mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the manufacture of a poorly water permeable mineral sealing structure, the hydraulic conductivity of which is at most 1*10 -8 m/s, in which method a material layer is formed of a sealing material containing magnesium compounds and/or calcium compounds as reactive binding agent and the material layer is allowed to strengthen into a so-called synthetic hardpan layer, characterized in that the material layer is formed of a sealing material, at least a part of which is waste fraction generated in the concentration process of the mining industry, such as so-called tailings or deposit, which is processed thermally by heating to a temperature of at least 300°C, preferably to at least 750°C, most preferably to at least 800°C to enhance the reactive characteristics of the waste fraction.
A method of preparation of a feed additive for poultry, characterized in that the method comprises preparation of high-fat insect flour, wherein the preparation of the high-fat insect flour consists of the following steps: - cooling insects to 4°C, - followed by drying in 45-55°C with water content below 10%, and - milling to granulation of 1.0 mm, and - passed through a sieve with an opening of 1.0 mm, wherein the insects are selected from Turkestan cockroach Shellfordella lateralis, hermetia larvae Hermetia illucens, short-winged cricket Gryllodes sigillatus, brown cricket Gryllus assimilis. - cooling insects to 4°C, - followed by drying in 45-55°C with water content below 10%, and - milling to granulation of 1.0 mm, and - passed through a sieve with an opening of 1.0 mm,
A gas turbine engine (20;100) comprising: a compressor (24;130) having a first compressor section (44;132) and a second compressor section (52;134); a combustor fluidly connected to the compressor (24;130); a turbine fluidly connected to the combustor , the turbine having a first turbine section (46;142) and a second turbine section ; a first shaft (40;120,210) connecting the first compressor section (44;132) and the first turbine section (46;142); a second shaft (50;122) connecting the second compressor section (52;134) and the second turbine section ; and a fan (42;102) connected to said first shaft (40;120,210) via a geared architecture (48;160), said first shaft (40;120,210) including at least one magnetic section ; characterised in that : an electromagnet is disposed radially outward of said first shaft (40;120,210) at an axial location of the at least one magnetic section , relative to an axis (A) defined by the gas turbine engine (20;100), wherein the electromagnet is mounted to and structurally supported by an engine static structure ; and a controller (170;206) is controllably coupled to said electromagnet , the controller (170;206) storing instructions configured to cause the controller (170;206) to activate the electromagnet during engine shutdown in response to rotation speed of said first shaft (40;120,210) falling below a predefined threshold to move said first shaft (40;120,210) into a locked position, thereby preventing further rotation of the fan (42;102), and to deactivate the electromagnet during engine startup. a compressor (24;130) having a first compressor section (44;132) and a second compressor section (52;134); a combustor fluidly connected to the compressor (24;130); a turbine fluidly connected to the combustor , the turbine having a first turbine section (46;142) and a second turbine section ; a first shaft (40;120,210) connecting the first compressor section (44;132) and the first turbine section (46;142); a second shaft (50;122) connecting the second compressor section (52;134) and the second turbine section ; and a fan (42;102) connected to said first shaft (40;120,210) via a geared architecture (48;160), said first shaft (40;120,210) including at least one magnetic section ; an electromagnet is disposed radially outward of said first shaft (40;120,210) at an axial location of the at least one magnetic section , relative to an axis (A) defined by the gas turbine engine (20;100), wherein the electromagnet is mounted to and structurally supported by an engine static structure ; and a controller (170;206) is controllably coupled to said electromagnet , the controller (170;206) storing instructions configured to cause the controller (170;206) to activate the electromagnet during engine shutdown in response to rotation speed of said first shaft (40;120,210) falling below a predefined threshold to move said first shaft (40;120,210) into a locked position, thereby preventing further rotation of the fan (42;102), and to deactivate the electromagnet during engine startup.
Solenoid valve with an electromagnet , wherein the electromagnet has the following: - a yoke with a continuous armature bore , which leads at its first end into an armature housing , wherein the armature housing is formed in the yoke , - an armature rod , which has a first longitudinal end and a second longitudinal end and which on a region facing the second longitudinal end and facing away from the armature housing supports a disc , and - an armature , - wherein the armature rod extends through the armature bore and enters with its first longitudinal end into the armature housing , and - wherein the armature is connected at the first longitudinal end of the armature rod to the armature rod by a form-fitting connection, in particular caulking, wherein between the disc and the second longitudinal end of the armature rod a spring-sealing-element is attached onto the armature rod , wherein the spring-sealing-element is moved along with the armature rod and can close and release an outlet opening of the solenoid valve formed in the yoke , characterised in that - in the yoke at a second end of the armature bore opposite the first end a depression is formed into which the disc can dip. - a yoke with a continuous armature bore , which leads at its first end into an armature housing , wherein the armature housing is formed in the yoke , - an armature rod , which has a first longitudinal end and a second longitudinal end and which on a region facing the second longitudinal end and facing away from the armature housing supports a disc , and - an armature , - wherein the armature rod extends through the armature bore and enters with its first longitudinal end into the armature housing , and - wherein the armature is connected at the first longitudinal end of the armature rod to the armature rod by a form-fitting connection, in particular caulking, wherein between the disc and the second longitudinal end of the armature rod a spring-sealing-element is attached onto the armature rod , wherein the spring-sealing-element is moved along with the armature rod and can close and release an outlet opening of the solenoid valve formed in the yoke , characterised in that - in the yoke at a second end of the armature bore opposite the first end a depression is formed into which the disc can dip.
