mhurhangee/ep-ind-claims huggingface dataset:
A pediatric patient support system comprising: a support extension configured to be removably coupled to an end of a cradle of a table, wherein the support extension comprises a pair of radial supports extending in a direction which, when the support extension is coupled to the end of the cradle of the table, is radial relative to a longitudinal axis of the cradle; a pair of rods, wherein each rod of the pair of rods is coupled to a respective radial support of the pair of radial supports and extends in a direction which, when the support extension is coupled to the end of the cradle of the table, is substantially parallel to the longitudinal axis; and a patient support disposed between and directly coupled to the pair of rods, the patient support comprising a backing manufactured from a flexible material of suitable tensile strength to support and suspend a pediatric patient, wherein the patient support is configured to move along the rods axially relative to the longitudinal axis, to move the pediatric patient in and out of a central bore of a medical imaging system. a support extension configured to be removably coupled to an end of a cradle of a table, wherein the support extension comprises a pair of radial supports extending in a direction which, when the support extension is coupled to the end of the cradle of the table, is radial relative to a longitudinal axis of the cradle; a pair of rods, wherein each rod of the pair of rods is coupled to a respective radial support of the pair of radial supports and extends in a direction which, when the support extension is coupled to the end of the cradle of the table, is substantially parallel to the longitudinal axis; and a patient support disposed between and directly coupled to the pair of rods, the patient support comprising a backing manufactured from a flexible material of suitable tensile strength to support and suspend a pediatric patient, wherein the patient support is configured to move along the rods axially relative to the longitudinal axis, to move the pediatric patient in and out of a central bore of a medical imaging system.
Refrigeration appliance with a door mounted to a frame and with a lighting device, which emits light along its longitudinal extension in a main beam direction, wherein the lighting device is orientated vertically around a swivel axis, being parallel to its longitudinal extension and is swivel-mounted to the frame of the refrigeration appliance in such a way that, when the door is closed, the lighting device assumes a first position, in which its main beam direction is orientated in a first direction towards the interior space of the cabinet along a side wall of the refrigeration appliance and, when the door is open, by swivelling it around its swivel axis, the lighting device is brought into a second position, in which its main beam direction is orientated into a second direction diagonal to the side wall in the direction of the interior space of the cabinet covered by the closed door, characterized in that the lighting device is mounted to the frame of the refrigeration appliance by means of a hinge, thereby swivel-mounting only the lighting device, and the said lighting device can be swivelled by a maximum of 60° between the first position and the second position, and that the lighting device is connected to a lever supported on the door that fixes the lighting device in its first position when the door is closed.
A laundry washer or washer/dryer comprising a body; a tub which is disposed into the body; a drum which is disposed in the tub, which rotates around its own axis and wherein the laundry is placed; a shock absorber which connects the tub and the body to each other and which has a cylinder fixed to the tub from one end and a piston fixed to the body from one end and moving linearly in the cylinder; a cylinder connection member which enables the shock absorber to be fixed to the tub; a piston connection member which enables the shock absorber to be fixed to the body; and a mounting plate which enables the shock absorber to be mounted to the tub by means of the cylinder connection member, the cylinder connection member having a convex support plate; and the mounting plate which comes into contact with the support plate and which has a recess formed so as to correspond to the convex form of the mounting surface characterized by the mounting plate having a channel which enables the cylinder connection member to be rotated on the mounting plate such that the cylinder connection member is shifted to the locking position to be fixed on the mounting plate, and the cylinder connection member having a lug which can be slidably moved in the channel.
A method of printing a three-dimensional article comprising: selectively depositing a first portion of build material in a fluid state onto a substrate to form a first region of build material; selectively depositing a first portion of support material in a fluid state to form a first region of support material; and selectively depositing a second portion of build material in a fluid state to form a second region of build material, wherein the first region of support material is disposed between the first region of build material and the second region of build material in a z-direction of the article, characterized in that the first and/or second region of build material is formed from a mixture or combination of one or more of a first build material having a cyan color, a second build material having a magenta color, and a third build material having a yellow color, and and in that the first region of support material is formed from a support material having a white color. selectively depositing a first portion of build material in a fluid state onto a substrate to form a first region of build material; selectively depositing a first portion of support material in a fluid state to form a first region of support material; and selectively depositing a second portion of build material in a fluid state to form a second region of build material, wherein the first region of support material is disposed between the first region of build material and the second region of build material in a z-direction of the article, characterized in that the first and/or second region of build material is formed from a mixture or combination of one or more of a first build material having a cyan color, a second build material having a magenta color, and a third build material having a yellow color, and and in that the first region of support material is formed from a support material having a white color.
