mhurhangee/ep-ind-claims huggingface dataset:
A luminance adjusting method for adjusting a luminance of a luminance-adjustable illuminating device in an indoor environment where a terminal comprising a display is located, performed by a terminal, characterized by comprising: generating a first state instruction in response to a time period during which the terminal runs a preset application being longer than or equal to a preset duration; in response to receiving the first state instruction instructing the terminal to enter a reading mode where a user reads using the terminal display, acquiring a preset ambient brightness corresponding to the reading mode which is suitable for the user's reading; acquiring a device identification of the luminance-adjustable illuminating devicein the indoor environment where the terminal is located; and adjusting the luminance of the luminance-adjustable illuminating device corresponding to the device identification, based on the preset ambient brightness, wherein said adjusting the luminance of the luminance-adjustable illuminating device corresponding to the device identification based on the preset ambient brightness comprises: acquiring a current ambient brightness of the indoor environment where the terminal is located; and adjusting the luminance of the luminance-adjustable illuminating device in response to the current ambient brightness differing from the preset ambient brightness. generating a first state instruction in response to a time period during which the terminal runs a preset application being longer than or equal to a preset duration; in response to receiving the first state instruction instructing the terminal to enter a reading mode where a user reads using the terminal display, acquiring a preset ambient brightness corresponding to the reading mode which is suitable for the user's reading; acquiring a device identification of the luminance-adjustable illuminating devicein the indoor environment where the terminal is located; and adjusting the luminance of the luminance-adjustable illuminating device corresponding to the device identification, based on the preset ambient brightness, wherein said adjusting the luminance of the luminance-adjustable illuminating device corresponding to the device identification based on the preset ambient brightness comprises: acquiring a current ambient brightness of the indoor environment where the terminal is located; and adjusting the luminance of the luminance-adjustable illuminating device in response to the current ambient brightness differing from the preset ambient brightness. acquiring a current ambient brightness of the indoor environment where the terminal is located; and adjusting the luminance of the luminance-adjustable illuminating device in response to the current ambient brightness differing from the preset ambient brightness.
A method for loss concealment of spatial audio parameters, the spatial audio parameters comprise at least a direction of arrival information, the method comprising the following steps: receiving a first set of spatial audio parameters comprising at least a first direction (azi1, ele1) of arrival information; receiving a second set of spatial audio parameters, comprising at least a second direction (azi2, ele2) of arrival information; and replacing the second direction (azi2, ele2) of arrival information of a second set by a replacement direction of arrival information derived from the first direction (azi1, ele1) of arrival information, if at least the second direction (azi2, ele2) of arrival information or a portion of the second direction (azi2, ele2) of arrival information is lost or damaged; the method is characterised in that the step of replacing comprises the step of dithering by injecting random noise to the first direction (azi1, ele1) of arrival information to obtain the replacement direction of arrival information and wherein the step of injecting is performed, if the first or second diffuseness information (ψ1, ψ2) indicates a high diffuseness; and/or if the first or second diffuseness information (ψ1, ψ2) is above a predetermined threshold for the diffuseness information, wherein the first (1 st sets) and second sets (2 nd sets) of spatial audio parameters comprise a first and a second diffuseness information (ψ1, ψ2), respectively. receiving a first set of spatial audio parameters comprising at least a first direction (azi1, ele1) of arrival information; receiving a second set of spatial audio parameters, comprising at least a second direction (azi2, ele2) of arrival information; and replacing the second direction (azi2, ele2) of arrival information of a second set by a replacement direction of arrival information derived from the first direction (azi1, ele1) of arrival information, if at least the second direction (azi2, ele2) of arrival information or a portion of the second direction (azi2, ele2) of arrival information is lost or damaged; the method is characterised in that the step of replacing comprises the step of dithering by injecting random noise to the first direction (azi1, ele1) of arrival information to obtain the replacement direction of arrival information and wherein the step of injecting is performed, if the first or second diffuseness information (ψ1, ψ2) indicates a high diffuseness; and/or if the first or second diffuseness information (ψ1, ψ2) is above a predetermined threshold for the diffuseness information, wherein the first (1 st sets) and second sets (2 nd sets) of spatial audio parameters comprise a first and a second diffuseness information (ψ1, ψ2), respectively.
