mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a thermoplastic copolymer based on polycaprolactam and a thermoplastic polyurethane, comprising: a) providing caprolactam; b) providing the thermoplastic polyurethane having a melting temperature T 0 and based on (i) an alkylene diisocyanate; (ii) an alkylenediol; and (iii) a polyalkylene ether; c) preparing a liquid mixture comprising the caprolactam and the thermoplastic polyurethane at a temperature T 1; d) admixing a polymerization catalyst to the liquid mixture of c) to obtain a mixture comprising the caprolactam and the thermoplastic polyurethane in a mass ratio of caprolactam to thermoplastic polyurethane in the range from 3:1 to 1:4 and polymerizing at a temperature T 2 of at most 175°C to obtain the thermoplastic copolymer. a) providing caprolactam; b) providing the thermoplastic polyurethane having a melting temperature T 0 and based on (i) an alkylene diisocyanate; (ii) an alkylenediol; and (iii) a polyalkylene ether; (i) an alkylene diisocyanate; (ii) an alkylenediol; and (iii) a polyalkylene ether; c) preparing a liquid mixture comprising the caprolactam and the thermoplastic polyurethane at a temperature T 1; d) admixing a polymerization catalyst to the liquid mixture of c) to obtain a mixture comprising the caprolactam and the thermoplastic polyurethane in a mass ratio of caprolactam to thermoplastic polyurethane in the range from 3:1 to 1:4 and polymerizing at a temperature T 2 of at most 175°C to obtain the thermoplastic copolymer.
A reclosable container featuring a top with predetermined breaking points and a closure with a tab, wherein the top can be pressed in in a region between the predetermined breaking points by tilting said tab in order to uncover an opening, and wherein the closure can be displaced such that the uncovered opening can be closed, characterized in that a lamina with a recess is provided on the top, wherein the lamina is connected to the top by means of a connecting part, particularly a rivet, which extends through the recess and is connected to the top, and the lamina can be displaced relative to the top along the recess, and in that the closure is rigidly connected to the lamina and can be displaced above the opening relative to the top together with this lamina.
Soundproof door having a frame (1; 41) made up of metal profiles (11, 12, 13) and a pivotable door leaf, which comprises a profile frame (3; 43) and, as filling in the profile frame (3; 43), a rectangular, heavy glass plate, the edge region of which is fixed circumferentially on all four sides between a contact surface of a first profile (31; 431) of the profile frame (3; 43) and a glass holding strip (33; 433), which for its part is fastened on a further profile (32; 444) connected to the first profile (31; 431), wherein at least the profiles which form the profile frame (3; 43) of the leaf are hollow metal profiles, and wherein the glass holding strip (33; 433) is screwed against a surface of the further profile (32; 444) which is parallel to the plane of the glass plate, in order to press the edge region of the glass plate against the opposing contact surface of the first profile (31; 431).
Roller tappet device for a pump, comprising - a tappet having a longitudinal axis; - a tappet housing having an internal surface area; - a bearing shell having an external surface area; and - a roller having a rotation axis, wherein - the bearing shell has a bearing-shell clearance in which the roller is rotatably mounted; - the bearing shell on a side that faces away from the bearing-shell clearance has a journal; - the roller is supported on a drive installation of the pump and during operation of the pump is configured so as to transmit a force along the longitudinal axis from the drive installation by way of the bearing shell to the tappet; characterized in that the journal is received in a housing bearing of the tappet housing, and in that the bearing shell by way of an external surface area of the journal, and of an internal surface area of the housing bearing is fixedly coupled to the tappet housing. - a tappet having a longitudinal axis; - a tappet housing having an internal surface area; - a bearing shell having an external surface area; and - a roller having a rotation axis, wherein - the bearing shell has a bearing-shell clearance in which the roller is rotatably mounted; - the bearing shell on a side that faces away from the bearing-shell clearance has a journal; - the roller is supported on a drive installation of the pump and during operation of the pump is configured so as to transmit a force along the longitudinal axis from the drive installation by way of the bearing shell to the tappet;
A vertical air-conditioner, comprising an indoor unit, the indoor unit comprising a front panel (102, 202), a rear panel (103, 203), a left panel and a right panel, an internal air duct of the indoor unit being defined by the front panel, the rear panel, the left panel and the right panel, wherein a mixed air outlet (1021, 2021) is formed on the front panel (102, 202), a non-heat-exchanged air inlet (1031, 2031) is formed on the rear panel (103, 203) at a position corresponding to the mixed air outlet (1021, 2021), characterized in that, a baffle (104, 204) configured to open/close the non-heat-exchanged air (1031, 2031) is disposed at the non-heat-exchanged air inlet (1031, 2031).
