mhurhangee/ep-ind-claims huggingface dataset:
A catheter system for forming a hydrodissection pouch within a vessel wall at a treatment site, wherein the catheter system comprises: a catheter including: a proximal end and a distal end, wherein the distal end includes a trough having support rails configured to contact vessel wall tissue at the treatment site; and a lumen extending from the proximal end to the distal end; and a dissection assembly configured to be slidably received within the lumen, wherein the dissection assembly includes: a puncture element having a beveled distal edge, wherein the puncture element is configured to be: advanced within the vessel wall, and fluidly coupled to a source of pressurized fluid and eject the pressurized fluid while being advanced within the vessel wall to form the hydrodissection pocket; a puncture element sheath configured to be advanced distally beyond the beveled edge of the puncture element while the puncture element ejects the pressurized fluid in the vessel wall such that the puncture element sheath shields the tissue of the vessel wall from the puncture element during formation of the hydrodissection pouch. a catheter including: a proximal end and a distal end, wherein the distal end includes a trough having support rails configured to contact vessel wall tissue at the treatment site; and a lumen extending from the proximal end to the distal end; and a proximal end and a distal end, wherein the distal end includes a trough having support rails configured to contact vessel wall tissue at the treatment site; and a lumen extending from the proximal end to the distal end; and a dissection assembly configured to be slidably received within the lumen, wherein the dissection assembly includes: a puncture element having a beveled distal edge, wherein the puncture element is configured to be: advanced within the vessel wall, and fluidly coupled to a source of pressurized fluid and eject the pressurized fluid while being advanced within the vessel wall to form the hydrodissection pocket; a puncture element sheath configured to be advanced distally beyond the beveled edge of the puncture element while the puncture element ejects the pressurized fluid in the vessel wall such that the puncture element sheath shields the tissue of the vessel wall from the puncture element during formation of the hydrodissection pouch. a puncture element having a beveled distal edge, wherein the puncture element is configured to be: advanced within the vessel wall, and fluidly coupled to a source of pressurized fluid and eject the pressurized fluid while being advanced within the vessel wall to form the hydrodissection pocket; advanced within the vessel wall, and fluidly coupled to a source of pressurized fluid and eject the pressurized fluid while being advanced within the vessel wall to form the hydrodissection pocket; a puncture element sheath configured to be advanced distally beyond the beveled edge of the puncture element while the puncture element ejects the pressurized fluid in the vessel wall such that the puncture element sheath shields the tissue of the vessel wall from the puncture element during formation of the hydrodissection pouch.
A method of analyzing genetically abnormal cells, the method comprising the steps of: (a) preparing a cell sample containing eukaryotic cells, wherein the cell sample is blood or a mononuclear cell component separated from blood, (b) immunostaining of cells contained in the cell sample using one or more antibodies against a cell surface antigen of genetically abnormal cells after the step (a), (c) subjecting the cells contained in the cell sample to a permeation treatment after the step (b), (d) subjecting the cells contained in the cell sample to an immobilization treatment after the step (b), (e) conducting FISH (fluorescence in situ hybridization) to the cells contained in the cell sample using one or more nucleic acid probes specifically binding to DNA of a cancer gene after the step (d), (f) analyzing fluorescence signals from the nucleic acid probes in the cells contained in the cell sample using a three-dimensional image analysis method after the step (e), and (g) determining whether the cells contained in the cell sample are genetically abnormal cells or not based on a results of the step (b) and a results of the step (f) by analyzing results of the FISH on cells having bound the antibody of the step (b), further comprising the step of (i) immunostaining of cells contained in the cell sample using one or more antibodies which specifically bind to a molecule existing in the interior of cells likely to be genetically abnormal before the step (g) after the step (c). (a) preparing a cell sample containing eukaryotic cells, wherein the cell sample is blood or a mononuclear cell component separated from blood, (b) immunostaining of cells contained in the cell sample using one or more antibodies against a cell surface antigen of genetically abnormal cells after the step (a), (c) subjecting the cells contained in the cell sample to a permeation treatment after the step (b), (d) subjecting the cells contained in the cell sample to an immobilization treatment after the step (b), (e) conducting FISH (fluorescence in situ hybridization) to the cells contained in the cell sample using one or more nucleic acid probes specifically binding to DNA of a cancer gene after the step (d), (f) analyzing fluorescence signals from the nucleic acid probes in the cells contained in the cell sample using a three-dimensional image analysis method after the step (e), and (g) determining whether the cells contained in the cell sample are genetically abnormal cells or not based on a results of the step (b) and a results of the step (f) by analyzing results of the FISH on cells having bound the antibody of the step (b), further comprising the step of (i) immunostaining of cells contained in the cell sample using one or more antibodies which specifically bind to a molecule existing in the interior of cells likely to be genetically abnormal before the step (g) after the step (c).