Composition, in particular cosmetic, in the form of an oil-in-water emulsion, comprising a continuous aqueous phase and a dispersed oil phase in the form of drops and, wherein the drops comprise an oil phase and a shell formed of at least one anionic polymer and at least one cationic polymer, wherein the size of the drops is less than 500 μm, and wherein the drops comprise an oil phase and a shell, wherein the shell is formed of at least one anionic polymer, identical to or different from, and at least one cationic polymer, identical or different from, wherein the size of the drops is greater than 500 μm.
A method for manufacturing a cable-type secondary battery, comprising: (a) disposing a first electrode bobbin configured to successively supply a first electrode member, a separator bobbin configured to successively supply a separator ribbon, and a second electrode bobbin configured to successively supply a second electrode member, around a rod-shaped winding core; (b) rotating the first electrode bobbin based on an axis coinciding with an axis of the winding core to twist the first electrode member of a strip structure at an outside of the winding core; (c) rotating the separator bobbin based on an axis coinciding with an axis of the winding core to twist the separator ribbon at an outside of the first electrode member; and (d) rotating the second electrode bobbin based on an axis coinciding with an axis of the winding core to twisting the second electrode member of a strip structure at an outside of the separator ribbon, wherein a width of the first electrode member and a width of the second electrode member are respectively smaller than a winding circumference, and a width of the separator ribbon is greater than the winding circumference. (a) disposing a first electrode bobbin configured to successively supply a first electrode member, a separator bobbin configured to successively supply a separator ribbon, and a second electrode bobbin configured to successively supply a second electrode member, around a rod-shaped winding core; (b) rotating the first electrode bobbin based on an axis coinciding with an axis of the winding core to twist the first electrode member of a strip structure at an outside of the winding core; (c) rotating the separator bobbin based on an axis coinciding with an axis of the winding core to twist the separator ribbon at an outside of the first electrode member; and (d) rotating the second electrode bobbin based on an axis coinciding with an axis of the winding core to twisting the second electrode member of a strip structure at an outside of the separator ribbon,
A demulsifier comprising the reaction product of: a) an alkoxylated sorbitol or sorbitan ester; and b) a dicarboxylic acid. a) an alkoxylated sorbitol or sorbitan ester; and b) a dicarboxylic acid.
Assembly process of lower structural parts and upper structural parts of a motor vehicle, the lower structural part consisting of two front side walls facing each other, defining two wheel passages and on internal faces, of which two reinforcement side elements, each of which has a free end, and the said upper structural part having two seconds Rear side walls facing intended to be joined together fixed and respectively to the upper parts of the said first rear side walls, characterized in that it includes (i) a first step in which one attaches to the said free end of each side reinforcement element a first part dedicated to the anchoring of a gasket locking a rear seat back, and an inner side of each of the second rear side walls, a second part dedicated to the anchoring of a seat belt reference part, and ii) a second stage in which the said lower and upper structural parts and PSS are assembled together by welding the said first parts to the said second parts and the said first rear side walls to the said second rear side walls.
A method of generating aerosol from an aerosol-generating substrate using an aerosol-generating device comprising a first heat source and a second heat source disposed to heat, but not burn, the aerosol-generating substrate in use; wherein the aerosol-generating substrate comprises first and second portions (202, 204) and there is no physical separation between the portions; and wherein the aerosol-generating substrate is capable of being inductively heated by the first and second heat source; wherein: the first heat source is disposed to heat, but not burn, the first portion of the aerosol-generating substrate in use; the second heat source disposed to heat, but not burn, the second portion of the aerosol-generating substrate in use; and the first and second heat sources (102, 104) are independently controllable; the method comprising the steps of: heating the aerosol-generating substrate in the aerosol-generating device over a period of time corresponding to a session of use, so that a temperature profile of the first portion of the aerosol-generating substrate during heating is different from a temperature profile of the second portion of the aerosol-generating substrate, and characterised in that the temperature profiles of the first and second portion differ in rate of change of temperature such that the temperature of the first portion rises to an operating temperature relatively quickly, and in a later part of the session, the temperature of the first portion falls to a prescribed second temperature, and remains at that temperature for a sustained period, the second portion rises to an operating temperature relatively slowly, and remains at that temperature for a sustained period. the first heat source is disposed to heat, but not burn, the first portion of the aerosol-generating substrate in use; the second heat source disposed to heat, but not burn, the second portion of the aerosol-generating substrate in use; and the first and second heat sources (102, 104) are independently controllable; the method comprising the steps of: heating the aerosol-generating substrate in the aerosol-generating device over a period of time corresponding to a session of use, so that a temperature profile of the first portion of the aerosol-generating substrate during heating is different from a temperature profile of the second portion of the aerosol-generating substrate, and characterised in that the temperature profiles of the first and second portion differ in rate of change of temperature such that the temperature of the first portion rises to an operating temperature relatively quickly, and in a later part of the session, the temperature of the first portion falls to a prescribed second temperature, and remains at that temperature for a sustained period, the second portion rises to an operating temperature relatively slowly, and remains at that temperature for a sustained period.
