mhurhangee/ep-ind-claims huggingface dataset:
A ventilation arrangement for a battery case, in particular comprising one or more batteries, the arrangement comprising: - a connection element capable of being mounted in an opening of the case, the connection element having an annular body extending around a central axis and capable of delimiting an air evacuation channel present inside the case, the annular body having an annular base allowing axial retention against the case, directly or through an annular joint, the annular body having a free distal edge of the case, opposite the base; - a cover for obturating the channel, the cover being mounted on the annular body by interlocking in a direction of approach towards the base, the cover comprising an obturating portion, extending transversely with respect to the central axis; - sealing means to enable a sealed annular contact to be made between the cover and the annular body; and - at least one locking member (4; 104; 204) locking an axial interlocking position of the cover for which the sealed annular contact is made; wherein said locking member (4; 104; 204), preferably of annular shape, runs along and/or surrounds, over more than half a circumference, at least one of the connection element and a tubular portion of the cover, engaging against at least one axial abutment surface belonging to the connection element, and wherein said locking member (4; 104; 204), which is distinct from the cover, the connection element and the sealing means, is deformable to unlock the interlocking of the cover when the overpressure on the side of the air present in the evacuation channel exceeds a threshold. - a connection element capable of being mounted in an opening of the case, the connection element having an annular body extending around a central axis and capable of delimiting an air evacuation channel present inside the case, the annular body having an annular base allowing axial retention against the case, directly or through an annular joint, the annular body having a free distal edge of the case, opposite the base; - a cover for obturating the channel, the cover being mounted on the annular body by interlocking in a direction of approach towards the base, the cover comprising an obturating portion, extending transversely with respect to the central axis; - sealing means to enable a sealed annular contact to be made between the cover and the annular body; and - at least one locking member (4; 104; 204) locking an axial interlocking position of the cover for which the sealed annular contact is made; wherein said locking member (4; 104; 204), preferably of annular shape, runs along and/or surrounds, over more than half a circumference, at least one of the connection element and a tubular portion of the cover, engaging against at least one axial abutment surface belonging to the connection element,
A conversion process of an anhydrous off-gas stream coming from melamine synthesis plants, at a pressure lower than 120 bars, into urea, comprising the following steps: a) a first isobar cooling step of the off-gas stream; b) a transformation step of the cooled off-gas stream coming from step a) into ammonium carbamate and NH 3; c) an isothermal pressurization step of the ammonium carbamate obtained in the previous step; d) an isobar heating step of the product coming from step c); e) a conversion step of the ammonium carbamate coming from step d) into urea. a) a first isobar cooling step of the off-gas stream; b) a transformation step of the cooled off-gas stream coming from step a) into ammonium carbamate and NH 3; c) an isothermal pressurization step of the ammonium carbamate obtained in the previous step; d) an isobar heating step of the product coming from step c); e) a conversion step of the ammonium carbamate coming from step d) into urea.
An end effector assembly including a pair of opposing jaw members (310; 320), at least one of the jaw members comprising: a support base (316; 326); an electrical jaw lead (325a; 325b); and a sealing plate (312; 322; 500) coupled to the electrical jaw lead and mounted to the support base, the sealing plate including a tissue engaging surface and an opposing surface, characterized by: the sealing plate further including a series of depressions formed within the opposing surface and projecting from the tissue engaging surface; and a ceramic layer deposited atop each of the series of depressions, wherein the combination of the depressions projecting from the tissue engaging surface and their respective ceramic layers form a corresponding series of nonconductive stop members for controlling the separation distance between the pair of opposing jaw members. a support base (316; 326); an electrical jaw lead (325a; 325b); and a sealing plate (312; 322; 500) coupled to the electrical jaw lead and mounted to the support base, the sealing plate including a tissue engaging surface and an opposing surface, characterized by: the sealing plate further including a series of depressions formed within the opposing surface and projecting from the tissue engaging surface; and a ceramic layer deposited atop each of the series of depressions, wherein the combination of the depressions projecting from the tissue engaging surface and their respective ceramic layers form a corresponding series of nonconductive stop members for controlling the separation distance between the pair of opposing jaw members. the sealing plate further including a series of depressions formed within the opposing surface and projecting from the tissue engaging surface; and a ceramic layer deposited atop each of the series of depressions, wherein the combination of the depressions projecting from the tissue engaging surface and their respective ceramic layers form a corresponding series of nonconductive stop members for controlling the separation distance between the pair of opposing jaw members.
