mhurhangee/ep-ind-claims huggingface dataset:
A cleaning apparatus comprising: a first cleaner having a first nozzle for spraying a first detergent through the first nozzle; a second cleaner having a second nozzle for discharging a second detergent to an outside of the second nozzle; and a vibration unit for vibrating the second cleaner when the second cleaner discharges the second detergent, wherein the second cleaner includes: a second cleaner container for storing the second detergent therein; a power terminal for allowing current to flow to the vibration unit; and the second nozzle for spraying the second detergent stored in the second cleaner container and for allowing current to flow to the power terminal, and characterized in that: the second nozzle is provided on an outer peripheral surface thereof with a conductive portion, which allows current to flow through the power terminal, wherein the second nozzle is movable in the second cleaner container between a first position, at which current does not flow to the power terminal, and a second position, at which current flows to the power terminal. a first cleaner having a first nozzle for spraying a first detergent through the first nozzle; a second cleaner having a second nozzle for discharging a second detergent to an outside of the second nozzle; and a vibration unit for vibrating the second cleaner when the second cleaner discharges the second detergent, wherein the second cleaner includes: a second cleaner container for storing the second detergent therein; a power terminal for allowing current to flow to the vibration unit; and the second nozzle for spraying the second detergent stored in the second cleaner container and for allowing current to flow to the power terminal, and characterized in that: the second nozzle is provided on an outer peripheral surface thereof with a conductive portion, which allows current to flow through the power terminal, a second cleaner container for storing the second detergent therein; a power terminal for allowing current to flow to the vibration unit; and the second nozzle for spraying the second detergent stored in the second cleaner container and for allowing current to flow to the power terminal, wherein the second nozzle is movable in the second cleaner container between a first position, at which current does not flow to the power terminal, and a second position, at which current flows to the power terminal.
A filter comprising: a porous open celled ceramic foam body comprising voids separated by struts, said filter being partially coated with glass, wherein said glass is a boron-aluminum-calcium oxide glass, and the thickness of the glass coating is at least 10 μm to no more than 500 μm. a porous open celled ceramic foam body comprising voids separated by struts, said filter being partially coated with glass, wherein said glass is a boron-aluminum-calcium oxide glass, and the thickness of the glass coating is at least 10 μm to no more than 500 μm.
A door assembly, comprising: a guide frame unit including a first guide track and a second guide track spaced apart from and disposed in parallel with the first guide track; an inner door disposed to be upwardly and downwardly movable along the first guide track and provided with a first locking part protruding in a first direction at a lower end; an outer door disposed to be upwardly and downwardly movable along the second guide track and provided with a second locking part protruding in a second direction from above a point at which the first locking part is formed; and a drive unit configured to move the inner door upwardly and downwardly, wherein the second locking part is formed to contact the first locking part as the inner door moves upwardly. a guide frame unit including a first guide track and a second guide track spaced apart from and disposed in parallel with the first guide track; an inner door disposed to be upwardly and downwardly movable along the first guide track and provided with a first locking part protruding in a first direction at a lower end; an outer door disposed to be upwardly and downwardly movable along the second guide track and provided with a second locking part protruding in a second direction from above a point at which the first locking part is formed; and a drive unit configured to move the inner door upwardly and downwardly, wherein the second locking part is formed to contact the first locking part as the inner door moves upwardly.
A method for making a surfactant treated kraft pulp, comprising: digesting a softwood cellulose pulp to a kappa number of from 17 to 21; oxygen delignifying the cellulose pulp to a kappa number of less than 8; bleaching the cellulosic kraft pulp using a multi-stage bleaching process; and treating the pulp with at least one surfactant that is not substantive to the fiber. digesting a softwood cellulose pulp to a kappa number of from 17 to 21; oxygen delignifying the cellulose pulp to a kappa number of less than 8; bleaching the cellulosic kraft pulp using a multi-stage bleaching process; and treating the pulp with at least one surfactant that is not substantive to the fiber.
