mhurhangee/patent-ind-claim-en huggingface dataset:
Dental unit comprising a water circuit supplying potable water from entry point to instruments supported by instrument table , comprising an anti-stagnation system wherein said anti-stagnation system comprises a valve placed along the water circuit supplying instruments on instrument table ; said valve being open or closed, according to an automatic program and/or a manual control ; when open, it directs water from circuit to an anti-stagnation discharge line (17a or 17b) leading to dental unit drain , the said anti-stagnation system being provided with the automatic program , the manual control and J two alternative discharge lines consisting in: - a line towards the drain of dental unit and - a line of the cuspidor towards the drain of dental unit, - said automatic program being configured to determine programmable opening times of the anti-stagnation valve to guarantee, as a minimum, the discharge of a quantity of stagnating water equal to or higher than one volume of water contained in the circuit and activating the said anti-stagnation system - by calculating the time elapsed from the last use of water in the dental unit through an automatic program and/or; - automatically at the start of the apparatus and/or; - at pre-determined time intervals and/or; - through a manual command by the operator. said anti-stagnation system comprises a valve placed along the water circuit supplying instruments on instrument table ; said valve being open or closed, according to an automatic program and/or a manual control ; when open, it directs water from circuit to an anti-stagnation discharge line (17a or 17b) leading to dental unit drain , the said anti-stagnation system being provided with the automatic program , the manual control and J two alternative discharge lines consisting in: - a line towards the drain of dental unit and - a line of the cuspidor towards the drain of dental unit, - said automatic program being configured to determine programmable opening times of the anti-stagnation valve to guarantee, as a minimum, the discharge of a quantity of stagnating water equal to or higher than one volume of water contained in the circuit and activating the said anti-stagnation system - by calculating the time elapsed from the last use of water in the dental unit through an automatic program and/or; - automatically at the start of the apparatus and/or; - at pre-determined time intervals and/or; - through a manual command by the operator. - a line towards the drain of dental unit and - a line of the cuspidor towards the drain of dental unit, - said automatic program being configured to determine programmable opening times of the anti-stagnation valve to guarantee, as a minimum, the discharge of a quantity of stagnating water equal to or higher than one volume of water contained in the circuit and activating the said anti-stagnation system - by calculating the time elapsed from the last use of water in the dental unit through an automatic program and/or; - automatically at the start of the apparatus and/or; - at pre-determined time intervals and/or; - through a manual command by the operator.
A microorganism culture vessel comprising a sheet-like culture medium inside a culture bag , the culture bag having an opening part for the insertion of the sheet-like culture medium and an inlet , separate from the opening part , through which a sample liquid can be injected after the sheet-like culture medium has been housed and the opening part has been sealed.
A method for cleaning along a wall including a corner , which is defined by an intersection of a first wall surface (20a; 20c) and a second wall surface (20b; 20d) with a robot , the robot comprising a bumper mounted on the robot's body to enable movement of the bumper relative to the body, characterized in that the method comprises: following the first wall surface (20a; 20c) with the bumper in a partially compressed position within a desired range of compression until the robot detects that the bumper is no longer in a partially compressed position within the desired range; seeking to re-engage wall following behavior along the second wall surface (20b; 20d) with the bumper in a partially compressed position within the desired range of compression. the robot comprising a bumper mounted on the robot's body to enable movement of the bumper relative to the body, characterized in that the method comprises: following the first wall surface (20a; 20c) with the bumper in a partially compressed position within a desired range of compression until the robot detects that the bumper is no longer in a partially compressed position within the desired range; seeking to re-engage wall following behavior along the second wall surface (20b; 20d) with the bumper in a partially compressed position within the desired range of compression. following the first wall surface (20a; 20c) with the bumper in a partially compressed position within a desired range of compression until the robot detects that the bumper is no longer in a partially compressed position within the desired range; seeking to re-engage wall following behavior along the second wall surface (20b; 20d) with the bumper in a partially compressed position within the desired range of compression.
