mhurhangee/ep-ind-claims huggingface dataset:
A reduced-pressure treatment system for treating a tissue site on a patient, the system comprising: a gasket releasably attached around a perimeter of the tissue site, wherein the gasket comprises a gasket material having a first side and a second, patient-facing side and the gasket material comprises a polymer film; a manifold sized and configured to be placed in contact with the tissue site; an over-drape positioned over the manifold and sealed to the gasket to create a sealed space between the over-drape and the tissue site; a second attachment apparatus coupled to the second-patient facing side of the gasket material; a first attachment apparatus for coupling the over-drape to the gasket, wherein the first attachment apparatus comprises an adhesive tape; and a reduced-pressure source fluidly coupled to the sealed space to deliver reduced pressure to the tissue site. a gasket releasably attached around a perimeter of the tissue site, wherein the gasket comprises a gasket material having a first side and a second, patient-facing side and the gasket material comprises a polymer film; a manifold sized and configured to be placed in contact with the tissue site; an over-drape positioned over the manifold and sealed to the gasket to create a sealed space between the over-drape and the tissue site; a second attachment apparatus coupled to the second-patient facing side of the gasket material; a first attachment apparatus for coupling the over-drape to the gasket, wherein the first attachment apparatus comprises an adhesive tape; and a reduced-pressure source fluidly coupled to the sealed space to deliver reduced pressure to the tissue site.
A mask system for delivery of respiratory therapy to a patient, comprising: a nares portion adapted to form a seal with the patient's nares; a mouth portion including a mouth chamber and a mouth sealing portion adapted to form a seal with the patient's mouth; wherein the nares portion and/or the mouth portion is adapted to be connected to an inlet conduit to deliver pressurized, breathable gas to the patient; wherein the nares portion and the mouth portion are adapted to connect to each other, characterised in that the mouth portion is adapted to selectively function in both a first configuration where at least a portion of the pressurized, breathable gas is delivered to the patient's mouth and in a second configuration where the mouth portion functions as a mouth seal that prevents any of the pressurized, breathable gas from being delivered to the patient's mouth, and wherein the mouth portion is configured not to vent gas exhaled by the patient when the mouth portion is functioning as a mouth seal in the second configuration. a nares portion adapted to form a seal with the patient's nares; a mouth portion including a mouth chamber and a mouth sealing portion adapted to form a seal with the patient's mouth; wherein the nares portion and/or the mouth portion is adapted to be connected to an inlet conduit to deliver pressurized, breathable gas to the patient; wherein the nares portion and the mouth portion are adapted to connect to each other, characterised in that the mouth portion is adapted to selectively function in both a first configuration where at least a portion of the pressurized, breathable gas is delivered to the patient's mouth and in a second configuration where the mouth portion functions as a mouth seal that prevents any of the pressurized, breathable gas from being delivered to the patient's mouth, and wherein the mouth portion is configured not to vent gas exhaled by the patient when the mouth portion is functioning as a mouth seal in the second configuration.
A display device comprising: a first e-paper display defining an image viewing surface on a first side; a second e-paper display defining an image viewing surface on an opposite second side, wherein the first and second e-paper displays can retain an image indefinitely without being connected a power supply and a first common element (410, 460) which is shared by the first and second e-paper displays (402A, 402B) and at least partially conductive, wherein each e-paper display comprises a charge-responsive layer and a charge-receiving layer and the charge-responsive layer bears an image that is modifiable via receipt of airborne charges from an external writing module, the image expressed across substantially the entire viewing surface (438A, 438B), and wherein the first common element (410, 460) is a thin conductive and adhesive layer sandwiched between the first and second e-paper displays (402A, 402B) to bind the e-paper displays whilst providing a ground plane of the e-paper displays, the display device comprising a size and a shape corresponding to a flexible document feedable through an imaging device. a first e-paper display defining an image viewing surface on a first side; a second e-paper display defining an image viewing surface on an opposite second side, wherein the first and second e-paper displays can retain an image indefinitely without being connected a power supply and a first common element (410, 460) which is shared by the first and second e-paper displays (402A, 402B) and at least partially conductive, wherein each e-paper display comprises a charge-responsive layer and a charge-receiving layer and the charge-responsive layer bears an image that is modifiable via receipt of airborne charges from an external writing module, the image expressed across substantially the entire viewing surface (438A, 438B), and wherein the first common element (410, 460) is a thin conductive and adhesive layer sandwiched between the first and second e-paper displays (402A, 402B) to bind the e-paper displays whilst providing a ground plane of the e-paper displays, the display device comprising a size and a shape corresponding to a flexible document feedable through an imaging device.
