mhurhangee/ep-ind-claims huggingface dataset:
Hydronic system, comprising: - at least a first tank, which is suitable for containing water at a first operating temperature and is connected to a first system for heating and/or cooling interiors and/or for producing hot water for sanitary use; - at least a second tank, which is suitable for containing water at a second operating temperature and is connected to a second system for heating and/or cooling interiors; characterised by the fact that it comprises: - at least a first refrigeration circuit suitable for transferring heat between said first tank and an evaporator element; - at least a second refrigeration circuit suitable for transferring heat between said second tank and said evaporator element; and - at least a service circuit (24, 25, 26) suitable for transferring heat between said evaporator element and at least a heat source (27, 28, 29). - at least a first tank, which is suitable for containing water at a first operating temperature and is connected to a first system for heating and/or cooling interiors and/or for producing hot water for sanitary use; - at least a second tank, which is suitable for containing water at a second operating temperature and is connected to a second system for heating and/or cooling interiors; - at least a first refrigeration circuit suitable for transferring heat between said first tank and an evaporator element; - at least a second refrigeration circuit suitable for transferring heat between said second tank and said evaporator element; and - at least a service circuit (24, 25, 26) suitable for transferring heat between said evaporator element and at least a heat source (27, 28, 29).
An electrosurgical device (100, 200) comprising: a central shaft (118, 218); an electrosurgical blade (116, 216) coupled with the central shaft (118, 218) and comprising a tip; at least one lens element (120, 220) arranged around the central shaft (118, 218) and having a first side and a second side; and a plurality of light sources (124, 224) arranged around the central shaft (118, 218) to direct light to the first side of the at least one lens element (120, 220); wherein the central shaft (118, 218) comprises a hub portion (122, 222) arranged around the central shaft (118, 218) and comprising a plurality of separation walls (126, 226) between the plurality of light sources (124, 224) and the first side of the at least one lens element (120, 220), the plurality of separation walls (126, 226) spaced apart from one another around a circumference of the hub portion (122, 222) such that one of the plurality of light sources (124, 224) is between adjacent ones of the plurality of separation walls (126, 226) so that the adjacent ones of the plurality of separation walls (126, 226) guide light from the one of the plurality of light sources (124, 224) to the first side of the at least one lens element (120, 220) and therethrough toward the tip of the electrosurgical blade (116, 216) on the second side of the at least one lens element (120, 220). a central shaft (118, 218); an electrosurgical blade (116, 216) coupled with the central shaft (118, 218) and comprising a tip; at least one lens element (120, 220) arranged around the central shaft (118, 218) and having a first side and a second side; and a plurality of light sources (124, 224) arranged around the central shaft (118, 218) to direct light to the first side of the at least one lens element (120, 220); wherein the central shaft (118, 218) comprises a hub portion (122, 222) arranged around the central shaft (118, 218) and comprising a plurality of separation walls (126, 226) between the plurality of light sources (124, 224) and the first side of the at least one lens element (120, 220), the plurality of separation walls (126, 226) spaced apart from one another around a circumference of the hub portion (122, 222) such that one of the plurality of light sources (124, 224) is between adjacent ones of the plurality of separation walls (126, 226) so that the adjacent ones of the plurality of separation walls (126, 226) guide light from the one of the plurality of light sources (124, 224) to the first side of the at least one lens element (120, 220) and therethrough toward the tip of the electrosurgical blade (116, 216) on the second side of the at least one lens element (120, 220).
Safety anchoring spring hook (2a, 2b) for a person, said spring hook comprising: - a hook for receiving an anchoring element, said hook having a gripping part and a part for receiving said element, said reception part having an opening for passage of said element, said gripping part being provided with an orifice for inserting a hand of said person, - a door for closing said opening, said door being mounted for rotation on the hook, said spring hook comprising a gate - in particular in the rough shape of a C, a U or a V - comprising a first arm forming the door and a second arm actuating said door, said gate being mounted on said hook, at the intersection between said arms, rotating on a rotation axis disposed between the gripping part and the reception part, so as to be able to have firstly an angular configuration for receiving the element between said arms, where the opening is barred by said second arm, said reception configuration allowing, by pushing exerted - in particular by said element - on said second arm upwards, the actuation of said door for closure, and secondly an angular configuration for holding said element in said reception part between said arms, where said opening is barred by said first arm. - a hook for receiving an anchoring element, said hook having a gripping part and a part for receiving said element, said reception part having an opening for passage of said element, said gripping part being provided with an orifice for inserting a hand of said person, - a door for closing said opening, said door being mounted for rotation on the hook,
A method for a wireless device comprising: receiving a medium access control control element, MAC CE, indicating an activation of a semi-persistent channel state information, CSI, report configuration for semi-persistent CSI reports on a first bandwidth part; transmitting, based on the MAC CE, the semi-persistent CSI reports based on one or more parameters of the semi-persistent CSI report configuration; and suspending, based on receiving a first downlink control information indicating switching from the first bandwidth part to a second bandwidth part as an active bandwidth part, the transmitting the semi-persistent CSI reports. receiving a medium access control control element, MAC CE, indicating an activation of a semi-persistent channel state information, CSI, report configuration for semi-persistent CSI reports on a first bandwidth part; transmitting, based on the MAC CE, the semi-persistent CSI reports based on one or more parameters of the semi-persistent CSI report configuration; and suspending, based on receiving a first downlink control information indicating switching from the first bandwidth part to a second bandwidth part as an active bandwidth part, the transmitting the semi-persistent CSI reports.
