mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger assembly comprising: a first fluid circuit for a first working fluid, said first fluid circuit including two manifolds (21, 22) and a plurality of flow ducts connecting said manifolds (21, 22); a second fluid circuit for a second working fluid, said second fluid circuit including a plurality of shaped plates; wherein said flow ducts and said shaped plates are arranged alternatively one above the other so that one flow duct is arranged between two successive shaped plates; said shaped plates comprise a circumferential wall, said shaped plates include two opposite cavities to receive said flow ducts; and each two successive shaped plates and said one flow duct arranged therebetween define together a channel for said second working fluid, said channels defined by said shaped plates and said flow ducts being in fluid communication with each other; and characterized in that the circumferential wall of the shaped plates is inclined towards the outside of the shaped plates. a first fluid circuit for a first working fluid, said first fluid circuit including two manifolds (21, 22) and a plurality of flow ducts connecting said manifolds (21, 22); a second fluid circuit for a second working fluid, said second fluid circuit including a plurality of shaped plates; wherein said flow ducts and said shaped plates are arranged alternatively one above the other so that one flow duct is arranged between two successive shaped plates; said shaped plates comprise a circumferential wall, said shaped plates include two opposite cavities to receive said flow ducts; and each two successive shaped plates and said one flow duct arranged therebetween define together a channel for said second working fluid, said channels defined by said shaped plates and said flow ducts being in fluid communication with each other; and characterized in that the circumferential wall of the shaped plates is inclined towards the outside of the shaped plates.
A vessel anchor for use in an anastomotic connector device comprising; a tubular main body defining a lumen therewithin and formed from a plurality of struts and connectors, said tubular main body including a distal end and a proximal end; a plurality of flanges integrally formed with said tubular main body, said plurality of flanges movable between a loaded position and an expanded position; characterised in that the vessel anchor further comprises: a plurality of tines integrally formed with said tubular main body adjacent said proximal end and extending inwardly into the lumen of said main body. a plurality of tines integrally formed with said tubular main body adjacent said proximal end and extending inwardly into the lumen of said main body.
Cutting head for a string trimmer, wherein the cutting head is provided so as to lengthen a cutting line automatically, having a pivot lever, which is mounted for pivoting about a pivot-lever axis of rotation, wherein, in an arresting position of the pivot lever, in particular with no cutting line being lengthened, the distance of a centre of gravity of the pivot lever relative to the axis of rotation of the cutting head is radially approximately equal to, or greater than, the distance of the pivot-lever axis of rotation in relation to the axis of rotation of the cutting head, characterized in that a braking or stopping operation of the cutting head transfers the pivot lever, as a result of a braking torque acting thereon, into the feeding or lengthening position.
A vehicle floor structure comprising: front side frames; a floor frame extending rearwardly from each of rear end portions of the front side frames, the floor frame having inner and outer sidewalls facing laterally inwardly and outwardly of a vehicular body, and a bottom wall, the inner and outer walls and the bottom wall defining a generally U-shaped cross-section; a cross member connected to a rear end portion of the floor frame; a floor panel carried on the floor frame; a closed cross-sectional structure defined by the floor frame and the floor panel carried on the floor frame; and downwardly projecting linear beads; characterized by the vehicle floor structure comprising a fastening member fastening the bottom wall of the floor frame at the rear end portion of the floor frame to a bottom wall of the cross member, the bottom wall of the floor frame overlapping the bottom wall of the cross member, the bottom wall of the floor frame having a tightened portion tightened by the fastening member; wherein the downwardly projecting linear beads are disposed laterally internally and externally of the tightened portion, wherein the linear beads project downwardly such that the fastened portion is recessed relative to the linear beads, wherein the floor panel has downwardly projecting panel beads located rearwardly of the cross member, the panel beads each continuously extending rearwardly from rear ends of the linear beads, wherein the linear beads are formed along ridges of the floor frame, and wherein the rear end portion of the floor frame gradually increase in width. front side frames; a floor frame extending rearwardly from each of rear end portions of the front side frames, the floor frame having inner and outer sidewalls facing laterally inwardly and outwardly of a vehicular body, and a bottom wall, the inner and outer walls and the bottom wall defining a generally U-shaped cross-section; a cross member connected to a rear end portion of the floor frame; a floor panel carried on the floor frame; a closed cross-sectional structure defined by the floor frame and the floor panel carried on the floor frame; and downwardly projecting linear beads; characterized by the vehicle floor structure comprising a fastening member fastening the bottom wall of the floor frame at the rear end portion of the floor frame to a bottom wall of the cross member, the bottom wall of the floor frame overlapping the bottom wall of the cross member, the bottom wall of the floor frame having a tightened portion tightened by the fastening member; wherein the downwardly projecting linear beads are disposed laterally internally and externally of the tightened portion, wherein the linear beads project downwardly such that the fastened portion is recessed relative to the linear beads, wherein the floor panel has downwardly projecting panel beads located rearwardly of the cross member, the panel beads each continuously extending rearwardly from rear ends of the linear beads, wherein the linear beads are formed along ridges of the floor frame, and wherein the rear end portion of the floor frame gradually increase in width.