A centrifugal pump comprising: a pump inlet; a pump outlet; a pump shaft; a set of first stages, comprising respective first impellers, mounted on the pump shaft, and first outer diaphragms; a set of second stages, comprising respective second impellers, mounted on the pump shaft, and second outer diaphragms; an intermediate crossover module arranged between the set of first stages and the set of second stages, the first impellers being arranged in a pressure-increasing sequence between the pump inlet and the intermediate crossover module, and the second impellers being arranged in a pressure-increasing sequence between a pump end opposite said pump inlet and said intermediate crossover module; wherein: said first outer diaphragms, said second outer diaphragms and said intermediate crossover module are stacked to form a pump casing; the intermediate crossover module forms at least one axial transfer channel between the set of first stages and the set of second stages, and characterised by a fluid connection between the set of second stages and the pump outlet; each one of said second diaphragms comprising at least one peripherally arranged through aperture; said through apertures being aligned to form at least one passageway, which fluidly connects said at least one axial transfer channel with a most upstream one of said second impellers. a pump inlet; a pump outlet; a pump shaft; a set of first stages, comprising respective first impellers, mounted on the pump shaft, and first outer diaphragms; a set of second stages, comprising respective second impellers, mounted on the pump shaft, and second outer diaphragms; an intermediate crossover module arranged between the set of first stages and the set of second stages, the first impellers being arranged in a pressure-increasing sequence between the pump inlet and the intermediate crossover module, and the second impellers being arranged in a pressure-increasing sequence between a pump end opposite said pump inlet and said intermediate crossover module; wherein: said first outer diaphragms, said second outer diaphragms and said intermediate crossover module are stacked to form a pump casing; the intermediate crossover module forms at least one axial transfer channel between the set of first stages and the set of second stages, and characterised by a fluid connection between the set of second stages and the pump outlet; each one of said second diaphragms comprising at least one peripherally arranged through aperture; said through apertures being aligned to form at least one passageway, which fluidly connects said at least one axial transfer channel with a most upstream one of said second impellers.
Conveyor for a liquid manure distributor, comprising - a container for receiving liquid manure, which has a plurality of outlet openings, in particular arranged one behind the other in the axial direction (x), through which the liquid manure can pass out from the container; - a worm conveyor arranged within the container and with a worm thread for conveying the liquid manure arranged in the container to the outlet openings; - characterised in that the worm conveyor has a cover helix which during rotation of the worm conveyor moves in certain areas past the outlet openings in the circumferential direction (φ) and in the axial direction (x) and thereby covers the latter and uncovers them again. - a container for receiving liquid manure, which has a plurality of outlet openings, in particular arranged one behind the other in the axial direction (x), through which the liquid manure can pass out from the container; - a worm conveyor arranged within the container and with a worm thread for conveying the liquid manure arranged in the container to the outlet openings; - characterised in that the worm conveyor has a cover helix which during rotation of the worm conveyor moves in certain areas past the outlet openings in the circumferential direction (φ) and in the axial direction (x) and thereby covers the latter and uncovers them again.
A specimen analyzer configured to perform analysis on a specimen for a plurality of measurement items, the specimen analyzer comprising: a measurement section configured to perform a specimen measurement for measuring a measurement sample prepared from a specimen and a reagent corresponding to a measurement item, and configured to perform a quality control measurement for measuring a measurement sample prepared from a quality control substance and a reagent corresponding to a measurement item; and a controller programmed to set a quality control for each measurement item, from a quality control group that includes a first quality control in which the quality control measurements are performed at predetermined times, a second quality control in which the quality control measurements are performed every time the specimen measurement is performed a predetermined number of times, and a third quality control in which the quality control measurements are performed every predetermined time interval between the quality control measurements, the controller being programmed to control the measurement section in accordance with the set quality control. a measurement section configured to perform a specimen measurement for measuring a measurement sample prepared from a specimen and a reagent corresponding to a measurement item, and configured to perform a quality control measurement for measuring a measurement sample prepared from a quality control substance and a reagent corresponding to a measurement item; and a controller programmed to set a quality control for each measurement item, from a quality control group that includes a first quality control in which the quality control measurements are performed at predetermined times, a second quality control in which the quality control measurements are performed every time the specimen measurement is performed a predetermined number of times, and a third quality control in which the quality control measurements are performed every predetermined time interval between the quality control measurements, a first quality control in which the quality control measurements are performed at predetermined times, a second quality control in which the quality control measurements are performed every time the specimen measurement is performed a predetermined number of times, and a third quality control in which the quality control measurements are performed every predetermined time interval between the quality control measurements, the controller being programmed to control the measurement section in accordance with the set quality control.
