mhurhangee/patent-ind-claim-en huggingface dataset:
A method for deposition of an aluminide coating on an alloy component positioned within a coating compartment of a retort chamber , the method comprising: Purging the coating compartment with an inert gas via a first gas line ; creating a positive pressure within the coating compartment utilizing the inert gas, wherein the positive pressure within the coating compartment is 1.05 bar to 2.0 bar; heating the coating compartment to a deposition temperature; and introducing at least one reactant gas into the coating compartment via the first gas line and/or via at least one second gas line while at the positive pressure and the deposition temperature to form an aluminide coating on a surface of the alloy component , the method further comprising: controlling the positive pressure within the coating compartment with a pressure control system , wherein the pressure control system comprises: at least one gas inlet and associated inlet valve ; and an exhaust outlet and associated outlet valve . Purging the coating compartment with an inert gas via a first gas line ; creating a positive pressure within the coating compartment utilizing the inert gas, wherein the positive pressure within the coating compartment is 1.05 bar to 2.0 bar; heating the coating compartment to a deposition temperature; and introducing at least one reactant gas into the coating compartment via the first gas line and/or via at least one second gas line while at the positive pressure and the deposition temperature to form an aluminide coating on a surface of the alloy component , the method further comprising: controlling the positive pressure within the coating compartment with a pressure control system , wherein the pressure control system comprises: at least one gas inlet and associated inlet valve ; and an exhaust outlet and associated outlet valve .
Arrangement for fastening a component by means of an insert , in particular for fastening a threaded bolt inside a rotor blade of a wind turbine, whereby the arrangement comprises at least the component , the insert , an adhesive and at least one decoupling element , said component having in an end face on the fastening side at least one hole designed to receive the insert , which is inserted into the hole with a front face first, an intermediate space between the insert and the inner wall of the hole being at least partially filled with the adhesive , whereby the decoupling element for reducing stress peaks is inserted between the insert and the inner wall whose stiffness is less than a stiffness of the cured adhesive , characterized in that the hole in the component has a longitudinal axis , said longitudinal axis passes through the geometrical centre of the hole , and parts of the decoupling element have a distance to the longitudinal axis which is greater than the arithmetical mean outer radius of the front third of the insert , so that the decoupling element shields one front side of the insert and deflected forces are introduced into the insert at other points.
A park lock arrangement for a vehicle, comprising a park pawl , an actuating means , and a return spring , where the park pawl is arranged to be in either a release position or in a lock position, wherein the park pawl is longitudinal and comprises a body having a lock end and an actuation end , where the park pawl is arranged to slide between the release position and the lock position, wherein a release section of the actuating means will bear against the actuation end of the park pawl in the release position, and a bearing surface of a lock section of the actuating means will bear against a bearing surface of the actuation end of the park pawl in the lock position, wherein the bearing surface of the lock section and the bearing surface of the actuation end are parallel in the lock position.
A device for stirring a liquid or a granular material comprising a stirring agitator , a rotating drive shaft for rotating the stirring agitator , a stationary axle extending in an essentially vertical direction about which the stirring agitator is adapted to rotate, and a transfer arrangement for contactless transfer of rotation of the drive shaft to the stirring agitator , wherein the device has a centre axis around which the stirring agitator and the drive shaft are adapted to rotate, and means for generating a magnetic force exerting an upwardly directed force component on the stirring agitator , wherein the means for generating a magnetic force comprises a first element arranged in the stirring agitator and a second element associated with the stationary axle , and at least one of the first element and the second element comprises a permanent magnet, wherein the device comprises a radial bearing for radially supporting the stirring agitator on the stationary axle , and wherein the transfer arrangement is arranged below the radial bearing , and wherein the second element is arranged in or on the stationary axle , characterized in that the entire weight of the stirring agitator is supported by the magnetic force, wherein there is no further axial bearing for taking up axial forces, and wherein at least one of the first element and the second element is arranged such that the centre axis extends through a material portion of the first element and/or the second element . the means for generating a magnetic force comprises a first element arranged in the stirring agitator and a second element associated with the stationary axle , and at least one of the first element and the second element comprises a permanent magnet, wherein the device comprises a radial bearing for radially supporting the stirring agitator on the stationary axle , and wherein the transfer arrangement is arranged below the radial bearing , and wherein the second element is arranged in or on the stationary axle , characterized in that the entire weight of the stirring agitator is supported by the magnetic force, wherein there is no further axial bearing for taking up axial forces, and wherein at least one of the first element and the second element is arranged such that the centre axis extends through a material portion of the first element and/or the second element .
