mhurhangee/ep-ind-claims huggingface dataset:
A system for manufacturing a food product, the system comprising: at least one heat exchanger comprising a heating medium; at least one food product tank; piping connecting the food product tank to the heat exchanger; at least one steam source having a steam valve; a computer having a computer processor; and a computer-readable medium accessible to the computer and containing a software program therein that is programmed to cause the computer processor to automatically control the steam valve to move from a first position to a second, calculated position to maintain a temperature of the heating medium that is sufficient to maintain sterility of the food product during a transition from recirculating water in the heat exchanger to the food product in the heat exchanger, and wherein the steam valve is configured to return to the first position from the second position to prevent a sudden food product temperature increase as the food product completely displaces the recirculating water in the heat exchanger. at least one heat exchanger comprising a heating medium; at least one food product tank; piping connecting the food product tank to the heat exchanger; at least one steam source having a steam valve; a computer having a computer processor; and a computer-readable medium accessible to the computer and containing a software program therein that is programmed to cause the computer processor to automatically control the steam valve to move from a first position to a second, calculated position to maintain a temperature of the heating medium that is sufficient to maintain sterility of the food product during a transition from recirculating water in the heat exchanger to the food product in the heat exchanger, and wherein the steam valve is configured to return to the first position from the second position to prevent a sudden food product temperature increase as the food product completely displaces the recirculating water in the heat exchanger.
A method for fabricating a composite construction element using a computer-controlled apparatus, the method including: receiving, by the apparatus, computer instructions relating to a mould geometry; moving the apparatus and selectively fabricating build material in specific locations corresponding with the mould geometry to fabricate a mould, the mould having one or more non-planar casting surfaces and a plurality of receiving portions arranged on the one or more non-planar casting surfaces, the receiving portions dimensioned to receive and retain a plurality of objects in specific positions; positioning the plurality of objects in respective receiving portions; covering at least a portion of the mould and the plurality of objects with a settable material; and at least partially curing the settable material, thereby forming the composite construction element having the plurality of objects embedded therein. receiving, by the apparatus, computer instructions relating to a mould geometry; moving the apparatus and selectively fabricating build material in specific locations corresponding with the mould geometry to fabricate a mould, the mould having one or more non-planar casting surfaces and a plurality of receiving portions arranged on the one or more non-planar casting surfaces, the receiving portions dimensioned to receive and retain a plurality of objects in specific positions; positioning the plurality of objects in respective receiving portions; covering at least a portion of the mould and the plurality of objects with a settable material; and at least partially curing the settable material, thereby forming the composite construction element having the plurality of objects embedded therein.
An ultrasound imaging system comprising: a data storage arrangement for storing ultrasound imaging data comprising an imaging volume of a fetus; a processor arrangement communicatively coupled to the data storage arrangement and responsive to a user interface; and a display device under control of said processor arrangement, wherein the processor arrangement is adapted to: identify a fetal reference structure having an elongated shape in said imaging volume; define a reference point on said fetal reference structure; interpret a translation instruction from the user interface as a translation of said reference point along the elongation direction of the identified fetal reference structure; display the imaging volume together with a volume slice (51, 51') of the imaging volume said volume slice being perpendicular to the elongation direction of the fetal reference structure on the display device, said volume slice coinciding with the translated reference point; characterised in that the processor arrangement is further adapted to visualize said translation along said elongated shape of the fetal reference structure in the displayed imaging volume. a data storage arrangement for storing ultrasound imaging data comprising an imaging volume of a fetus; a processor arrangement communicatively coupled to the data storage arrangement and responsive to a user interface; and a display device under control of said processor arrangement, wherein the processor arrangement is adapted to: identify a fetal reference structure having an elongated shape in said imaging volume; define a reference point on said fetal reference structure; interpret a translation instruction from the user interface as a translation of said reference point along the elongation direction of the identified fetal reference structure; display the imaging volume together with a volume slice (51, 51') of the imaging volume said volume slice being perpendicular to the elongation direction of the fetal reference structure on the display device, said volume slice coinciding with the translated reference point; characterised in that the processor arrangement is further adapted to visualize said translation along said elongated shape of the fetal reference structure in the displayed imaging volume. identify a fetal reference structure having an elongated shape in said imaging volume; define a reference point on said fetal reference structure; interpret a translation instruction from the user interface as a translation of said reference point along the elongation direction of the identified fetal reference structure; display the imaging volume together with a volume slice (51, 51') of the imaging volume said volume slice being perpendicular to the elongation direction of the fetal reference structure on the display device, said volume slice coinciding with the translated reference point; characterised in that the processor arrangement is further adapted to visualize said translation along said elongated shape of the fetal reference structure in the displayed imaging volume.