Electrical appliance for connection to a high-voltage grid, having - a housing which can be filled with insulating liquid and in which there is arranged a core with at least one winding, and - a cooling module, which is connected to the housing via attachment lines (32, 35), for cooling the insulating liquid, characterized in that the cooling module is fastened to the housing by way of a hook-type connection. - a housing which can be filled with insulating liquid and in which there is arranged a core with at least one winding, and - a cooling module, which is connected to the housing via attachment lines (32, 35), for cooling the insulating liquid,
An industrial truck, in particular a towing vehicle comprising a travel speed input means that can be actuated by an operator and a travel controller that is provided for a travel drive and that converts a current target value of the travel speed input means into a target value for an engine torque to be generated, the target value for the engine torque, depending on a rotational speed of the engine, being limited to a maximum value that prevents overheating of the engine during continuous operation, characterized in that an additional switch is provided, the actuation of which causes the travel controller to generate a target value for the engine torque for a predetermined period of acceleration, which target value is greater than the maximum values suitable for continuous operation.
A method of applying a set of lash extensions to a subject, the method comprising: obtaining the set of lash extensions including multiple separate lash fusions, each lash fusion comprising multiple clusters of artificial eyelashes, wherein the multiple clusters of artificial eyelashes are fused together at a base to form a straight line of artificial eyelashes; grasping the multiple lash fusions using an applicator; applying an adhesive to a top side of each lash fusion of the set of lash extensions; arranging the set of lash extensions via the applicator proximate to an underside of natural eyelashes and proximate to a tightline of an eyelid of the subject; and affixing the set of lash extensions only to the underside of the natural eyelashes of the subject such that a top side adheres to the underside of the natural eyelashes via the adhesive. obtaining the set of lash extensions including multiple separate lash fusions, each lash fusion comprising multiple clusters of artificial eyelashes, wherein the multiple clusters of artificial eyelashes are fused together at a base to form a straight line of artificial eyelashes; grasping the multiple lash fusions using an applicator; applying an adhesive to a top side of each lash fusion of the set of lash extensions; arranging the set of lash extensions via the applicator proximate to an underside of natural eyelashes and proximate to a tightline of an eyelid of the subject; and affixing the set of lash extensions only to the underside of the natural eyelashes of the subject such that a top side adheres to the underside of the natural eyelashes via the adhesive.
Handheld body trimmer comprising an elongated shaft equipped with a front cutting block and a rear vacuum block - the body is designed as an elongated tube comprising - at the front end, means (11,12) for connecting the cutting block and - at the rear end, means (13,14) for connecting the vacuum block, - the vacuum block being adapted to establish a vacuum inside the body at least inside a container area comprised between the cutting and vacuum blocks, - the tubular body and/or cutting block being adapted to define a suction nozzle communicating with the storage zone characterised in that the body comprises at the rear end means (13,14) for removably connecting the vacuum block. - the body is designed as an elongated tube comprising - at the front end, means (11,12) for connecting the cutting block and - at the rear end, means (13,14) for connecting the vacuum block, - the vacuum block being adapted to establish a vacuum inside the body at least inside a container area comprised between the cutting and vacuum blocks, - the tubular body and/or cutting block being adapted to define a suction nozzle communicating with the storage zone characterised in that the body comprises at the rear end means (13,14) for removably connecting the vacuum block.
Fuel injector for injecting fuel at high pressure, having a housing in which there is arranged a longitudinally displaceable nozzle needle which, by way of a sealing surface, opens and closes one or more injection openings via which the fuel can be ejected, and having a control chamber which is fillable with fuel and exerts a hydraulic force on the nozzle needle in the closing direction thereof, and having a control valve by way of which the pressure in the control chamber can be influenced in that the control valve opens and closes a hydraulic connection of the control chamber to a low-pressure chamber, wherein the control valve comprises a magnet armature with an armature disc, wherein the magnet armature interacts with a control-valve seat for the purpose of opening and closing the hydraulic connection, wherein the magnet armature is guided radially in the housing only at the outer side of the armature disc, and the fuel injector is characterized in that a cylindrical closing element is formed on the magnet armature, wherein the closing element interacts with the control-valve seat and the control-valve seat is formed as a flat seat, and the closing element is made of a material which is non-magnetizable or is magnetizable only to a small degree.
A bitumen-in-water emulsion composition comprising at least one bitumen material, at least one polymer stabilizer, at least one emulsifier, and water, wherein the emulsifier is selected from a group consisting of cationic surfactants, amphoteric surfactants, and combinations and mixtures thereof, wherein the polymer stabilizer comprises a cross-linked cationic polymer resulting from polycondensation of dimethylamine, epichlorohydrin, and ethylenediamine.
