 to 1.5 g/m 2.
A method for data processing, in an ad hoc radio communication network including a set of radio communication stations (Si, i = 1 to 6) each forming a node (Ni, i = 1 to 6) of the ad hoc network, the said method including the following steps in order to create a group comprising of a subset of the said stations: i/ creating by a first station of a first message indicating the network address of the group and the network addresses of the stations in the group; ii/ transmitting from the said first station and to all of the stations in the ad hoc network, the said first message; iii/ implementing, by each station of all stations in the ad hoc network, the following steps upon receipt of the said first message by the said station: - recording by the said station, in a lookup correlation - mapping table, of the network address of the group and performing a mapping between the said network address of the group indicated in the first message and the network addresses of the stations in the group indicated in the first message; - determining whether the network address of the said station is present among the network addresses of the stations in the group indicated by the first message; and - if the network address of the said station is determined to be present, recording, by the said station, of the network address of the group indicated in the first message as the group address of the said station. i/ creating by a first station of a first message indicating the network address of the group and the network addresses of the stations in the group; ii/ transmitting from the said first station and to all of the stations in the ad hoc network, the said first message; iii/ implementing, by each station of all stations in the ad hoc network, the following steps upon receipt of the said first message by the said station: - recording by the said station, in a lookup correlation - mapping table, of the network address of the group and performing a mapping between the said network address of the group indicated in the first message and the network addresses of the stations in the group indicated in the first message; - determining whether the network address of the said station is present among the network addresses of the stations in the group indicated by the first message; and - if the network address of the said station is determined to be present, recording, by the said station, of the network address of the group indicated in the first message as the group address of the said station. - recording by the said station, in a lookup correlation - mapping table, of the network address of the group and performing a mapping between the said network address of the group indicated in the first message and the network addresses of the stations in the group indicated in the first message; - determining whether the network address of the said station is present among the network addresses of the stations in the group indicated by the first message; and - if the network address of the said station is determined to be present, recording, by the said station, of the network address of the group indicated in the first message as the group address of the said station.
An electronic platform comprising a substrate made of a ABO 3 crystal and at least one layer of a two-dimensional conducting sheet of carbon atoms of a thickness between one and four atoms, characterized in that the conducting layer(s) is (are) placed on top of a face of the crystal whose orthogonal axis is at an angle up to 35o of the crystal's spontaneous polarization or c-axis.
A projection screen, comprising: an optical collimation layer and a surface diffusion layer that are sequentially disposed; and a grating absorption layer configured to absorb ambient light from various directions except direction of incident projection light and disposed between the optical collimation layer and the surface diffusion layer, wherein the grating absorption layer comprises ring-shaped light-absorbing units with different radiuses, wherein the ring-shaped light-absorbing units are arranged in a form of concentric rings, and characterised in that at least two of gratings are arranged along a circumference of one of the concentric rings to form each of the ring-shaped light-absorbing units; and with a vertical symmetrical center line of the projection screen as a center, in directions extending towards a left side and a right side of the projection screen along the circumference of one of the concentric rings, a distance between two adjacent gratings of the at least two gratings in one of the ring-shaped light-absorbing units increases gradually. an optical collimation layer and a surface diffusion layer that are sequentially disposed; and a grating absorption layer configured to absorb ambient light from various directions except direction of incident projection light and disposed between the optical collimation layer and the surface diffusion layer, wherein the grating absorption layer comprises ring-shaped light-absorbing units with different radiuses, wherein the ring-shaped light-absorbing units are arranged in a form of concentric rings, and characterised in that at least two of gratings are arranged along a circumference of one of the concentric rings to form each of the ring-shaped light-absorbing units; and with a vertical symmetrical center line of the projection screen as a center, in directions extending towards a left side and a right side of the projection screen along the circumference of one of the concentric rings, a distance between two adjacent gratings of the at least two gratings in one of the ring-shaped light-absorbing units increases gradually.
