mhurhangee/ep-ind-claims huggingface dataset:
A heat dissipation device comprising: a generally rectangular cooling metal plate; the metal plate comprising, on its upper face, first fastening means (134, 135) for fastening a first printed circuit board provided to abut at least one heat generating area of the first printed circuit board on the upper face of the plate, the metal plate comprising, on its lower face, second fastening means (154, 155) for fastening a second printed circuit board provided to abut at least one heat generating area of the second printed circuit board on the lower face of the plate; the upper face of the plate comprising a first section equipped with a plurality of vertical cooling fins each extending in a longitudinal direction substantially parallel to one side of the plate; characterized in that: the first section comprises a portion of the first fastening means so as to allow the abutment of a heat generating area of the first printed circuit board on cooling fins, and in that: the lower face of the first section comprises at least one flat cooling surface forming a protrusion on said lower face, so as to allow the abutment of a heat generating area of the second printed circuit board on the flat cooling surface. a generally rectangular cooling metal plate; the metal plate comprising, on its upper face, first fastening means (134, 135) for fastening a first printed circuit board provided to abut at least one heat generating area of the first printed circuit board on the upper face of the plate, the metal plate comprising, on its lower face, second fastening means (154, 155) for fastening a second printed circuit board provided to abut at least one heat generating area of the second printed circuit board on the lower face of the plate; the upper face of the plate comprising a first section equipped with a plurality of vertical cooling fins each extending in a longitudinal direction substantially parallel to one side of the plate; characterized in that: the first section comprises a portion of the first fastening means so as to allow the abutment of a heat generating area of the first printed circuit board on cooling fins, and in that: the lower face of the first section comprises at least one flat cooling surface forming a protrusion on said lower face, so as to allow the abutment of a heat generating area of the second printed circuit board on the flat cooling surface.
A controlled pressure release system for a pressurized container comprising: a pressure release device (12, 40, 142, 146, 148); an activating mechanism configured to open the pressure release device (12, 40, 142, 146, 148) upon activation; a sensor operatively disposed in the pressurized container, the sensor configured to generate a monitoring signal representative of at least one operating condition of the pressurized container; and a control configured to receive the monitoring signal and to activate the activating mechanism when the at least one operating condition of the pressurized container reaches a predetermined limit, characterized in that the pressure release device (12, 40, 142 146, 148) is a non-reclosing pressure release device, and in that the activating mechanism is operably engaged with the pressure release device (12, 40, 142, 146, 148) prior to activation and the activating mechanism is a first activating mechanism, the system further comprising a second activating mechanism, the second activating mechanism being configured to open the pressure release device (12, 40, 142, 146, 148) in the event that the first activating mechanism fails to activate properly. a pressure release device (12, 40, 142, 146, 148); an activating mechanism configured to open the pressure release device (12, 40, 142, 146, 148) upon activation; a sensor operatively disposed in the pressurized container, the sensor configured to generate a monitoring signal representative of at least one operating condition of the pressurized container; and a control configured to receive the monitoring signal and to activate the activating mechanism when the at least one operating condition of the pressurized container reaches a predetermined limit, characterized in that the pressure release device (12, 40, 142 146, 148) is a non-reclosing pressure release device, and in that the activating mechanism is operably engaged with the pressure release device (12, 40, 142, 146, 148) prior to activation and the activating mechanism is a first activating mechanism, the system further comprising a second activating mechanism, the second activating mechanism being configured to open the pressure release device (12, 40, 142, 146, 148) in the event that the first activating mechanism fails to activate properly.
A method of making a concentrated dairy liquid, the method comprising: pasteurizing a dairy cream; concentrating the pasteurized cream to obtain a concentrated cream retentate; adding dairy minerals to the concentrated cream retentate; homogenizing the concentrated cream retentate including the dairy minerals to form a homogenized cream retentate; and heating the homogenized cream retentate including the dairy minerals to obtain a concentrated dairy liquid having a F o value of at least 5, the concentrated dairy liquid having a protein to fat ratio of from 0.4 to 0.7 and lactose in an amount of up to 1.5 percent, wherein the dairy minerals are included in an amount effective to provide at least two of the following mineral to protein ratios in the concentrated dairy liquid: 0.017 mg to 0.0264 mg potassium per mg protein; 0.008 mg to 0.0226 mg magnesium per mg protein; 0.122 mg to 0.3516 mg calcium per mg protein; and 0.199 mg to 0.5394 mg phosphate per mg protein. pasteurizing a dairy cream; concentrating the pasteurized cream to obtain a concentrated cream retentate; adding dairy minerals to the concentrated cream retentate; homogenizing the concentrated cream retentate including the dairy minerals to form a homogenized cream retentate; and heating the homogenized cream retentate including the dairy minerals to obtain a concentrated dairy liquid having a F o value of at least 5, the concentrated dairy liquid having a protein to fat ratio of from 0.4 to 0.7 and lactose in an amount of up to 1.5 percent, wherein the dairy minerals are included in an amount effective to provide at least two of the following mineral to protein ratios in the concentrated dairy liquid: 0.017 mg to 0.0264 mg potassium per mg protein; 0.008 mg to 0.0226 mg magnesium per mg protein; 0.122 mg to 0.3516 mg calcium per mg protein; and 0.199 mg to 0.5394 mg phosphate per mg protein. 0.017 mg to 0.0264 mg potassium per mg protein; 0.008 mg to 0.0226 mg magnesium per mg protein; 0.122 mg to 0.3516 mg calcium per mg protein; and 0.199 mg to 0.5394 mg phosphate per mg protein.