A paraffin-in-water dispersion, comprising - water, - a long-chain hydrocarbon or a mixture of several long-chain hydrocarbons, - at least a first surfactant having a hydrophilic radical having a chain length of at least 40 atoms, - at least one second surfactant having a hydrophilic radical having a chain length of at most 20 atoms, wherein - each of the surfactants present in the dispersion has a long-chain hydrophobic group having at least 14 carbon atoms in the chain, with which it is anchored in the paraffin droplets, and wherein - at least one of said surfactants is a non-ionic surfactant, and - at least one of said surfactants is an anionic surfactant having at least one carboxylate group. - water, - a long-chain hydrocarbon or a mixture of several long-chain hydrocarbons, - at least a first surfactant having a hydrophilic radical having a chain length of at least 40 atoms, - at least one second surfactant having a hydrophilic radical having a chain length of at most 20 atoms, wherein - each of the surfactants present in the dispersion has a long-chain hydrophobic group having at least 14 carbon atoms in the chain, with which it is anchored in the paraffin droplets, and wherein - at least one of said surfactants is a non-ionic surfactant, and - at least one of said surfactants is an anionic surfactant having at least one carboxylate group.
A housing of a battery module, characterized in that, comprising a lower shell, an upper cover and two output components, wherein the lower shell comprises a lower shell body and at least one connecting member; the lower shell body is separated into a plurality of accommodating chambers for accommodating bare cells, the plurality of accommodating chambers is sequentially arranged along a hypothetical straight line, an opening is defined in each accommodating chamber at a same side, a plurality of injection holes communicating with external environment is defined in the lower shell body, and the plurality of injection holes corresponds to the plurality of accommodating chambers, respectively; an installation site for connecting member is provided in each accommodating chamber, two installation sites for connecting member in two adjacent accommodation chambers are arranged opposite to each other, every two adjacent accommodating chambers are provided with one connecting member between and penetrating through the every two adjacent accommodating chambers, and the one connecting member is fixed on two installation sites for connecting member in the every two adjacent accommodating chambers, for connecting bare cells in the every two adjacent accommodating chambers in series; an installation site for output component and an output hole are provided in each of a first one and a last one of the plurality of accommodation chambers; each output component is arranged on one installation site for output component, and extends out from the first one or the last one of the plurality of accommodation chambers through one output hole; the two output components are sealedly connected with two output holes, respectively; the upper cover is capable of covering and matching with the lower shell body, and sealing all the openings; wherein the installation site for connecting member comprises a first boss, and the at least one connecting member is fixed on the first boss, and/or the installation site for output component comprises a second boss, wherein each output component comprises an connection plate, an electrode terminal, a sealing member and a connecting block, the connection plate comprises a connecting portion for bare cell and a connecting portion for electrode terminal, the connecting portion for bare cell is electrically connected with the connecting portion for electrode terminal, and the connecting portion for bare cell is placed on the second boss, and the electrode terminal is connected with the connecting portion for electrode terminal and extends out from a correspondingly accommodation chamber through the output hole, the electrode terminal seals the output hole by the sealing member, and the connecting block is connected with the electrode terminal from an outside of the lower shell body.
A magnetic field sensor comprising a plurality of magnetoresistance elements (242, 242', 1242, 1242', 2242, 2242', 3242, 3242') coupled in parallel with each other, each having at least one characteristic selected to provide a respective, different response to an applied magnetic field, characterized by comprising a plurality of current sources (232, 232', 1232, 1232', 2232, 2232', 3232, 3232'), each coupled in series with a respective one or more of the plurality of magnetoresistance elements.