A method for determining pectin content in a plant sample, wherein said method comprises steps of: 1) adding an acidic alcohol solution to the plant sample, followed by a heating in a water bath and then a first filtration; 2) soaking a filtered residue obtained from the first filtration with an acid solution, followed by a heating in a water bath and then a second filtration, then bringing to volume after cooling, obtaining a filtrate for later use; 3) adding an acetic acid/sodium acetate buffer solution to treat a filtered residue obtained from the second filtration, then adding a pectinase solution and heating the resulting mixture under vibration in a water bath, followed by a third filtration to obtain a filtrate for later use; 4) adding an acetic acid/sodium acetate buffer solution and a pectinase solution in sequence to the filtrate obtained in step 2) and heating the resulting mixture under vibration in a water bath to obtain an enzymatic hydrolysate, then adding the filtrate obtained in step 3) to the enzymatic hydrolysate followed by bringing to volume, obtaining a test solution; and 5) drawing the test solution into a continuous flow analyzer to perform analysis, wherein the test solution is reacted with a strong-acid decomposing reagent drawn into the continuous flow analyzer, to form furfurine derivatives, which is further reacted with an chromogenic reagent, followed by a determination under a wavelength of 490 - 540 nm. 1) adding an acidic alcohol solution to the plant sample, followed by a heating in a water bath and then a first filtration; 2) soaking a filtered residue obtained from the first filtration with an acid solution, followed by a heating in a water bath and then a second filtration, then bringing to volume after cooling, obtaining a filtrate for later use; 3) adding an acetic acid/sodium acetate buffer solution to treat a filtered residue obtained from the second filtration, then adding a pectinase solution and heating the resulting mixture under vibration in a water bath, followed by a third filtration to obtain a filtrate for later use; 4) adding an acetic acid/sodium acetate buffer solution and a pectinase solution in sequence to the filtrate obtained in step 2) and heating the resulting mixture under vibration in a water bath to obtain an enzymatic hydrolysate, then adding the filtrate obtained in step 3) to the enzymatic hydrolysate followed by bringing to volume, obtaining a test solution; and 5) drawing the test solution into a continuous flow analyzer to perform analysis, wherein the test solution is reacted with a strong-acid decomposing reagent drawn into the continuous flow analyzer, to form furfurine derivatives, which is further reacted with an chromogenic reagent, followed by a determination under a wavelength of 490 - 540 nm.
A method of manufacturing a vane of a gas turbine engine, the method comprising: manufacturing a platform (74, 76) of the vane by overmolding a fixture with a sheath, the fixture including a vane mount and a base, the vane mount extending transversely to the base; and fitting an extension of an airfoil section of the vane within the vane mount of the fixture. manufacturing a platform (74, 76) of the vane by overmolding a fixture with a sheath, the fixture including a vane mount and a base, the vane mount extending transversely to the base; and fitting an extension of an airfoil section of the vane within the vane mount of the fixture.
An emissions treatment system comprising: a diesel engine and a first substrate selected from the group consisting of a wall-flow substrate and a flow-through substrate; the first substrate having an inlet end and an outlet end defining an axial length positioned downstream of and in flow communication with the diesel engine, the substrate having a first catalyst coating including a platinum group metal, the first catalyst coating extending from the outlet end toward the inlet end over less than the entire axial length of the substrate, and a second catalyst coating including a catalyst for selective catalytic reduction of nitrogen oxides comprising a microporous inorganic framework, consisting of microporous aluminosilicate, onto which a metal from one of copper and iron has been deposited or a non-zeolitic molecular sieve, selected from the group consisting of aluminophosphates and metal-aluminophosphates, wherein the metal includes silicon, copper or zinc, onto which a metal from one of iron and copper has been deposited, the second catalyst coating extending from the inlet end toward the outlet end over less than the entire axial length of the substrate and overlapping a portion of the first catalyst coating layer, wherein the first catalyst coating and the second catalyst coating overlap to form three zones, an upstream SCR zone, a midstream AMOx zone and a downstream DOC zone. a diesel engine and a first substrate selected from the group consisting of a wall-flow substrate and a flow-through substrate; a first catalyst coating including a platinum group metal, the first catalyst coating extending from the outlet end toward the inlet end over less than the entire axial length of the substrate, and a second catalyst coating including a catalyst for selective catalytic reduction of nitrogen oxides comprising a microporous inorganic framework, consisting of microporous aluminosilicate, onto which a metal from one of copper and iron has been deposited or a non-zeolitic molecular sieve, selected from the group consisting of aluminophosphates and metal-aluminophosphates, wherein the metal includes silicon, copper or zinc, onto which a metal from one of iron and copper has been deposited, a microporous inorganic framework, consisting of microporous aluminosilicate, onto which a metal from one of copper and iron has been deposited or a non-zeolitic molecular sieve, selected from the group consisting of aluminophosphates and metal-aluminophosphates, wherein the metal includes silicon, copper or zinc, onto which a metal from one of iron and copper has been deposited,