Apparatus for treating ballast water with acrolein on board of ships wherein the apparatus comprises a connection to the main ballast water line of a ballast water installation, comprising: a reactor device having a connection for an acrolein derivative, a connection for a catalyst acid and a connection for water for generating an aqueous acrolein solution, a branch line next to the main ballast water line which is connected to the main ballast water line for branching off a ballast water partial stream and for returning the brached off the ballast water partial stream, a mixing device with is connected to the branch line for diluting the acrolein solution generated by the reactor device; an acrolein solution supply line (34,42) from the reactor device on deck of the ship to the mixing device in the branch line next to the main ballast water line;and a feed device in the main ballast water line for supplying the aqueous acrolein solution from the mixing device to the main ballast water line. a reactor device having a connection for an acrolein derivative, a connection for a catalyst acid and a connection for water for generating an aqueous acrolein solution, a branch line next to the main ballast water line which is connected to the main ballast water line for branching off a ballast water partial stream and for returning the brached off the ballast water partial stream, a mixing device with is connected to the branch line for diluting the acrolein solution generated by the reactor device; an acrolein solution supply line (34,42) from the reactor device on deck of the ship to the mixing device in the branch line next to the main ballast water line;and a feed device in the main ballast water line for supplying the aqueous acrolein solution from the mixing device to the main ballast water line.
Use of a filament (734, 834, 934, 1034, 1134,1234) as a consumable material in an extrusion-based digital manufacturing system, characterized in that the filament is a ribbon filament comprising a length (736, 836, 936, 1036, 1136, 1236), comprising a cross-sectional profile having a width (748w, 848w, 934w, 1034w, 1134w, 1234w) and a thickness (748t, 848t, 934t, 1034t, 1134t, 1234t), and wherein an aspect ratio of the width (748w, 848w, 934w, 1034w, 1134w, 1234w) to the thickness (748t, 848t, 934t, 1034t, 1134t, 1234t) is greater than about 2:1, and a plurality of tracks (742, 842, 942,1042,1142, 1242) formed in an exterior surface of the filament and extending along at least a portion of the length of the filament (736, 836, 936, 1036, 1136, 1236) wherein the profile is configured to mate with a liquefier of the extrusion-based digital manufacturing system and the tracks are configured to engage with a rotatable drive mechanism of the extrusion-based digital manufacturing system, and wherein the plurality of tracks (742, 842, 942, 1042, 1142, 1242)provide a fractal dimensionality for at least a portion of an exterior surface of the filament (734, 834, 934, 1034, 1134, 1234) that is greater than two for a length scale between 0.01 millimeters and 1.0 millimeter and the average cross.sectional area of the plurality of tracks (742, 842, 942, 1042, 1142, 1242) ranges from about 5% to about 30% of the average cross-sectional area of the filament at the non-track location.
A turbomachine with a housing having a first housing section (14, 17; 32, 45; 49) with a central chamber and an outer chamber extending around the central chamber, and a first fan wheel which is accommodated in the central chamber of the first housing section (14, 17; 32, 45) of the housing and can be driven in rotation about an axis, wherein the first housing section (14, 17; 32, 45; 49) and a second housing section (18, 19; 43, 46; 50) of the housing are arranged on different sides of a sectional plane perpendicular to the axis, wherein the second housing section (18, 19; 43, 46; 50) has a central chamber in which is arranged a second fan wheel which can be driven in rotation about the axis, and an outer chamber extending around the axis and the central chamber, wherein the housing has a first passage which connects the central chamber of the first housing section (14, 17; 32, 45; 49) with the outer chamber of the second housing section (18, 19; 43, 46) and a second passage which connects the outer chamber of the first housing section (14, 17; 32, 45; 49) with the central chamber of the second housing section (18, 19; 43, 46), wherein the passages (22, 23) cross the sectional plane of the housing, and wherein the fan wheels (6, 7) are mounted on a common shaft and are shaped as a mirror image of one another, characterized in that the first passage is separated from the central chamber of the second housing section (18, 19; 43, 46) and/or from the outer chamber of the first housing section (14, 17; 32, 45) by a wall (25, 28) which is located on a conical surface which extends to the second housing section (18, 19; 43, 46).
