mhurhangee/ep-ind-claims huggingface dataset:
A method for additivating polymer resin for rotomoulding applications that comprises the steps of: a) feeding into a microniser a dry blend of powders or pellets comprising: i) polymer fluff directly exiting the reactor; ii) phenolic antioxidant; iii) organic phosphite or phosphonite antioxidant; iv) anti-UV stabiliser; v) optionally metal stearate; vi) optionally densification aid; vii) optionally pigments; b) micronising the mixture of step a), while maintaining the mixture at a temperature of from room temperature (about 25 °C) to at least 5° C below the melting temperature of the polymer resin, in order to obtain additivated polymer powder having an homogeneous size of from 10 to 1000 micrometres as requested for rotomoulding; c) retrieving the additivated polymer powder, ready for direct use in rotomoulding applications characterised in that no pre-treatment is required to add the additives to the polymer prior to the micronisation step. a) feeding into a microniser a dry blend of powders or pellets comprising: i) polymer fluff directly exiting the reactor; ii) phenolic antioxidant; iii) organic phosphite or phosphonite antioxidant; iv) anti-UV stabiliser; v) optionally metal stearate; vi) optionally densification aid; vii) optionally pigments; i) polymer fluff directly exiting the reactor; ii) phenolic antioxidant; iii) organic phosphite or phosphonite antioxidant; iv) anti-UV stabiliser; v) optionally metal stearate; vi) optionally densification aid; vii) optionally pigments; b) micronising the mixture of step a), while maintaining the mixture at a temperature of from room temperature (about 25 °C) to at least 5° C below the melting temperature of the polymer resin, in order to obtain additivated polymer powder having an homogeneous size of from 10 to 1000 micrometres as requested for rotomoulding; c) retrieving the additivated polymer powder, ready for direct use in rotomoulding applications
A method, comprising: detecting a first gesture performed by a first user; determining an identity of the first user based on sensor input captured substantially contemporaneously with the first gesture; determining, based on the identity of the first user, that the first gesture corresponds to at least one command of a plurality of commands; and executing the at least one command characterized in that the first gesture corresponds to a first command when performed by the first user, and wherein the first gesture corresponds to a second command different from the first command when performed by a second user different from the first user. detecting a first gesture performed by a first user; determining an identity of the first user based on sensor input captured substantially contemporaneously with the first gesture; determining, based on the identity of the first user, that the first gesture corresponds to at least one command of a plurality of commands; and executing the at least one command characterized in that the first gesture corresponds to a first command when performed by the first user, and wherein the first gesture corresponds to a second command different from the first command when performed by a second user different from the first user.
A magnetic water activator comprising: a pair of magnetic circuit constituting members made of a ferromagnetic material, respective ends of each of the magnetic circuit constituting members being rotatably and magnetically connected to each other by a hinge; permanent magnets arranged along facing surfaces of the magnetic circuit constituting members; and an elastic resin shell having a generally annular shape partially including a slit extending in a radial direction, the magnetic circuit constituting members, the permanent magnets and the hinge being buried and held in the shell in an airtight state. a pair of magnetic circuit constituting members made of a ferromagnetic material, respective ends of each of the magnetic circuit constituting members being rotatably and magnetically connected to each other by a hinge; permanent magnets arranged along facing surfaces of the magnetic circuit constituting members; and an elastic resin shell having a generally annular shape partially including a slit extending in a radial direction, the magnetic circuit constituting members, the permanent magnets and the hinge being buried and held in the shell in an airtight state.