A crosslinked macromolecular matrix as injectable dermal filler comprising: a hyaluronic acid component; a collagen component derived from collagen type I or collagen type III; wherein the hyaluronic acid component is crosslinked to the collagen component by using a carbodiimide-based coupling agent, thereby forming a crosslinking component; wherein the crosslinking component comprises a plurality of crosslink units, wherein at least a portion of the crosslink units comprise an ester bond or an amide bond;and wherein the crosslinked macromolecular matrix is dispersed in an aqueous liquid in hydrogel form. a hyaluronic acid component; a collagen component derived from collagen type I or collagen type III; wherein the hyaluronic acid component is crosslinked to the collagen component by using a carbodiimide-based coupling agent, thereby forming a crosslinking component; wherein the crosslinking component comprises a plurality of crosslink units, wherein at least a portion of the crosslink units comprise an ester bond or an amide bond;and wherein the crosslinked macromolecular matrix is dispersed in an aqueous liquid in hydrogel form.
A rotational atherectomy system for opening occlusions, comprising: a device for opening occlusions, the device comprising a catheter having a lumen therethrough; a flexible high-speed rotational drive shaft having a lumen (50, 102) therethrough and advanceable and rotatable within the lumen (50, 102) of the catheter; a guide wire having a columnar strength, received within the drive shaft lumen and wherein the shaft is advanceable and rotatable over the guide wire; a sheath having a columnar strength greater than the columnar strength of the guide wire and received within the drive shaft lumen and further having a distal end and a lumen that receives at least a portion of the guide wire, wherein the drive shaft, sheath and guide wire are independently axially moveable relative to each other, wherein the sheath and guide wire are configured to be pushed through vasculature together toward the occlusion, the sheath thereby providing columnar strength enabling the sheath and guide wire to push through the occlusion and wherein in use the guide wire is advanced from the sheath lumen and the drive shaft is next advanced over the sheath and guide wire to the occlusion for high-speed rotational removal of the occlusive material; an atraumatic tip operatively coupled to the distal end of sheath, wherein the atraumatic tip comprises a material that is more flexible than the material comprising the sheath, and wherein at least a portion of the walls of the atraumatic tip are thinner than the walls of the sheath. a device for opening occlusions, the device comprising a catheter having a lumen therethrough; a flexible high-speed rotational drive shaft having a lumen (50, 102) therethrough and advanceable and rotatable within the lumen (50, 102) of the catheter; a guide wire having a columnar strength, received within the drive shaft lumen and wherein the shaft is advanceable and rotatable over the guide wire; a sheath having a columnar strength greater than the columnar strength of the guide wire and received within the drive shaft lumen and further having a distal end and a lumen that receives at least a portion of the guide wire, wherein the drive shaft, sheath and guide wire are independently axially moveable relative to each other, wherein the sheath and guide wire are configured to be pushed through vasculature together toward the occlusion, the sheath thereby providing columnar strength enabling the sheath and guide wire to push through the occlusion and wherein in use the guide wire is advanced from the sheath lumen and the drive shaft is next advanced over the sheath and guide wire to the occlusion for high-speed rotational removal of the occlusive material; an atraumatic tip operatively coupled to the distal end of sheath, wherein the atraumatic tip comprises a material that is more flexible than the material comprising the sheath, and wherein at least a portion of the walls of the atraumatic tip are thinner than the walls of the sheath.
A memristive element comprising: a first electrode of a nanoscale width; a second electrode of a nanoscale width; and an active region disposed between and in electrical contact with the first and second electrodes, the active region having a switching layer of a first metal oxide and a conductive layer of a second metal oxide, wherein a metal ion of the first metal oxide differs from a metal ion of the second metal oxide; wherein the memristive element exhibits a nonlinear current-voltage characteristic in a low resistance state based on an oxide hetero-junction between the first metal oxide and the second metal oxide, characterised in that the first metal oxide is an oxide of tantalum and the second metal oxide is an oxide of titanium or tungsten. a first electrode of a nanoscale width; a second electrode of a nanoscale width; and an active region disposed between and in electrical contact with the first and second electrodes, the active region having a switching layer of a first metal oxide and a conductive layer of a second metal oxide, wherein a metal ion of the first metal oxide differs from a metal ion of the second metal oxide; wherein the memristive element exhibits a nonlinear current-voltage characteristic in a low resistance state based on an oxide hetero-junction between the first metal oxide and the second metal oxide,
A station for thermoforming thermoplastic sheet-like blanks for a thermoforming line, wherein it comprises a thermoforming carousel which can rotate continuously about a vertical central axis and which comprises a plurality of thermoforming heads which are radially spaced apart from said central axis, each thermoforming head being adapted to receive at least one respective heated thermoplastic sheet-like blank at a first peripheral region which is outside the carousel, so as to deform said at least one blank during the rotation of the carousel in order to generate a container and release said at least one blank to a second peripheral region which is outside the carousel and is angularly spaced apart from the first region, wherein each thermoforming head comprises a gripping device for gripping said respective heated sheet-like blank arriving from the first region and for positioning it at a thermoforming region, said gripping device preferably comprising grippers.