Method for preparing a particulate free-flowing biomass comprising an oxidation-sensitive material of value, characterized in that, for preparing the particulate biomass, hydrophilic or hydrophobic silica is used in an amount such that a concentration of hydrophilic or hydrophobic silica in the particulate biomass of 0.1 to 8% by weight is established, wherein the product has a cell content of at least 60% by weight and wherein the cells of the biomass have a lipid content of at least 20% by weight, based on the cell dry matter.
A display apparatus comprising: a substrate; a display portion including a plurality of pixels; a driving circuit connecting portion outside the display portion on the substrate; a display pad in the driving circuit connecting portion that is electrically connected to the plurality of pixels, respectively; a base film provided on the substrate to cover the display portion; a touch sensing portion on the base film; a touch circuit connecting portion extending from a lower side of the base film; a cover window on the substrate that covers the display portion and exposes a part of the substrate; and an insertion member in the driving circuit connecting portion in a gap space between the substrate and the cover window, wherein the insertion member is extended over to the exposed part of the substrate. a substrate; a display portion including a plurality of pixels; a driving circuit connecting portion outside the display portion on the substrate; a display pad in the driving circuit connecting portion that is electrically connected to the plurality of pixels, respectively; a base film provided on the substrate to cover the display portion; a touch sensing portion on the base film; a touch circuit connecting portion extending from a lower side of the base film; a cover window on the substrate that covers the display portion and exposes a part of the substrate; and an insertion member in the driving circuit connecting portion in a gap space between the substrate and the cover window, wherein the insertion member is extended over to the exposed part of the substrate.
A system for fishing a metal object from a subterranean well, the system including: a fishing tool with housing, the housing being an elongated member having an internal bore; a first electromagnetic assembly located within the internal bore of the housing; and a second electromagnetic assembly located at an outer diameter surface of the housing, the second electromagnetic assembly being moveable between a contracted position and an extended position where the second electromagnetic assembly extends outward from the housing; where the first electromagnetic assembly is operable to generate a first magnetic force with an adjustable magnitude; and the second electromagnetic assembly is operable to generate a second magnetic force with an adjustable magnitude, the first magnetic force and the second magnetic force having a same magnetic polarity. a fishing tool with housing, the housing being an elongated member having an internal bore; a first electromagnetic assembly located within the internal bore of the housing; and a second electromagnetic assembly located at an outer diameter surface of the housing, the second electromagnetic assembly being moveable between a contracted position and an extended position where the second electromagnetic assembly extends outward from the housing; where the first electromagnetic assembly is operable to generate a first magnetic force with an adjustable magnitude; and the second electromagnetic assembly is operable to generate a second magnetic force with an adjustable magnitude, the first magnetic force and the second magnetic force having a same magnetic polarity.
A luggage comprising a shell in which at least one storage compartment is formed, said shell having an upper section and a lower section which are connected by a hinge area adapted to enable the arrangement of said sections reversibly between a deployed configuration of use of said compartment and a folded configuration of storage of said luggage by folding said hinge area, said upper section being equipped with a device for handling said luggage which comprises an upper framework extending between an upper handle projecting from said upper section and a lower support fastened in said upper section, the lower section being equipped with a lower framework which extends between a lower wall of said lower section and an upper support fastened in said lower section, said luggage being equipped with an intermediate framework which comprises a connector, said intermediate framework being reversibly deployable from one of the supports (21, 14) between a position remote from the hinge area and a position of engagement of the connector into the other one of the supports (14, 21) when the sections (1a, 1b) are in the use configuration, said intermediate framework in the engagement position being arranged so as to prevent folding of the hinge area, said connector and said other one of the supports comprising a device (30, 31, 32, 33) for reversibly locking their engagement in the use configuration of the luggage.
