mhurhangee/ep-ind-claims huggingface dataset:
A multiple-stage snow thrower comprising: a frame; a power supply operatively connected to said frame; a first stage assembly positioned at least partially within a housing and operatively connected to said power supply, wherein rotation of said first stage assembly expels snow from said housing; a second stage assembly operatively connected to said power supply, wherein rotation of said second stage pushes said snow toward said first stage assembly; a third stage assembly operatively connected to said power supply, wherein rotation of said third stage assembly pushes said snow toward said second stage assembly; and a fourth stage assembly operatively connected to said power supply, wherein rotation of said fourth stage assembly pushes said snow toward said second stage assembly; wherein said fourth stage assembly is independently rotatable relative to said third stage assembly; and characterised in that the fourth stage assembly is positioned vertically lower than said first, second, and third stage assemblies (32, 34, 36). a frame; a power supply operatively connected to said frame; a first stage assembly positioned at least partially within a housing and operatively connected to said power supply, wherein rotation of said first stage assembly expels snow from said housing; a second stage assembly operatively connected to said power supply, wherein rotation of said second stage pushes said snow toward said first stage assembly; a third stage assembly operatively connected to said power supply, wherein rotation of said third stage assembly pushes said snow toward said second stage assembly; and a fourth stage assembly operatively connected to said power supply, wherein rotation of said fourth stage assembly pushes said snow toward said second stage assembly; wherein said fourth stage assembly is independently rotatable relative to said third stage assembly; and characterised in that the fourth stage assembly is positioned vertically lower than said first, second, and third stage assemblies (32, 34, 36).
The use of a semicrystalline thermoplastic polyester for producing biaxially oriented films, said polyester comprising: • at least one 1,4:3,6-dianhydrohexitol unit; • at least one alicyclic diol unit other than the 1,4:3,6-dianhydrohexitol units; • at least one terephthalic acid unit; wherein the /[ +] molar ratio is at least 0.05 and at most 0.30; said polyester not containing any aliphatic non-cyclic diol units or comprising a molar amount of aliphatic non-cyclic diol units, relative to all the monomer units of the polyester, of less than 5%, and the reduced viscosity in solution (25°C; phenol (50%m): ortho-dichlorobenzene (50%m); 5 g/l of polyester) of said polyester being greater than 50 ml/g. • at least one 1,4:3,6-dianhydrohexitol unit; • at least one alicyclic diol unit other than the 1,4:3,6-dianhydrohexitol units; • at least one terephthalic acid unit;
A method for processing ginseng, comprising the steps of: preparing washed ginseng; liquid-packaging the ginseng into a pouch; treating the liquid-packaged ginseng with ultra-high pressure at a pressure of 550 to 600 MPa for 30 seconds to 2 minutes; steaming the ginseng at a temperature of 96 to 98°C for 1 to 1.2 hours; drying the steamed ginseng at a temperature of 50 to 60°C for 72 to 96 hours; and putting the dried ginseng in an extraction solvent, heating the ginseng in the extraction solvent at a temperature of 46 to 53°C for 8 to 9 hours, and producing a ginseng extract, wherein the pouch is made of one selected from the group consisting of LDPE, LLDPE, HDPE, PP, PS, PVC, SBS, and PE, wherein the pouch has a thickness of 1 to 2 mm, wherein the liquid-packaging is carried out by putting a solvent and the ginseng in the pouch, removing air from the pouch, and sealing the pouch, wherein the solvent is water or ethanol, wherein the extraction solvent is mixed with the solvent collected after treating with ultra-high pressure treatment. preparing washed ginseng; liquid-packaging the ginseng into a pouch; treating the liquid-packaged ginseng with ultra-high pressure at a pressure of 550 to 600 MPa for 30 seconds to 2 minutes; steaming the ginseng at a temperature of 96 to 98°C for 1 to 1.2 hours; drying the steamed ginseng at a temperature of 50 to 60°C for 72 to 96 hours; and putting the dried ginseng in an extraction solvent, heating the ginseng in the extraction solvent at a temperature of 46 to 53°C for 8 to 9 hours, and producing a ginseng extract, wherein the pouch is made of one selected from the group consisting of LDPE, LLDPE, HDPE, PP, PS, PVC, SBS, and PE, wherein the pouch has a thickness of 1 to 2 mm, wherein the liquid-packaging is carried out by putting a solvent and the ginseng in the pouch, removing air from the pouch, and sealing the pouch, wherein the solvent is water or ethanol, wherein the extraction solvent is mixed with the solvent collected after treating with ultra-high pressure treatment.