A biosensor for detecting the presence of a target analyte in a sample, the biosensor comprising: a transducer component comprising an electrode operatively connected to a microprocessor, the microprocessor being adapted to receive, process and transmit a signal, wherein the microprocessor is configured to screen noise and to pick up impedance change at a frequency range from 1 Hz to 10 Hz; a receptor component having: i) a sensing element capable of detecting and binding to at least one target analyte present in a sample, and ii) a self-assembled monolayer layer, the SAM layer being positioned between and in contact with the sensing element and the electrode, wherein the SAM comprises mercaptoproprionic acid, 11-mercaptoundecanoic acid, 1-tetradecanethiol, or dithiobis-N-succinimidyl propionate (DTSP); and a membrane configured to protect a distal end of the electrode, the membrane comprising an electrode mesh; the transducer component and the receptor component being capable of being brought into direct contact with the sample in situ, wherein the sensing element, in the presence of the target analyte present in the sample, causes a detectable signal capable of being transmitted to the electrode via the SAM layer, said detectable signal comprising a change in impedance as a function of frequency. a transducer component comprising an electrode operatively connected to a microprocessor, the microprocessor being adapted to receive, process and transmit a signal, wherein the microprocessor is configured to screen noise and to pick up impedance change at a frequency range from 1 Hz to 10 Hz; a receptor component having: i) a sensing element capable of detecting and binding to at least one target analyte present in a sample, and ii) a self-assembled monolayer layer, the SAM layer being positioned between and in contact with the sensing element and the electrode, wherein the SAM comprises mercaptoproprionic acid, 11-mercaptoundecanoic acid, 1-tetradecanethiol, or dithiobis-N-succinimidyl propionate (DTSP); and i) a sensing element capable of detecting and binding to at least one target analyte present in a sample, and ii) a self-assembled monolayer layer, the SAM layer being positioned between and in contact with the sensing element and the electrode, wherein the SAM comprises mercaptoproprionic acid, 11-mercaptoundecanoic acid, 1-tetradecanethiol, or dithiobis-N-succinimidyl propionate (DTSP); and a membrane configured to protect a distal end of the electrode, the membrane comprising an electrode mesh; the transducer component and the receptor component being capable of being brought into direct contact with the sample in situ, wherein the sensing element, in the presence of the target analyte present in the sample, causes a detectable signal capable of being transmitted to the electrode via the SAM layer, said detectable signal comprising a change in impedance as a function of frequency.
A metal powder processing equipment in which a table inside a chamber for laminating the metal powder, melting means for melting the metal powder by laser beam or electron beam, and a rotating tool for cutting and shaping the metal powder after melting are provided, comprising: - a first temperature adjusting unit placed at a lower bottom portion of the table; - a second temperature adjusting unit configured to adjust a temperature at the entire outer wall of the chamber disposed with a state of contact with said outer wall around the outside of the chamber, wherein both the first and the second temperature adjusting units (10, 20) can be simultaneously heated or cooled; and - a third temperature adjusting unit disposed inside a room, wherein the room is configured to enclose an area including a metal powder reserve tank and a metal powder supply pipe except for a protruded portion supplying the metal powder to a metal powder supply unit causing the metal powder to fall into the chamber, wherein the third temperature adjusting unit is configured to set a temperature being equal to an average temperature at the outer wall of the chamber, wherein the temperature by the third temperature adjusting unit is set before or at the same time when the second temperature adjusting unit is actuated. - a first temperature adjusting unit placed at a lower bottom portion of the table; - a second temperature adjusting unit configured to adjust a temperature at the entire outer wall of the chamber disposed with a state of contact with said outer wall around the outside of the chamber, wherein both the first and the second temperature adjusting units (10, 20) can be simultaneously heated or cooled; and - a third temperature adjusting unit disposed inside a room, wherein the room is configured to enclose an area including a metal powder reserve tank and a metal powder supply pipe except for a protruded portion supplying the metal powder to a metal powder supply unit causing the metal powder to fall into the chamber, wherein the third temperature adjusting unit is configured to set a temperature being equal to an average temperature at the outer wall of the chamber, wherein the temperature by the third temperature adjusting unit is set before or at the same time when the second temperature adjusting unit is actuated.