A method for straightening wire or strip material by means of a dressing device comprising straightening rollers (3, 4, 6, 10) engaging on opposite sides of the passing-through material in an offset manner, of which, some are automatically activated according to a model which has been stochastically determined on the basis of input data of the material and data of the material and of the dressing device determined by the dressing device during the passing of the material through the dressing device such that requirements for straightness are met, wherein the position of at least one straightening roller is continuously adapted on the basis of said data recorded during the passage through the dressing device, which data are representative of the target straightness, characterized in that (i) the size and direction of the forces engaging the straightening rollers (3, 4, 6, 10) on the straightening rollers themselves and/or (ii) the temperature of the material before and after passing through the arrangement of straightening rollers (3, 4, 6, 10) and/or (iii) the position of the material subsequent to each of the straightening rollers in the form of the deviation of the material from the pass-through axis in or parallel to the adjusting direction of the straightening rollers (3, 4, 6, 10) is measured and the measured values obtained are entered into the model controlling the adjustment of the adjustable straightening rollers (6, 4, 10). (i) the size and direction of the forces engaging the straightening rollers (3, 4, 6, 10) on the straightening rollers themselves and/or (ii) the temperature of the material before and after passing through the arrangement of straightening rollers (3, 4, 6, 10) and/or (iii) the position of the material subsequent to each of the straightening rollers in the form of the deviation of the material from the pass-through axis in or parallel to the adjusting direction of the straightening rollers (3, 4, 6, 10) is measured and the measured values obtained are entered into the model controlling the adjustment of the adjustable straightening rollers (6, 4, 10).
A rear suspension mounting structure for an electric vehicle based on a coupled torsion beam axle (CTBA) method, comprising: a hub fastened to the center of a wheel to be rotatable; a trailing arm including an arm bush coupled to the vehicle body; a torsion beam bolt-coupled to the arm bush through a coupling plate; a motor supplying a driving force, a driving speed reducer coupled to the hub and reducing the output driving speed in a constant gear ratio; characterized in that the trailing arm includes a housing producing an internal space, wherein the arm bush extends to one side of the housing and wherein the motor is coupled to the internal space of the housing, and that the rear suspension mounting structure comprises: a motor cover provided in the internal space of the housing and sealing the motor from the outside of the housing; and wherein the driving speed reducer is provided at the outside of the motor cover in the internal space of the housing, wherein the torsion beam and the trailing arm are formed using dissimilar metals, and wherein the torsion beam is made of a steel metal, and the trailing arm is made of aluminum. a hub fastened to the center of a wheel to be rotatable; a trailing arm including an arm bush coupled to the vehicle body; a torsion beam bolt-coupled to the arm bush through a coupling plate; a motor supplying a driving force, a driving speed reducer coupled to the hub and reducing the output driving speed in a constant gear ratio; characterized in that the trailing arm includes a housing producing an internal space, wherein the arm bush extends to one side of the housing and wherein the motor is coupled to the internal space of the housing, and that the rear suspension mounting structure comprises: a motor cover provided in the internal space of the housing and sealing the motor from the outside of the housing; and wherein the driving speed reducer is provided at the outside of the motor cover in the internal space of the housing, wherein the torsion beam and the trailing arm are formed using dissimilar metals, and wherein the torsion beam is made of a steel metal, and the trailing arm is made of aluminum. a motor cover provided in the internal space of the housing and sealing the motor from the outside of the housing; and wherein the driving speed reducer is provided at the outside of the motor cover in the internal space of the housing, wherein the torsion beam and the trailing arm are formed using dissimilar metals, and wherein the torsion beam is made of a steel metal, and the trailing arm is made of aluminum.