A method of assaying a mixture for coagulation, comprising: A) initiating a coagulation reaction in a pipette tip or capillary containing a mixture comprising a quantity of an original biological sample, wherein the mixture: i) has a total volume of no greater than 200 microlitres, ii) contains no greater than 20 microlitres of the original biological sample, and iii) contains no greater than 80% by volume original biological sample; B) coating of the pipette tip or capillary in oil; C) illuminating the mixture and detecting an optical signal from the mixture, said detecting comprising 1) obtaining at least a first image and a second image of the mixture over a period of time and identifying a region of interest of the images, wherein the region of interest of the images contains imaged information of the mixture and 2) detecting the intensity of the optical signal scattered by the mixture in the ROI over a period of time; and D) analyzing the mixture for coagulation based on an analysis of the optical signal from the mixture, wherein a coagulation time of the mixture is determined 1) based on an analysis comprising determining the difference in optical signal intensity of the first image and the second image or 2) based on determining a time when the intensity of the optical signal scattered by the mixture is increased by a selected amount as compared to a baseline intensity of the optical signal scattered by the mixture. A) initiating a coagulation reaction in a pipette tip or capillary containing a mixture comprising a quantity of an original biological sample, wherein the mixture: i) has a total volume of no greater than 200 microlitres, ii) contains no greater than 20 microlitres of the original biological sample, and iii) contains no greater than 80% by volume original biological sample; B) coating of the pipette tip or capillary in oil; C) illuminating the mixture and detecting an optical signal from the mixture, said detecting comprising 1) obtaining at least a first image and a second image of the mixture over a period of time and identifying a region of interest of the images, wherein the region of interest of the images contains imaged information of the mixture and 2) detecting the intensity of the optical signal scattered by the mixture in the ROI over a period of time; and D) analyzing the mixture for coagulation based on an analysis of the optical signal from the mixture, wherein a coagulation time of the mixture is determined 1) based on an analysis comprising determining the difference in optical signal intensity of the first image and the second image or 2) based on determining a time when the intensity of the optical signal scattered by the mixture is increased by a selected amount as compared to a baseline intensity of the
A green glass composition comprising: 0.65-1.3 wt% of Fe 2 O 3, 0.1-0.4 wt% of TiO 2, and 0.05-0.20 wt% of SO 3, based on 100 wt% of a soda lime mother glass composition, wherein an oxidation-reduction ratio of Fe 2 O 3 is 0.22 to 0.38, wherein each one of Cr, Ce and Co components has an amount of less than 0.001 wt%, based on 100wt% of the soda lime mother glass composition, wherein the glass shows, on the basis of a standard thickness of the glass of 3.2mm, visible light transmittance (Tvis) of 70% or more, solar heat radiation transmittance (Tds) of 55% or less, and ultraviolet ray transmittance (Tuv) of 45% or less. 0.65-1.3 wt% of Fe 2 O 3, 0.1-0.4 wt% of TiO 2, and 0.05-0.20 wt% of SO 3, based on 100 wt% of a soda lime mother glass composition, wherein an oxidation-reduction ratio of Fe 2 O 3 is 0.22 to 0.38, wherein each one of Cr, Ce and Co components has an amount of less than 0.001 wt%, based on 100wt% of the soda lime mother glass composition, wherein the glass shows, on the basis of a standard thickness of the glass of 3.2mm, visible light transmittance (Tvis) of 70% or more, solar heat radiation transmittance (Tds) of 55% or less, and ultraviolet ray transmittance (Tuv) of 45% or less.