A method of producing a polypeptide, comprising: (a) cultivating a mutant of a parent Fusarium venenatum strain in a medium for the production of the polypeptide, wherein the mutant strain comprises a polynucleotide encoding the polypeptide and pyrG, amyA, and alpA, wherein pyrG, amyA, and alpA are modified rendering the mutant strain deficient in the production of orotidine-5'-monophosphate decarboxylase, alpha-amylase, and alkaline protease, respectively, compared to the parent Fusarium venenatum strain when cultivated under identical conditions; and (b) recovering the polypeptide from the cultivation medium. (a) cultivating a mutant of a parent Fusarium venenatum strain in a medium for the production of the polypeptide, wherein the mutant strain comprises a polynucleotide encoding the polypeptide and pyrG, amyA, and alpA, wherein pyrG, amyA, and alpA are modified rendering the mutant strain deficient in the production of orotidine-5'-monophosphate decarboxylase, alpha-amylase, and alkaline protease, respectively, compared to the parent Fusarium venenatum strain when cultivated under identical conditions; and (b) recovering the polypeptide from the cultivation medium.
A dynamic person support system (100, 400), comprising: a person support surface comprising a pair of laterally spaced support segments (104, 106), at least one of the support segments comprising a lateral rotation apparatus, the lateral rotation apparatus comprising a plurality of independently rotatable longitudinally arranged support planes (110, 112, 114) and a lateral rotation actuator operably coupled to one or more of the support planes (110, 112, 114); a first occupant sensor coupled to the support segment comprising the lateral rotation apparatus; a second occupant sensor coupled to the other support segment; and a control unit comprising a processor and a non-transitory machine readable storage medium comprising a dynamic therapy routine, the dynamic therapy routine comprising instructions executable by the processor to cause the control unit to control the operation of the lateral rotation apparatus by: with the first occupant sensor, detecting a state of a first human subject on the support segment comprising the lateral rotation apparatus; with the second occupant sensor, detecting a state of a second human subject on the other support segment; and in response to the detected state of the first human subject and the detected state of the second human subject, controlling the lateral rotation actuator of the lateral rotation apparatus. a person support surface comprising a pair of laterally spaced support segments (104, 106), at least one of the support segments comprising a lateral rotation apparatus, the lateral rotation apparatus comprising a plurality of independently rotatable longitudinally arranged support planes (110, 112, 114) and a lateral rotation actuator operably coupled to one or more of the support planes (110, 112, 114); a first occupant sensor coupled to the support segment comprising the lateral rotation apparatus; a second occupant sensor coupled to the other support segment; and a control unit comprising a processor and a non-transitory machine readable storage medium comprising a dynamic therapy routine, the dynamic therapy routine comprising instructions executable by the processor to cause the control unit to control the operation of the lateral rotation apparatus by: with the first occupant sensor, detecting a state of a first human subject on the support segment comprising the lateral rotation apparatus; with the second occupant sensor, detecting a state of a second human subject on the other support segment; and in response to the detected state of the first human subject and the detected state of the second human subject, controlling the lateral rotation actuator of the lateral rotation apparatus. with the first occupant sensor, detecting a state of a first human subject on the support segment comprising the lateral rotation apparatus; with the second occupant sensor, detecting a state of a second human subject on the other support segment; and in response to the detected state of the first human subject and the detected state of the second human subject, controlling the lateral rotation actuator of the lateral rotation apparatus.