Scooter with a footboard providing a contact surface for a user of the scooter, with a front axle comprising a first front wheel and a second front wheel and a rear axle comprising a first rear wheel and a second rear wheel, and with a steering column for steering at least the front wheels (14, 16), wherein inclining the footboard about a roll axis of the footboard brings about a steering angle of the two front wheels (14, 16) in a first direction and at the same time a steering angle of the two rear wheels (26, 28) in a second direction opposed to the first direction, wherein the front axle and the rear axle each comprise a respective transverse beam, and wherein a first bolt is arranged in the transverse beam, which bolt extends in the direction of the roll axis of the footboard and is rotatable in the transverse beam by inclining the footboard, characterised in that at least one further bolt spaced apart from the first bolt in the radial direction of the first bolt is arranged in a receptacle formed in the transverse beam, wherein an elastic element is arranged between a wall of the transverse beam, said wall delimiting the receptacle, and the further bolt. wherein inclining the footboard about a roll axis of the footboard brings about a steering angle of the two front wheels (14, 16) in a first direction and at the same time a steering angle of the two rear wheels (26, 28) in a second direction opposed to the first direction, wherein the front axle and the rear axle each comprise a respective transverse beam, and wherein a first bolt is arranged in the transverse beam, which bolt extends in the direction of the roll axis of the footboard and is rotatable in the transverse beam by inclining the footboard, characterised in that at least one further bolt spaced apart from the first bolt in the radial direction of the first bolt is arranged in a receptacle formed in the transverse beam, wherein an elastic element is arranged between a wall of the transverse beam, said wall delimiting the receptacle, and the further bolt.
An analogue probe for a machine tool apparatus, comprising: a probe body; a stylus member (56, 62) movably secured to the probe body; a sensor (68,70) for measuring the extent of displacement of the stylus member relative to the probe body, in which the sensor is contained within a chamber in the probe body; characterised in that the analogue probe further comprises: a vent between the chamber and the outside of the probe body, configured such that when the vent is open the pressure within the chamber can equalise with the analogue probe's operating environment's pressure, and further configured such that the vent's opening to the outside of the probe body can be closed so as to seal the chamber and therefore the sensor from external contaminants during operation of the analogue probe. a probe body; a stylus member (56, 62) movably secured to the probe body; a sensor (68,70) for measuring the extent of displacement of the stylus member relative to the probe body, in which the sensor is contained within a chamber in the probe body; characterised in that the analogue probe further comprises: a vent between the chamber and the outside of the probe body, configured such that when the vent is open the pressure within the chamber can equalise with the analogue probe's operating environment's pressure, and further configured such that the vent's opening to the outside of the probe body can be closed so as to seal the chamber and therefore the sensor from external contaminants during operation of the analogue probe. a vent between the chamber and the outside of the probe body, configured such that when the vent is open the pressure within the chamber can equalise with the analogue probe's operating environment's pressure, and further configured such that the vent's opening to the outside of the probe body can be closed so as to seal the chamber and therefore the sensor from external contaminants during operation of the analogue probe.
A method for preferred network function, NF, location based routing using a service communications proxy, SCP, the method comprising: receiving, at an SCP and from a consumer NF, a service request message; performing, by the SCP, a lookup in a preferred NF location routing rules database at the SCP using at least one parameter extracted from the service request message; locating, by the SCP and in the preferred NF location routing rules database, a preferred NF location routing rule corresponding to the at least one parameter extracted from the service request message; selecting, by the SCP, a producer NF to process the service request based on application of the preferred NF location routing rule, wherein the preferred NF location routing rules database includes identifiers for a plurality of different producer NF domains and a plurality of different location priorities configured for the producer NF domains based on a location of the SCP, and wherein selecting the producer NF based on application of the preferred NF location routing rule includes selecting, on behalf of the consumer NF, the producer NF having a most preferred configured location priority based on the location of the SCP; and routing, by the SCP, the service request message to the producer NF. receiving, at an SCP and from a consumer NF, a service request message; performing, by the SCP, a lookup in a preferred NF location routing rules database at the SCP using at least one parameter extracted from the service request message; locating, by the SCP and in the preferred NF location routing rules database, a preferred NF location routing rule corresponding to the at least one parameter extracted from the service request message; selecting, by the SCP, a producer NF to process the service request based on application of the preferred NF location routing rule, wherein the preferred NF location routing rules database includes identifiers for a plurality of different producer NF domains and a plurality of different location priorities configured for the producer NF domains based on a location of the SCP, and wherein selecting the producer NF based on application of the preferred NF location routing rule includes selecting, on behalf of the consumer NF, the producer NF having a most preferred configured location priority based on the location of the SCP; and routing, by the SCP, the service request message to the producer NF.