A sheet delivery/guide apparatus comprising: a convey device which holds and conveys a sheet; a first pile device on which the sheet released from said convey device piles; a first blowing device which is arranged above said first pile device and blows toward said first pile device; air control means for selectively performing switching between an air supply state of supplying the sheet with on air and an air supply stop state of stopping the air supply for the sheet; a guide member which is supported movably and guides the sheet that passes said first pile device while being held by said convey device; guide member switching means for switching said guide member between a guide position to enter a sheet falling path, extending from said convey device to said first pile device, to guide the sheet, and a retreat position to retreat from said sheet falling path; and control means for controlling said air control means and said guide member switching means on the basis of a convey speed of said convey device, so that in a first mode in which the sheet piles on said first pile device, the air supply state of said first blowing device is effected and said guide member is positioned at the retreat position, and in a second mode in which the sheet passes said first pile device and is conveyed downstream in a sheet convey direction, the air supply stop state of said first blowing device is effected and said guide member is positioned at the guide position, characterized by speed detection means for detecting a rotational speed of a machine corresponding to the convey speed of said convey device, and phase detection means for detecting a phase of said machine, wherein said control means controls operation start timings of said air control means and said guide member switching means in accordance with outputs of said speed detection means and said phase detection means. a convey device which holds and conveys a sheet; a first pile device on which the sheet released from said convey device piles; a first blowing device which is arranged above said first pile device and blows toward said first pile device; air control means for selectively performing switching between an air supply state of supplying the sheet with on air and an air supply stop state of stopping the air supply for the sheet; a guide member which is supported movably and guides the sheet that passes said first pile device while being held by said convey device; speed detection means for detecting a rotational speed of a machine corresponding to the convey speed of said convey device, and phase detection means for detecting a phase of said machine,
Method for coating a substrate with a cavity structure, in particular a cooling structure, inside the substrate, wherein the cavity structure has openings in the surface of the substrate, wherein a) at least one adhesion-promoting layer, in particular a diffusion layer or at least one other metallic layer is applied to the substrate, in particular to the surface of the substrate, and subsequently b) at least one thermally protective layer is applied to the at least one diffusion layer by using a suspension plasma spray method, characterized in that the main flow direction of the gas flow is parallel to the surface of the substrate or the main flow direction of the gas flow has an angle α of less than 30° in relation to the surface of the substrate. a) at least one adhesion-promoting layer, in particular a diffusion layer or at least one other metallic layer is applied to the substrate, in particular to the surface of the substrate, and subsequently b) at least one thermally protective layer is applied to the at least one diffusion layer by using a suspension plasma spray method,
A cutting insert formed like a plate and comprising a seating surface and a cutting edge formed thereon, the seating surface formed like a plate and serving as an abutting surface when the cutting insert is attached to a tool main body, the cutting edge being formed at a crossing edge line portion between a rake face and a flank face provided on a side surface of the plate, wherein the plate includes an upper surface with a first rake face and a second seating surface formed thereon and a lower surface with a second rake face and a first seating surface formed thereon, the cutting edge comprises a substantially circular-arc-shaped first cutting edge portion formed at a crossing edge line portion between the first rake face formed on the upper surface of the plate and a first flank face portion formed on the side surface of the plate, and a substantially circular-arc-shaped second cutting edge portion formed at a crossing edge line portion between the second rake face formed on the lower surface of the plate and a second flank face portion formed on the side surface of the plate, between the upper surface and lower surface of the plate, the substantially circular-arc-shaped first cutting edge portion and a crossing edge line portion between the first seating surface and the first flank face portion are positioned opposite each other, between the upper surface and lower surface of the plate, the substantially circular-arc-shaped second cutting edge portion and a crossing edge line portion between the second seating surface and the second flank face portion are positioned opposite each other, characterised in that a virtual central plane passing midway between the upper surface and the lower surface is referred to as a first virtual plane, and the first flank face portion is orthogonal to the first virtual plane, and the second flank face portion crosses the first virtual plane at an acute angle or an obtuse angle.