A system comprising: a hardware processor (410; 1054; 1104); a user interface coupled to the hardware processor and including a display ; a communication module coupled to the hardware processor; and hardware memory coupled to the hardware processor and storing instructions (1004; 1110) that, when executed configure the hardware processor to perform operations comprising: receive a video file (502; 608), the video file including video data (506; 612) and audio data (504; 610); display a video window based on the video data and the audio data ; determine whether the audio data includes a voice signal; display a first menu (602; 740) in the video window in response to the audio data including a voice signal, the first menu (602; 740) including a first set of menu options; display a second menu in the video window in response to a voice signal being absent from the audio data, the second menu including a second set of menu options, the second set of menu options differing from the first set of menu options; receive input from the displayed menu; process the audio data based on the received input; and write the processed audio data to an output device based on the received input. a hardware processor (410; 1054; 1104); a user interface coupled to the hardware processor and including a display ; a communication module coupled to the hardware processor; and hardware memory coupled to the hardware processor and storing instructions (1004; 1110) that, when executed configure the hardware processor to perform operations comprising: receive a video file (502; 608), the video file including video data (506; 612) and audio data (504; 610); display a video window based on the video data and the audio data ; determine whether the audio data includes a voice signal; display a first menu (602; 740) in the video window in response to the audio data including a voice signal, the first menu (602; 740) including a first set of menu options; display a second menu in the video window in response to a voice signal being absent from the audio data, the second menu including a second set of menu options, the second set of menu options differing from the first set of menu options; receive input from the displayed menu; process the audio data based on the received input; and write the processed audio data to an output device based on the received input. receive a video file (502; 608), the video file including video data (506; 612) and audio data (504; 610); display a video window based on the video data and the audio data ; determine whether the audio data includes a voice signal; display a first menu (602; 740) in the video window in response to the audio data including a voice signal, the first menu (602; 740) including a first set of menu options; display a second menu in the video window in response to a voice signal being absent from the audio data, the second menu including a second set of menu options, the second set of menu options differing from the first set of menu options; receive input from the displayed menu; process the audio data based on the received input; and write the processed audio data to an output device based on the received input.
A loading assembly for oblong elements, in particular metal elements, such as for example bars, comprising a feeding plane , on which said elements are arranged, in operation, oriented according to a longitudinal direction, a movable selector member , a chute associated with said selector member and cooperating with a transfer seat to collect a number of elements loaded on said chute by means of said selector member , said selector member being movable with a lifting motion relative to said chute between a lowered position under said feeding plane and a raised position up to said chute , to intercept and transfer said number of said elements from said feeding surface to said chute , said loading assembly also comprising a transfer device for said elements , movable with a transfer motion between an engagement configuration , approached to said transfer seat , to engage said number of elements inserted in said transfer seat , and a transport configuration , spaced therefrom, to transfer said number of elements , characterized in that it comprises alignment means for subjecting said number of elements to respective alignment operations, said alignment means being aligned with said transfer seat and/or with an intermediate seat interposed between said feeding surface and said transfer seat .
A rollator , - with a wheel pair at the front in the direction of travel and a wheel pair at the rear in the direction of travel, - with a frame comprising rearwardly directed struts, wherein each strut holds a rear wheel of the rear wheel pair, - with a trailing platform , which is fastened to the rollator , comprises at least one wheel and provides a standing surface for a person using the rollator , - with an electromotive drive, by means of which the rollator can move forwards at least in the direction of travel, - the trailing platform with its standing surface being arranged between the wheels of the rear wheel pair, - the rollator being provided with a coupling means , by means of which the platform is arranged on the rollator in such a way as to bear tensile and thrust loads, characterised in that - the coupling means has a thrust absorbing member for connecting a vertical strut , in which thrust absorbing member the vertical strut is displaceably mounted, - the vertical strut produces a connection between the platform and the coupling means . - with a wheel pair at the front in the direction of travel and a wheel pair at the rear in the direction of travel, - with a frame comprising rearwardly directed struts, wherein each strut holds a rear wheel of the rear wheel pair, - with a trailing platform , which is fastened to the rollator , comprises at least one wheel and provides a standing surface for a person using the rollator , - with an electromotive drive, by means of which the rollator can move forwards at least in the direction of travel, - the trailing platform with its standing surface being arranged between the wheels of the rear wheel pair, - the rollator being provided with a coupling means , by means of which the platform is arranged on the rollator in such a way as to bear tensile and thrust loads, characterised in that - the coupling means has a thrust absorbing member for connecting a vertical strut , in which thrust absorbing member the vertical strut is displaceably mounted, - the vertical strut produces a connection between the platform and the coupling means .