A nucleic acid-lipid particle comprising: (a) a nucleic acid; (b) a cationic lipid comprising from 50 mol % to 65 mol % of the total lipid present in the particle; (c) a non-cationic lipid comprising up to 49.5 mol % of the total lipid present in the particle and comprising a mixture of a phospholipid and cholesterol or a derivative thereof, wherein the cholesterol or derivative thereof comprises from 30 mol % to 40 mol % of the total lipid present in the particle; and (d) a conjugated lipid that inhibits aggregation of particles comprising from 0.5 mol % to 2 mol % of the total lipid present in the particle. (a) a nucleic acid; (b) a cationic lipid comprising from 50 mol % to 65 mol % of the total lipid present in the particle; (c) a non-cationic lipid comprising up to 49.5 mol % of the total lipid present in the particle and comprising a mixture of a phospholipid and cholesterol or a derivative thereof, wherein the cholesterol or derivative thereof comprises from 30 mol % to 40 mol % of the total lipid present in the particle; and (d) a conjugated lipid that inhibits aggregation of particles comprising from 0.5 mol % to 2 mol % of the total lipid present in the particle.
A fluid dispenser comprising:. a fluid reservoir,. an applicator (2; 2'), and. a dispenser module (3; 3') that is arranged between the reservoir and the applicator (2; 2'), the dispenser module (3; 3') including an air pump (4; 44') for sending air into the reservoir, and a fluid duct (54; 54') connecting the reservoir to the applicator (2; 2'), characterized in that:. the air pump (4; 44') includes a deformable lateral actuator wall (41; 41'), and. the air pump (4; 44') connects the outside through a one-way inlet valve (62, 562).. a fluid reservoir,. an applicator (2; 2'), and. a dispenser module (3; 3') that is arranged between the reservoir and the applicator (2; 2'), the dispenser module (3; 3') including an air pump (4; 44') for sending air into the reservoir, and a fluid duct (54; 54') connecting the reservoir to the applicator (2; 2'),. the air pump (4; 44') includes a deformable lateral actuator wall (41; 41'), and. the air pump (4; 44') connects the outside through a one-way inlet valve (62, 562).
An ultrasound imaging system comprising: a processor configured to: analyze ultrasound signals to generate power Doppler data and color Doppler data; characterized in that the processor is further configured to: separate the color Doppler data into luminance data and chrominance data; generate an augmentation map based, at least in part, on power Doppler data; adjust the luminance data based, at least in part, on the power Doppler data to generate adjusted luminance data, wherein adjusting the luminance data comprises combining the augmentation map and the luminance data; and combine the adjusted luminance data and the chrominance data to generate augmented color Doppler data. separate the color Doppler data into luminance data and chrominance data; generate an augmentation map based, at least in part, on power Doppler data; adjust the luminance data based, at least in part, on the power Doppler data to generate adjusted luminance data, wherein adjusting the luminance data comprises combining the augmentation map and the luminance data; and combine the adjusted luminance data and the chrominance data to generate augmented color Doppler data.
A prefilled and pre-sterilized syringe assembly, comprising: a plunger including a stopper made from a material including high barrier thermoplastic elastomers; a barrel having an open first end and an opposite second end, wherein the open first end is configured to receive the plunger, and wherein the barrel is formed of a plastic material that includes at least one of a cyclic olefin polymer and a cyclic olefin copolymer; a tip cap removably attached to the second end, characterized in that a chamber is formed within the barrel between the stopper and the tip cap, the chamber containing a sterilization sensitive material, and wherein a first portion of the tip cap that comes into contact with the sterilization sensitive material is coated with and is constructed of butyl rubber, wherein a second portion of the tip cap that does not come into contact with the sterilization sensitive material is made of a different material, and wherein the plastic material has a high barrier property that cooperates with the first portion of the tip cap and the stopper to create a barrier between the sterilization sensitive material and gases produced for sterilization purposes such that after an EtO sterilization procedure, the sterilization sensitive material disposed within the chamber remains unchanged after being subjected to the EtO sterilization procedure. a plunger including a stopper made from a material including high barrier thermoplastic elastomers; a barrel having an open first end and an opposite second end, wherein the open first end is configured to receive the plunger, and wherein the barrel is formed of a plastic material that includes at least one of a cyclic olefin polymer and a cyclic olefin copolymer; a tip cap removably attached to the second end, characterized in that a chamber is formed within the barrel between the stopper and the tip cap, the chamber containing a sterilization sensitive material, and wherein a first portion of the tip cap that comes into contact with the sterilization sensitive material is coated with and is constructed of butyl rubber, wherein a second portion of the tip cap that does not come into contact with the sterilization sensitive material is made of a different material, and wherein the plastic material has a high barrier property that cooperates with the first portion of the tip cap and the stopper to create a barrier between the sterilization sensitive material and gases produced for sterilization purposes such that after an EtO sterilization procedure, the sterilization sensitive material disposed within the chamber remains unchanged after being subjected to the EtO sterilization procedure.