A process for the manufacture of a pharmaceutical preparation in the form of granulate comprising dimethyl fumarate, which comprises the following steps a) blending dimethyl fumarate with pharmaceutically acceptable excipients comprising a filler and/or a binder wherein the filler and/or binder is selected from microcrystalline cellulose, mannitol, anhydrous dibasic calcium phosphate and mixtures thereof, a lubricant and optionally an adsorbent; b) dry granulating the blend obtained in step a); c) mixing the blend obtained in step b) with a pharmaceutically acceptable excipients comprising at least one disintegrant; d) dry granulating the blend obtained in step c) to obtain a granulate, with the proviso that pharmaceutically acceptable excipients used in step a) do not comprise a disintegrant. a) blending dimethyl fumarate with pharmaceutically acceptable excipients comprising a filler and/or a binder wherein the filler and/or binder is selected from microcrystalline cellulose, mannitol, anhydrous dibasic calcium phosphate and mixtures thereof, a lubricant and optionally an adsorbent; b) dry granulating the blend obtained in step a); c) mixing the blend obtained in step b) with a pharmaceutically acceptable excipients comprising at least one disintegrant; d) dry granulating the blend obtained in step c) to obtain a granulate,
A method for identifying a cancer patient likely to be responsive to treatment with a CDK inhibitor, comprising: (a) measuring the value of a predictive biomarker of a CDK inhibitor in a biological sample obtained from a cancer patient; (b) comparing the value of the biomarker to a pre-determined reference value to determine whether the value is above or below the pre-determined reference value; and (c) identifying a patient likely to be responsive to treatment with a CDK inhibitor, wherein the predictive biomarker is the MCL-1:BCL-xL gene expression ratio and the responsive patient has a value above the pre-determined reference value, wherein the CDK inhibitor is -(-)--(-)2-(1-{3-ethyl-7-[(1-oxy-pyridin-3-ylmethyl)]amino]pyrazolo[1,5-a]pyrimidin-5-yl}piperidin-2-yl)ethanol)(dinaciclib) or a pharmaceutically acceptable salt thereof, and the MCL-1:BCL-xL gene expression ratio is of the mRNA level. (a) measuring the value of a predictive biomarker of a CDK inhibitor in a biological sample obtained from a cancer patient; (b) comparing the value of the biomarker to a pre-determined reference value to determine whether the value is above or below the pre-determined reference value; and (c) identifying a patient likely to be responsive to treatment with a CDK inhibitor, wherein the predictive biomarker is the MCL-1:BCL-xL gene expression ratio and the responsive patient has a value above the pre-determined reference value, wherein the CDK inhibitor is -(-)--(-)2-(1-{3-ethyl-7-[(1-oxy-pyridin-3-ylmethyl)]amino]pyrazolo[1,5-a]pyrimidin-5-yl}piperidin-2-yl)ethanol)(dinaciclib) or a pharmaceutically acceptable salt thereof, and the MCL-1:BCL-xL gene expression ratio is of the mRNA level.
A proteoglycan-containing material comprising proteoglycan and acidic saccharide as acidic saccharide components obtained from fish cartilage by extraction, wherein the proteoglycan-containing material comprises an acidic saccharide component having a molecular weight of not less than 5000 kDa.
DEVICE FOR BEVERAGE PRODUCTION by the action of a blending element or system such as, preferably, a hand-held blender, wherein said device comprises a filtering beaker, which has at least a filtering area, and the body of which has an inner diameter of between 4 and 15 centimetres and preferably between 6 and 12 centimetres, pestle independent and appropriate for being inserted into and occupying the section of said filtering beaker and free to move inside it, and means for holding the filtering beaker, wherein filtering areas are located on the bottom portion of the filtering beaker lateral walls, characterised in that. In the filtering area there are pores having between 0.1 and 0.8 millimetres in diameter or, more advantageously, between 0.2 and 0.6 millimetres in diameter or, preferably, between 0.2 and 0.4 millimetres in diameter
A luminaire comprising: a lighting element having different output lighting levels; a first input adapted to be connected to an AC supply; a battery integrated with the luminaire; a second input connected to the battery; a power converter connected to the first input and adapted to convert AC power from the AC supply to power the lighting element; an interface adapted to receive a control signal identifying a power factor associated with the AC supply, wherein said control signal is associated with the lighting element and depending on the different output lighting levels; and a controller adapted to: select an amount of power to be supplied from the first input to the lighting element and an amount of power to be supplied from the second input to the lighting element, according to said control signal. a lighting element having different output lighting levels; a first input adapted to be connected to an AC supply; a battery integrated with the luminaire; a second input connected to the battery; a power converter connected to the first input and adapted to convert AC power from the AC supply to power the lighting element; an interface adapted to receive a control signal identifying a power factor associated with the AC supply, wherein said control signal is associated with the lighting element and depending on the different output lighting levels; and a controller adapted to: select an amount of power to be supplied from the first input to the lighting element and an amount of power to be supplied from the second input to the lighting element, according to said control signal.