mhurhangee/ep-ind-claims huggingface dataset:
A bracket and lifting / lowering device assembly for use with a safety structure, comprising a bracket for attaching the lifting / lowering device to a support member of the safety structure, the bracket comprising: a body configured to at least partially contact or envelop a support member of the safety structure, the body comprising at least one surface for securing the bracket to the lifting / lowering device, wherein at least one surface of the body has at least one cut-out that includes at least one shaped end for contacting a support member pin inserted into the support member of the safety structure, wherein the support member includes at least two segments (34, 36) arranged telescopically together and secured together by inserting a support member pin into mounting holes of the segments, and characterized in that the bracket slides upwardly on the support member to position the support member pin at least partially in the shaped end of the at least one cut-out. a body configured to at least partially contact or envelop a support member of the safety structure, the body comprising at least one surface for securing the bracket to the lifting / lowering device, wherein at least one surface of the body has at least one cut-out that includes at least one shaped end for contacting a support member pin inserted into the support member of the safety structure, wherein the support member includes at least two segments (34, 36) arranged telescopically together and secured together by inserting a support member pin into mounting holes of the segments, and characterized in that the bracket slides upwardly on the support member to position the support member pin at least partially in the shaped end of the at least one cut-out.
A pharmaceutical composition comprising an active pharmaceutical ingredient, wherein the active pharmaceutical ingredient is tolterodine or a salt thereof, said composition having a coating comprising a polymer or copolymer of acrylate and/or methacrylate with ammonium group, and/or chitosan or chitosan derivatives, characterized by the rapid dissolution at acidic conditions (pH < 5.5) and slow dissolution at higher pH values.
A valve comprising a valve element, a valve seat, a coil spring, and a spring bearing portion, wherein the coil spring, provided between the valve element and the spring bearing portion, presses the valve element toward the valve seat and has an effective winding region which is between an effective upper winding end (P of T2) and an effective lower winding end (Q1 of T5), characterised in that the effective upper winding end (P of T2) of the coil spring and the effective lower winding end (Q1 of T5) of the coil spring are offset from each other by 180 degrees in a plan view, and wherein the valve further comprises a coil spring unit (54; 60) including as the coil spring an open-end constant-pitch spring, an upper support member (55; 61) that is attached to an upper-end winding portion of the open-end constant-pitch spring, and a lower support member that is attached to a lower-end winding portion of the open-end constant-pitch spring; wherein the upper support member (55; 61) and the lower support member are opposite to each other through the open-end constant-pitch spring; an upper spiral surface (59; 62) is formed on a surface of the upper support member (55; 61), and a lower spiral surface is formed on a surface of the lower support member, the surface of the upper support member (55; 61) and the surface of the lower support member being opposite to each other; there is a distance equivalent to a pitch of the open-end constant-pitch spring between a start portion (58; 63) of the upper spiral surface (59; 62) and a portion (Y; Z) of the upper spiral surface (59; 62), which is at a same position as the start portion (58; 63) of the upper spiral surface (59; 62) in the plan view; there is the distance equivalent to the pitch of the open-end constant-pitch spring between a start portion of the lower spiral surface and a portion of the lower spiral surface, which is at a same position as the start portion of the lower spiral surface in the plan view; and the upper spiral surface (59; 62) receives the upper-end winding portion of the open-end constant-pitch spring, and the lower spiral surface receives the lower-end winding portion of the open-end constant-pitch spring.
A synchrocyclotron comprising: a cavity containing an acceleration region; magnetic structures (6a, 6b) to provide a magnetic field to said cavity; a particle source to provide a plasma column to said cavity, said particle source having a housing to hold the plasma column, said housing being interrupted at the acceleration region to expose said plasma column, wherein said housing comprises two portions that are completely separated such that said housing is completely separated at said acceleration region; and a voltage source to provide a radio frequency voltage to said cavity to accelerate particles from said plasma column at said acceleration region. a cavity containing an acceleration region; magnetic structures (6a, 6b) to provide a magnetic field to said cavity; a particle source to provide a plasma column to said cavity, said particle source having a housing to hold the plasma column, said housing being interrupted at the acceleration region to expose said plasma column, wherein said housing comprises two portions that are completely separated such that said housing is completely separated at said acceleration region; and a voltage source to provide a radio frequency voltage to said cavity to accelerate particles from said plasma column at said acceleration region.