An easy open package comprising a carton, characterised by : a film at least partially overwrapping the carton , perforations disposed on the film and defining a perforation zone , and a label comprising a first end and a second end , the first end having a top surface, a bottom surface and a notch defined by a pair of spaced apart tabs , the label disposed on the film such that the first end notch exposes at least a portion of the perforation zone and an adhesive disposed on both the top surface of at least one of the tabs and the perforation zone exposed by the notch .
A reduction optical system (CV) disposed on an image side (I) of a main optical system (ML), a composite focal length of the main optical system (ML) and the reduction optical system (CV) being shorter than a focal length of the main optical system (ML), the reduction optical system (CV) comprising: a first lens element (G1; G1, G2) being a single lens or a cemented lens, disposed closest to an object side and having a positive refractive power; a second lens element (G5; G5, G6; G6, G7) being a single lens or a cemented lens, disposed closest to an image side and having a positive refractive power; and; a positive lens (G3; G4) and a negative lens (G2, G4; G3, G5) disposed between the first lens element (G1; G1, G2) and the second lens element (G5; G5, G6; G6, G7), each of the positive lens and the negative lens being a single lens or a lens out of a cemented lens, wherein the following conditional expressions are satisfied: 0.440 ≤ fp1 / f < 1.500 , and 0.500 < fp1 / fp2 < 2.500 , where fp1 is a focal length of the first lens element (G1; G1, G2), fp2 is a focal length of the second lens element (G5; G5, G6; G6, G7), and f is a focal length of the reduction optical system (CV). a first lens element (G1; G1, G2) being a single lens or a cemented lens, disposed closest to an object side and having a positive refractive power; a second lens element (G5; G5, G6; G6, G7) being a single lens or a cemented lens, disposed closest to an image side and having a positive refractive power; and; a positive lens (G3; G4) and a negative lens (G2, G4; G3, G5) disposed between the first lens element (G1; G1, G2) and the second lens element (G5; G5, G6; G6, G7), each of the positive lens and the negative lens being a single lens or a lens out of a cemented lens, wherein the following conditional expressions are satisfied: 0.440 ≤ fp1 / f < 1.500 , and 0.500 < fp1 / fp2 < 2.500 , where fp1 is a focal length of the first lens element (G1; G1, G2), fp2 is a focal length of the second lens element (G5; G5, G6; G6, G7), and f is a focal length of the reduction optical system (CV).
A vehicle, comprising: a wing ; a housing disposed within the wing ; a battery comprising a plurality of layers and disposed within the housing ; and a first removable battery compression device disposed within the housing and configured to apply compressive force to the plurality of layers of the battery via a first side of the battery , wherein the battery provides power to the vehicle after removing the removable battery compression device from the vehicle. a wing ; a housing disposed within the wing ; a battery comprising a plurality of layers and disposed within the housing ; and a first removable battery compression device disposed within the housing and configured to apply compressive force to the plurality of layers of the battery via a first side of the battery , wherein the battery provides power to the vehicle after removing the removable battery compression device from the vehicle.
A catheter for recanalizing a blood vessel having an occlusion therein, the catheter comprising: a catheter shaft having a proximal end, a distal end , and a distal end portion proximate the distal end; an expandable member secured to the distal end portion of the catheter shaft ; and a flexible tubular member extending from the catheter shaft and along an exterior of the expandable member; wherein expansion of the expandable member deflects the flexible tubular member into a deflected configuration away from a longitudinal axis of the catheter shaft ; wherein the expandable member is an inflatable balloon including a first wing portion and a second wing portion extending outwardly in opposite directions that orient the flexible tubular member toward the center of the true lumen of the vessel. a catheter shaft having a proximal end, a distal end , and a distal end portion proximate the distal end; an expandable member secured to the distal end portion of the catheter shaft ; and a flexible tubular member extending from the catheter shaft and along an exterior of the expandable member; wherein expansion of the expandable member deflects the flexible tubular member into a deflected configuration away from a longitudinal axis of the catheter shaft ; wherein the expandable member is an inflatable balloon including a first wing portion and a second wing portion extending outwardly in opposite directions that orient the flexible tubular member toward the center of the true lumen of the vessel.