Process for manufacturing a glass sheet comprising at least one colored and transparent glassy layer, which comprises the steps consisting in: - depositing by screen printing, on all or part of the surface of at least one face of the glass sheet, at least one layer of a composition comprising: a sol obtained by hydrolysis and polycondensation of at least one compound of formula: MX 4 wherein M represents an Si, Ti, Zr or Al atom, and the radicals X, which are identical or different, represent a hydroxyl group or a hydrolyzable group or an oligomer derived from this compound, at least one colloid comprising a metal salt and a complexing agent selected from diamines, at least one solvent having a boiling point at least equal to 150°C, at least one thickener selected from nonionic cellulose derivatives, and - heating the sheet coated with the layer or layers at a temperature sufficient to obtain the development of the color. - depositing by screen printing, on all or part of the surface of at least one face of the glass sheet, at least one layer of a composition comprising: a sol obtained by hydrolysis and polycondensation of at least one compound of formula: MX 4 wherein M represents an Si, Ti, Zr or Al atom, and the radicals X, which are identical or different, represent a hydroxyl group or a hydrolyzable group or an oligomer derived from this compound, at least one colloid comprising a metal salt and a complexing agent selected from diamines, at least one solvent having a boiling point at least equal to 150°C, at least one thickener selected from nonionic cellulose derivatives, and a sol obtained by hydrolysis and polycondensation of at least one compound of formula: MX 4 wherein M represents an Si, Ti, Zr or Al atom, and the radicals X, which are identical or different, represent a hydroxyl group or a hydrolyzable group or an oligomer derived from this compound, at least one colloid comprising a metal salt and a complexing agent selected from diamines, at least one solvent having a boiling point at least equal to 150°C, at least one thickener selected from nonionic cellulose derivatives, and - heating the sheet coated with the layer or layers at a temperature sufficient to obtain the development of the color.
A red-coloured effect pigment comprising a non-metallic, platelet-like substrate and a coating applied on the substrate, wherein the coating comprises at least one metal oxide, metal hydroxide and/or metal oxide hydrate, the metal ions of the metal oxide, metal hydroxide and/or metal oxide hydrate comprise at least two different metal ions selected from the group of metals consisting of Fe, Sn, Ti and Zr, the proportion of iron ions, determined by means of XRF and calculated as elemental iron, is in total less than 17 wt%, with respect to the total weight of the red-coloured effect pigment, and wherein the hue angle h* 15 in the CIELCh colour space is in a range of from 320° to 360° and 0° to 60°.
A vertically sliding door assembly, in particular in the wall of a docking station of a warehouse, comprising a vertically sliding door panel having an inner surface and an outer surface, two vertical guide systems each mounted adjacent one lateral side of a wall opening and arranged to guide said sliding door panel in a vertical direction between a closed position wherein said wall opening is closed by said door panel and an open position wherein said wall opening is open, and driving means (6, 7) for moving said door panel in vertical direction between said open and closed positions, wherein said guide systems each comprise two vertically extending slide bearing surfaces, a first one of said slide bearing surface facing the inner surface of said door panel and the second one of said slide bearing surface facing said outer surface of said door panel, such that movement in the direction perpendicular to said inner and outer surfaces of said door panel is substantially blocked by said slide bearing surfaces while moving in the vertical direction, wherein said first and second slide bearing surfaces are provided with flexible vertically extending strips extending obliquely in a lateral direction and towards said door panel, such that the outer ends of said flexible strips rest on the respective inner and outer surfaces of said door panel if the door panel extends between said slide bearing surfaces characterized in that said guide systems each comprise a profiled beam with a substantially C-shaped cross section, wherein said first and second slide bearing surfaces being formed by the mutually facing surfaces at the two outer ends of said C-shaped cross section, and wherein each of said profiled beams comprises two beam parts, each having a substantially J-shaped cross section, which beam parts are mounted to the wall such that they together form said beam with said substantially C-shaped cross section.
Coater for a 3D printer, comprising: an elongated container having two opposing, long sidewalls (32, 34) between which an internal cavity for receiving particulate material is formed, which opens into an output slot for outputting the particulate material from the container onto a construction field, a first adjusting device configured to move the two side walls (32, 34) relative to each other at least in a respective lower portion (32a, 34a) thereof adjoining the output slot to thereby variably adjust the width of the output slot, characterized in that the first adjusting device is configured to selectively move the two long side walls (32, 34) relative to each other at least in a respective lower portion (32a, 34a) thereof adjoining the output slot such that the width of the output slot varies in a longitudinal direction of the slot, for example with a difference/variance of up to at least 1 mm, for example up to at least 1.5 mm, for example up to at least 2 mm. an elongated container having two opposing, long sidewalls (32, 34) between which an internal cavity for receiving particulate material is formed, which opens into an output slot for outputting the particulate material from the container onto a construction field, a first adjusting device configured to move the two side walls (32, 34) relative to each other at least in a respective lower portion (32a, 34a) thereof adjoining the output slot to thereby variably adjust the width of the output slot, characterized in that the first adjusting device is configured to selectively move the two long side walls (32, 34) relative to each other at least in a respective lower portion (32a, 34a) thereof adjoining the output slot such that the width of the output slot varies in a longitudinal direction of the slot, for example with a difference/variance of up to at least 1 mm, for example up to at least 1.5 mm, for example up to at least 2 mm.
