mhurhangee/ep-ind-claims huggingface dataset:
Stretchable counterpulsation tubular device adapted for passively mimicking the natural properties of an artery through which blood flows, comprising at least one layer (Lx) of a stretchable polymer, a power supply and a set of electrodes (3a, 3b) connected to said power supply, wherein the power supply is adapted to supply at least a first level of voltage to said electrodes, characterized in that said tubular counterpulsation device has a native diameter and an inherent visco-elasticity exerting a natural force directed toward its inner space (Si) when its diameter is extended to a diameter by the expending force of the blood larger than its native diameter, and in that it has at least a first level of modified visco-elasticity when a first level of voltage is supplied to the layers (Lx) of stretchable polymer through the electrodes (3a, 3b), said first level of modified visco-elasticity exerting a first modified force directed toward the inner space of the tubular device when its diameter is extended to a diameter by the expending force of the blood larger than its native diameter, the first modified force being lower than the natural force.
A mounting head cleaning device comprising: a mounting head including suction nozzles sucking components, and a cleaning unit on which the mounting head is detachably mounted and which is configured to clean the inside of the mounting head by supplying air or oil mist to negative-pressure air passages formed in the mounting head, characterized in that the cleaning unit includes an air supply source for supplying air, a passage (116, 117) for cleaning, and a passage for checking, switching means (105, 115) for selectively supplying air, which is supplied from the air supply source, to the passage (116, 117) for cleaning or the passage for checking, introducing means (130, 132, 133) for introducing air into the respective negative-pressure air passages, which are formed in the mounting head and are connected to the plurality of suction nozzles, from the passage (116, 117) for cleaning or the passage for checking that is selected by the switching means (105, 115), and air measuring means (108, 112) provided in the passage for checking. a mounting head including suction nozzles sucking components, and a cleaning unit on which the mounting head is detachably mounted and which is configured to clean the inside of the mounting head by supplying air or oil mist to negative-pressure air passages formed in the mounting head,
A method, comprising: sending a first two-dimensional video component of three-dimensional multimedia content to a plurality of client devices; sending, responsive to a request from one of the plurality of client devices made while the first two-dimensional video component is being sent to the plurality of client devices, a second two-dimensional video component of the three-dimensional multimedia content to the plurality of client devices simultaneously with the first two-dimensional video component; sending a heartbeat signal to the plurality of client devices; after sending the heartbeat signal, receiving information indicating a current status of each of the plurality of client devices, including to what streams the client device is currently tuned and/or what tuning commands have been issued by the user of the client device; analyzing the received information to detect that none of the plurality of client devices are any longer consuming the three-dimensional multimedia content; and if none of the plurality of client devices are any longer consuming the three-dimensional multimedia content, stopping sending the second two-dimensional video component of the three-dimensional multimedia content to the plurality of client devices. sending a first two-dimensional video component of three-dimensional multimedia content to a plurality of client devices; sending, responsive to a request from one of the plurality of client devices made while the first two-dimensional video component is being sent to the plurality of client devices, a second two-dimensional video component of the three-dimensional multimedia content to the plurality of client devices simultaneously with the first two-dimensional video component; sending a heartbeat signal to the plurality of client devices; after sending the heartbeat signal, receiving information indicating a current status of each of the plurality of client devices, including to what streams the client device is currently tuned and/or what tuning commands have been issued by the user of the client device; analyzing the received information to detect that none of the plurality of client devices are any longer consuming the three-dimensional multimedia content; and if none of the plurality of client devices are any longer consuming the three-dimensional multimedia content, stopping sending the second two-dimensional video component of the three-dimensional multimedia content to the plurality of client devices.
An agricultural sprayer having a forward direction of travel and comprising a boom (200;400;500;700;800;900;1100), the boom comprising an elongate frame (101;1101) supporting a plurality of liquid application devices, liquid delivery means connected to the application devices, and an elongate tray (242;342;542;842;942;1142) attached to, and extending along, the boom and being movable between a first position in which the tray extends substantially horizontally beneath one or more of the application devices and forms a liquid-retaining receptacle to prevent said material from leaking onto the ground below, and a second position in which the tray is located clear of delivery paths of the liquid application devices, characterised in that the boom extends transversely to the forward direction of travel and in that, when in the second position, the tray extends downwardly away from the frame to impact upon an incident airflow thereon as the sprayer moves across a field.