A film for oral hemostasis and wound protection comprising: an adhesive layer which comprises 0.1 to 30 % of water, a hydrophilic polymer, a disintegrant and at least one material selected from the group consisting of a surfactant, oil and a plasticizer configured to attach to a wound area to delay or prevent microbleeds; and a backing layer which comprises a water insoluble polymer configured to affix to the adhesive layer to protect the adhesive layer from the tongue, saliva or food, wherein the disintegrant is dissolved and released by reacting with blood to form microchannels inside the adhesive layer, wherein the disintegrant is at least one material selected from the group consisting of polyethylene glycol, glycerin, and sorbitol, and wherein the film is manufactured by a process of: dissolving the components of the adhesive layer in water to form an adhesive solution; depositing the adhesive solution in a layer and drying it; dissolving the components of the backing layer to form a backing solution, applying the backing solution to the adhesive layer, and drying to achieve a water content of the adhesive layer between 0.1 and 30 % by weight. an adhesive layer which comprises 0.1 to 30 % of water, a hydrophilic polymer, a disintegrant and at least one material selected from the group consisting of a surfactant, oil and a plasticizer configured to attach to a wound area to delay or prevent microbleeds; and a backing layer which comprises a water insoluble polymer configured to affix to the adhesive layer to protect the adhesive layer from the tongue, saliva or food, wherein the disintegrant is dissolved and released by reacting with blood to form microchannels inside the adhesive layer, wherein the disintegrant is at least one material selected from the group consisting of polyethylene glycol, glycerin, and sorbitol, and wherein the film is manufactured by a process of: dissolving the components of the adhesive layer in water to form an adhesive solution; depositing the adhesive solution in a layer and drying it; dissolving the components of the backing layer to form a backing solution, applying the backing solution to the adhesive layer, and drying to achieve a water content of the adhesive layer between 0.1 and 30 % by weight. dissolving the components of the adhesive layer in water to form an adhesive solution; depositing the adhesive solution in a layer and drying it; dissolving the components of the backing layer to form a backing solution, applying the backing solution to the adhesive layer, and drying to achieve a water content of the adhesive layer between 0.1 and 30 % by weight.
Apparatus for supporting a workpiece, said apparatus comprising one or more supporting units , each supporting unit comprising: - a carriage that is movable at least in one first direction (F1); - a first element carried by said carriage and movable with respect to said carriage at least in one second direction (F2) that is transverse to said first direction (F1); - first actuating means carried by said carriage and arranged for moving said first element in said second direction (F2); - a gripping head carried by said first element with the possibility of orientation in space and arranged for engaging and supporting at least one portion of the workpiece; - a second element carried by said carriage and movable with respect to said carriage at least in one third direction (F3) that is transverse to said second direction (F2); - second actuating means carried by said carriage and arranged for moving said second element in said third direction (F3); and - action means carried by said carriage with the possibility of being driven by said second actuating means ; characterized in that said apparatus comprising reaction means that is outside said carriage and is operationally associable with said action means , said action means and reaction means selectively adopting an engaged configuration, wherein they are coupled with one another in such a manner that said second actuating means can drive said action means and consequently move said carriage through the effect of the interaction between said action means and said reaction means , and a disengaged configuration, in which they are not coupled with one another in such a manner that said second actuating means can drive said action means without moving said carriage . - a carriage that is movable at least in one first direction (F1); - a first element carried by said carriage and movable with respect to said carriage at least in one second direction (F2) that is transverse to said first direction (F1); - first actuating means carried by said carriage and arranged for moving said first element in said second direction (F2); - a gripping head carried by said first element with the possibility of orientation in space and arranged for engaging and supporting at least one portion of the workpiece; - a second element carried by said carriage and movable with respect to said carriage at least in one third direction (F3) that is transverse to said second direction (F2); - second actuating means carried by said carriage and arranged for moving said second element in said third direction (F3); and - action means carried by said carriage with the possibility of being driven by said second actuating means ;
A method of wireless communications, the method comprising: determining , by a base station, a frequency pre-compensation value for a transmission and reception point, TRP, on a single frequency network, SFN; indicating , by the base station to a user equipment, UE, the frequency pre-compensation value via the TRP; and applying , by the base station, the frequency pre-compensation value to a signal for transmission by the TRP to the UE. determining , by a base station, a frequency pre-compensation value for a transmission and reception point, TRP, on a single frequency network, SFN; indicating , by the base station to a user equipment, UE, the frequency pre-compensation value via the TRP; and applying , by the base station, the frequency pre-compensation value to a signal for transmission by the TRP to the UE.