A method for display, comprising using a processor to perform the steps of: acquiring an electrical signal from a heart of a subject over multiple heart cycles; partitioning the signal into a succession of synchronized segments (102, 104, 106, 108, 110) having respective start times at a selected annotation point in the heart cycles; overlaying respective graphical representations of the synchronized segments (102, 104, 106, 108, 110) in the succession on a display screen, such that each segment (102, 104, 106, 108, 110) is first presented on the display screen with an initial display intensity at a respective display time corresponding to a respective start time of the segment (102, 104, 106, 108, 110), wherein overlaying the respective graphical representations comprises either: summing the display intensity of the synchronized segments (102, 104, 106, 108, 110) at overlapping points of the synchronized segments, or summing the display intensity of the synchronized segments (102, 104, 106, 108, 110) at points of the synchronized segments (102, 104, 106, 108, 110) within two pixels of the display screen from each other; and gradually decreasing a display intensity of each segment (102, 104, 106, 108, 110) overlaid on the display screen as a decaying function of a time elapsed since the respective display time. acquiring an electrical signal from a heart of a subject over multiple heart cycles; partitioning the signal into a succession of synchronized segments (102, 104, 106, 108, 110) having respective start times at a selected annotation point in the heart cycles; overlaying respective graphical representations of the synchronized segments (102, 104, 106, 108, 110) in the succession on a display screen, such that each segment (102, 104, 106, 108, 110) is first presented on the display screen with an initial display intensity at a respective display time corresponding to a respective start time of the segment (102, 104, 106, 108, 110), wherein overlaying the respective graphical representations comprises either: summing the display intensity of the synchronized segments (102, 104, 106, 108, 110) at overlapping points of the synchronized segments, or summing the display intensity of the synchronized segments (102, 104, 106, 108, 110) at points of the synchronized segments (102, 104, 106, 108, 110) within two pixels of the display screen from each other; and gradually decreasing a display intensity of each segment (102, 104, 106, 108, 110) overlaid on the display screen as a decaying function of a time elapsed since the respective display time.
An optical system, comprising: a laser assembly in a hermetic enclosure; an optical modulator external to the hermetic enclosure, the optical modulator configured to receive an optical signal generated by the laser assembly and modulate the optical signal based on received data signals; a casing containing the hermetic enclosure and the optical modulator; and an electrical transmission element disposed between the hermetic enclosure and a sidewall of the casing, the electrical transmission element extending, at least partially, along a first axis that is substantially parallel to both (i) a second axis on which the optical signal propagates between the laser assembly and the optical modulator and (ii) the sidewall, wherein the electrical transmission element is configured to provide the data signals to the optical modulator, wherein the electrical transmission element extends into a region between the hermetic enclosure and the optical modulator, and wherein the electrical transmission element is flexible and curves in that region towards the optical modulator. a laser assembly in a hermetic enclosure; an optical modulator external to the hermetic enclosure, the optical modulator configured to receive an optical signal generated by the laser assembly and modulate the optical signal based on received data signals; a casing containing the hermetic enclosure and the optical modulator; and an electrical transmission element disposed between the hermetic enclosure and a sidewall of the casing, the electrical transmission element extending, at least partially, along a first axis that is substantially parallel to both (i) a second axis on which the optical signal propagates between the laser assembly and the optical modulator and (ii) the sidewall, wherein the electrical transmission element is configured to provide the data signals to the optical modulator, wherein the electrical transmission element extends into a region between the hermetic enclosure and the optical modulator, and wherein the electrical transmission element is flexible and curves in that region towards the optical modulator.
A composition for oral administration to an animal comprising an active pharmaceutical ingredient and a pharmaceutically acceptable carrier, wherein the active pharmaceutical ingredient comprises tetra-O-methyl NDGA, and the carrier comprises polyethylene glycol, a cyclodextrin and optionally at least one of a solubilizing agent and an excipient selected from the group consisting of: (a) a water-soluble organic solvent other than DMSO; provided that when the water-soluble organic solvent is propylene glycol, the propylene glycol is in the absence of white petrolatum, in the absence of xanthan gum and in the absence of at least one of glycerine or glycine, when the water-soluble organic solvent is polyethylene glycol, the polyethylene glycol is present in the absence of ascorbic acid or butylated hydroxytoluene, and when the polyethylene glycol is polyethylene glycol 400, the polyethylene glycol 400 is present in the absence of polyethylene glycol 8000; (b) an ionic, non-ionic or amphipathic surfactant, provided that when the surfactant is a non-ionic surfactant, the non-ionic surfactant is present in the absence of xanthan gum; (c) a modified cellulose; (d) a water-insoluble lipid, provided that when the water-insoluble lipid is castor oil, the castor oil is present in the absence of beeswax or carnuba wax; and a combination of any of the carriers (a) - (d).