Drain for a sanitary area, in particular for a bath tub or shower tray or as a floor drain, with a drain housing (3.1) which is at least partially transparent, such that at least one housing segment (3.3) which defines an outer surface of the drain housing is transparent, the transparent drain housing (3.1) or housing segment (3.3) being designed to detect impermissible moisture in a vicinity of the outer surface of the drain housing (3.1), characterized in that the transparent drain housing (3.1) or housing segment (3.3) is provided with an indicating means for indicating an impermissible moisture, preferably atmospheric moisture, in the vicinity of the outer surface of the drain housing (3.1), the indicating means being formed from a substrate which has an indicator material which has the property or is designed to indicate an impermissible moisture.
A sorbent for an inflammatory mediator for use in a method of treating systemic, regional, or local inflammation in a patient suffering or at risk of inflammation, wherein said method comprises the step of administering the sorbent to said patient, and wherein said sorbent is a biocompatible polymer that is: a polymer comprising residues from divinylbenzene and ethylvinylbenzene monomers; or a porous highly crosslinked styrene or divinylbenzene copolymer, wherein said porous highly crosslinked styrene or divinylbenzene copolymer is: a) a macroporous or mesoporous styrene-divinylbenzene-ethylstyrene copolymer subjected to a partial chloromethylation to a chlorine content of up to 7% molecular weight; or b) a hypercrosslinked polystyrene produced from crosslinked styrene copolymers by an extensive chloromethylation and a subsequent post-crosslinking by treating with a Friedel-Crafts catalyst in a swollen state; or c) a hypercrosslinked polystyrene produced from crosslinked styrene copolymers by an extensive additional post-crosslinking in a swollen state with bifunctional crosslinking agents selected from the group comprising of monochlorodimethyl ether and p-xylylene dichloride. a polymer comprising residues from divinylbenzene and ethylvinylbenzene monomers; or a porous highly crosslinked styrene or divinylbenzene copolymer, wherein said porous highly crosslinked styrene or divinylbenzene copolymer is: a) a macroporous or mesoporous styrene-divinylbenzene-ethylstyrene copolymer subjected to a partial chloromethylation to a chlorine content of up to 7% molecular weight; or b) a hypercrosslinked polystyrene produced from crosslinked styrene copolymers by an extensive chloromethylation and a subsequent post-crosslinking by treating with a Friedel-Crafts catalyst in a swollen state; or c) a hypercrosslinked polystyrene produced from crosslinked styrene copolymers by an extensive additional post-crosslinking in a swollen state with bifunctional crosslinking agents selected from the group comprising of monochlorodimethyl ether and p-xylylene dichloride. a) a macroporous or mesoporous styrene-divinylbenzene-ethylstyrene copolymer subjected to a partial chloromethylation to a chlorine content of up to 7% molecular weight; or b) a hypercrosslinked polystyrene produced from crosslinked styrene copolymers by an extensive chloromethylation and a subsequent post-crosslinking by treating with a Friedel-Crafts catalyst in a swollen state; or c) a hypercrosslinked polystyrene produced from crosslinked styrene copolymers by an extensive additional post-crosslinking in a swollen state with bifunctional crosslinking agents selected from the group comprising of monochlorodimethyl ether and p-xylylene dichloride.
An aqueous plating bath composition for electroless deposition of nickel and nickel alloys, the composition comprising (i) a source of nickel ions, characterized in that the aqueous plating bath composition further comprises (ii) a mixture of stabilizing agents comprising a) at least one metal ion selected from indium ion and gallium ion, and b) at least one selected from elementary iodine, iodide ion containing compounds, iodate ion containing compounds and periodate ion containing compounds. (i) a source of nickel ions, characterized in that the aqueous plating bath composition further comprises (ii) a mixture of stabilizing agents comprising a) at least one metal ion selected from indium ion and gallium ion, and b) at least one selected from elementary iodine, iodide ion containing compounds, iodate ion containing compounds and periodate ion containing compounds. a) at least one metal ion selected from indium ion and gallium ion, and b) at least one selected from elementary iodine, iodide ion containing compounds, iodate ion containing compounds and periodate ion containing compounds.