A peritoneal dialysis disposable unit (700; 900), comprising: a manifold unit (702, 704; 941, 946) containing a first array of fluid paths, a second array of fluid paths, and a mechanism to selectively interconnect the first array of fluid paths, respectively, with the second array of fluid paths, the interconnection being completed through a pumping portion (706; 944); a fluid path of the first array of the manifold unit (702; 941) being connected to a first container (760; 912) holding a sterile, concentrated osmotic agent; fluid paths of the first array and second array of the manifold unit (702, 704; 941, 946) being connected to a tubing set that includes a pre-attached peritoneal fill/drain line (716; 945) and characterized in that a primary inlet fluid path of the first array of the manifold unit (702; 941) being connected to a source of purified water and in that ports of a separate empty sterile mixing container (764; 908) being connected to the first and second arrays, respectively. a manifold unit (702, 704; 941, 946) containing a first array of fluid paths, a second array of fluid paths, and a mechanism to selectively interconnect the first array of fluid paths, respectively, with the second array of fluid paths, the interconnection being completed through a pumping portion (706; 944); a fluid path of the first array of the manifold unit (702; 941) being connected to a first container (760; 912) holding a sterile, concentrated osmotic agent; fluid paths of the first array and second array of the manifold unit (702, 704; 941, 946) being connected to a tubing set that includes a pre-attached peritoneal fill/drain line (716; 945) and characterized in that a primary inlet fluid path of the first array of the manifold unit (702; 941) being connected to a source of purified water and in that ports of a separate empty sterile mixing container (764; 908) being connected to the first and second arrays, respectively.
Use of an oxygen barrier coating as a protective coating for fusion welding processes and/or separation processes on metallic substrates, wherein the welding process is selected from the group consisting of gas fusion welding, arc welding, plasma welding and laser welding, wherein the oxygen barrier coating comprises an inorganic based matrix in amounts from 40 to 100 wt%, in relation to the oxygen barrier coating, and wherein the inorganic based matrix is obtainable from silanes, polysilanes, silane hydrolysates, polysiloxanes, siliconates, titanates, polytitanates, zirconates and aluminium dihydrogenphosphate and mixtures thereof.
Granulating device for granulating thermoplastic materials, having a die head; a cutting chamber housing; and at least one insulator (20; 124, 125), made of thermally insulating material, that is arranged between a die head element (10; 110) and a cutting chamber housing element (30; 134), characterized in that at least one temperature-control device (32; 132, 135) is provided that is located between the insulator (20; 124, 125) and the cutting chamber housing element (30; 134), or in the cutting chamber housing element (30; 134) in a region adjacent to the insulator (20; 124, 125).
A method comprising: using a disinfection assembly disposed within a therapeutic substance delivery device, disinfecting a disinfection chamber that is defined between (i) a prefilled therapeutic substance reservoir and (ii) a sterile fluid path disposed within the therapeutic substance delivery device when the prefilled therapeutic substance reservoir and the therapeutic substance delivery device are engaged with one another, the sterile fluid path comprising a needle at an upstream end of the sterile fluid path and an injection assembly at a downstream end of the sterile fluid path; and penetrating the disinfection chamber and then the reservoir with the needle, the disinfecting occurring (a) subsequently to the prefilled therapeutic substance reservoir being engaged with the therapeutic substance delivery device and (b) prior to the penetrating of the disinfection chamber and then the reservoir with the needle. using a disinfection assembly disposed within a therapeutic substance delivery device, disinfecting a disinfection chamber that is defined between (i) a prefilled therapeutic substance reservoir and (ii) a sterile fluid path disposed within the therapeutic substance delivery device when the prefilled therapeutic substance reservoir and the therapeutic substance delivery device are engaged with one another, the sterile fluid path comprising a needle at an upstream end of the sterile fluid path and an injection assembly at a downstream end of the sterile fluid path; and penetrating the disinfection chamber and then the reservoir with the needle, the disinfecting occurring (a) subsequently to the prefilled therapeutic substance reservoir being engaged with the therapeutic substance delivery device and (b) prior to the penetrating of the disinfection chamber and then the reservoir with the needle.
A placental product comprising: a cryopreservation medium and an amniotic membrane, wherein: a. the amniotic membrane comprises less than 1% of functional CD14+ macrophages relative to the total number of cells in the amniotic membrane; and b. the cryopreservation medium comprises a cryopreserving amount of a cryopreservative, wherein the amniotic membrane comprises viable therapeutic cells native to the amniotic membrane comprising the cell types: i. mesenchymal stem cells ('MSCs'); ii. fibroblasts; iii. epithelial cells; and wherein after a freeze-thaw cycle the average cell viability of the therapeutic cells is at least 70% relative to the total number of cells in the amniotic membrane and further wherein the cryopreservation medium comprises DMSO and does not comprise glycerol in a majority amount. a. the amniotic membrane comprises less than 1% of functional CD14+ macrophages relative to the total number of cells in the amniotic membrane; and b. the cryopreservation medium comprises a cryopreserving amount of a cryopreservative, wherein the amniotic membrane comprises viable therapeutic cells native to the amniotic membrane comprising the cell types: i. mesenchymal stem cells ('MSCs'); ii. fibroblasts; iii. epithelial cells; and i. mesenchymal stem cells ('MSCs'); ii. fibroblasts; iii. epithelial cells; and wherein after a freeze-thaw cycle the average cell viability of the therapeutic cells is at least 70% relative to the total number of cells in the amniotic membrane and further wherein the cryopreservation medium comprises DMSO and does not comprise glycerol in a majority amount.