A dressing for treating a tissue site comprising: a manifold including a biocompatible material having a plurality of flow channels configured to distribute reduced pressure to the tissue site; and a drape comprising an adhesive layer formed of silicone having a thickness of between 80 and 600 microns, the adhesive layer having a first surface and a second surface, a plasma layer having a thickness of between 5 microns and 15 microns formed by treating the first surface of the adhesive layer with a plasma treatment process, and wherein the second surface of the adhesive layer is configured to adhere at least to the tissue site and cover the biocompatible material to create a sealed space over the biocompatible material within the tissue site. a manifold including a biocompatible material having a plurality of flow channels configured to distribute reduced pressure to the tissue site; and a drape comprising an adhesive layer formed of silicone having a thickness of between 80 and 600 microns, the adhesive layer having a first surface and a second surface, a plasma layer having a thickness of between 5 microns and 15 microns formed by treating the first surface of the adhesive layer with a plasma treatment process, and wherein the second surface of the adhesive layer is configured to adhere at least to the tissue site and cover the biocompatible material to create a sealed space over the biocompatible material within the tissue site. an adhesive layer formed of silicone having a thickness of between 80 and 600 microns, the adhesive layer having a first surface and a second surface, a plasma layer having a thickness of between 5 microns and 15 microns formed by treating the first surface of the adhesive layer with a plasma treatment process, and wherein the second surface of the adhesive layer is configured to adhere at least to the tissue site and cover the biocompatible material to create a sealed space over the biocompatible material within the tissue site.
A refrigerator, comprising: a cabinet having a refrigerating chamber; a refrigerating chamber evaporator for the refrigerating chamber, being configured to cool a flow of air by heat exchanging with a refrigerant compressed by a compressor; a defrost sensor configured to sense a temperature of the refrigerating chamber evaporator; a blower fan configured to supply the air cooled by the refrigerating chamber evaporator to the refrigerating chamber; and a controller configured to continue to drive the blower fan if the operation of the compressor is stopped and the temperature of the refrigerating chamber evaporator sensed by the defrost sensor is less than a preset temperature below 0°C, characterized in that the preset temperature is set such that a temperature of the air being introduced into the refrigerating chamber by the blower fan is less than 0 °C. a cabinet having a refrigerating chamber; a refrigerating chamber evaporator for the refrigerating chamber, being configured to cool a flow of air by heat exchanging with a refrigerant compressed by a compressor; a defrost sensor configured to sense a temperature of the refrigerating chamber evaporator; a blower fan configured to supply the air cooled by the refrigerating chamber evaporator to the refrigerating chamber; and a controller configured to continue to drive the blower fan if the operation of the compressor is stopped and the temperature of the refrigerating chamber evaporator sensed by the defrost sensor is less than a preset temperature below 0°C, characterized in that the preset temperature is set such that a temperature of the air being introduced into the refrigerating chamber by the blower fan is less than 0 °C.
A bending tube, provided with a bending section capable of bending, the bending tube comprising: a main unit having a lumen; a pair of transfer members (6A, 6B) each inserted into the bending section, distal ends of the transfer members (6A, 6B) being connected to a distal end of the bending section or the main unit disposed distally relative to the bending section; an operation section having proximal ends of the pair of transfer members (6A, 6B), the operation section being configured so that a retracting operation for retracting one of the pair of transfer members (6A, 6B) proximally causes the other one of the pair of transfer members (6A, 6B) to be linked and pushed out distally; a switching mechanism fixed on the transfer members disposed between the operation section and a distal end of the transfer members and configured to be capable of applying and releasing the pre-tension relative to the pair of transfer members; characterized in that a predetermined magnitude of pre-tension is applicable to the pair of transfer members (6A, 6B) by enlarging a distance between the operation section and the switching mechanism when the transfer members (6A, 6B) are in a neutral state, and the predetermined magnitude of the pre-tension is set so as to apply tension to the transfer members (6A, 6B) constantly without recourse to a deformation of the bending section due to the bending action thereof. a main unit having a lumen; a pair of transfer members (6A, 6B) each inserted into the bending section, distal ends of the transfer members (6A, 6B) being connected to a distal end of the bending section or the main unit disposed distally relative to the bending section; an operation section having proximal ends of the pair of transfer members (6A, 6B), the operation section being configured so that a retracting operation for retracting one of the pair of transfer members (6A, 6B) proximally causes the other one of the pair of transfer members (6A, 6B) to be linked and pushed out distally; a switching mechanism fixed on the transfer members disposed between the operation section and a distal end of the transfer members and configured to be capable of applying and releasing the pre-tension relative to the pair of transfer members; characterized in that a predetermined magnitude of pre-tension is applicable to the pair of transfer members (6A, 6B) by enlarging a distance between the operation section and the switching mechanism when the transfer members (6A, 6B) are in a neutral state, and the predetermined magnitude of the pre-tension is set so as to apply tension to the transfer members (6A, 6B) constantly without recourse to a deformation of the bending section due to the bending action thereof.