A display assembly, comprising: an input coupling grating (112, 118); a scanning mirror (316, 506) configured to rotate about two or more different axes of rotation (312, 330); an optical element (402, 504, 702); and a plurality of optical fibers (206, 404, 502, 704), each optical fiber of the plurality of optical fibers (206, 404, 502, 704) having a light emitting end disposed between the input coupling grating (112, 118) and the scanning mirror (316, 506) and oriented such that light emitted from the light emitting end is refracted through at least a portion of the optical element (402, 504, 702), reflected off the scanning mirror (316, 506), refracted back through the optical element (402, 504, 702), and into the input coupling grating (112, 118), further comprising an eyepiece (108, 110, 708, 710), wherein the input coupling grating (112, 118) is configured to receive the light emitted from the plurality of optical fibers (206, 404, 502, 704) and transmit the received light into the eyepiece (108, 110, 708, 710), wherein the optical element (402, 504, 702) is configured to at least partially collimate the light reflected off the scanning mirror (316, 506) prior to the light entering the input coupling grating (112, 118). an input coupling grating (112, 118); a scanning mirror (316, 506) configured to rotate about two or more different axes of rotation (312, 330); an optical element (402, 504, 702); and a plurality of optical fibers (206, 404, 502, 704), each optical fiber of the plurality of optical fibers (206, 404, 502, 704) having a light emitting end disposed between the input coupling grating (112, 118) and the scanning mirror (316, 506) and oriented such that light emitted from the light emitting end is refracted through at least a portion of the optical element (402, 504, 702), reflected off the scanning mirror (316, 506), refracted back through the optical element (402, 504, 702), and into the input coupling grating (112, 118), further comprising an eyepiece (108, 110, 708, 710), wherein the input coupling grating (112, 118) is configured to receive the light emitted from the plurality of optical fibers (206, 404, 502, 704) and transmit the received light into the eyepiece (108, 110, 708, 710), wherein the optical element (402, 504, 702) is configured to at least partially collimate the light reflected off the scanning mirror (316, 506) prior to the light entering the input coupling grating (112, 118).
Injector designed to inject fuel under pressure into a cylinder of an internal combustion engine, the injector having a body comprising a plurality of coaxial cylindrical components (20,22,24) pressed against one another by an injector nut, a slender volume (V1,V2) in fluidic communication with a low-pressure return circuit of the injector extending between the nut and the body of the injector, in which the injector is provided with an insulation means (76, 78) able to damp pressure waves spreading through fuel situated in the said slender volume (V1,V2), characterized in that the insulation means comprises a seal arranged in the said slender volume (V1,V2).
Magnetic stirrer for an in vitro diagnostic system, comprising a drive motor, a magnetic body fastened to a shaft of the drive motor and a magnetic field sensor, which is embodied to capture a rotational movement of the magnetic body, wherein the magnetic field sensor is arranged in the vicinity of the magnetic body, wherein the magnetic body is embodied as a permanent magnet, wherein the magnetic field sensor intersects a plane that is perpendicular to the shaft of the drive motor and intersects the magnetic body, characterized in that the North/South axis of the magnetic body is arranged perpendicular to the shaft of the drive motor and a non-magnetic cover is arranged between the magnetic body and magnetic field sensor.
A media skew adjusting apparatus of an automatic media dispenser, comprising: a pair of frame plates provided at a certain interval; a power transmission unit installed to the frame plate to transmit driving force of a driving source; first and second clutches (24, 24') installed to the frame plate, respectively, and selectively transmitting the driving force transmitted through the power transmission unit; first and second feed rollers (28, 28') installed on first and second driving shafts (26, 26'), the first and second driving shafts (26, 26') being independently rotated by the driving force transmitted through the first and second clutches (24, 24'), the first and second feed rollers (28, 28') being rotated and brought into contact with both sides of a medium to convey the medium; and first and second idle rollers (32, 32') provided in correspondence to the first and second feed rollers (28, 28') and cooperating with the first and second feed rollers (28, 28') to convey the medium, characterized in that the media skew adjusting apparatus further comprises first and second brake assemblies (34, 34') for controlling the rotations of the first and second driving shafts (26, 26'), respectively. a pair of frame plates provided at a certain interval; a power transmission unit installed to the frame plate to transmit driving force of a driving source; first and second clutches (24, 24') installed to the frame plate, respectively, and selectively transmitting the driving force transmitted through the power transmission unit; first and second feed rollers (28, 28') installed on first and second driving shafts (26, 26'), the first and second driving shafts (26, 26') being independently rotated by the driving force transmitted through the first and second clutches (24, 24'), the first and second feed rollers (28, 28') being rotated and brought into contact with both sides of a medium to convey the medium; and first and second idle rollers (32, 32') provided in correspondence to the first and second feed rollers (28, 28') and cooperating with the first and second feed rollers (28, 28') to convey the medium, characterized in that the media skew adjusting apparatus further comprises first and second brake assemblies (34, 34') for controlling the rotations of the first and second driving shafts (26, 26'), respectively.