mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a resin composition for hollow blow-molded article comprising: melting and mixing a polyarylene sulfide resin including a terminal carboxyl group within the resin in an amount of 25 to 45 (μmol/g), and having a non-Newtonian index of 0.90 to 1.15 and also a melt viscosity as measured at 300°C within the range of 1,000 poise to 3,000 poise, and an epoxy group-containing polyolefin so that a proportion of said epoxy group-containing polyolefin is 5 to 30 parts by mass with respect to 100 parts by mass of said polyarylene sulfide resin, wherein the resin composition has a melt flow rate of 20 g/10 minutes or less when the resin composition pellets are loaded into a melt indexer with a cylinder temperature of 330°C and an orifice system of 1 mm, and the melt flow rate (g/10 minutes) is measured after applying a load of 10 kg and preheating for 5 minutes.
An intervertebral implant comprising: - a first endplate; - a second endplate; and - a central ramp disposed between the first endplate and the second endplate; - wherein the central ramp is configured to move in a first direction to cause the first and second endplates to move outwardly and away from one another, and to cause the first and second endplates to move inwardly into the unexpanded position - the implant further comprising a driving ramp disposed between the first endplate and the second endplate and - an actuation member having a head portion and a threaded extension; - wherein the central ramp comprises a first expansion portion and a rod-receiving extension extending from the first expansion portion and having a threaded opening for receiving the threaded extension of the actuation assembly, - wherein the first expansion portion of the central ramp comprises an upper portion and side portions (420, 422); - wherein the first endplate and the second endplate are operatively engaged to the expansion portion of the central ramp and the driving ramp, - wherein the rod receiving extension of the central ramp is in threaded engagement with the threaded extension of the actuation member, - wherein the actuation member engages the driving ramp so that when the actuation member is rotated in a first direction the driving ramp is pushed towards the central ramp, and when the actuation member is rotated in a second direction, opposite the first direction, the driving ramp is moved away from the central ramp. - a first endplate; - a second endplate; and - a central ramp disposed between the first endplate and the second endplate; - wherein the central ramp is configured to move in a first direction to cause the first and second endplates to move outwardly and away from one another, and to cause the first and second endplates to move inwardly into the unexpanded position - the implant further comprising a driving ramp disposed between the first endplate and the second endplate and - an actuation member having a head portion and a threaded extension; - wherein the central ramp comprises a first expansion portion and a rod-receiving extension extending from the first expansion portion and having a threaded opening for receiving the threaded extension of the actuation assembly, - wherein the first expansion portion of the central ramp comprises an upper portion and side portions (420, 422); - wherein the first endplate and the second endplate are operatively engaged to the expansion portion of the central ramp and the driving ramp, - wherein the rod receiving extension of the central ramp is in threaded engagement with the threaded extension of the actuation member, - wherein the actuation member engages the driving ramp so that when the actuation member is rotated in a first direction the driving ramp is pushed towards the central ramp, and when the actuation member is rotated in a second direction, opposite the first direction, the driving ramp is moved away from the central ramp.
A gas combustion-type driving tool, comprising: a combustion chamber that explosively burns mixed gas obtained by stirring and mixing combustible gas with air; a striking piston that is impulsively driven by high-pressure combustion gas; a nose portion that slidably guides a driver coupled to a lower surface side of the striking piston to drive out a nail; and a feed piston/cylinder mechanism that feeds a feed claw to the nose portion side, the feed claw engaging with and disengaging from connected nails accommodated within a magazine, wherein the feed piston/cylinder mechanism includes a feed cylinder and a feed piston accommodated within the feed cylinder, whereby the feed claw is biased in a feeding direction by a bias member, and wherein the feed claw is connected to the feed piston, characterized in that a valve (40, 50) is provided in a path for guiding the high-pressure combustion gas to the feed piston/cylinder mechanism and that communicates the path with atmosphere, the feed piston/cylinder mechanism is configured such that the feed piston moves in a returning direction against the bias member by flowing the high-pressure combustion gas into the feed piston/cylinder mechanism, and the feed piston biased by the bias member moves in the feeding direction to feed a nail by actuating the valve (40, 50) to communicate the feed cylinder with the atmosphere. a combustion chamber that explosively burns mixed gas obtained by stirring and mixing combustible gas with air; a striking piston that is impulsively driven by high-pressure combustion gas; a nose portion that slidably guides a driver coupled to a lower surface side of the striking piston to drive out a nail; and a feed piston/cylinder mechanism that feeds a feed claw to the nose portion side, the feed claw engaging with and disengaging from connected nails accommodated within a magazine, wherein the feed piston/cylinder mechanism includes a feed cylinder and a feed piston accommodated within the feed cylinder, whereby the feed claw is biased in a feeding direction by a bias member, and wherein the feed claw is connected to the feed piston, characterized in that a valve (40, 50) is provided in a path for guiding the high-pressure combustion gas to the feed piston/cylinder mechanism and that communicates the path with atmosphere, the feed piston/cylinder mechanism is configured such that the feed piston moves in a returning direction against the bias member by flowing the high-pressure combustion gas into the feed piston/cylinder mechanism, and the feed piston biased by the bias member moves in the feeding direction to feed a nail by actuating the valve (40, 50) to communicate the feed cylinder with the atmosphere.