A method of mounting a self-hoisting crane on a nacelle of a wind turbine , whereby the self-hoisting crane includes a pedestal , a boom arm , a hook block and at least one cable adapted to lift or lower the hook block in relation to the boom arm for operation of the self-hoisting crane in its mounted position on the nacelle , whereby the pedestal is adapted to be mounted in a mounting position on a crane base arranged on the nacelle , whereby the self-hoisting crane is hoisted from the ground to the nacelle by operating a cable winch arranged at the ground , whereby, during hoisting of the self-hoisting crane , the at least one cable extends from the hook block , out through a central opening in the pedestal , around at least one roller arranged at the crane base and to the cable winch arranged at the ground, whereby the self-hoisting crane is lifted from the ground with the pedestal pointing upwards until an intermediate first hinge part of the self-hoisting crane is positioned at a corresponding intermediate second hinge part of the crane base , whereby the intermediate first and second hinge parts are connected together and the self-hoisting crane is pivoted about a hinge axis of the intermediate first and second hinge parts , and whereby the pedestal is mounted on the crane base with the boom arm of the self-hoisting crane arranged above the pedestal for normal operation, characterised in that, before lifting the self-hoisting crane from the ground to the nacelle , a hoist block including the at least one roller is arranged on a jib at a first hoist block position above the intermediate second hinge part of the crane base and extended in horizontal direction from the nacelle , in that , during lifting of the self-hoisting crane to the nacelle , when the self-hoisting crane arrives at the position whereby the intermediate first hinge part of the self-hoisting crane is positioned at the corresponding intermediate second hinge part of the crane base , the cable extends in a downward direction directly from the at least one roller of the hoist block and through the central opening in the pedestal and therefrom to the hook block , and in that , after mutual connection of the intermediate first and second hinge parts , the hoist block is removed from its first hoist block position on the jib .
A safety needle assembly comprising: a hub ; a needle fixed to said hub , said needle having a distal end , formed for insertion into a patient, and a proximal end ; a shield ; a tab formed on the hub or the shield ; a spring disposed between said shield and said hub configured to bias said shield distally relative to said hub ; and a clip disposed between said hub and said shield , said clip being arcuate or continuous annular shaped or discontinuous annular shaped, said clip having a notch formed thereon shaped to permit passage therethrough of said tab ; wherein, said clip and said tab releasably retain said shield in a first locked state against the biasing force of said spring thereby limiting distal movement of said shield relative to said hub , wherein, in said first locked state, said shield being movable proximally relative to said hub , wherein, in said first locked state, said notch is radially spaced from said tab , wherein, said clip and said tab are relatively rotationally displaceable so as to align said notch with said tab and release said shield from said first locked state thereby allowing said shield to move distally, relative to said hub , to a second shielded state, and wherein, in said second shielded state, said distal end of said needle is covered by said shield . a hub ; a needle fixed to said hub , said needle having a distal end , formed for insertion into a patient, and a proximal end ; a shield ; a tab formed on the hub or the shield ; a spring disposed between said shield and said hub configured to bias said shield distally relative to said hub ; and a clip disposed between said hub and said shield , said clip being arcuate or continuous annular shaped or discontinuous annular shaped, said clip having a notch formed thereon shaped to permit passage therethrough of said tab ; wherein, said clip and said tab releasably retain said shield in a first locked state against the biasing force of said spring thereby limiting distal movement of said shield relative to said hub , wherein, in said first locked state, said shield being movable proximally relative to said hub , wherein, in said first locked state, said notch is radially spaced from said tab , wherein, said clip and said tab are relatively rotationally displaceable so as to align said notch with said tab and release said shield from said first locked state thereby allowing said shield to move distally, relative to said hub , to a second shielded state, and wherein, in said second shielded state, said distal end of said needle is covered by said shield .