A sweetener composition comprising a mixture of Sweetener A, Sweetener B and Sweetener C, wherein a) Sweetener A is saccharin; b) Sweetener B is trichloro-sucrose (sucralose); and c) Sweetener C is selected from the group consisting of rebaudioside A, rebaudioside B, rebaudioside C, rebaudioside D, rebaudioside E, rebaudioside F and mixtures thereof, wherein the saccharin, sucralose and rebaudioside are in a ratio of 1: 1: 2. a) Sweetener A is saccharin; b) Sweetener B is trichloro-sucrose (sucralose); and c) Sweetener C is selected from the group consisting of rebaudioside A, rebaudioside B, rebaudioside C, rebaudioside D, rebaudioside E, rebaudioside F and mixtures thereof, wherein the saccharin, sucralose and rebaudioside are in a ratio of 1: 1: 2.
Calf wet-nurse comprising a container provided with at least one supply opening for on one hand dry powder and on the other hand liquid, as well as a delivery duct for the distribution of a ready-mixed nutrient solution, characterized in that the container is provided with holes (20', 20") for suspension in a conveying system and at least one mixing duct (181, 182) that is connected to the container and is configured to press air into the container to mix the dry powder and the liquid to form the ready-mixed nutrient solution, and that the at least one mixing duct (181, 182) is vertically directed and connects to the side of the container, wherein at least one medium passage (191, 192, 193, 194) is arranged between the mixing duct (181, 182) and the container, so as to obtain mixing of powder and liquid directly in the container and in that the calf wet-nurse is formed as a bag of a plastic material in which the at least one mixing duct (181, 182) is integrated by a material weld (18, 19).
An automobile suspension part including a forged aluminum alloy, comprising: Mg in a content of 0.70 to 1.50 mass percent; Si in a content of 0.80 to 1.30 mass percent; Cu in a content of 0.30 to 0.90 mass percent; Fe in a content of 0.10 to 0.40 mass percent; Ti in a content of 0.005 to 0.15 mass percent; and at least one element selected from the group consisting of: Mn in a content of 0.10 to 0.60 mass percent; Cr in a content of 0.10 to 0.45 mass percent; and Zr in a content of 0.05 to 0.30 mass percent, with the remainder consisting of Al and inevitable impurities, the forged aluminum alloy having a major axis of Q phase of 50 to 500 nm in a maximum-stress-receiving region of the automobile suspension part. Mg in a content of 0.70 to 1.50 mass percent; Si in a content of 0.80 to 1.30 mass percent; Cu in a content of 0.30 to 0.90 mass percent; Fe in a content of 0.10 to 0.40 mass percent; Ti in a content of 0.005 to 0.15 mass percent; and at least one element selected from the group consisting of: Mn in a content of 0.10 to 0.60 mass percent; Cr in a content of 0.10 to 0.45 mass percent; and Zr in a content of 0.05 to 0.30 mass percent, Mn in a content of 0.10 to 0.60 mass percent; Cr in a content of 0.10 to 0.45 mass percent; and Zr in a content of 0.05 to 0.30 mass percent, with the remainder consisting of Al and inevitable impurities, the forged aluminum alloy having a major axis of Q phase of 50 to 500 nm in a maximum-stress-receiving region of the automobile suspension part.
A solder alloy comprising: 0.5 mass% or more and 1.25 mass% or less of Sb; In satisfying the following formula or when [Sb] is set as a Sb content percentage (mass%) and [In] is set as an In content percentage (mass%), in a case of 0.5≤[Sb]≤1.0 5.5 ≤ In ≤ 5.50 + 1.06 Sb in a case of 1.0<[Sb]≤1.25 5.5 ≤ In ≤ 6.35 + 0.212 Sb 0.5 mass% or more and 1.2 mass% or less of Cu; 0.1 mass% or more and 3.0 mass% or less of Bi; 1.0 mass% or more and 4.0 mass% or less of Ag; and 0 mass% or more and 0.025 mass% or less of Co; and having a remainder consisting of Sn except the fine amount of metals to be unavoidably mixed. 0.5 mass% or more and 1.25 mass% or less of Sb; In satisfying the following formula or when [Sb] is set as a Sb content percentage (mass%) and [In] is set as an In content percentage (mass%), in a case of 0.5≤[Sb]≤1.0 5.5 ≤ In ≤ 5.50 + 1.06 Sb in a case of 1.0<[Sb]≤1.25 5.5 ≤ In ≤ 6.35 + 0.212 Sb 0.5 mass% or more and 1.2 mass% or less of Cu; 0.1 mass% or more and 3.0 mass% or less of Bi; 1.0 mass% or more and 4.0 mass% or less of Ag; and 0 mass% or more and 0.025 mass% or less of Co; and having a remainder consisting of Sn except the fine amount of metals to be unavoidably mixed.