A dishwasher comprising: a cabinet defining an external appearance of the dishwasher; a tub disposed in the cabinet to form a space for washing dishes, and having an exhaust hole; and an external air flow unit forming a flow path, along which external air is introduced and discharged, and having an inflow hole corresponding to the exhaust hole to communicate with the tub, wherein the external air flow unit has a shape in which a cross-sectional area of the flow path decreases in an upstream direction from the inflow hole in a flow direction of the external air and increases in a downstream direction of the inflow hole; characterized in that: the exhaust hole is formed on an upper surface of the tub; and the dishwasher further comprising: a cap having at least one opening for connecting the tub and the external air flow unit to enable the exhaust hole and the inflow hole to communicate with each other, and wherein the cap is configured to prevent wash water from the tub from being introduced into the external air flow unit. a cabinet defining an external appearance of the dishwasher; a tub disposed in the cabinet to form a space for washing dishes, and having an exhaust hole; and an external air flow unit forming a flow path, along which external air is introduced and discharged, and having an inflow hole corresponding to the exhaust hole to communicate with the tub, wherein the external air flow unit has a shape in which a cross-sectional area of the flow path decreases in an upstream direction from the inflow hole in a flow direction of the external air and increases in a downstream direction of the inflow hole; characterized in that: the exhaust hole is formed on an upper surface of the tub; and the dishwasher further comprising: a cap having at least one opening for connecting the tub and the external air flow unit to enable the exhaust hole and the inflow hole to communicate with each other, and wherein the cap is configured to prevent wash water from the tub from being introduced into the external air flow unit. the exhaust hole is formed on an upper surface of the tub; and the dishwasher further comprising: a cap having at least one opening for connecting the tub and the external air flow unit to enable the exhaust hole and the inflow hole to communicate with each other, and wherein the cap is configured to prevent wash water from the tub from being introduced into the external air flow unit.
A hidden device (20, 120) for the wall assembly with a structural component of a piece of furniture, of the type comprising: a movable arm (25, 125) for the hooking of said device to a support fixed to the wall, the position of said arm (25, 125) with respect to said wall being regulated with respect to the height and depth by means of two different regulation mechanisms (27, 127; 28, 128) respectively, said regulation mechanisms (27, 127; 28, 128) being fully contained inside a box-shaped body (22,122), from a front side of which a hook-shaped end (30,130) of said arm (25, 125) protrudes, said box-shaped body (22,122) being composed of two half-shells (23,123; 24,124) which, in correspondence with said front side, comprise fixing means (60, 160) of the device (20, 120) inside a seat (69, 70) of said component of the piece of furniture, the device (20, 120) being inserted inside said seat (69, 70), on a side of said box-shaped body (22, 122) there also being relative access means (44,144; 35, 135) to said mechanisms (27,127; 28,128), according to X axes lying on substantially perpendicular planes with respect to said side of said box-shaped body (22,122); said fixing means (60, 160) comprising an upright to which said box-shaped body is fixed by fixing means (64, 65, 66, 67, 68; 164, 165, 166, 167, 168), said upright being box-shaped and comprising a core and a reinforcing perimetric edge; the device being characterized in that said fixing means (60, 160) comprise, in combination: a box-shaped withholding tooth protruding in correspondence with the edge of the body above the hook, said tooth defining, with the body, a slit; a fixing pin protruding in correspondence with the edge of the body, below the hook; and an opening obtained in the core of the upright, the body being fixed to said opening by coupling said slit to said core and said pin to a hole of the core itself, on which hole the pin is riveted as in.