An apparatus for resource access monitoring comprising: a display; a processor coupled to the display; a memory coupled to the processor, the memory comprising instructions executable by the processor to: identify an access attempt to a monitored resource by an application, the identification occurring after an access permission check is performed; implement a monitor on a critical access path to the monitored resource, the monitor configured to identify the access attempt to the monitored resource by the application; implement a permission monitor, the permission monitor configured to receive, via the monitor, a call reporting the access attempt to the monitored resource by the application; and authenticate the call to the permission monitor; determine whether the access attempt involves suspicious activity by evaluating a potential risk associated with the application accessing the monitored resource; and in response to determining that the access attempt involves suspicious activity, provide a graphical user interface (GUI) to the display, the GUI providing a notification of the access attempt. a display; a processor coupled to the display; a memory coupled to the processor, the memory comprising instructions executable by the processor to: identify an access attempt to a monitored resource by an application, the identification occurring after an access permission check is performed; implement a monitor on a critical access path to the monitored resource, the monitor configured to identify the access attempt to the monitored resource by the application; implement a permission monitor, the permission monitor configured to receive, via the monitor, a call reporting the access attempt to the monitored resource by the application; and authenticate the call to the permission monitor; determine whether the access attempt involves suspicious activity by evaluating a potential risk associated with the application accessing the monitored resource; and in response to determining that the access attempt involves suspicious activity, provide a graphical user interface (GUI) to the display, the GUI providing a notification of the access attempt. identify an access attempt to a monitored resource by an application, the identification occurring after an access permission check is performed; implement a monitor on a critical access path to the monitored resource, the monitor configured to identify the access attempt to the monitored resource by the application; implement a permission monitor, the permission monitor configured to receive, via the monitor, a call reporting the access attempt to the monitored resource by the application; and authenticate the call to the permission monitor; determine whether the access attempt involves suspicious activity by evaluating a potential risk associated with the application accessing the monitored resource; and in response to determining that the access attempt involves suspicious activity, provide a graphical user interface (GUI) to the display, the GUI providing a notification of the access attempt.
Device for treatment and/or prophylaxis of decompression illness in a subject, comprising: an input port which is configured to provide venous or peritoneal access to a subject to extract blood from the subject; a blood processing stage coupled to the input port which is configured to process blood extracted from the subject; and an output port which is configured to provide venous, arterial or peritoneal access to infuse the processed blood back into the subject; wherein the blood processing stage comprises: at least one pump to promote a flow of the blood through the blood processing stage ; a depressurizing module in which the blood flowing through the blood processing stage is depressurized to provoke formation of gas bubbles in the blood and their subsequent release from the blood; a gas exchange module comprising a gas reservoir and configured to provide gas exchange between the gas reservoir and the blood flowing through gas exchange module ; characterized by at least one bubble filter configured to remove gas bubbles from the extracted blood; wherein the depressurizing module is a further module. an input port which is configured to provide venous or peritoneal access to a subject to extract blood from the subject; a blood processing stage coupled to the input port which is configured to process blood extracted from the subject; and an output port which is configured to provide venous, arterial or peritoneal access to infuse the processed blood back into the subject; wherein the blood processing stage comprises: at least one pump to promote a flow of the blood through the blood processing stage ; a depressurizing module in which the blood flowing through the blood processing stage is depressurized to provoke formation of gas bubbles in the blood and their subsequent release from the blood; a gas exchange module comprising a gas reservoir and configured to provide gas exchange between the gas reservoir and the blood flowing through gas exchange module ; characterized by at least one bubble filter configured to remove gas bubbles from the extracted blood; wherein the depressurizing module is a further module. at least one pump to promote a flow of the blood through the blood processing stage ; a depressurizing module in which the blood flowing through the blood processing stage is depressurized to provoke formation of gas bubbles in the blood and their subsequent release from the blood; a gas exchange module comprising a gas reservoir and configured to provide gas exchange between the gas reservoir and the blood flowing through gas exchange module ; characterized by at least one bubble filter configured to remove gas bubbles from the extracted blood; wherein the depressurizing module is a further module.