A throttling component for a conditioning and flow rate measurement device, comprising a central throttling element and a plurality of peripheral throttling elements, the plurality of peripheral throttling elements are sequentially sleeved outside the central throttling element and are coaxial with the central throttling element; annular fluid channels are respectively formed between the central throttling element and its adjacent peripheral throttling element, and between adjacent peripheral throttling elements, wherein the central throttling element is in a round column shape comprising an annular side wall and two circular end surfaces connected with the annular side wall, and the peripheral throttling element is cylindrical and the cross section of each fluid channel being a circular ring, characterized in that the area of the cross section of each annular fluid channel satisfies the following formula, wherein the cross section is perpendicular to the axial direction of the central throttling element: S 1 l 1 ν 1 r 1 = S 2 l 2 ν 2 r 2 = ⋯ = S i l i ν i r i = ⋯ = S N l N ν N r N wherein, i = 1,...,N, N is the number of annular fluid channels; S i is the area of the cross section of the i-th annular fluid channel; l i is the axial length of the i-th annular fluid channel; v i is the flow velocity in the i-th annular fluid channel; r i is the radius of the central circle of the i -th annular fluid channel. wherein the central throttling element is in a round column shape comprising an annular side wall and two circular end surfaces connected with the annular side wall, and the peripheral throttling element is cylindrical and the cross section of each fluid channel being a circular ring, characterized in that the area of the cross section of each annular fluid channel satisfies the following formula, wherein the cross section is perpendicular to the axial direction of the central throttling element: S 1 l 1 ν 1 r 1 = S 2 l 2 ν 2 r 2 = ⋯ = S i l i ν i r i = ⋯ = S N l N ν N r N wherein, i = 1,...,N, N is the number of annular fluid channels; S i is the area of the cross section of the i-th annular fluid channel; l i is the axial length of the i-th annular fluid channel; v i is the flow velocity in the i-th annular fluid channel; r i is the radius of the central circle of the i -th annular fluid channel.
An information centric networking, ICN, network attachment point, NAP, comprising: a storage configured to store a database comprising a plurality of entries, the plurality of entries including a fully qualified domain name, FQDN, of a server, an Internet protocol, IP, address, of a user equipment, UE, a content identifier, CID, and a response CID, rCID; and a controller configured to receive a hypertext transfer protocol, HTTP, request from a not ICN capable UE and to encapsulate the HTTP request in an ICN packet and publish the ICN packet to a CID based on a hash product of the stored FQDN associated with the HTTP request. a storage configured to store a database comprising a plurality of entries, the plurality of entries including a fully qualified domain name, FQDN, of a server, an Internet protocol, IP, address, of a user equipment, UE, a content identifier, CID, and a response CID, rCID; and a controller configured to receive a hypertext transfer protocol, HTTP, request from a not ICN capable UE and to encapsulate the HTTP request in an ICN packet and publish the ICN packet to a CID based on a hash product of the stored FQDN associated with the HTTP request.
A complementary metal oxide semiconductor CMOS circuit structure, having a PMOS region and an NMOS region, and comprising: a base substrate; a PMOS semiconductor layer arranged on a portion of the base substrate; a gate insulating layer arranged on the PMOS semiconductor layer and on the base substrate; PMOS gate and NMOS gate arranged on different portions of the gate insulating layer; a first interlayer dielectric layer arranged on the PMOS gate and the NMOS gate and on the gate insulating layer; an NMOS semiconductor layer arranged on a portion of the first interlayer dielectric layer that corresponds to the NMOS gate; a second interlayer dielectric layer arranged on the NMOS semiconductor layer and on the first interlayer dielectric layer; PMOS source/drain arranged on a portion of the second interlayer dielectric layer that corresponds to the PMOS semiconductor layer; and NMOS source/drain arranged on a portion of the second interlayer dielectric layer that corresponds to the NMOS semiconductor layer; wherein, the PMOS semiconductor layer, the PMOS gate and the PMOS source/drain are located within the PMOS region; and the PMOS semiconductor layer is prepared from a P type doped polysilicon material; the NMOS semiconductor layer, the NMOS gate and the NMOS source/drain are located within the NMOS region; and the NMOS semiconductor layer is made of an oxide material. a base substrate; a PMOS semiconductor layer arranged on a portion of the base substrate; a gate insulating layer arranged on the PMOS semiconductor layer and on the base substrate; PMOS gate and NMOS gate arranged on different portions of the gate insulating layer; a first interlayer dielectric layer arranged on the PMOS gate and the NMOS gate and on the gate insulating layer; an NMOS semiconductor layer arranged on a portion of the first interlayer dielectric layer that corresponds to the NMOS gate; a second interlayer dielectric layer arranged on the NMOS semiconductor layer and on the first interlayer dielectric layer; PMOS source/drain arranged on a portion of the second interlayer dielectric layer that corresponds to the PMOS semiconductor layer; and NMOS source/drain arranged on a portion of the second interlayer dielectric layer that corresponds to the NMOS semiconductor layer; wherein, the PMOS semiconductor layer, the PMOS gate and the PMOS source/drain are located within the PMOS region; and the PMOS semiconductor layer is prepared from a P type doped polysilicon material; the NMOS semiconductor layer, the NMOS gate and the NMOS source/drain are located within the NMOS region; and the NMOS semiconductor layer is made of an oxide material.