A device for controlling a fuel-oxidizer mixture for a premix gas burner, comprising: - an intake duct, which defines a cross section for the admission of a fluid into the duct and includes an inlet for receiving the oxidizer, a mixing zone for receiving the fuel and allowing it to be mixed with the oxidizer, and an outlet for delivering the mixture to the burner; - an injection duct, connected to the intake duct in the mixing zone to supply the fuel; - a monitoring device, configured to generate a control signal representing a state of combustion in the burner; - a gas regulating valve, located along the injection duct; - a fan, rotating at a variable speed of rotation (v) and located in the intake duct to generate therein a workflow in a direction of inflow oriented from the inlet to the delivery outlet; - a control unit configured to control the speed of rotation of the fan; - a regulator coupled to the intake duct to vary its cross section as a function of the speed of rotation of the fan, wherein the control unit is configured to receive the control signal and to generate a drive signal representing a fuel flow rate as a function of the control signal in order to drive the gas regulating valve in real time, wherein the regulator includes a housing and a shutter, movable between a first limit position, corresponding to a first limit cross section, and a second limit position, corresponding to a second limit cross section, characterized in that the first limit cross section is different from zero and the first limit cross section is less than the second cross section, wherein the shutter is disengaged from the housing and wherein the shutter is in contact with the housing only in the first limit position. - an intake duct, which defines a cross section for the admission of a fluid into the duct and includes an inlet for receiving the oxidizer, a mixing zone for receiving the fuel and allowing it to be mixed with the oxidizer, and an outlet for delivering the mixture to the burner; - an injection duct, connected to the intake duct in the mixing zone to supply the fuel; - a monitoring device, configured to generate a control signal representing a state of combustion in the burner; - a gas regulating valve, located along the injection duct; - a fan, rotating at a variable speed of rotation (v) and located in the intake duct to generate therein a workflow in a direction of inflow oriented from the inlet to the delivery outlet; - a control unit configured to control the speed of rotation of the fan; - a regulator coupled to the intake duct to vary its cross section as a function of the speed of rotation of the fan, wherein the control unit is configured to receive the control signal and to generate a drive signal representing a fuel flow rate as a function of the control signal in order to drive the gas regulating valve in real time, characterized in that the first limit cross section is different from zero and the first limit cross section is less than the second cross section, wherein the shutter is disengaged from the housing and wherein the shutter is in contact with the housing only in the first limit position.
A wipe pouch, comprising: a first compartment containing a first liquid chemical, said first compartment having a one-way fill valve whereby the first liquid chemical is filled into the first compartment following irradiation sterilization of the wipe pouch; a second compartment containing a second liquid chemical that is present during irradiation sterilization of the wipe pouch; a third compartment containing a dry wipe that is present during irradiation sterilization of the wipe pouch; a first coupling assembly coupling the first compartment to the second compartment and having a closed configuration in which the first compartment does not communicate with the second compartment, and an opened configuration in which the first compartment communicates with the second compartment; and a second coupling assembly coupling the second compartment to the third compartment and having a closed configuration in which the second compartment does not communicate with the third compartment, and an opened configuration in which the second compartment communicates with the third compartment. a first compartment containing a first liquid chemical, said first compartment having a one-way fill valve whereby the first liquid chemical is filled into the first compartment following irradiation sterilization of the wipe pouch; a second compartment containing a second liquid chemical that is present during irradiation sterilization of the wipe pouch; a third compartment containing a dry wipe that is present during irradiation sterilization of the wipe pouch; a first coupling assembly coupling the first compartment to the second compartment and having a closed configuration in which the first compartment does not communicate with the second compartment, and an opened configuration in which the first compartment communicates with the second compartment; and a second coupling assembly coupling the second compartment to the third compartment and having a closed configuration in which the second compartment does not communicate with the third compartment, and an opened configuration in which the second compartment communicates with the third compartment.
Fastening element for an expansion card in a computer system, wherein the fastening element is in the form of a clip and has at least two holding arms which at least partially engage around an expansion card which is accommodated in the fastening element, wherein the fastening element is connected to the expansion card in a captive manner, and wherein the fastening element can be locked to a holding element of a mounting rack, characterized in that the fastening element has first fastening means which are designed to secure an expansion card, which is accommodated in the fastening element, to the fastening element perpendicular to the holding arms in such a way that the face of the expansion card is perpendicular to the longitudinal direction of the holding arms.