A reduction clutch for a washing machine, comprising a fixed disk, an input shaft, an input shaft sleeve, a gear train, an output shaft for driving a pulsator of the washing machine, an output shaft sleeve for driving an inner tub of the washing machine, and a clutch shaft sleeve outside the input shaft sleeve which is slidably and irrotationally connected to the input shaft sleeve, the input shaft being connected to the output shaft via the gear train, the input shaft sleeve being connected to the output shaft sleeve, and the clutch shaft sleeve being configured to slide axially downward for allowing a lower portion thereof to connect to a driving device and to slide upward for allowing an upper portion thereof to connect to the fixed disk, characterized in that the clutch shaft sleeve is configured to have, when slid upward to connect to the fixed disk, only one connecting position in a circumferential direction, the clutch shaft sleeve is connected to the fixed disk by key-tooth connection, a connection part of the upper portion of the clutch shaft sleeve fitting with the fixed disk is provided with at least one protrusion, and a recess corresponding to the protrusion is provided on the fixed disk, when the clutch shaft sleeve rotates in a circle, the protrusion of the clutch shaft sleeve inserts to the recess of the fixed disk for fitting connection at said only one connecting position, whereby the input shaft sleeve and the output shaft sleeve are positioned by said connecting position in the circumferential direction. a fixed disk, an input shaft, an input shaft sleeve, a gear train, an output shaft for driving a pulsator of the washing machine, an output shaft sleeve for driving an inner tub of the washing machine, and a clutch shaft sleeve outside the input shaft sleeve which is slidably and irrotationally connected to the input shaft sleeve, the input shaft being connected to the output shaft via the gear train, the input shaft sleeve being connected to the output shaft sleeve, and the clutch shaft sleeve being configured to slide axially downward for allowing a lower portion thereof to connect to a driving device and to slide upward for allowing an upper portion thereof to connect to the fixed disk, characterized in that the clutch shaft sleeve is configured to have, when slid upward to connect to the fixed disk, only one connecting position in a circumferential direction, the clutch shaft sleeve is connected to the fixed disk by key-tooth connection, a connection part of the upper portion of the clutch shaft sleeve fitting with the fixed disk is provided with at least one protrusion, and a recess corresponding to the protrusion is provided on the fixed disk, when the clutch shaft sleeve rotates in a circle, the protrusion of the clutch shaft sleeve inserts to the recess of the fixed disk for fitting connection at said only one connecting position, whereby the input shaft sleeve and the output shaft sleeve are positioned by said connecting position in the circumferential direction.
An embolization coil comprising an elongation-preventing wire and a partially pitch-wound coil fixed to each other at at least two points different from each other, wherein the elongation-preventing wire has a region having an expandable/shrinkable shape in the region placed between the two points different from each other, characterized in that the coil has a pitch-wound region and a densely wound region, the pitch-wound region of the coil is placed partially in the proximal region of the coil, and the natural length of the region of the coil placed between the two points different from each other is longer than the natural length of the region of the elongation-preventing wire placed between the two points different from each other. characterized in that the coil has a pitch-wound region and a densely wound region, the pitch-wound region of the coil is placed partially in the proximal region of the coil, and the natural length of the region of the coil placed between the two points different from each other is longer than the natural length of the region of the elongation-preventing wire placed between the two points different from each other.
A securing system for plug connectors (8, 11), comprising an adapter (7, 10) and a housing part (3, 4) having at least one plug place (6, 9) with interfaces for receiving the adapter (7, 10), wherein the adapter (7, 10) has interfaces on its outer side for positioning in the plug place (6, 9) of the housing part (3, 4), and wherein the adapter (7, 10) has an internal geometry for receiving a plug connector (8, 11), wherein the outer side of the adapter (7, 10) and the plug place (6, 9) of the housing part (3, 4) are configured in such a way that they form a primary securing means for fastening the adapter (7, 10) in the respective plug place (6, 9) when the adapter (7, 10) is inserted into a predefined plug position in the plug place (6, 9), characterized in that to secure the adapter (7, 10) in the plug place (6, 9) there is provided a secondary securing means which can be plugged into the housing part (3, 4) up and into a predefined end position, wherein the secondary securing means is designed in the end position also to secure the plug connector (8, 11) in the adapter (7, 10).