A method, comprising: receiving an initial publication from an event publication agent at an event state compositor, the publication comprising an expiration interval and an Allow:Refer header field; sending a republication request to the event publication agent prior to expiration of the expiration interval, wherein the republication request is carried out in accordance with a session initiation protocol REFER request; and receiving an updated information from the event publication agent in response to the republication request. receiving an initial publication from an event publication agent at an event state compositor, the publication comprising an expiration interval and an Allow:Refer header field; sending a republication request to the event publication agent prior to expiration of the expiration interval, wherein the republication request is carried out in accordance with a session initiation protocol REFER request; and receiving an updated information from the event publication agent in response to the republication request.
A method for operating a cleaning device for a combine harvester, comprising at least one compressed air source by means of which at least one air flow is provided, as well as a sieve assembly which is driven in oscillation, which comprises at least two sieves (14, 15) which are disposed in different planes and which execute a forwardly and a backwardly orientated lifting movement and through which the at least one air flow passes from the underside, characterized in that at least one air flow passing through the sieve assembly is interrupted during the backwardly orientated lifting movement of the sieve assembly.
A replaceable unit for an electrophotographic image forming device, comprising: a housing having a reservoir for storing toner; a rotatable shaft positioned within the reservoir and having an axis of rotation; a first linkage rotatable with the rotatable shaft around the axis of rotation, the first linkage having a first permanent magnet; a second linkage rotatable around the axis of rotation in response to rotation of the rotatable shaft, the second linkage having a second permanent magnet, the second linkage is rotatable independent of the rotatable shaft between a forward rotational stop and a rearward rotational stop such that an amount of angular offset between the first permanent magnet and the second permanent magnet varies depending on a rotational position of the second linkage relative to the forward rotational stop and the rearward rotational stop; characterized by a spring biasing the second linkage in the operative rotational direction of the rotatable shaft toward the forward rotational stop. a housing having a reservoir for storing toner; a rotatable shaft positioned within the reservoir and having an axis of rotation; a first linkage rotatable with the rotatable shaft around the axis of rotation, the first linkage having a first permanent magnet; a second linkage rotatable around the axis of rotation in response to rotation of the rotatable shaft, the second linkage having a second permanent magnet, the second linkage is rotatable independent of the rotatable shaft between a forward rotational stop and a rearward rotational stop such that an amount of angular offset between the first permanent magnet and the second permanent magnet varies depending on a rotational position of the second linkage relative to the forward rotational stop and the rearward rotational stop; characterized by a spring biasing the second linkage in the operative rotational direction of the rotatable shaft toward the forward rotational stop.
Method for processing a brain wave signal obtained from a person using a brain wave detector, comprising: - applying one or more stimuli to the person in which each of the one or more stimuli comprises a pseudo random noise component modulating the stimulus intensity; - detecting a brain wave signal after applying the one or more stimuli; and - processing the detected brain wave signal to calculate which of the one or more stimuli is present in the detected brain wave signal using correlation techniques, wherein the pseudo random noise component comprises a pseudo random noise sequence of the class of maximum length sequences, characterized in that the maximum length sequences are further modulated with twice their associated bit frequency. - applying one or more stimuli to the person in which each of the one or more stimuli comprises a pseudo random noise component modulating the stimulus intensity; - detecting a brain wave signal after applying the one or more stimuli; and - processing the detected brain wave signal to calculate which of the one or more stimuli is present in the detected brain wave signal using correlation techniques,
Method for extracting hemicellulose from lignocellulosic material, the method comprising: a) providing lignocellulosic material in a digester, b) supplying steam to the digester, c) performing hydrolysis of the lignocellulosic material in the digester until a first P-factor is reached, wherein the first P-factor is 50-1000, d) supplying a first liquid to the digester for mixing with the lignocellulosic material, wherein a total volume of the first liquid is at least equal to a volume required to cover the lignocellulosic material in the digester after the hydrolysis of step c), wherein the first liquid is water or condensate, wherein the first liquid has a temperature of at least 100 °C when it is supplied to the digester, and wherein the supplying of liquid takes place at a flow rate of at least 250 l/s, e) draining the first liquid from the digester for extracting hemicellulose from the lignocellulosic material, wherein the draining of the first liquid takes place at a flow rate of at least 150 l/s wherein the supplying of liquid in step d) takes less than 15 minutes, preferably less than 10 minutes, and wherein the draining of the first liquid during step e) is performed in less than 15 minutes, preferably less than 10 minutes. a) providing lignocellulosic material in a digester, b) supplying steam to the digester, c) performing hydrolysis of the lignocellulosic material in the digester until a first P-factor is reached, wherein the first P-factor is 50-1000, d) supplying a first liquid to the digester for mixing with the lignocellulosic material, wherein a total volume of the first liquid is at least equal to a volume required to cover the lignocellulosic material in the digester after the hydrolysis of step c), wherein the first liquid is water or condensate, wherein the first liquid has a temperature of at least 100 °C when it is supplied to the digester, and wherein the supplying of liquid takes place at a flow rate of at least 250 l/s, e) draining the first liquid from the digester for extracting hemicellulose from the lignocellulosic material, wherein the draining of the first liquid takes place at a flow rate of at least 150 l/s wherein the supplying of liquid in step d) takes less than 15 minutes, preferably less than 10 minutes, and wherein the draining of the first liquid during step e) is performed in less than 15 minutes, preferably less than 10 minutes.