A safety valve analysis system comprising: a plurality of sensors comprising a displacement sensor arranged to measure displacement of a valve member, an acoustic sensor arranged to measure noise from within a valve body and a pressure sensor arranged to measure fluid pressure at a valve inlet; data acquisition means arranged to receive signals from the sensors and generate corresponding valve data; a flow controlled outlet pipe to which the safety valve can be fitted; a flow control valve, comprising a manual control input, located in the outlet pipe and arranged to control the rate of flow of gas from a pressure source to the valve; a display unit; a computer arranged to generate an output indicative of the condition of the safety valve based on the valve data; wherein the computer is arranged: - to monitor a change in pressure applied to the safety valve by monitoring a signal from the pressure sensor and to determine from the signal, in real time, a rate of change of the pressure; - if the rate is within a predetermined range to indicate via the display that the rate is acceptable; and - if the rate is above or below the predetermined range, to indicate that via the display, thereby to direct an operator to maintain the rate of increase in pressure at the valve inlet by opening or closing the control valve. - to monitor a change in pressure applied to the safety valve by monitoring a signal from the pressure sensor and to determine from the signal, in real time, a rate of change of the pressure; - if the rate is within a predetermined range to indicate via the display that the rate is acceptable; and - if the rate is above or below the predetermined range, to indicate that via the display, thereby to direct an operator to maintain the rate of increase in pressure at the valve inlet by opening or closing the control valve.
A dosage regime for use in the treatment of an animal for a pest over a pest season, the dosage regime comprising: a first dosage projectile having a unique identifier and containing a first pesticide; a second dosage projectile having a unique identifier and containing a second pesticide; and a third dosage projectile having a unique identifier and containing a third pesticide; wherein the dosage projectiles are configured for remotely delivering the pesticides to an animal; and wherein the unique identifiers indicate the timing of administration of each pesticide over a pest season. a first dosage projectile having a unique identifier and containing a first pesticide; a second dosage projectile having a unique identifier and containing a second pesticide; and a third dosage projectile having a unique identifier and containing a third pesticide; wherein the dosage projectiles are configured for remotely delivering the pesticides to an animal; and wherein the unique identifiers indicate the timing of administration of each pesticide over a pest season.
Hand-guided working implement with a battery pack and an electric motor for driving a tool, with electric contacts (21, 22) for electric connection to the battery pack and with an electric operating switch for starting the electric motor, the operating switch being coupled to an actuating element (8, 9), and with a control unit for operating the electric motor, the electric contacts (21, 22), the control unit and the operating switch being held on a common carrier, characterised in that the carrier has a first side facing the battery pack and at least one second side remote from the battery pack, in that the electric contacts (21, 22) are formed on the first side of the carrier as releasable plug connections for the direct plugging-on of the battery pack, and in that the operating switch is held on the second side of the carrier.
A welding system comprising: - power circuitry configured to convert incoming power from a source to welding power; characterised by: - control circuitry coupled to the power circuitry and configured to implement a control regime to control the welding power output by the power circuitry in a welding operation, the control regime comprising closed loop control of voltage, detection of a predetermined rate of change of a welding parameter, wherein the control regime further comprises suspension of closed loop control of voltage and implementation of a current recess upon determination that the rate of change of the welding parameter has reached or exceeded a threshold, followed by resumption of closed loop control of voltage, wherein during the current recess the control circuitry is configured to continue to compute command signals that would have been applied to the power circuitry but for the current recess, but not to apply the computed command signals to the power circuitry during the current recess. - power circuitry configured to convert incoming power from a source to welding power; - control circuitry coupled to the power circuitry and configured to implement a control regime to control the welding power output by the power circuitry in a welding operation, the control regime comprising closed loop control of voltage, detection of a predetermined rate of change of a welding parameter,
A transplant material for use in the treatment of heart disease, wherein said treatment comprises covering a cardiac surface of a subject with the transplant material, and wherein said transplant material comprises a cell cluster which contains isolated cells adhered to each other with an adhesive agent before transplantation, wherein the isolated cells are adipose-derived regenerative cells containing mesenchymal progenitor cells and mesenchymal stem cells in a total amount of 5% or more, and the adhesive agent contains fibrinogen.