An electro-pneumatic brake system for an automotive vehicle, said system comprising a service brake arrangement and a park brake arrangement, said service brake arrangement being configured to operate either under a normal brake operating mode or under a redundant operating mode, said system comprising: - one or more front axle brake module (FBM, 9F) for providing pneumatic brake pressure to the left and right front pneumatic brake actuators (FW-L, FW-R), - one or more rear axle brake module (RBM, 9R) for providing pneumatic brake pressure to the left and right rear pneumatic brake actuators (RW-L, RW-R), wherein one or more of rear pneumatic brake actuators comprising a park brake chamber, each of front and rear axle brake module (FBM, RBM) comprising an electrical control input and a pneumatic control input, - a first bistable relay valve configured to supply parking brake pressure to the park brake chambers, - a first pressure control device for generating a first pressure, - a second pressure control device for generating a second pressure, - a first service brake backup line, for controlling at least the pneumatic control input of the front axle brake module (FBM, 9F) - a second service brake backup line for controlling the pneumatic control input of the rear axle brake module (RBM, 9R) the system characterized in that it comprises a swap arrangement configured to: - selectively connect the first pressure to the input of the first bistable relay valve or to the first service brake backup line, the swap arrangement being further configured to connect the second pressure to the second service brake backup line. - one or more front axle brake module (FBM, 9F) for providing pneumatic brake pressure to the left and right front pneumatic brake actuators (FW-L, FW-R), - one or more rear axle brake module (RBM, 9R) for providing pneumatic brake pressure to the left and right rear pneumatic brake actuators (RW-L, RW-R), wherein one or more of rear pneumatic brake actuators comprising a park brake chamber, each of front and rear axle brake module (FBM, RBM) comprising an electrical control input and a pneumatic control input, - a first bistable relay valve configured to supply parking brake pressure to the park brake chambers, - a first pressure control device for generating a first pressure, - a second pressure control device for generating a second pressure, - a first service brake backup line, for controlling at least the pneumatic control input of the front axle brake module (FBM, 9F) - a second service brake backup line for controlling the pneumatic control input of the rear axle brake module (RBM, 9R) - selectively connect the first pressure to the input of the first bistable relay valve or to the first service brake backup line, the swap arrangement being further configured to connect the second pressure to the second service brake backup line.
Kitchen utensil (1; 301) comprising a first portion (2; 402; 502; 602) including a handle of said utensil, a second portion including at least one working portion (5; 305) of said utensil, and combining means for a removable coupling of said first portion with said second portion, wherein said combining means comprise at least one housing seat obtained in said first portion (2; 402; 502; 602), at least one push-in element jutting from said at least one working portion and removably engaging said at least one housing seat, wherein said combining means further comprise at least one sleeve element (9; 409; 509; 609) removably inserted in said housing seat and removably fitted on the push-in element, wherein said first portion is made of a first material and said second portion is made of a second material different from said first material, wherein after having separated said first portion and said second portion from one another, said first material and said second material are essentially individually and completely recyclable without further division, and wherein said at least one sleeve element comprises at least one side opening (10; 11), said at least one sleeve element preferably constituting a so-called expansion insert, or wherein said combining means comprise a plurality of rounded male elements and a respective plurality of female elements preferably rounded too and complementary to said male elements, wherein said male elements are arranged on a side wall of said at least one sleeve element and/or on an inner wall of said first portion at said at least one housing seat, and wherein said female elements are arranged on said side wall of said at least one sleeve element and/or on said inner wall of said first portion at said at least one housing seat, or wherein said combining means comprise a threaded portion and an indented portion at a side wall of said at least one sleeve element and respectively on an inner wall of said first portion at said at least one housing seat, or wherein said combining means comprise at least one bending element extended from a side wall of said at least one sleeve element, and at least one through-hole extended in said first portion, wherein said at least one bending element has a protruding head at a free end thereof, said protruding head being intended to engage-disengage said at least one through-hole.