Battery, comprising: a box body; a battery module disposed in the box body and comprising a battery cell arrangement structure and a first end plate, the battery cell arrangement structure comprising a plurality of battery cells stacked along a first direction, the first end plate being disposed on one side of the battery cell arrangement structure, and the first end plate being fixedly connected to the battery cell arrangement structure, and the first direction being a length direction of the box body; and a mounting plate disposed between the first end plate and the box body, the mounting plate being fixedly connected to the box body; wherein the first end plate has a first elastic support part, and the first elastic support part is configured to be capable of abutting the mounting plate, being squeezed by the battery cell arrangement structure and deforming when the battery cell arrangement structure expands to provide expansion space for the battery cell arrangement structure; wherein the box body comprises a first wall and a second wall, the second wall is connected to the first wall and extends upward, the battery module is located above the first wall, and the mounting plate is disposed between the first end plate and the second wall, and the mounting plate comprises a mounting plate body and a first extending part, the first extending part extends from the mounting plate body toward the second wall, and the first extending part is fixedly connected to the second wall. a box body; a battery module disposed in the box body and comprising a battery cell arrangement structure and a first end plate, the battery cell arrangement structure comprising a plurality of battery cells stacked along a first direction, the first end plate being disposed on one side of the battery cell arrangement structure, and the first end plate being fixedly connected to the battery cell arrangement structure, and the first direction being a length direction of the box body; and a mounting plate disposed between the first end plate and the box body, the mounting plate being fixedly connected to the box body; wherein the first end plate has a first elastic support part, and the first elastic support part is configured to be capable of abutting the mounting plate, being squeezed by the battery cell arrangement structure and deforming when the battery cell arrangement structure expands to provide expansion space for the battery cell arrangement structure; wherein the box body comprises a first wall and a second wall, the second wall is connected to the first wall and extends upward, the battery module is located above the first wall, and the mounting plate is disposed between the first end plate and the second wall, and the mounting plate comprises a mounting plate body and a first extending part, the first extending part extends from the mounting plate body toward the second wall, and the first extending part is fixedly connected to the second wall.
A pharmaceutical or dietetic dosage form comprising an effective quantity of an active substance chemically or physically bound to, or encapsulated within, a support selected from: an exine coating of spores of a plant, moss, fungus or algae, or fragment thereof, optionally with further excipients, wherein: the dosage form is in the form of a foodstuff or a pharmaceutical selected from the group consisting of a tablet, a soft gel capsule, an ovule, an elixir, a form adapted for pulmonary or intra-nasal administration, a suppository, a pessary, a gel, a hydrogel lotion, a cream, an ointment, a dusting powder, a form adapted for dermal or transdermal administration and a skin patch; the exine coating comprises sporopollenin derived from plant, moss, fungus or algae spores; and the exine coating comprises less than 0.5% protein. the dosage form is in the form of a foodstuff or a pharmaceutical selected from the group consisting of a tablet, a soft gel capsule, an ovule, an elixir, a form adapted for pulmonary or intra-nasal administration, a suppository, a pessary, a gel, a hydrogel lotion, a cream, an ointment, a dusting powder, a form adapted for dermal or transdermal administration and a skin patch; the exine coating comprises sporopollenin derived from plant, moss, fungus or algae spores; and the exine coating comprises less than 0.5% protein.
A color changeable dye comprising: a redox indicator, a reduction reaction initiator, an electron donor, an oxygen scavenger, a thickening agent, and an agent to facilitate mixing. a redox indicator, a reduction reaction initiator, an electron donor, an oxygen scavenger, a thickening agent, and an agent to facilitate mixing.