Bicycle brake disk for a hydraulic disk brake comprising a brake band made from a first material having a high thermal resistance and an inner part made from a second material having a higher thermal conductivity than the first material, the brake band having a plurality of recesses in which extensions of the inner part engage, characterized in that the extensions of the inner part each have at least one portion in which the width of the extension increases radially outwards in the circumferential direction of the bicycle brake disk.
A method for use in a host computer having a virtualization software that supports execution of a plurality of virtual machines, the virtualization software including a virtual machine monitor for each of the virtual machines, wherein each virtual machine monitor emulates a virtual central processing unit, CPU, for a corresponding virtual machine, the method of halting execution of a virtual CPU of a virtual machine, the method comprising: receiving a first halt instruction at a virtual machine monitor from a corresponding virtual machine; in response to receiving the first halt instruction, determining by the virtual machine monitor whether the virtual machine is latency sensitive; if the virtual machine is determined to be latency sensitive and to have exclusive affinity with a physical CPU on which the virtual CPU executes, then issuing directly, without executing a system call to a kernel, a second halt instruction from the virtual machine monitor to the physical CPU to halt the physical CPU on which the virtual CPU executes without deallocating the physical CPU from execution of the virtual CPU. receiving a first halt instruction at a virtual machine monitor from a corresponding virtual machine; in response to receiving the first halt instruction, determining by the virtual machine monitor whether the virtual machine is latency sensitive; if the virtual machine is determined to be latency sensitive and to have exclusive affinity with a physical CPU on which the virtual CPU executes, then issuing directly, without executing a system call to a kernel, a second halt instruction from the virtual machine monitor to the physical CPU to halt the physical CPU on which the virtual CPU executes without deallocating the physical CPU from execution of the virtual CPU.
Process for retreading a radial tyre for a motor vehicle, comprising: ∘ a crown comprising a tread provided with at least a radially outer part intended to come into contact with the road; ∘ two non-stretchable beads, two sidewalls connecting the beads to the tread, a carcass reinforcement passing into the two sidewalls and anchored in the beads; ∘ a crown reinforcement or belt positioned circumferentially between the radially outer part of the tread and the carcass reinforcement; ∘ a radially inner elastomer layer, referred to as "underlayer", having a formulation different from the formulation of the radially outer part of the tread, this underlayer being itself positioned circumferentially between the radially outer part of the tread and the crown reinforcement; the said underlayer comprising at least one thermoplastic elastomer, the said thermoplastic elastomer being a block copolymer comprising at least one elastomer block and at least one thermoplastic block, the total content of thermoplastic elastomer being within a range varying from 65 to 100 phr (parts by weight per hundred parts of elastomer); the said process comprising a stage consisting in removing the said tread from the structure of the tyre by softening the said underlayer. ∘ a crown comprising a tread provided with at least a radially outer part intended to come into contact with the road; ∘ two non-stretchable beads, two sidewalls connecting the beads to the tread, a carcass reinforcement passing into the two sidewalls and anchored in the beads; ∘ a crown reinforcement or belt positioned circumferentially between the radially outer part of the tread and the carcass reinforcement; ∘ a radially inner elastomer layer, referred to as "underlayer", having a formulation different from the formulation of the radially outer part of the tread, this underlayer being itself positioned circumferentially between the radially outer part of the tread and the crown reinforcement;
A gas/liquid contacting vessel for treatment of a gas stream at varying mass flow rates, said vessel comprising at least two distinct gas/liquid contacting compartments (101a, 101b) separated from each other by a substantially vertical partition, each compartment having a gas inlet (104a, 104b) and a liquid outlet (110a, 110b) near a bottom end thereof and a gas outlet (106a, 106b) and a liquid inlet (108a, 108b) near a top end thereof, and a mass transfer device (111a, 111b) arranged between said bottom end and top end, wherein all gas outlets (106a, 106b) are connected to a common gas duct, characterized in that all liquid outlets (110a, 110b) are connected to a common liquid discharge duct, all gas inlets (104a, 104b) are connected to a common gas duct, and all liquid inlets (108a, 108b) are connected to a common liquid absorbent supply duct, and further in that inlet valves (113, 114) and outlet valves (115, 116) are arranged as shut-off means so as to selectively block and open fluid connection between a compartment and the common gas duct, the common liquid discharge duct, the common gas duct, the common liquid absorbent supply duct and the other compartments, so that one of said compartments is operable for gas/liquid contacting independently of another of said compartments.