A heat pump apparatus comprising: a refrigeration cycle configured to circulate combustible refrigerant; and a load unit disposed in a room, the load unit being configured to accommodate at least a load side heat exchanger of the refrigeration cycle , the load side heat exchanger being configured to allow heat exchange between the combustible refrigerant and a liquid heat medium, whereby the load unit includes a fan , an air inlet to suck in air from the room, an air outlet to blow out the air, sucked in from the air inlet , to the room, the air outlet being provided at a position of a height different from a height of the air inlet , and characterized in that an air passage is formed between the air inlet and the air outlet , wherein the air passage is isolated from a space for accommodating the load side heat exchanger . a refrigeration cycle configured to circulate combustible refrigerant; and a load unit disposed in a room, the load unit being configured to accommodate at least a load side heat exchanger of the refrigeration cycle , the load side heat exchanger being configured to allow heat exchange between the combustible refrigerant and a liquid heat medium, whereby the load unit includes a fan , an air inlet to suck in air from the room, an air outlet to blow out the air, sucked in from the air inlet , to the room, the air outlet being provided at a position of a height different from a height of the air inlet , and characterized in that an air passage is formed between the air inlet and the air outlet , wherein the air passage is isolated from a space for accommodating the load side heat exchanger .
A composition in the form of an O/W emulsion, comprising: (a) at least one hydrocarbon-based block copolymer comprising at least one styrene block and at least one block comprising units chosen from butadiene, ethylene, propylene, butylene and isoprene or a mixture thereof, which are optionally hydrogenated; (b) at least one film-forming linear ethylenic polymer devoid of styrene; (c) at least one hydrocarbon oil; and (d) water. wherein the (b) the film-forming linear ethylenic polymer comprises at least one first block and at least one second block having different glass transition temperatures (Tg), said first and second blocks being connected to one another via an intermediate block comprising at least one constituent monomer of the first block and at least one constituent monomer of the second block. (a) at least one hydrocarbon-based block copolymer comprising at least one styrene block and at least one block comprising units chosen from butadiene, ethylene, propylene, butylene and isoprene or a mixture thereof, which are optionally hydrogenated; (b) at least one film-forming linear ethylenic polymer devoid of styrene; (c) at least one hydrocarbon oil; and (d) water.
An assembly for a conveyor, comprising: a first side plate ; a second side plate opposing the first side plate; a first roller extending between the first side plate and the second side plate for engaging a drive side of a conveyor belt ; a connecting plate mounted to the first side plate and having a first seat for receiving an axle end of the first roller , and a second seat that is open; a position limiter for ensuring proper engagement between the drive side of the conveyor belt and the first roller , the position limiter having a first end configured to be received in the open seat ; and a handle connected to the position limiter, the handle movable between an operating position in which the position limiter end is mounted in the open seat and a nonoperating position, in which the position limiter end is unseated from the open seat ; wherein the position limiter comprises a position limiter roller extending along a roller axis, the first end having a cylindrical shape, characterized in that the position limiter further comprises: a mounting bar extending along an axis parallel to the roller axis, a mounting plate connecting the mounting bar to the first end and a protrusion extending outward of the mounting plate and into an opening in the connecting plate . a first side plate ; a second side plate opposing the first side plate; a first roller extending between the first side plate and the second side plate for engaging a drive side of a conveyor belt ; a connecting plate mounted to the first side plate and having a first seat for receiving an axle end of the first roller , and a second seat that is open; a position limiter for ensuring proper engagement between the drive side of the conveyor belt and the first roller , the position limiter having a first end configured to be received in the open seat ; and a handle connected to the position limiter, the handle movable between an operating position in which the position limiter end is mounted in the open seat and a nonoperating position, in which the position limiter end is unseated from the open seat ; wherein the position limiter comprises a position limiter roller extending along a roller axis, the first end having a cylindrical shape, characterized in that the position limiter further comprises: a mounting bar extending along an axis parallel to the roller axis, a mounting plate connecting the mounting bar to the first end and a protrusion extending outward of the mounting plate and into an opening in the connecting plate .
Method for determining the distance of an object which contains at least one non-linear component , in particular a semiconductor component, and which, when irradiated with a high-frequency transmission signal , generates and re-emits an object signal (5-5") having double and/or triple the frequency of the transmission signal , the method comprising the features: a) the object is irradiated with a pulsed transmission signal , and the pulsed object signals which are induced by the non-linear component and have double and/or triple the frequency of the transmission signal are received; b) the time difference (Δt) between the transmission of the pulsed transmission signal and the reception of the object signal is then detected and the distance to the object is determined therefrom. a) the object is irradiated with a pulsed transmission signal , and the pulsed object signals which are induced by the non-linear component and have double and/or triple the frequency of the transmission signal are received; b) the time difference (Δt) between the transmission of the pulsed transmission signal and the reception of the object signal is then detected and the distance to the object is determined therefrom.