Device for soldering electrical or electronic components on a printed circuit board, the device comprising a soldering nozzle arrangement that comprises at least one support (04, 16) on which at least one soldering nozzle (05, 17) is arranged, the soldering nozzle arrangement being arranged above a solder pot and it being possible, by means of a conveyer apparatus, for molten solder to be conveyed out of the solder pot through the solder nozzle (05, 17) onto the components to be soldered, comprising at least one apparatus (09, 19) for conducting away excess solder discharged from the soldering nozzle (05, 17), which conduction apparatus is arranged between the tip of the soldering nozzle (05, 17) and the support (04, 16), characterized in that the conduction apparatus (09, 19) has at least one substantially planar baffle plate (10, 26) which substantially encompasses the soldering nozzle (05, 17), a plurality of soldering nozzles (05, 17) being provided and the baffle plate (10, 26) having a plurality of recesses (12-14, 20-23) through which the soldering nozzles (05, 17) pass, and the entire baffle plate (10, 26) being arranged underneath the tips of the soldering nozzles and above the support (04, 16).
A connector apparatus (100; 200; 300), comprising a female housing (102, 202, 400) forming at least a first aperture and a second aperture; a first terminal position assurance member being received in the first aperture; a connector position assurance member (102; 202; 500) being received in the second aperture; a first plurality of terminal position assurance protection ribs (416, 418, 442, 444, 446, 448) being around the first terminal position assurance member on the female housing (102; 202; 400); a plurality of connector position assurance protection walls (432, 434, 436) located on at least three sides of the second aperture of the female housing (102, 202, 400) and further comprising: a male housing (108; 208; 700) forming at least a first aperture and a second aperture; a second terminal position assurance member being received in the second aperture of the male housing (108; 208; 700), wherein a second plurality of terminal position assurance protection ribs (740, 742, 744, 746, 748, 750) being around the second terminal position assurance member on the male housing (108; 208; 700); and wherein the female housing (102, 202, 400) is received into the first aperture of the male housing (108; 208; 700). a female housing (102, 202, 400) forming at least a first aperture and a second aperture; a first terminal position assurance member being received in the first aperture; a connector position assurance member (102; 202; 500) being received in the second aperture; a first plurality of terminal position assurance protection ribs (416, 418, 442, 444, 446, 448) being around the first terminal position assurance member on the female housing (102; 202; 400); a plurality of connector position assurance protection walls (432, 434, 436) located on at least three sides of the second aperture of the female housing (102, 202, 400) and further comprising: a male housing (108; 208; 700) forming at least a first aperture and a second aperture; a second terminal position assurance member being received in the second aperture of the male housing (108; 208; 700), wherein a second plurality of terminal position assurance protection ribs (740, 742, 744, 746, 748, 750) being around the second terminal position assurance member on the male housing (108; 208; 700); and wherein the female housing (102, 202, 400) is received into the first aperture of the male housing (108; 208; 700). a male housing (108; 208; 700) forming at least a first aperture and a second aperture; a second terminal position assurance member being received in the second aperture of the male housing (108; 208; 700), wherein a second plurality of terminal position assurance protection ribs (740, 742, 744, 746, 748, 750) being around the second terminal position assurance member on the male housing (108; 208; 700); and wherein the female housing (102, 202, 400) is received into the first aperture of the male housing (108; 208; 700).