A method of controlling a transmission comprising a plurality of clutches and a plurality of transmission gears, the method comprising: receiving a shift command to cause engagement of a selected clutch of the plurality of clutches to engage a selected transmission gear ratio of the plurality of transmission gears; receiving data indicative of operating conditions of the transmission; determining whether the selected clutch is suitable for engagement by comparing the operating condition data with a corresponding operating condition threshold value or range associated with the selected clutch; generating, in response to determining that the selected clutch is unsuitable for engagement, at least one alternate clutch control signal to cause engagement of at least one suitable alternate clutch of the plurality of clutches to engage at least one alternate transmission gear ratio of the plurality of transmission gears; and generating, in response to determining that the selected clutch is suitable for engagement, a selected clutch control signal to cause engagement of the selected clutch to engage the selected transmission gear ratio, characterized in that the at least one alternate clutch is selected such that the transmission achieves operating conditions that meet the operating condition threshold value or range of the selected clutch such that the selected clutch is suitable for engagement. receiving a shift command to cause engagement of a selected clutch of the plurality of clutches to engage a selected transmission gear ratio of the plurality of transmission gears; receiving data indicative of operating conditions of the transmission; determining whether the selected clutch is suitable for engagement by comparing the operating condition data with a corresponding operating condition threshold value or range associated with the selected clutch; generating, in response to determining that the selected clutch is unsuitable for engagement, at least one alternate clutch control signal to cause engagement of at least one suitable alternate clutch of the plurality of clutches to engage at least one alternate transmission gear ratio of the plurality of transmission gears; and generating, in response to determining that the selected clutch is suitable for engagement, a selected clutch control signal to cause engagement of the selected clutch to engage the selected transmission gear ratio,
A rope drum (1; 100) of a rope hoist, having a drum cover (2; 200) for winding a hoisting rope around it, a power transmission member at one end of the drum cover (2; 200) for driving the rope drum (1; 100), and a fastening device for fastening an end of the hoisting rope to the rope drum (1; 100), wherein the fastening device - is fastenable near an end of the rope drum (1; 100) on the area between the end surfaces of the rope drum and protruding from its surface, and - mainly comprises a cylindrical gripping part for installing a spliced rope loop of the hoisting rope around it, and a fastening protrusion arranged to extend from the cylindrical gripping part over the end of the rope loop and simultaneously forming a space partly enclosing the end of the rope loop, the fastening protrusion extending transversely in relation to the axis of the rope drum (1; 100) in the opposite direction than the hoisting rope and comprising a fastening area for fastening to the rope drum (1; 100), characterized in that the power transmission member is a gearwheel (4; 40), wherein the gearwheel is driven from the outer periphery of the rope drum and forms part of the outer periphery of the rope drum, whereby the fastening device of the hoisting rope is fastened to the gearwheel, and inside the cylindrical gripping part a retaining pin extending in the radial direction of the rope drum and receiving shearing forces has been arranged, wherein the retaining pin extends through the gearwheel and partly inside the drum cover, or the fastening device of the hoisting rope is fastened to the drum cover, and the retaining pin extends through the drum cover and partly inside the gearwheel. - is fastenable near an end of the rope drum (1; 100) on the area between the end surfaces of the rope drum and protruding from its surface, and - mainly comprises a cylindrical gripping part for installing a spliced rope loop of the hoisting rope around it, and a fastening protrusion arranged to extend from the cylindrical gripping part over the end of the rope loop and simultaneously forming a space partly enclosing the end of the rope loop, the fastening protrusion extending transversely in relation to the axis of the rope drum (1; 100) in the opposite direction than the hoisting rope and comprising a fastening area for fastening to the rope drum (1; 100), the power transmission member is a gearwheel (4; 40), wherein the gearwheel is driven from the outer periphery of the rope drum and forms part of the outer periphery of the rope drum, whereby the fastening device of the hoisting rope is fastened to the gearwheel, and inside the cylindrical gripping part a retaining pin extending in the radial direction of the rope drum and receiving shearing forces has been arranged, wherein the retaining pin extends through the gearwheel and partly inside the drum cover, or the fastening device of the hoisting rope is fastened to the drum cover, and the retaining pin extends through the drum cover and partly inside the gearwheel.