Material antibiotic-loaded, biocompatible and implantable in the human body, for the obtainment of a device that can be implanted in the human body or a spacer device in order to treat a bone or a joint location, wherein said material antibiotic-loaded is a solid-on-solid dispersion comprising a plastic material comprising ultra high molecular weight polyethylene (UHMWPE) or polyethylene (PE) or low density polyethylene or high density polyethylene or a mixture of the above, characterized in that it comprises at least one pharmaceutical or medical substance, in the form of powder or granules, comprising at least one antibiotic, wherein said antibiotic is gentamicin sulphate to be eluted in the treatment area during use, in that said plastic material is in form of granules or powder, wherein said pharmaceutical or medical substance in the form of powder or granules is uniformly distributed in the plastic material in the form of powder or granules, in that said biocompatible antibiotic-loaded material is moldable at a temperature lower than 180°C, in order to avoid gentamicin degradation and in that said biocompatible material comprises a radio-opacifying agent and a further additive, wherein said further additive comprises a soluble and/or resorbable ceramic material, in form of powder or granules, that is tricalcium phosphate or calcium sulphate or hydroxyapatite, or alumina in its chemical forms, or coloring substances of the biocompatible type and adapted to be introduced in the human body.
An airfoil for a gas turbine engine comprising: an airfoil section extending in a spanwise direction, extending between a leading edge and a trailing edge in a chordwise direction, and extending in a thickness direction between a pressure side and a suction side; wherein the airfoil section includes a main body and a first skin , the main body includes a plurality of ribs defining a plurality of internal channels , the first skin is attached to the main body to enclose the plurality of internal channels such that the main body and the first skin cooperate to define the pressure and suction sides, characterised by a damper including at least one layer of damping material sandwiched between the first skin and the plurality of ribs , wherein the at least one layer of damping material comprises viscoelastic material; wherein the damper includes a carrier that spans across and is attached to the plurality of ribs such that the carrier is interposed between the plurality of ribs and the first skin ; and wherein the at least one layer of damping material is attached to surfaces of the carrier . an airfoil section extending in a spanwise direction, extending between a leading edge and a trailing edge in a chordwise direction, and extending in a thickness direction between a pressure side and a suction side; wherein the airfoil section includes a main body and a first skin , the main body includes a plurality of ribs defining a plurality of internal channels , the first skin is attached to the main body to enclose the plurality of internal channels such that the main body and the first skin cooperate to define the pressure and suction sides, characterised by a damper including at least one layer of damping material sandwiched between the first skin and the plurality of ribs , wherein the at least one layer of damping material comprises viscoelastic material; wherein the damper includes a carrier that spans across and is attached to the plurality of ribs such that the carrier is interposed between the plurality of ribs and the first skin ; and wherein the at least one layer of damping material is attached to surfaces of the carrier .
Recyclable wood-based panel comprising - at least one wood fiber board as support material consisting of a fiber mixture comprising 55 to 90% by weight of wood fibers and 10 to 45% by weight of binder fibers as biodegradable binder, and - at least one biodegradable polymeric film disposed on the support material, wherein the at least one biodegradable polymeric film is bonded to the at least one support material by means of at least one biodegradable adhesive. - at least one wood fiber board as support material consisting of a fiber mixture comprising 55 to 90% by weight of wood fibers and 10 to 45% by weight of binder fibers as biodegradable binder, and - at least one biodegradable polymeric film disposed on the support material, wherein the at least one biodegradable polymeric film is bonded to the at least one support material by means of at least one biodegradable adhesive.