A method for forming an optoelectronic component, comprising the steps of: forming an optoelectronic layer structure having a functional layer structure above a carrier, forming a frame structure comprising a first metallic material on the optoelectronic layer structure such that an area above the functional layer structure is exposed by the frame structure and that the frame structure surrounds the area, forming an adhesion layer comprising a second metallic material above a cover body, applying a liquid first alloy having a melting point in the range between -20°C and 100°C in the area on the first optoelectronic layer structure and/or on the adhesion layer of the cover body, coupling the cover body with the optoelectronic layer structure such that the adhesion layer is coupled with the frame structure and that the liquid first alloy is in direct physical contact with the adhesion layer and the frame structure, and at least a part of the first alloy is chemically reacting with the metallic materials of the frame structure and the adhesion layer, whereby at least a second alloy is formed, which solidifies and as such fixes the cover body to the optoelectronic layer structure. forming an optoelectronic layer structure having a functional layer structure above a carrier, forming a frame structure comprising a first metallic material on the optoelectronic layer structure such that an area above the functional layer structure is exposed by the frame structure and that the frame structure surrounds the area, forming an adhesion layer comprising a second metallic material above a cover body, applying a liquid first alloy having a melting point in the range between -20°C and 100°C in the area on the first optoelectronic layer structure and/or on the adhesion layer of the cover body, coupling the cover body with the optoelectronic layer structure such that the adhesion layer is coupled with the frame structure and that the liquid first alloy is in direct physical contact with the adhesion layer and the frame structure, and at least a part of the first alloy is chemically reacting with the metallic materials of the frame structure and the adhesion layer, whereby at least a second alloy is formed, which solidifies and as such fixes the cover body to the optoelectronic layer structure.
An ink composition comprising • a water-dispersed resin; • a water dispersible colorant; • a cyclodextrin compound; • water; • a co-solvent; wherein the water-dispersed resin is present in an amount of 3.5 wt% or more, based on the total weight of the ink composition, wherein the water-dispersed resin is present in an amount of 80wt% or more based on the amount of the cyclodextrin component, and wherein the co-solvent is selected from the group consisting of: saccharides and co-solvents comprising a ring structure, wherein the ring structure comprises a 5-membered, a 6-membered or a 7-membered ring. • a water-dispersed resin; • a water dispersible colorant; • a cyclodextrin compound; • water; • a co-solvent;
Installation system for the fastening of a sanitary fitting, for example of a toilet bowl or a urinal, including an installation frame, a rod which extends along a central axis and has external toothing, a holding unit, which is connected to the installation frame, having a housing and at least one clamping jaw, which is mounted movably in the housing and comprises a toothed portion which matches the external toothing, via which holding unit the rod is movable into connection with the installation frame, wherein the clamping jaw is movable from an engagement position, in which the external toothing engages in the toothed portion, into a release position, in which the external toothing is located outside the toothed portion so that the rod is displaceable relative to the clamping jaw in the direction of the central axis, wherein the installation system additionally includes an installation tool, with which the clamping jaw is movable from the engagement position into the release position, characterized in that the installation tool comprises a sleeve portion with a sleeve chamber into which the rod extends during the installation, wherein the sleeve portion acts as installation protection for the rod, and wherein the sleeve chamber comprises a length which receives in full the part of the rod which protrudes freely from the holding unit or from the installation frame, respectively, in such a manner that the rod is protected against external influences. an installation frame, a rod which extends along a central axis and has external toothing, a holding unit, which is connected to the installation frame, having a housing and at least one clamping jaw, which is mounted movably in the housing and comprises a toothed portion which matches the external toothing, via which holding unit the rod is movable into connection with the installation frame, wherein the clamping jaw is movable from an engagement position, in which the external toothing engages in the toothed portion, into a release position, in which the external toothing is located outside the toothed portion so that the rod is displaceable relative to the clamping jaw in the direction of the central axis, wherein the installation system additionally includes an installation tool, with which the clamping jaw is movable from the engagement position into the release position, characterized in that the installation tool comprises a sleeve portion with a sleeve chamber into which the rod extends during the installation, wherein the sleeve portion acts as installation protection for the rod, and wherein the sleeve chamber comprises a length which receives in full the part of the rod which protrudes freely from the holding unit or from the installation frame, respectively, in such a manner that the rod is protected against external influences.