A projective transformation convergence calculation method for performing a convergence calculation of updating values of given types of parameters of a projective transformation matrix (H(i)) between two cameras (27L, 27R) so as to converge a plane defined by the parameter values to a plane including a flat part of an object in images captured by the two cameras (27L, 27R), while comparing a transformed image obtained by transforming an object image in the image captured by one of the two cameras by the projective transformation matrix (H(i)) with an object image in the image captured by the other camera in order to observe the flat part of the object in the images captured by the two cameras (27L, 27R), characterized in that the initial values of the parameters of the projective transformation matrix (H(i)) are set to values satisfying a limiting condition that should be satisfied by the initial values, where the limiting condition is that the plane defined by the initial values of the parameters of the projective transformation matrix (H(i)) in the convergence calculation is inclined with respect to an actual plane including the flat part of the object.
Device for storing, mixing, and applying polymethylmethacrylate bone cement, comprising a first container (1, 51) for a first pasty component of the bone cement, a dispensing plunger (4, 54) that is arranged such that it can be shifted in the first container (1, 51) for pressing the content of the first container (1, 51) through a dispensing tube (12, 62) situated opposite from the dispensing plunger (4, 54), whereby the dispensing tube (12, 62) is arranged such that it can be rotated and shifted in longitudinal direction through a feed-through in a side of the container (1, 51) opposite from the dispensing plunger (4, 54), and a mixing facility (22, 72) for mixing the content of the first container (1, 51), whereby the mixing facility (22, 72) is arranged in the first container (1, 51) and is secured to the dispensing tube (12, 62), such that the mixing facility (22, 72) can be moved in the first container (1, 51) by moving the dispensing tube (12, 62) in order to mix the content of the first container (1, 51), whereby a closure (20, 71) that can be opened is arranged on the end of the dispensing tube (12, 62) pointing into the inside of the first container (1, 51) and closes the dispensing tube (12, 62), and an axially mobile core is arranged in the dispensing tube (12, 62), and a second container for at least one second component of the bone cement is formed by the space between the closure (20, 71) and the core in the dispensing tube (12, 62), whereby the closure (20, 71) of the second container can be removed from the first end of the dispensing tube (12, 62) through an axial motion of the core and thus the second container can be opened with respect to the first container (1, 51) such that the contents of the second container and of the first container (1, 51) can be mixed with each other in the first container (1, 51), whereby at least one limiting surface of the first container (1, 51) is formed by a mobile volume compensation element (4, 6, 56) and the closure (20, 71) is connected to the dispensing tube (12, 62) by means of a deformable connection (24, 74) such that the closure (20, 71), even when it is open, is connected to the dispensing tube (12, 62) by means of the deformable connection (24, 74), characterised in that a securing element (34, 84) is arranged on the first end of the dispensing tube (12, 62) pointing into the inside and in that the securing element (34, 84) can be used to lock the opened closure (20, 71) or to restrict its mobility with respect to the opening of the first end of the dispensing tube (12, 62) such that the opening of the first end of the dispensing tube (12, 62) can no longer be locked or reduced in size by the closure (20, 71).
Packaging with a packaging arrangement and a sterilisable product accommodated therein, wherein the packaging arrangement comprises a first packaging element with an accommodation space, a second packaging element, which is located into the accommodation space, and a closure element, which is connected to the first packaging element, with the second packaging element being located in between, wherein the second packaging element exhibits a deformation region, between which and an accommodation base of the accommodation space a clamping region for the product is provided, and which is plastically deformable at a deformation temperature increased above usual ambient temperature, of between 90 and 140°, and the second packaging element comprises an insertion region, extending circumferentially around the deformation region and putting it under tension, which is secured in positive fit to an edge of the first packaging element, wherein the accommodation space is formed by at least one rigid deep-drawn region of the first packaging element, and the deformation region of the second packaging element is in contact with the product in a contact region and is plastically deformed in a way complementary to this.