Apparatus for determining the mechanical bone axis of a femoral bone, having a shaft, which at one end has a securing device which is connected to the shaft in a lockable manner and so as to be able to vary its angle for locking the shaft at a stable angle onto the knee joint of a femoral bone and at its other end has a gripping element, wherein a force-torque measuring device is arranged between the gripping element and shaft by means of which force components of a force (Fz) exerted on a knee joint by means of the gripping element via the shaft can be measured, characterised in that by means of the force-torque measuring device longitudinal and/or transverse force components of the exerted force (Fz) and/or moments produced thereby can be measured and the force-torque measuring device is designed as a first annular element which is connected by at least three crosspieces to a second annular element arranged coaxially therein, wherein each cross-piece has at least one force sensor, in particular strain gauges.
An apparatus for separating or isolating substances in or from a mixture in a fluid, comprising at least one diffusion-based chromatography matrix and at least one downstream convection-based planar chromatography matrix, wherein the convection-based chromatography matrix is downstream of the diffusion-based chromatography matrix such that the fluid leaving the diffusion-based chromatography matrix can be conducted through the convection-based chromatography matrix, wherein the diffusion-based chromatography matrix is a gel chromatography matrix, and wherein the convection-based chromatography matrix is a membrane adsorber having at least one membrane.
A polymer composition comprising polyolefin based elastomer, a polyolefin and CaCOs, wherein the amount of the polyolefin is in the range from 1.2 to 8.1 wt% based on the total amount of the polymer composition, wherein the polyolefin is a polypropylene or a polyethylene, wherein the amount of the polyolefin based elastomer is in the range from 31 to 73 wt % based on the total amount of the polymer composition, wherein the weight ratio between CaCOs and the total amount of the polyolefin and the polyolefin based elastomer is in the range from 0.24 to 1.63, wherein the melt flow index of the polymer composition is in the range from 3 to 68 dg/min as measured according to ISO1133-1:2011 at 190°C with a 2.16 kg load. wherein the amount of the polyolefin is in the range from 1.2 to 8.1 wt% based on the total amount of the polymer composition, wherein the polyolefin is a polypropylene or a polyethylene, wherein the amount of the polyolefin based elastomer is in the range from 31 to 73 wt % based on the total amount of the polymer composition, wherein the weight ratio between CaCOs and the total amount of the polyolefin and the polyolefin based elastomer is in the range from 0.24 to 1.63, wherein the melt flow index of the polymer composition is in the range from 3 to 68 dg/min as measured according to ISO1133-1:2011 at 190°C with a 2.16 kg load.
An electric hub drive comprising: a housing; a rotary drive transmission system comprising an input shaft, and output shaft, and a torque transfer arrangement to effect a rotational coupling between the input shaft and the output shaft mounted within the housing; an electric motor having a motor rotor for driving the input shaft mounted within the housing, a braking assembly including a braking formation positioned within the housing; wherein the braking formation is coupled to be rotationally driven by the drive transmission system, and, characterised in that:- the drive transmission system includes a gearing assembly (10,11) configured to reduce a higher input shaft angular velocity to a lower output shaft angular velocity and the braking formation is coupled to be rotationally driven by a part of the gearing assembly having an angular velocity greater than that of the output shaft, and the motor rotor is interposed between the braking formation and the gearing assembly (10,11). a housing; a rotary drive transmission system comprising an input shaft, and output shaft, and a torque transfer arrangement to effect a rotational coupling between the input shaft and the output shaft mounted within the housing; an electric motor having a motor rotor for driving the input shaft mounted within the housing, a braking assembly including a braking formation positioned within the housing; wherein the braking formation is coupled to be rotationally driven by the drive transmission system, and, characterised in that:- the drive transmission system includes a gearing assembly (10,11) configured to reduce a higher input shaft angular velocity to a lower output shaft angular velocity and the braking formation is coupled to be rotationally driven by a part of the gearing assembly having an angular velocity greater than that of the output shaft, and the motor rotor is interposed between the braking formation and the gearing assembly (10,11).