A system for detecting leakage of body matter from an organ, comprising: an implantable device comprising a biodegradable portion and a reference portion; and a leak monitoring device operatively coupled with the implantable device; the implantable device comprising: at least two wires, wherein at least one of the wires is configured to attach along a site of an organ, and wherein at least one wire is the reference portion and at least one other wire is the biodegradable portion comprising a biodegradable conductive polymer and/or a biodegradable conductive metal, which, when being subjected to or engaging with body matter, undergoes structural changes including at least partial or full material degradation; and the leak monitoring device being configured to detect leakage of body matter from the organ by measuring changes in the electrical properties of the biodegradable portion with respect to the reference portion. an implantable device comprising a biodegradable portion and a reference portion; and a leak monitoring device operatively coupled with the implantable device; the implantable device comprising: at least two wires, wherein at least one of the wires is configured to attach along a site of an organ, and wherein at least one wire is the reference portion and at least one other wire is the biodegradable portion comprising a biodegradable conductive polymer and/or a biodegradable conductive metal, which, when being subjected to or engaging with body matter, undergoes structural changes including at least partial or full material degradation; and the leak monitoring device being configured to detect leakage of body matter from the organ by measuring changes in the electrical properties of the biodegradable portion with respect to the reference portion. at least two wires, wherein at least one of the wires is configured to attach along a site of an organ, and wherein at least one wire is the reference portion and at least one other wire is the biodegradable portion comprising a biodegradable conductive polymer and/or a biodegradable conductive metal, which, when being subjected to or engaging with body matter, undergoes structural changes including at least partial or full material degradation; and the leak monitoring device being configured to detect leakage of body matter from the organ by measuring changes in the electrical properties of the biodegradable portion with respect to the reference portion.
Tool holder head for machining elongated elements, in particular profiled sections or panels with a constant section, that are made of metal or plastic material or wood or composites, comprising a first body that is fixable to a slide of a machine tool that is movable along three directions (X, Y, Z) that are mutually orthogonal to one another, said first body supporting a second body that is rotatable by 360° with respect to said first body around a first axis parallel to one of said three directions, and supporting in turn a third body that is rotatable around a second axis orthogonal to and incident to said first axis, said third body being rotatingly supported by said second body at an articulation that defines a turning coupling between the second body and the third body around said second axis, said third body comprising a tool holder unit supporting a tool, for example a cutting means or a milling unit, that is rotatable around a third axis; said head comprising driving means (10, 11, 12, 16) for moving said tool and/or said third body and/or said second body so as to cause an interaction between said elongated element and said tool, said tool holder unit being fixed to a lower end of said third body, characterized in that a maximum width of said second body in a plane defined by the first axis and the second axis, is substantially equal to a maximum width of said third body and in that the maximum width of said third body is equal to, or only slightly greater than, a maximum width of the tool holder unit in said plane defined by the second axis and the first axis.
An endodontic file for a motorized rotary handpiece, said endodontic file comprising: a coupler element for coupling to the handpiece, a central longitudinal flexible core including a central flexible cable supported at a handpiece end by said coupler element, and a helical wire at least partially surrounding the core and extending toward a tip of the core opposite the handle end; the tip of the core being chamfered and unbonded and protruding beyond the helical wire at the tip, characterized in that: the core includes a plurality of outer strands surrounding the central flexible cable and being wound in a winding direction so that during use when the file is rotated in a direction opposite to said winding direction while at the same time withdrawing the file from a root canal, the outer strands unwind and open to form a brush. a coupler element for coupling to the handpiece, a central longitudinal flexible core including a central flexible cable supported at a handpiece end by said coupler element, and a helical wire at least partially surrounding the core and extending toward a tip of the core opposite the handle end; the tip of the core being chamfered and unbonded and protruding beyond the helical wire at the tip, the core includes a plurality of outer strands surrounding the central flexible cable and being wound in a winding direction so that during use when the file is rotated in a direction opposite to said winding direction while at the same time withdrawing the file from a root canal, the outer strands unwind and open to form a brush.
A catheter extension set (10, 52), comprising: a distal end, comprising a luer adapter configured to couple to a catheter adapter; a proximal end, comprising a blood collection device; and an extension tube extending between the distal end and the proximal end, characterized in that an inner surface of the extension tube comprises an absorbent material or an indicator tube comprising a plurality of markers, wherein blood within the extension tube is configured to flow proximate the absorbent material or through the indicator tube. a distal end, comprising a luer adapter configured to couple to a catheter adapter; a proximal end, comprising a blood collection device; and an extension tube extending between the distal end and the proximal end, characterized in that an inner surface of the extension tube comprises an absorbent material or an indicator tube comprising a plurality of markers, wherein blood within the extension tube is configured to flow proximate the absorbent material or through the indicator tube.
A method of chronic wound prognosis comprising the steps of: determining if the sum of protease activity of human neutrophil elastase (hNE) and MMP in a sample of wound fluid from a chronic wound exceeds a threshold value indicative of non-healing wounds; and assigning said chronic wound to a non-healing category if said sum of protease activity exceeds said threshold value, wherein said method measures total protease activity of all MMP types capable of cleaving SEQ ID No. 12 in the sample of wound fluid.