An in vitro or ex vivo method for enhancing the activity of tyrosine kinase inhibitors in target cells, preferably mammalian cells, said method comprising contacting a cell with a tyrosine kinase inhibitor and a photosensitizing agent and irradiating said cell with light of a wavelength effective to activate the photosensitizing agent, wherein the photosensitizing agent is not a substrate for the ATP-binding cassette protein ABCG2 and is a di- or tetrasulfonated aluminium phthalocyanine, sulfonated tetraphenylporphine, sulfonated meso-tetraphenyl chlorin or sulfonated tetraphenyl bacteriochlorin, preferably TPPS 4 , TPPS 2a , AIPcS 2a , FPCS 2a or TPBS 2a or a pharmaceutically acceptable salt thereof, preferably TPCS 2a , AlPcS 2a or TPBS 2a , and said tyrosine kinase inhibitor is lapatinib, sunitinib, imatinib, gefitinib, dasatinib, nilotinib, erlotinib, tyrphostin (AG1478), sorafenib, bosutinib or a pharmaceutically acceptable salt thereof, preferably erlotinib, nilotinib or imatinib.
A method of determining a navigation pathway for an invasive medical instrument in a blood vessel, the method comprising: receiving by a processing unit , a first medical image associated with a patient; determining by the processing unit , one or more parameters associated with the first medical image; identifying by the processing unit , a second medical image from a plurality of medical images associated with the patient in a computer memory, based on the determined one or more parameters, wherein the second medical image is associated with one or more parameters similar to the determined one or more parameters associated with the first medical image; modifying by the processing unit , the second medical image based on the first medical image, to ensure differences in an imaged object in the first medical image and an imaged object in the second medical image are overcome; and determining from the modified second medical image the navigation pathway for the invasive medical instrument, by the processing unit , wherein the objects in the first and the second medical images are blood vessels, wherein the first medical image is a fluoroscopic X-ray image. receiving by a processing unit , a first medical image associated with a patient; determining by the processing unit , one or more parameters associated with the first medical image; identifying by the processing unit , a second medical image from a plurality of medical images associated with the patient in a computer memory, based on the determined one or more parameters, wherein the second medical image is associated with one or more parameters similar to the determined one or more parameters associated with the first medical image; modifying by the processing unit , the second medical image based on the first medical image, to ensure differences in an imaged object in the first medical image and an imaged object in the second medical image are overcome; and determining from the modified second medical image the navigation pathway for the invasive medical instrument, by the processing unit , wherein the objects in the first and the second medical images are blood vessels, wherein the first medical image is a fluoroscopic X-ray image.
Device for receiving at least one adhesive application unit for edge banding machines, comprising: a vacuum container for the airtight housing of the adhesive application unit , wherein the vacuum container has a passage for the evacuation of the vacuum container and further comprises: a container housing section with a charging/discharging opening , a closure device for the airtight closure of the charging/discharging opening , and a housing device for the housing and optionally fastening of the adhesive application unit in the container housing section , characterised in that the device further comprises: a vacuum generating device which is designed in the form of a venturi nozzle , wherein the vacuum generating device is connected with the passage , and a compressed air connection for the connection of the vacuum generating device to a compressed air source. a vacuum container for the airtight housing of the adhesive application unit , wherein the vacuum container has a passage for the evacuation of the vacuum container and further comprises: a container housing section with a charging/discharging opening , a closure device for the airtight closure of the charging/discharging opening , and a housing device for the housing and optionally fastening of the adhesive application unit in the container housing section , a container housing section with a charging/discharging opening , a closure device for the airtight closure of the charging/discharging opening , and a housing device for the housing and optionally fastening of the adhesive application unit in the container housing section , characterised in that the device further comprises: a vacuum generating device which is designed in the form of a venturi nozzle , wherein the vacuum generating device is connected with the passage , and a compressed air connection for the connection of the vacuum generating device to a compressed air source. a vacuum generating device which is designed in the form of a venturi nozzle , wherein the vacuum generating device is connected with the passage , and a compressed air connection for the connection of the vacuum generating device to a compressed air source.
A polymer positive temperature coefficient (PPTC) material, comprising: a polymer matrix, a conductive filler, and a thermal stabilizer, wherein the thermal stabilizer comprises 4% by volume antimony oxide added to the polymer matrix, and wherein the polymer matrix comprises ethylene tetrafluoroethylene copolymer.