An auxiliary power source device for a vehicle incorporated in an electric vehicle, the auxiliary power source device comprising: a three-phase inverter that converts an input DC voltage into a desired three-phase AC voltage and applies the three-phase AC voltage to a load; a filter reactor that is connected to respective output terminals of the three-phase inverter; a filter capacitor that is connected in a Y-shape at an end on a load side of the filter reactor and is not grounded at a neutral point; and a three-phase transformer that includes primary windings (7a1-7a3) that are connected in a Y-shape at the end on the load side of the filter reactor and is grounded at a neutral point and secondary windings (7b1-7b3) that are connected in a delta shape. a three-phase inverter that converts an input DC voltage into a desired three-phase AC voltage and applies the three-phase AC voltage to a load; a filter reactor that is connected to respective output terminals of the three-phase inverter; a filter capacitor that is connected in a Y-shape at an end on a load side of the filter reactor and is not grounded at a neutral point; and a three-phase transformer that includes primary windings (7a1-7a3) that are connected in a Y-shape at the end on the load side of the filter reactor and is grounded at a neutral point and secondary windings (7b1-7b3) that are connected in a delta shape.
A plenum assembly for electrophysiology, the plenum assembly comprising: a ground electrode assembly; and a plenum base; wherein the ground electrode assembly comprises: a housing comprising a top housing surface, a bottom housing surface, an inside housing surface, a first chamber open at the top housing surface, and a second chamber open at the bottom housing surface, wherein the inside housing surface comprises an inside shoulder defining an inside opening and the second chamber communicates with the first chamber at the inside opening; and an electrode comprising a top electrode surface, a bottom electrode surface, and an outside lateral electrode surface, the electrode positioned in the first chamber such that the outside lateral electrode surface faces the inside housing surface at an interface, and a portion of the bottom electrode surface is exposed to the second chamber at the inside opening; and wherein the plenum base comprises: a top base surface, a bottom base surface, an inside receptacle surface defining a mounting receptacle open to the top base surface, wherein the ground electrode assembly is removably mounted in the mounting receptacle, and a ground circuit in signal communication with the bottom electrode surface, wherein at least a portion of the ground circuit is located in the second chamber, and wherein the ground circuit comprises a spring, and the spring is mounted in the mounting receptacle such that the spring is compressed into contact with the bottom electrode surface when the ground electrode assembly is mounted in the mounting receptacle. a ground electrode assembly; and a plenum base; a housing comprising a top housing surface, a bottom housing surface, an inside housing surface, a first chamber open at the top housing surface, and a second chamber open at the bottom housing surface, wherein the inside housing surface comprises an inside shoulder defining an inside opening and the second chamber communicates with the first chamber at the inside opening; and an electrode comprising a top electrode surface, a bottom electrode surface, and an outside lateral electrode surface, the electrode positioned in the first chamber such that the outside lateral electrode surface faces the inside housing surface at an interface, and a portion of the bottom electrode surface is exposed to the second chamber at the inside opening; and a top base surface, a bottom base surface, an inside receptacle surface defining a mounting receptacle open to the top base surface, wherein the ground electrode assembly is removably mounted in the mounting receptacle, and a ground circuit in signal communication with the bottom electrode surface, wherein at least a portion of the ground circuit is located in the second chamber, and wherein the ground circuit comprises a spring, and the spring is mounted in the mounting receptacle such that the spring is compressed into contact with the bottom electrode surface when the ground electrode assembly is mounted in the mounting receptacle.
Method for the operation of a marine propeller, comprising the following steps: - detection, by means of a sensor, of noise on a solid body (1, 4, 8) caused by gas cavitation and/or pseudocavitation, wherein the noise caused by the gas and/or pseudocavitation is measured acoustically on a solid body functioning as an acoustic conductor; - transmission of a measurement signal of the sensor by means of a contactless transmission method from the sensor to a signal processing unit; and - generation of control commands by the signal processing unit depending on the received measurement signal to change the propeller speed by means of a drive motor and/or to change the angle of attack of the marine propeller by means of an actuator. - detection, by means of a sensor, of noise on a solid body (1, 4, 8) caused by gas cavitation and/or pseudocavitation, wherein the noise caused by the gas and/or pseudocavitation is measured acoustically on a solid body functioning as an acoustic conductor; - transmission of a measurement signal of the sensor by means of a contactless transmission method from the sensor to a signal processing unit; and - generation of control commands by the signal processing unit depending on the received measurement signal to change the propeller speed by means of a drive motor and/or to change the angle of attack of the marine propeller by means of an actuator.