A heat pump comprising a closed circuit containing a refrigerant fluid and a lubricant, the closed circuit comprising a fluid compressor and a return circuit for returning fluid to the compressor, the compressor extending in the closed circuit between a fluid inlet and a fluid outlet, the return circuit extending in the closed circuit, complementarily to the compressor, between the fluid outlet and the fluid inlet, the return circuit comprising a condenser, an expander and an evaporator, said return circuit comprising a first line extending between the fluid outlet and the condenser, a second line extending between the condenser and the expander, a third line extending between the expander and the evaporator, and a fourth line extending between the evaporator and the fluid inlet, wherein the fluid comprises a mixture of an R32 first Freon (difluoromethane), an R125 second Freon (pentafluoroethane) and an R134a third Freon (1,1,1,2-tetrafluoroethane), and the lubricant comprises a synthetic polyolester oil, the pump being characterized in that said closed circuit comprises a first widening of a line of the return circuit, the first widening being positioned on said first line for imposing a negative pressure on drops of the lubricant to give rise to the appearance of gas bubbles in the drops that burst into finer droplets, thereby forming a mist of the lubricant between the compressor and the condenser, the first widening containing pipes positioned vertically for selecting and transporting droplets created by the first widening.
An aerosol inhaler cartridge comprising: a liquid storage unit configured to store an aerosol generating liquid; and a metal heater that has a small thickness and is configured to atomize the aerosol generating liquid supplied from the liquid storage unit, wherein the metal heater includes a front face, a rear face opposed to the front face, and a side face that connects the front face and the rear face with each other, a tapered protrusion (1523; 1523A) is provided on at least part of the side face, protruding in a tapered manner in a direction different from an imaginary line extending from the front face to the rear face, and the tapered protrusion includes a first tapered surface formed into a concave curve extending from a front side edge portion serving as a base end toward a tip of the tapered protrusion, and a second tapered surface formed into a concave curve extending from a rear side edge portion serving as a base end toward the tip of the tapered protrusion, the front side edge portion being connected with the front face and the side face, the rear side edge portion being connected with the rear face and the side face. a liquid storage unit configured to store an aerosol generating liquid; and a metal heater that has a small thickness and is configured to atomize the aerosol generating liquid supplied from the liquid storage unit, wherein the metal heater includes a front face, a rear face opposed to the front face, and a side face that connects the front face and the rear face with each other, a tapered protrusion (1523; 1523A) is provided on at least part of the side face, protruding in a tapered manner in a direction different from an imaginary line extending from the front face to the rear face, and the tapered protrusion includes a first tapered surface formed into a concave curve extending from a front side edge portion serving as a base end toward a tip of the tapered protrusion, and a second tapered surface formed into a concave curve extending from a rear side edge portion serving as a base end toward the tip of the tapered protrusion, the front side edge portion being connected with the front face and the side face, the rear side edge portion being connected with the rear face and the side face.
A cooling turner for cooling wood-based boards or board stacks, which cooling turner comprises a rotatable center pipe, flanges fastened to it and also support prongs fastened to the flanges for supporting the boards or board stacks during cooling, wherein each flange is formed from at least three sector parts, and the sector parts are fastened to the center pipe, wherein two or more sector parts that are consecutive in the longitudinal direction of the cooling turner are formed into one sector module, and sector parts of a sector module are connected to each other with one or more rods.
A compressor, in particular a semi-hermetic or hermetic displacement compressor, for compressing NH 3, comprising an at least partially NH 3 -cooled electric motor with motor windings, characterized in that the motor windings comprise a conductor made of copper and an ammonia-resistant coating, wherein the conductor and the ammonia-resistant coating are formed in two immediately successive extrusion steps. characterized in that the motor windings comprise a conductor made of copper and an ammonia-resistant coating, wherein the conductor and the ammonia-resistant coating are formed in two immediately successive extrusion steps.
A device for object protection comprising at least two laser scanners, which are configured to each emit a laser beam scanning fan in front of the object and to detect a penetration of the scanning fan by means of a reflection of the laser beam of the scanning fan occurring on a body, characterised in that the laser scanners are arranged on the ground next to the object and have scanning fans which are oriented upwardly, at least one of which is oriented upwardly at an incline, and which intersect one another, wherein the scanning fans form a closed scanning hood covering the object.