A method comprising: detecting one or more fingers in a hover position, the one or more fingers being a spaced distance from a touch screen, wherein detecting the one or more fingers in the hover position causes a hover mode to be entered, the hover mode enabling detection of a motion of at least one of the one or more fingers; detecting the motion of at least one of the one or more fingers positioned at the spaced distance from the touch screen in response to detecting the one or more fingers in the hover position causing the hover mode to be entered, the motion being a user command to increase visibility of a control interface that is at least partially visible on the touch screen, the control interface configured to control content associated with a virtual element that is displayed on the touch screen by means of user input on the touch screen, the motion occurring without the at least one of the one or more fingers touching the touch screen; and causing the visibility of the control interface on the touch screen to increase by decreasing an extent of transparency of the control interface from a first extent of transparency in a first state of the control interface, the first extent of transparency being less than one-hundred percent, to a second extent of transparency in a second state of the control interface, the second extent of transparency being less than the first extent of transparency, based on the motion. detecting one or more fingers in a hover position, the one or more fingers being a spaced distance from a touch screen, wherein detecting the one or more fingers in the hover position causes a hover mode to be entered, the hover mode enabling detection of a motion of at least one of the one or more fingers; detecting the motion of at least one of the one or more fingers positioned at the spaced distance from the touch screen in response to detecting the one or more fingers in the hover position causing the hover mode to be entered, the motion being a user command to increase visibility of a control interface that is at least partially visible on the touch screen, the control interface configured to control content associated with a virtual element that is displayed on the touch screen by means of user input on the touch screen, the motion occurring without the at least one of the one or more fingers touching the touch screen; and causing the visibility of the control interface on the touch screen to increase by decreasing an extent of transparency of the control interface from a first extent of transparency in a first state of the control interface, the first extent of transparency being less than one-hundred percent, to a second extent of transparency in a second state of the control interface, the second extent of transparency being less than the first extent of transparency, based on the motion.
A composite material comprising particles of: a. a reactive apatite forming composition comprising a fine calcium phosphate powder, b. a water soluble polymer, and c. a swelling additive comprising collagen, wherein said collagen comprises particles of non-enzymatically processed, acid soluble collagen, and wherein said composite material is in the form of a plurality of particles, wherein upon being contacted with a hydrating fluid, said reactive apatite forming composition forms a hydrated precursor within which the swelling additive is suspended, wherein the hydrated precursor forms an apatitic calcium phosphate via cementitious hardening of the hydrated precursor. a. a reactive apatite forming composition comprising a fine calcium phosphate powder, b. a water soluble polymer, and c. a swelling additive comprising collagen, wherein said collagen comprises particles of non-enzymatically processed, acid soluble collagen, and
Sealing segment for a turbine, for being able to be assembled with further such segments in a turbine for the purpose of sealing off a gap between the segments and rotor blades of a turbine or to form a seal constituent part of a stator-rotor seal, having a plate-like wall which comprises: - a first side surface which, in the installed state of the sealing segment , faces the blade tips of rotor blades or the other seal constituent part, and - an edge which surrounds the first side surface in a closed, peripheral manner and on which multiple side wall sections abut the first side surface , and having a sealing element which is arranged on the first side surface over the full surface area thereof and which, analogously to the wall , comprises sealing side wall sections , characterized in that there are provided on at least one of those side wall sections , and/or on at least one of those sealing side wall sections , which - in the case of sealing segments assembled to form a ring in a turbine - face adjacent sealing segments of the respective ring, a number of sealing lamellae for reducing flow along the respective side wall section in the axial direction from upstream to downstream. - a first side surface which, in the installed state of the sealing segment , faces the blade tips of rotor blades or the other seal constituent part, and - an edge which surrounds the first side surface in a closed, peripheral manner and on which multiple side wall sections abut the first side surface , and having a sealing element which is arranged on the first side surface over the full surface area thereof and which, analogously to the wall , comprises sealing side wall sections ,
A method for producing a scandium aluminum nitride (ScAIN) target body for pulsed laser deposition (PLD), which method comprises the steps of: - providing a scandium aluminum alloy body; - pulverizing the scandium aluminum alloy body into scandium aluminum particles; - nitridizing the scandium aluminum particles into scandium aluminium nitride particles; - hot pressing the scandium aluminum nitride particles into a scandium aluminum nitride target body. - providing a scandium aluminum alloy body; - pulverizing the scandium aluminum alloy body into scandium aluminum particles; - nitridizing the scandium aluminum particles into scandium aluminium nitride particles; - hot pressing the scandium aluminum nitride particles into a scandium aluminum nitride target body.