Water purification system comprising a closed water recirculation loop supplied at one inlet point by an inflow of water to be purified, and having at least one outlet point of use of the purified water, and pumping means and water purification means respectively disposed on the loop downstream of the inlet point and upstream of the at least one outlet point, in the water flow direction, which system is characterized in that it includes two independent valves on the loop: - a first two-way normally closed valve on the loop, for recirculation, to provide, in open position, recirculation of water purified by the purification means towards these latter, via the pumping means; and - a second two-way normally closed valve, for distribution at the at least one outlet point of use and being disposed between the water purification means and the first valve, upstream of the at least one outlet point of use so as to provide, in closed position, recirculation of all the water purified by the purification means towards the first valve,; the system further comprising (i) a hydraulic connector comprising four ports, that forms a distributor or manifold for the system and is positioned between the first two-way normally closed valve and the second two-way normally closed valve, and (ii) a polishing cartridge for final purification of water purified by the water purification means, containing a C18 grafted media effective for reducing the level of contaminants in said water, and comprising an inlet connected to the second two-way normally closed valve and an outlet for distributing purified water to the at least one outlet point of use via the cartridge. - a first two-way normally closed valve on the loop, for recirculation, to provide, in open position, recirculation of water purified by the purification means towards these latter, via the pumping means; and - a second two-way normally closed valve, for distribution at the at least one outlet point of use and being disposed between the water purification means and the first valve, upstream of the at least one outlet point of use so as to provide, in closed position, recirculation of all the water purified by the purification means towards the first valve,;
A receptacle comprising: a first body defining an inlet and an outlet; a spring retainer disposed in the first body and removable from the first body via the inlet; a valve seat disposed in the first body and removable from the first body via the inlet, the valve seat comprising: a second body, a sealing flange extending radially outwardly from the second body, and first and second annular extensions (1340, 1350) extending axially away from the second body to define an annular pocket; a seat disc disposed in the annular pocket; a poppet slidably engaged with the spring retainer between a closed position and an open position and engageable with the seat disc; and a spring engaged with the spring retainer and with the poppet to urge the poppet against the seat disc, characterized in that the receptacle further comprises a seat ring engaged with the valve seat and the seat disc, the seat ring retaining the seat disc in the annular pocket, and the valve seat further comprises a sealing lip extending axially away from the sealing flange to define an annular channel with the second body and the sealing flange. a first body defining an inlet and an outlet; a spring retainer disposed in the first body and removable from the first body via the inlet; a valve seat disposed in the first body and removable from the first body via the inlet, the valve seat comprising: a second body, a sealing flange extending radially outwardly from the second body, and first and second annular extensions (1340, 1350) extending axially away from the second body to define an annular pocket; a second body, a sealing flange extending radially outwardly from the second body, and first and second annular extensions (1340, 1350) extending axially away from the second body to define an annular pocket; a seat disc disposed in the annular pocket; a poppet slidably engaged with the spring retainer between a closed position and an open position and engageable with the seat disc; and a spring engaged with the spring retainer and with the poppet to urge the poppet against the seat disc, characterized in that the receptacle further comprises a seat ring engaged with the valve seat and the seat disc, the seat ring retaining the seat disc in the annular pocket, and the valve seat further comprises a sealing lip extending axially away from the sealing flange to define an annular channel with the second body and the sealing flange.
A hydrophobically modified cationic polymer obtainable by the polymerization of (a) one or more cationic ethylenically unsaturated monomers (compound A), (b) an ethylenically unsaturated monomer having an epoxy, anhydride, imide, lactone, carboxylic acid or isocyanate functionality (compound B), (c) optionally a water-soluble monomer (compound C), (d) a reactive siloxane (compound D). (a) one or more cationic ethylenically unsaturated monomers (compound A), (b) an ethylenically unsaturated monomer having an epoxy, anhydride, imide, lactone, carboxylic acid or isocyanate functionality (compound B), (c) optionally a water-soluble monomer (compound C), (d) a reactive siloxane (compound D).
A method of connecting to an existing wellbore downhole, the method comprising: installing a swellable material into the existing wellbore from a connecting wellbore drilled into the existing wellbore, wherein the installing further comprises inserting a tubular string from a relief wellbore through the connecting wellbore and into the existing wellbore, wherein swelling of the swellable material seals off an annulus formed between the tubular string and the existing wellbore and wherein swelling of the swellable material seals off an annulus formed between the tubular string and the relief wellbore.