Wind turbine, comprising - a tower, - a drive train which has a rotor, a rotor bearing, preferably a gearbox, and a generator, - a cylinder, the longitudinal axis of which extends transversely to the longitudinal axis of the tower, and which, on one side thereof, partially houses the drive train, and - a hood which closes the cylinder on the other side thereof, characterized in that the drive train has means for guiding cooling air between its end face that is opposite the rotor and its lateral face, the cylinder houses an inner cylinder which divides the interior of the cylinder into an outer cylinder gap and an inner cylinder interior, and the hood is designed as an air-to-air heat exchanger, the inner cylinder being communicatively connected to the end face of the drive train that is opposite the rotor and to the hood, thus forming a closed cooling circuit. - a tower, - a drive train which has a rotor, a rotor bearing, preferably a gearbox, and a generator, - a cylinder, the longitudinal axis of which extends transversely to the longitudinal axis of the tower, and which, on one side thereof, partially houses the drive train, and - a hood which closes the cylinder on the other side thereof,
A coagulation tunnel having a closed housing comprising; - an inlet for inletting containers containing substance to coagulate into the coagulation tunnel and an outlet for outletting the containers from the tunnel after the substance has coagulated, and enclosing - a conveyer belt for conveying containers from the inlet to the outlet while the substance contained in the containers coagulates, - air distribution means for distributing air, preferably being sterile air, in the tunnel, - cleaning liquid spraying means arranged above the conveyer belt and being adapted to spray a cleaning liquid onto the interior surface of the closed housing and the conveyer belt, wherein a part of the closed housing forms a trough under the conveyer belt for collecting the sprayed cleaning liquid. - an inlet for inletting containers containing substance to coagulate into the coagulation tunnel and an outlet for outletting the containers from the tunnel after the substance has coagulated, and enclosing - a conveyer belt for conveying containers from the inlet to the outlet while the substance contained in the containers coagulates, - air distribution means for distributing air, preferably being sterile air, in the tunnel, - cleaning liquid spraying means arranged above the conveyer belt and being adapted to spray a cleaning liquid onto the interior surface of the closed housing and the conveyer belt, wherein a part of the closed housing forms a trough under the conveyer belt for collecting the sprayed cleaning liquid.
A medical marker device, comprising: a) a plurality of markers (2, 3) each having a planar marker surface, which markers (2, 3) are disposed on the marker device such that each marker (2, 3) of the plurality of markers (2, 3) displays mirror symmetry with respect to a mirror plane of symmetry which is common to all markers (2, 3) of the plurality of markers (2, 3), wherein the planar marker surfaces are disposed in the same orientation relative to a marker plane which is normal to the mirror plane of symmetry and to the surface normal of each of the marker surfaces, and b) an attaching unit (6, 6d) for attaching the marker device to a marker holder having an elongate shape, wherein the attaching unit (6, 6d) is disposed on the mirror plane of symmetry so that a longitudinal axis of the marker holder lies in the mirror plane of symmetry if the marker holder is connected to the attaching unit (6, 6d), wherein the marker plane is tilted relative to the longitudinal axis of the marker holder at an angle of between 0° and 90°, excluding these values, when the marker device is attached to the marker holder, characterized in that at least one of the markers (2, 3) is not disposed in the marker plane and at least one of the markers (2, 3) is disposed in the marker plane. a) a plurality of markers (2, 3) each having a planar marker surface, which markers (2, 3) are disposed on the marker device such that each marker (2, 3) of the plurality of markers (2, 3) displays mirror symmetry with respect to a mirror plane of symmetry which is common to all markers (2, 3) of the plurality of markers (2, 3), wherein the planar marker surfaces are disposed in the same orientation relative to a marker plane which is normal to the mirror plane of symmetry and to the surface normal of each of the marker surfaces, and b) an attaching unit (6, 6d) for attaching the marker device to a marker holder having an elongate shape, wherein the attaching unit (6, 6d) is disposed on the mirror plane of symmetry so that a longitudinal axis of the marker holder lies in the mirror plane of symmetry if the marker holder is connected to the attaching unit (6, 6d),