A refrigeration facility at least part of which is located in a machine room and comprising a cooling circuit in which a refrigerant flows and comprising an air condenser mounted outside the machine room and comprising a shell delimited by at least two side walls, a bottom, an upper wall and at least one transverse wall extending between the side walls, the air condenser further comprising at least one heat exchanger in which a refrigerant flows, at least one refrigerant inlet header and at least one refrigerant outlet header connected to the heat exchanger extending to the outside of the air condenser, characterised in that it comprises a containment system for refrigerant leaks from at least one of the refrigerant headers (15a, 15b) to contain fluid leaks relative to the outside of the air condenser and having the form of an open casing configured to be adapted to an opening of the machine room.
A display device, comprising: a housing; a first display disposed in the housing; a privacy filter disposed adjacent the first display; a second display disposed adjacent the privacy filter such that the privacy filter is interposed between the first and second displays (32, 38); and wherein the first display is configured to display a first output and the second display is configured to display a second output, and wherein the first output displayed on the first display is viewable through the second display and only within a viewable arc of the privacy filter, characterized by a one-way mirror disposed between the second display and the privacy filter and a light source disposed in the housing adjacent to the one-way mirror, wherein the one-way mirror is arranged to cooperate with the light source. a housing; a first display disposed in the housing; a privacy filter disposed adjacent the first display; a second display disposed adjacent the privacy filter such that the privacy filter is interposed between the first and second displays (32, 38); and wherein the first display is configured to display a first output and the second display is configured to display a second output, and wherein the first output displayed on the first display is viewable through the second display and only within a viewable arc of the privacy filter, characterized by a one-way mirror disposed between the second display and the privacy filter and a light source disposed in the housing adjacent to the one-way mirror, wherein the one-way mirror is arranged to cooperate with the light source.
Device for monitoring containers made of plastic material comprising: - a receptacle intended to receive a liquid solution containing soda, in which a container can be at least partially immersed; - means for pressurising the container, said receptacle having a transparent bottom and wherein the monitoring device comprises image acquisition means, these acquisition means being positioned under the receptacle in order to record a succession of images of the container when it is pressurised, characterised in that the monitoring device also comprises: - a light source disposed above the receptacle and illuminating towards the image acquisition means, - at least one polarising screen inserted between the light source and the image acquisition means. - a receptacle intended to receive a liquid solution containing soda, in which a container can be at least partially immersed; - means for pressurising the container, said receptacle having a transparent bottom and wherein the monitoring device comprises image acquisition means, these acquisition means being positioned under the receptacle in order to record a succession of images of the container when it is pressurised, characterised in that the monitoring device also comprises: - a light source disposed above the receptacle and illuminating towards the image acquisition means, - at least one polarising screen inserted between the light source and the image acquisition means. - a light source disposed above the receptacle and illuminating towards the image acquisition means, - at least one polarising screen inserted between the light source and the image acquisition means.
Use of a nerve growth factor antagonist in the manufacture of a medicament for treating moderate to severe bone cancer pain in an individual, wherein the NGF antagonist is an anti-NGF antibody that inhibits human NGF binding to trkA and/or p75; and wherein the bone cancer pain is from cancer metastasised to bone with osteoblastic activity.
A glycodendrimer comprising: a) a non-toxic dendrimer polypropyletherimine core: supporting 16 terminal carboxylic acid groups and having a central atom which is oxygen, and is a generation 3 dendrimer, and b) conjungated to said core 2, 3, 4 or 5 glucosamine molecules, wherein each glucosamine is linked directly through a zero length amide bond with a residue of a terminal carboxylic acid group. a) a non-toxic dendrimer polypropyletherimine core: supporting 16 terminal carboxylic acid groups and having a central atom which is oxygen, and is a generation 3 dendrimer, and supporting 16 terminal carboxylic acid groups and having a central atom which is oxygen, and is a generation 3 dendrimer, and b) conjungated to said core 2, 3, 4 or 5 glucosamine molecules,
An electronic remote control device, including a body; a touchpad formed by capacitive sensors; a processor and software; and position sensors; wherein the processor and software are arranged to read out inputs from the position sensors and dynamically allocate functions to the capacitive sensors in the touchpad depending on the position of the touchpad in relation to the horizon; characterized in that the electronic device comprises a circular base, the capacitive sensors forming the touchpad are located at the circular base of the device, and said functions are allocated to the capacitive sensors such that the position sensors allow said functions to be executed irrespective of the position of the touchpad in relation to the horizon.