A (+) enantiomer of a compound selected from the following group of compounds: or a pharmaceutically acceptable hydrate thereof, wherein the optical rotation is recorded on Autopol IV automatic polarimeter, at 20°C in MeOH.
Bridge laying vehicle having a bridge which can be laid and has two bridge elements (2, 3) which are connected to one another in a pivotably coupled manner and are arranged on the bridge laying vehicle in a manner which is folded together in a transport position, it being possible for one of the two bridge elements to be pivoted out of the transport position with respect to the other bridge element by means of a pivoting apparatus which is arranged on the bridge laying vehicle, characterized in that the pivoting apparatus is arranged on a side of the bridge laying vehicle which lies opposite a laying side of the bridge laying vehicle, on which the bridge can be laid in a laying position.
A storage device comprising: a non-volatile memory device including a write buffer configured to store write data (DATA) that is not grouped into a transaction, and a journal buffer configured to store a journal log (JLOG) indicating update information on metadata (META DATA) of the write data (DATA); a volatile memory device configured to temporarily store first metadata, wherein the first metadata is data updated based on a first journal log group (JLOG1, JLOG2, JLOG3, JLOG4) including a journal log (JLOG) to be released from the journal buffer in response to a checkpoint event; and a memory controller configured to control the volatile memory device to trigger a checkpoint for releasing the first journal log group (JLOG1, JLOG2, JLOG3, JLOG4) in the journal buffer, update the first metadata to second metadata based on a second journal log group (JLOG5, JLOG6) including a journal log (JLOG) excluding the first journal log group (JLOG1, JLOG2, JLOG3, JLOG4) in the journal buffer, and store the second metadata. a non-volatile memory device including a write buffer configured to store write data (DATA) that is not grouped into a transaction, and a journal buffer configured to store a journal log (JLOG) indicating update information on metadata (META DATA) of the write data (DATA); a volatile memory device configured to temporarily store first metadata, wherein the first metadata is data updated based on a first journal log group (JLOG1, JLOG2, JLOG3, JLOG4) including a journal log (JLOG) to be released from the journal buffer in response to a checkpoint event; and a memory controller configured to control the volatile memory device to trigger a checkpoint for releasing the first journal log group (JLOG1, JLOG2, JLOG3, JLOG4) in the journal buffer, update the first metadata to second metadata based on a second journal log group (JLOG5, JLOG6) including a journal log (JLOG) excluding the first journal log group (JLOG1, JLOG2, JLOG3, JLOG4) in the journal buffer, and store the second metadata.
A method for generating a PWM voltage reference signal, the method comprising: calculating reference values from three phase voltage references; generating random variables; and applying compensation values, generated by using the random variables at every period of the voltage references, on the reference values to generate the PWM voltage reference signal; characterized in that the method comprises: scaling the random variables, wherein a maximum and a minimum of the reference values, used for scaling the random variables, are obtained by performing a PWM operation carried out by: V max ∗ + v sn = − V min ∗ + v sn v sn = − V max ∗ + V min ∗ 2 V* max being the maximum value of the reference values, V* min being the minimum value of the reference values, and v sn is an arbitrary value, and wherein the scaling comprises scaling the random variables so that a sum of the compensation values and the reference values is located within a range between a maximum limit and a minimum limit of the reference values in the applying of the compensation values on the reference values. calculating reference values from three phase voltage references; generating random variables; and applying compensation values, generated by using the random variables at every period of the voltage references, on the reference values to generate the PWM voltage reference signal; characterized in that the method comprises: scaling the random variables, wherein a maximum and a minimum of the reference values, used for scaling the random variables, are obtained by performing a PWM operation carried out by: V max ∗ + v sn = − V min ∗ + v sn v sn = − V max ∗ + V min ∗ 2 V* max being the maximum value of the reference values, V* min being the minimum value of the reference values, and v sn is an arbitrary value, and wherein the scaling comprises scaling the random variables so that a sum of the compensation values and the reference values is located within a range between a maximum limit and a minimum limit of the reference values in the applying of the compensation values on the reference values.