A pump (10, 100), in particular a vacuum pump, comprising - at least two conveying elements (13, 16, 102, 104) which are movable relative to one another and which are arranged such that they sealingly cooperate while forming at least one conveying space (24, 124); - at least one seal (20, 120) arranged on one of the two conveying elements (13, 16, 102, 104); and - a slide layer (21, 121) which is at least regionally applied to at least one of the conveying elements (13, 16, 102, 104) and which cooperates with the respective seal (20, 120), wherein the seal (20, 120) comprises a polytetrafluoroethylene material which includes polyimide particles, characterized in that the polytetrafluoroethylene material is manufactured by hot compression molding and sintering; and in that the slide layer (21, 121) comprises an oxide layer formed by anodic oxidation in an electrolyte including oxalic acid. - at least two conveying elements (13, 16, 102, 104) which are movable relative to one another and which are arranged such that they sealingly cooperate while forming at least one conveying space (24, 124); - at least one seal (20, 120) arranged on one of the two conveying elements (13, 16, 102, 104); and - a slide layer (21, 121) which is at least regionally applied to at least one of the conveying elements (13, 16, 102, 104) and which cooperates with the respective seal (20, 120),
A device for protecting an air inlet or outlet screen of a platform, such as a vehicle, against projections of liquids, the device comprising at least one frame surrounding the screen and forming a depression, the frame comprising an upper rim located above the plane of the screen, characterised in that above the frame, a flexible structure is positioned comprising a nonflammable or flame-proofed flexible panel that is fastened to the frame and extends from a first side (8 1) of the frame to a second side (8 2) of the frame that is parallel to the first side (8 1), this panel being positioned in a position deployed above the screen and at a distance therefrom, the panel delimiting two side openings allowing the passage of air.
An apparatus for encoding an audio parameter comprising: means for comparing the audio parameter against a threshold value and against a value dependent on a previous quantized audio parameter; means for calculating a quantized audio parameter as the previous quantized audio parameter increased by a predetermined value when the audio parameter is greater than the threshold value and greater than the value dependent on the previous quantized audio parameter; and means for calculating the quantized audio parameter as the previous quantized audio parameter multiplied by a factor value when the audio parameter is either less than the threshold value or less than the value dependent on the previous quantized audio parameter. means for comparing the audio parameter against a threshold value and against a value dependent on a previous quantized audio parameter; means for calculating a quantized audio parameter as the previous quantized audio parameter increased by a predetermined value when the audio parameter is greater than the threshold value and greater than the value dependent on the previous quantized audio parameter; and means for calculating the quantized audio parameter as the previous quantized audio parameter multiplied by a factor value when the audio parameter is either less than the threshold value or less than the value dependent on the previous quantized audio parameter.