A hydraulic lash adjuster for insertion into a bore of an engine cylinder head of an internal combustion engine, the hydraulic lash adjuster comprising: a body for insertion into the bore, wherein the body is arranged for contacting a valve train component of the internal combustion engine, and wherein the body comprises a first hydraulic fluid flow path for allowing hydraulic fluid from a hydraulic fluid supply of the engine cylinder head to flow to the valve train component of the internal combustion engine, wherein at least part of the hydraulic fluid flow path is defined by a portion of the outer surface of a side wall of the body, and wherein the portion of the outer surface is substantially flat. a body for insertion into the bore, wherein the body is arranged for contacting a valve train component of the internal combustion engine, and wherein the body comprises a first hydraulic fluid flow path for allowing hydraulic fluid from a hydraulic fluid supply of the engine cylinder head to flow to the valve train component of the internal combustion engine, wherein at least part of the hydraulic fluid flow path is defined by a portion of the outer surface of a side wall of the body, and wherein the portion of the outer surface is substantially flat.
A cooking appliance including: a hollow body having an interior to receive product to be cooked, the body having an opening via which product to be cooked can be moved relative to the interior; a pilot and a catch (202, 700) mounted within the body; a door attached to the body to close the opening, the door including: a first latch mounted to the door for engagement with the catch (202, 700) as the door is moved to close the opening; and a second latch mounted to the door and independently reciprocable relative to the first latch between a first position and a second position, wherein the second latch is urged to move towards the second position such that, as the door is moved to close the opening, the second latch is received within the body and is deflected towards the first position by the pilot until a portion of the second latch clears the pilot and is urged to move towards the second position to come to rest behind the pilot. a hollow body having an interior to receive product to be cooked, the body having an opening via which product to be cooked can be moved relative to the interior; a pilot and a catch (202, 700) mounted within the body; a door attached to the body to close the opening, the door including: a first latch mounted to the door for engagement with the catch (202, 700) as the door is moved to close the opening; and a second latch mounted to the door and independently reciprocable relative to the first latch between a first position and a second position, wherein the second latch is urged to move towards the second position such that, as the door is moved to close the opening, the second latch is received within the body and is deflected towards the first position by the pilot until a portion of the second latch clears the pilot and is urged to move towards the second position to come to rest behind the pilot. a first latch mounted to the door for engagement with the catch (202, 700) as the door is moved to close the opening; and a second latch mounted to the door and independently reciprocable relative to the first latch between a first position and a second position, wherein the second latch is urged to move towards the second position such that, as the door is moved to close the opening, the second latch is received within the body and is deflected towards the first position by the pilot until a portion of the second latch clears the pilot and is urged to move towards the second position to come to rest behind the pilot.
Fluid, particularly water, meter comprising a casing (1, 1') containing a measurement device and a totalizer containing, inter alia, a system for metering the fluid flow rate and fixed to the casing, by connecting its external cap to the said casing, the meter comprising a fixing ring on which the said cap of the totalizer is immobilized in terms of translational movement and characterized in that the said fixing ring is provided with a tapped thread engaging with a screw thread of the casing and the meter also comprises a tamperproofing ring externally covering the said fixing ring.
A method of preparation of a composite membrane for separation of gas mixtures, the membrane consisting of an at least one-layered polymeric support S, a separation layer CP and a transition layer, wherein the separation layer CP consists of continuous monomolecular layer of conjugated polymers, wherein the thickness of the separation layer CP of the conjugated polymer does not exceed 1 μm, measured by atomic force microscopy, and wherein the transition layer is an interpenetrated layer of macromolecules of the support S and the separation layer CP, the method comprising the following steps: the surface of the polymer support S, wherein the material of the support S is based on poly(2,6-dimethyl-1,4-phenylene oxide) or poly(4-methylpent-1-ene), is in a first step treated with a solution of monomer or monomer mixture, wherein the monomer is selected from aniline, pyrrole, thiophene, 2,3- or 3,4-(ethylenedioxy)thiophene, 2-alkylaniline, said monomer or monomer mixture being in a water-soluble form in acid aqueous solution, in which the monomer exists in protonated and in unprotonated forms, the monomers being adsorbed on the polymer support and diffusing into surface layers of the support; in a second step, an oxidation agent is added and due to the action of the oxidation agent on the adsorbed monomer, initiation and propagation of polymer chain occur yielding a dense monomolecular layer of conjugated polymer, and through the polymerization, interpenetration of the molecules of the support and the conjugated polymer occurs between the support and the separation layer; in a third step the unreacted reaction components are removed by washing.