A load cell comprising a spring body having an outer support ring, having an inner force introduction element, and having an annular deformation section via which the support ring and the force introduction element are fixedly connected to one another; a measuring transducer (27, 41; 47) for generating an output signal corresponding to a weight acting on the force introduction element; and means which are electrically connected to the measuring transducer (27, 41; 47) and which are configured to output the output signal generated by the measuring transducer (27, 41; 47) to external, characterized in that the means for the external output of the output signal are provided at the force introduction element, the force introduction element is configured as a vertically oriented force introduction pipe, and the means for the external output of the output signal are arranged in the interior of the force introduction pipe. a spring body having an outer support ring, having an inner force introduction element, and having an annular deformation section via which the support ring and the force introduction element are fixedly connected to one another; a measuring transducer (27, 41; 47) for generating an output signal corresponding to a weight acting on the force introduction element; and means which are electrically connected to the measuring transducer (27, 41; 47) and which are configured to output the output signal generated by the measuring transducer (27, 41; 47) to external, characterized in that the means for the external output of the output signal are provided at the force introduction element, the force introduction element is configured as a vertically oriented force introduction pipe, and the means for the external output of the output signal are arranged in the interior of the force introduction pipe.
A sorting device that sorts a specific material and materials other than the specific material from a target in which the specific material and the materials other than the specific materials are mixed, the sorting device comprising: a transport unit that transports the target in a first direction and causes the target to fly at a tip end of the transport unit; an identification unit that identifies a composition of the target; and a plurality of nozzles that are arranged along a flying route above the flying route of the target and eject pulse air to the specific material that is flying from the transport unit; characterized in that each of the plurality of nozzles has a valve that adjusts a flow amount of the pulse air, a pulse air flow path that is connected to the valve, and a pulse air blowing port that is arranged at a tip end of the pulse air flow path, the pulse air flow path has at least one bent portion, an adjustment flow path is connected to the bent portion of the pulse air flow path, and an adjustment member capable of increasing and decreasing a volume of the adjustment flow path is provided in the adjustment flow path. a transport unit that transports the target in a first direction and causes the target to fly at a tip end of the transport unit; an identification unit that identifies a composition of the target; and a plurality of nozzles that are arranged along a flying route above the flying route of the target and eject pulse air to the specific material that is flying from the transport unit; characterized in that each of the plurality of nozzles has a valve that adjusts a flow amount of the pulse air, a pulse air flow path that is connected to the valve, and a pulse air blowing port that is arranged at a tip end of the pulse air flow path, the pulse air flow path has at least one bent portion, an adjustment flow path is connected to the bent portion of the pulse air flow path, and an adjustment member capable of increasing and decreasing a volume of the adjustment flow path is provided in the adjustment flow path.
A process cartridge, which is removably mountable to an image forming apparatus body comprising a driving force transmitting portion, the process cartridge comprising: a housing; a photosensitive drum, which is disposed in the housing, and on which an electrostatic latent image is formed; a first bearing rotatably supporting an axial end portion of the photosensitive drum; a driving force input portion, which is provided on the axial end portion of the photosensitive drum and is configured to engage the driving force transmitting portion in order to drive the photosensitive drum by a driving force transmitted from the driving force transmitting portion so that the driving force transmitting portion presses the driving force input portion; and a second bearing, which rotatably supports the other axial end of the photosensitive drum and which comprises a first contact portion which is adapted to contact the image forming apparatus body when the driving force transmitting portion presses the driving force input portion, wherein the photosensitive drum is movable separately within the housing of the process cartridge, and the photosensitive drum and the housing are relatively movable with respect to each other, characterized in that movement of the second bearing in the axial direction of the photosensitive drum with respect to the housing is permitted. a housing; a photosensitive drum, which is disposed in the housing, and on which an electrostatic latent image is formed; a first bearing rotatably supporting an axial end portion of the photosensitive drum; a driving force input portion, which is provided on the axial end portion of the photosensitive drum and is configured to engage the driving force transmitting portion in order to drive the photosensitive drum by a driving force transmitted from the driving force transmitting portion so that the driving force transmitting portion presses the driving force input portion; and a second bearing, which rotatably supports the other axial end of the photosensitive drum and which comprises a first contact portion which is adapted to contact the image forming apparatus body when the driving force transmitting portion presses the driving force input portion, a second bearing, which rotatably supports the other axial end of the photosensitive drum and which comprises a first contact portion which is adapted to contact the image forming apparatus body when the driving force transmitting portion presses the driving force input portion, wherein the photosensitive drum is movable separately within the housing of the process cartridge, and the photosensitive drum and the housing are relatively movable with respect to each other, characterized in that movement of the second bearing in the axial direction of the photosensitive drum with respect to the housing is permitted.
A method for adherently culturing PER.C6 cells as deposited under ECACC no. 96022940 comprising: a) attaching PER.C6 cells to DEAE-coated microcarriers; and b) culturing said cells in culture medium. a) attaching PER.C6 cells to DEAE-coated microcarriers; and b) culturing said cells in culture medium.