A gas delivery device to administer therapy gas from a gas source, the gas delivery device comprising: a valve attachable to the gas source, the valve including an inlet and an outlet in fluid communication and a valve actuator to open or close the valve to allow the gas through the valve to a control module; and a circuit including: memory to store gas data comprising one or more of gas identification, gas expiration date and gas concentration and a processor and a transceiver in communication with the memory to send wireless optical line-of-sight signals to communicate the gas data to the control module that controls gas delivery to a subject, characterized in that the valve further comprises a data input in communication with said memory, to permit a user to enter the gas data into the memory. a valve attachable to the gas source, the valve including an inlet and an outlet in fluid communication and a valve actuator to open or close the valve to allow the gas through the valve to a control module; and a circuit including: memory to store gas data comprising one or more of gas identification, gas expiration date and gas concentration and a processor and a transceiver in communication with the memory to send wireless optical line-of-sight signals to communicate the gas data to the memory to store gas data comprising one or more of gas identification, gas expiration date and gas concentration and a processor and a transceiver in communication with the memory to send wireless optical line-of-sight signals to communicate the gas data to the control module that controls gas delivery to a subject,
System for fluid heating and air circulation comprising a plurality of collectors fitted end-to-end in one or more columns, so that air ducts of the collectors form an air column along each column of collectors, wherein each solar collector comprises: a solar radiation planar absorber (101, 175) for heat exchange and for working as a siphon that sucks air from a dwelling, comprising a piping of the fluid to be heated, and comprising an anterior face aimed at solar exposure and a posterior face opposed to the anterior face wherein the piping of the fluid to be heated is arranged in the posterior face of the planar absorber; an air duct for heat exchange with the planar absorber, wherein the air duct comprises the posterior face of the planar absorber and is arranged along said face, and wherein the air duct has an inlet and outlet on two opposite ends of the solar collector; characterised in that the system further comprises a bottom air damper for air entering the dwelling through said bottom air damper directed to the bottom of the dwelling; further comprising a descendent air duct with an outlet air damper for collecting air from the upper part of the dwelling and with a bottom part opening connected to the bottom of the air duct of one or more collector columns for bottom insufflation for air flowing along the planar absorber and exhausting from the dwelling through an exhaust air damper directed outside. a solar radiation planar absorber (101, 175) for heat exchange and for working as a siphon that sucks air from a dwelling, comprising a piping of the fluid to be heated, and comprising an anterior face aimed at solar exposure and a posterior face opposed to the anterior face wherein the piping of the fluid to be heated is arranged in the posterior face of the planar absorber; an air duct for heat exchange with the planar absorber, wherein the air duct comprises the posterior face of the planar absorber and is arranged along said face, and wherein the air duct has an inlet and outlet on two opposite ends of the solar collector; characterised in that the system further comprises a bottom air damper for air entering the dwelling through said bottom air damper directed to the bottom of the dwelling; further comprising a descendent air duct with an outlet air damper for collecting air from the upper part of the dwelling and with a bottom part opening connected to the bottom of the air duct of one or more collector columns for bottom insufflation for air flowing along the planar absorber and exhausting from the dwelling through an exhaust air damper directed outside.
Differential pressure meter, comprising: - a main body having i) at least one inlet opening, ii) at least one outlet opening, iii) at least one channel which places the inlet opening in fluid communication with the outlet opening, iv) at least one housing in turn defining an operating seat therein separate from said channel and having at least a first passage opening and at least a second passage opening configured for placing the operating seat in fluid communication with said channel; characterized in that the differential pressure meter further comprises: - a sealing casing inserted in said operating seat and in turn defining a respective inner volume, said sealing casing being a fluid sealing body made in a single piece; - a sensitive element seated in said sealing casing dividing the inner volume of said sealing casing at least in a first chamber and in a second chamber, a first surface of said sensitive element being directed towards said first chamber, a second surface of said sensitive device being directed towards said second chamber; - a first pressure intake formed on said sealing casing, said first passage opening being in communication with said first chamber through said first pressure intake and - a second pressure intake formed on said sealing casing, said second passage opening being in communication with said second chamber through said second pressure intake. - a main body having i) at least one inlet opening, ii) at least one outlet opening, iii) at least one channel which places the inlet opening in fluid communication with the outlet opening, iv) at least one housing in turn defining an operating seat therein separate from said channel and having at least a first passage opening and at least a second passage opening configured for placing the operating seat in fluid communication with said channel; i) at least one inlet opening, ii) at least one outlet opening, iii) at least one channel which places the inlet opening in fluid communication with the outlet opening, iv) at least one housing in turn defining an operating seat therein separate from said channel and having at least a first passage opening and at least a second passage opening configured for placing the operating seat in fluid communication with said channel; - a sealing casing inserted in said operating seat and in turn defining a respective inner volume, said sealing casing being a fluid sealing body made in a single piece; - a sensitive element seated in said sealing casing dividing the inner volume of said sealing casing at least in a first chamber and in a second chamber, a first surface of said sensitive element being directed towards said first chamber, a second surface of said sensitive device being directed towards said second chamber; - a first pressure intake formed on said sealing casing, said first passage opening being in communication with said first chamber through said first pressure intake and - a second pressure intake formed on said sealing casing, said second passage opening being in communication with said second chamber through said second pressure intake.