A self-rotating device (1; 101) comprises: a light transmissive outer container having an internal cavity shaped and dimensioned to contain an amount of a fluid (6; 106; 206) and a self-powered hollow rotating body (4; 104; 204) immersed in said fluid (6; 106; 206); wherein said outer container is sealed; further comprising said fluid and said body (4; 104; 204) which comprises: an outer wall (9; 109; 209) substantially impermeable to said fluid; a top shell (11; 111) and a bottom shell (12; 112) joined along a seam (13; 113) by a bond; an inner chamber (26, 27; 127; 227); at least one conduit (31; 131; 231) passing through said outer wall (9; 109; 209) and defining a fluid passageway in fluid communication between said cavity and said inner chamber (27; 127; 227); and a portion of said fluid (6; 106; 206) located in said inner chamber (27; 127; 227), and an amount of a gas (38; 138) in said inner chamber (27; 127; 227), wherein said at least one conduit comprises a gap between said top shell and said bottom shell along said seam, wherein said gap is formed by an absence of said bond. a light transmissive outer container having an internal cavity shaped and dimensioned to contain an amount of a fluid (6; 106; 206) and a self-powered hollow rotating body (4; 104; 204) immersed in said fluid (6; 106; 206); wherein said outer container is sealed; further comprising said fluid and said body (4; 104; 204) which comprises: an outer wall (9; 109; 209) substantially impermeable to said fluid; a top shell (11; 111) and a bottom shell (12; 112) joined along a seam (13; 113) by a bond; an inner chamber (26, 27; 127; 227); at least one conduit (31; 131; 231) passing through said outer wall (9; 109; 209) and defining a fluid passageway in fluid communication between said cavity and said inner chamber (27; 127; 227); and a portion of said fluid (6; 106; 206) located in said inner chamber (27; 127; 227), and an amount of a gas (38; 138) in said inner chamber (27; 127; 227), an outer wall (9; 109; 209) substantially impermeable to said fluid; a top shell (11; 111) and a bottom shell (12; 112) joined along a seam (13; 113) by a bond; an inner chamber (26, 27; 127; 227); at least one conduit (31; 131; 231) passing through said outer wall (9; 109; 209) and defining a fluid passageway in fluid communication between said cavity and said inner chamber (27; 127; 227); and a portion of said fluid (6; 106; 206) located in said inner chamber (27; 127; 227), and an amount of a gas (38; 138) in said inner chamber (27; 127; 227), wherein said at least one conduit comprises a gap between said top shell and said bottom shell along said seam, wherein said gap is formed by an absence of said bond.
Vehicle external control device comprising a housing with at least one rotary encoder, at least one display, at least one shortcut button (1, 2, 3, 4), a control unit with a control logic module and a power module, wherein each shortcut button (1, 2, 3, 4) is configured to activate one of plurality pre-configured features of a vehicle when pressed, and the logic module of the control unit is configured to operate the device in two modes: - Home Menu Mode in which the logic module is configured at rotation of said at least one rotary encoder to change functionality of said at least one shortcut button (1, 2, 3, 4) that activates one of plurality pre-configured features of a vehicle when pressed, - Function Mode to be switched on by pressing said at least one shortcut button (1, 2, 3, 4) in the Home Menu Mode for activation of said pre-configured feature of the vehicle, wherein in the Function Mode the logic module is configured to control one or more of the pre-configured features of the vehicle and/or to adjust said one or more of the pre-configured features of the vehicle at rotation clockwise or counterclockwise of said at least one rotary encoder, wherein said at least one display is configured to receive from the control unit and display information for at least one of the following: current configuration of said at least one shortcut button in Home Menu Mode; current status of the activated pre-configured feature of the vehicle and/or adjusting and changing status of activated pre-configured feature of the car by rotating clockwise or counterclockwise of said at least one rotary encoder in Function Mode. - Home Menu Mode in which the logic module is configured at rotation of said at least one rotary encoder to change functionality of said at least one shortcut button (1, 2, 3, 4) that activates one of plurality pre-configured features of a vehicle when pressed, - Function Mode to be switched on by pressing said at least one shortcut button (1, 2, 3, 4) in the Home Menu Mode for activation of said pre-configured feature of the vehicle, wherein in the Function Mode the logic module is configured to control one or more of the pre-configured features of the vehicle and/or to adjust said one or more of the pre-configured features of the vehicle at rotation clockwise or counterclockwise of said at least one rotary encoder,
A modular application device for flat items, wherein a pressure element counteracts the weight loss of a stack of flat items, which is caused by the removal of flat items for decollating the stack, by increasing the pressing force, characterized in that the modular application device is equipped with a separate housing and positioned upstream of a feed station with respect to the mail flow, wherein the separate housing has an upper housing shell and a lower housing shell, wherein the upper housing shell includes a shaft-shaped cavity near the rear wall of the housing of the modular application device and the pivotably mounted pressure element, which can be inserted into the cavity and exerts a pressing force upon the stack of flat items to be decollated at the transition to the ejecting region, and wherein the flat item lying on the bottom is pressed against the at least one driven roller of the feed station with such a force that an advance of the flat item is achieved.
Vehicle transformer, comprising a transformer core with two opposed yokes (18, 20, 82) and at least two limbs (22, 24, 34, 54) extending inbetween them along a parallel limb axis (26, 32, 52), wherein a support structure is foreseen at each of the yokes (18, 20, 82) for carrying the vehicle transformer with horizontal oriented limb axis (26, 32, 52), wherein a hollow cylindrical coil (14, 16, 46, 74, 84, 86) with at least one respective electrical winding (66, 70) is arranged around at least one of the limbs (22, 24, 34, 54), characterized in that the coil (14, 16, 46, 84, 86) is rigidly connected with the limb (22, 24, 34, 54) around which it is arranged so that the flexural resistance of the rigid combination of both is improved therewith compared to a combination of both without rigid connection.