Packing, in particular for food, with a container for receiving a substance, a labelling element for labelling the substance and at least one functional element, which is present in a basic form and is attached to the container, wherein the container and the labelling element are detachably connected to one another indirectly via the at least one functional element, so that the labelling element separates from the container when the at least one functional element is removed, characterized in that the functional element is designed in such a way that it can be brought into a functional form for use of the substance after separation, in order to be able to consume the substance present in the container during intended use, wherein the functional element has at least one folding contour. with a container for receiving a substance, a labelling element for labelling the substance and at least one functional element, which is present in a basic form and is attached to the container, wherein the container and the labelling element are detachably connected to one another indirectly via the at least one functional element, so that the labelling element separates from the container when the at least one functional element is removed, characterized in that the functional element is designed in such a way that it can be brought into a functional form for use of the substance after separation, in order to be able to consume the substance present in the container during intended use, wherein the functional element has at least one folding contour.
Method for producing a nonwoven fabric of endless filaments made of plastic, in particular made of thermoplastic material as a depositing device or storage device for at least one active medium, in particular for at least one liquid active medium wherein the endless filaments are spun by means of a spinneret, wherein the plastic of the endless filaments is foamed so that pores (7, 7a) are formed at least on the surface or in the surface area of the endless filaments, wherein at least one foaming substance is added to the plastic, in particular the plastic melt with the proviso that pores are formed at least on the surface of the endless filaments, of which at least 15% are outwardly open pores and wherein the open pores are filled at least partially with the active medium in particular with the liquid active medium.
A filter element comprising: a non-woven strip having a selected porosity and being spirally wound upon itself in multiple overlapping layers to form at least one band of a selected radial thickness; an interlaying strip being disposed as multiple overlapping layers circumferentially about the band formed by the non-woven strip or being disposed as one layer circumferentially about the band formed by the non-woven strip, wherein the interlaying strip is more dense that the non-woven strip and has a porosity less permeable than that of the non-woven strip; and a fluid flow pathway defined by the interlaying strip, wherein the filter element is a coreless filter element. a non-woven strip having a selected porosity and being spirally wound upon itself in multiple overlapping layers to form at least one band of a selected radial thickness; an interlaying strip being disposed as multiple overlapping layers circumferentially about the band formed by the non-woven strip or being disposed as one layer circumferentially about the band formed by the non-woven strip, wherein the interlaying strip is more dense that the non-woven strip and has a porosity less permeable than that of the non-woven strip; and a fluid flow pathway defined by the interlaying strip, wherein the filter element is a coreless filter element.
A system for providing a remote center of motion for robotic control, comprising: a marker device being adapted to indicate or define the remote center of motion in an image collected by an imaging system, the marker device being configured to include one or more shapes to indicate position and orientation of the marker device in an image collected by an imaging system, the marker device being configured to receive or partially receive an instrument therein, the instrument being robotically guided; and a registration module configured to register a coordinate system of the image with that of the robotically guided instrument using the marker device, wherein the registration module is configured to define a position in a robot coordinate system of the robot guiding the instrument, where a virtual remote center of motion exists by applying said registration to the remote center of motion indicated or defined by the marker device and wherein the system further comprises control software configured to control a motion of the robotically guided instrument wherein the virtual remote center of motion constrains the motion of said robot. a marker device being adapted to indicate or define the remote center of motion in an image collected by an imaging system, the marker device being configured to include one or more shapes to indicate position and orientation of the marker device in an image collected by an imaging system, the marker device being configured to receive or partially receive an instrument therein, the instrument being robotically guided; and a registration module configured to register a coordinate system of the image with that of the robotically guided instrument using the marker device, wherein the registration module is configured to define a position in a robot coordinate system of the robot guiding the instrument, where a virtual remote center of motion exists by applying said registration to the remote center of motion indicated or defined by the marker device and wherein the system further comprises control software configured to control a motion of the robotically guided instrument wherein the virtual remote center of motion constrains the motion of said robot.
A piezo shaker for shaking a probe, wherein the piezo shaker comprises a platform operatively connected with at least one piezo element (20a, 20b), wherein the at least one piezo element (20a, 20b) deforms for controlled movement of the platform, wherein the piezo shaker further comprises one or more spring bars moveably connected to and supporting the platform and transmission means (50a, 50b) connecting the at least one piezo element (20a, 20b) and the- at least one spring bar, and wherein the transmission means (50a, 50b) transmit the movement to the platform.