An AlPO-92 microporous crystalline material that has an empirical composition in an as-synthesized form and on an anhydrous basis expressed by an empirical formula: C + c A + a M m 2+ EP x Si y O z where M is at least one framework divalent cation and is selected from the group consisting of alkaline earth and transition metals, wherein M is a cation selected from the group consisting of beryllium, magnesium, cobalt (II), manganese, iron(II), nickel and mixtures thereof, C is a cyclic organoammonium cation prepared from a reaction of an aqueous mixture of a cyclic tertiary amine and an organic dihalide, wherein the cyclic tertiary amine is N-methylpiperidine, wherein the organic dihalide is 1,6-dibromohexane, A is an acyclic organoammonium cation, wherein A is tetramethylammonium, the ratio (c/a) having a value from 0 to 1000, and the sum (c+a) representing the mole ratio of (C+A) to E and has a value of 0.1 to 2.0, "m" is the mole ratio of M to E and varies from 0 to 1.0, "x" is a mole ratio of P to E and varies from 0.5 to 2.0, a ratio of silicon to E is represented by "y" which varies from 0 to 1.0, E is a trivalent element which is tetrahedrally coordinated, is present in the framework, and is aluminum, and "z" is a mole ratio of O to E and is given by an equation: z = 2 • m + c + a + 3 + 5 • x + 4 • y / 2 and is characterized by a following x-ray diffraction pattern, having at least the d-spacings and relative intensities set forth in Table 1: Table 1 2-Theta d (A) Intensity 7.03-7.16 12.56-12.34 vw 7.95-8.02 11.11-11.01 vs 8.93-9.02 9.89-9.80 vw-m 12.13-12.23 7.29-7.23 w-m 13.19-13.26 6.71-6.67 m 14.07-14.31 6.29-6.18 w-m 14.96-15.07 5.92-5.87 vw 15.42-15.50 5.74-5.71 s 15.96-16.05 5.55-5.52 w-m 17.97-18.06 4.94-4.90 m 18.27-18.38 4.86-4.82 vw-w 19.34-19.45 4.59-4.56 vw-w 20.36-20.45 4.36-4.34 s-vs 20.78-20.86 4.28-4.25 w-m 21.37-21.51 4.16-4.12 vw 22.37-22.46 3.98-3.95 m-s 22.97-23.04 3.87-3.85 m 23.49-23.59 3.79-3.76 w-m 24.14-24.35 3.69-3.65 vw-m 24.46-24.57 3.64-3.62 vw 25.02-25.15 3.56-3.53 m 25.53-25.62 3.49-3.47 vw 26.27-26.40 3.39-3.37 vw-w 26.59-26.66 3.35-3.34 m 26.84-26.98 3.32-3.30 vw-w 27.31-27.48 3.27-3.24 w-m 27.80-27.97 3.21-3.18 vw 28.38-28.51 3.14-3.12 vw-w 29.34-29.42 3.05-3.03 vw 30.21-30.32 2.96-2.94 vw-w 30.46-30.60 2.94-2.91 vw-w 30.89-30.96 2.89-2.88 m-s 31.17-31.26 2.87-2.85 w-m 31.41-31.56 2.85-2.83 w-m 32.29-32.37 2.77-2.76 vw-m 33.10-33.19 2.71-2.69 vw-m 33.34-33.47 2.69-2.67 w 34.46-34.62 2.60-2.58 vw 35.43-35.50 2.54-25.2 vw-w