Method for the roll straightening of crankshafts with the help of deep rolling tools, in particular work rollers which, while the crankshaft is turned around its axis of rotation, are pressed with a straightening force which is continually changing over the circumference of a bearing journal into the recesses or radii which confine the bearing journal on both sides, wherein during or after the deep rolling process the individual vector (44, 45, 46, 47) of the runout is determined on each main bearing (H i) of the crankshaft (8.8') according to its size and direction, characterised in that during or after the deep rolling process - the largest vector is determined from the individual vectors (44, 45, 46, 47) according to size and direction and then - the bearing journal (H i, P i) of the crankshaft (8,8') is roll straightened with a straightening force (46,50) which lies in the direction of the largest vector and takes on values in terms of its size which lie between the value 0 and a multiple value of the size of the largest vector. - the largest vector is determined from the individual vectors (44, 45, 46, 47) according to size and direction and then - the bearing journal (H i, P i) of the crankshaft (8,8') is roll straightened with a straightening force (46,50) which lies in the direction of the largest vector and takes on values in terms of its size which lie between the value 0 and a multiple value of the size of the largest vector.
A security seal for a medical container, in particular a sterile container, comprising a seal foot having at least one latch structure (10, 11) movable relative thereto for engaging a mating latch structure (27, 29) formed on the container, and a seal head connected with the seal foot and comprising at least one locking tab (5,6) which is movably connected with the seal head through a hinge element (7, 8), characterized in that the security seal comprises a bolt element which can be positioned between a release position in which the latch structure (10, 11) can be moved relative to the seal foot, and a locked position in which the latch structure (10, 11) is fixed in position relative to the seal foot.
A pharmaceutical injection device, comprising: a main body case; a drive mechanism that is provided inside the main body case and that pushes a pharmaceutical inside a pharmaceutical syringe out of a syringe needle; a display component; and a controller that controls the drive mechanism and the display component, and acquires the first temperature at first predetermined intervals, characterized in that the pharmaceutical injection device further comprises: a cover that opens and closes an opening on a side of the main body case on which the syringe needle is mounted; and an outside air temperature sensor that measures a first temperature, which is a temperature outside the main body case; wherein in the interior of the main body case the pharmaceutical syringe can be housed; and wherein when the cover is closed, the controller causes the display component to display information about a pre-warning or a caution on a storage state for preventing damage to the pharmaceutical inside of the mounted pharmaceutical syringe when the first temperature measured by the outside air temperature sensor is at or over a first specific value. a main body case; a drive mechanism that is provided inside the main body case and that pushes a pharmaceutical inside a pharmaceutical syringe out of a syringe needle; a display component; and a controller that controls the drive mechanism and the display component, and acquires the first temperature at first predetermined intervals, characterized in that the pharmaceutical injection device further comprises: a cover that opens and closes an opening on a side of the main body case on which the syringe needle is mounted; and an outside air temperature sensor that measures a first temperature, which is a temperature outside the main body case; wherein in the interior of the main body case the pharmaceutical syringe can be housed; and wherein when the cover is closed, the controller causes the display component to display information about a pre-warning or a caution on a storage state for preventing damage to the pharmaceutical inside of the mounted pharmaceutical syringe when the first temperature measured by the outside air temperature sensor is at or over a first specific value. a cover that opens and closes an opening on a side of the main body case on which the syringe needle is mounted; and an outside air temperature sensor that measures a first temperature, which is a temperature outside the main body case; wherein in the interior of the main body case the pharmaceutical syringe can be housed; and wherein when the cover is closed, the controller causes the display component to display information about a pre-warning or a caution on a storage state for preventing damage to the pharmaceutical inside of the mounted pharmaceutical syringe when the first temperature measured by the outside air temperature sensor is at or over a first specific value.
A first distribution controller for controlling a distribution of electrical power in a first power distribution region, wherein the first controller is adapted - to be connected to process devices which are secondary devices, and which in turn are adapted to interact with primary devices of the assigned first region, and - to communicate with a second distribution controller assigned to a second power distribution region, and wherein the first controller comprises - processing means adapted to process data from process devices connected to the controller, and adapted to propose actions related to a primary device of the first region, and - coordinating means adapted to coordinate the proposed actions, wherein - the coordinating means are adapted to coordinate actions related to a primary device of the first region and proposed by processing means of any one of the first controller and the second controller, and/or in that - the coordinating means are adapted to coordinate proposed actions based on decision-supporting input from the second controller. - to be connected to process devices which are secondary devices, and which in turn are adapted to interact with primary devices of the assigned first region, and - to communicate with a second distribution controller assigned to a second power distribution region, and - processing means adapted to process data from process devices connected to the controller, and adapted to propose actions related to a primary device of the first region, and - coordinating means adapted to coordinate the proposed actions, wherein - the coordinating means are adapted to coordinate actions related to a primary device of the first region and proposed by processing means of any one of the first controller and the second controller, and/or in that - the coordinating means are adapted to coordinate proposed actions based on decision-supporting input from the second controller.