mhurhangee/ep-ind-claims huggingface dataset:
A fishing reel assembly, comprising a first component being selected from a group consisting of a rotor, a reel unit, and a spool; a second component being selected from a group consisting of a brake unit, a pinion gear, a handle shaft, and a drag mechanism; a one-way clutch for a fishing reel, comprising: - an outer race being engaged with said first component of the fishing reel,; - an inner race being engaged with said second component of the fishing reel,; - a first roller being disposed between the outer race and the inner race, the first roller being disposed to make contact with the outer race and the inner race; - a second roller being disposed between the outer race and the inner race, the second roller being disposed to make contact with the outer race and the inner race; the first roller having an outer diameter greater than an outer diameter of the second roller and, - a cam surface being disposed on either an inner peripheral surface of the outer race or an outer peripheral surface of the inner race, the cam surface being disposed to allow the first roller and the second roller to get stuck therewith, wherein the first roller and the second roller are disposed at a predetermined interval in a circumferential direction of the outer race, characterized in that the first roller is having a coefficient of friction greater than a coefficient of friction of the second roller. - an outer race being engaged with said first component of the fishing reel,; - an inner race being engaged with said second component of the fishing reel,; - a first roller being disposed between the outer race and the inner race, the first roller being disposed to make contact with the outer race and the inner race; - a second roller being disposed between the outer race and the inner race, the second roller being disposed to make contact with the outer race and the inner race; the first roller having an outer diameter greater than an outer diameter of the second roller and, - a cam surface being disposed on either an inner peripheral surface of the outer race or an outer peripheral surface of the inner race, the cam surface being disposed to allow the first roller and the second roller to get stuck therewith, wherein the first roller and the second roller are disposed at a predetermined interval in a circumferential direction of the outer race,
NKT cells for use in the prophylaxis and/or treatment of cancer, wherein the NKT cells have been obtained by differentiating in vitro cells having the α-chain region of the T cell antigen receptor gene rearranged to uniform Va-Ja in an NKT cell receptor-specific manner, wherein the NKT cells are administered to an allogeneic subject having at least one different genotype of a locus from that of the NKT cells in MHC gene loci, and wherein the NKT cell receptor is a T cell receptor specifically recognizing α-galactosylceramide presented onto CDld.
An artificial joint comprising: (a) a main body; (b) a lower portion adapted to pivotally engage the main body about a control axis and having a locking means integral with the lower portion; (c) an upper portion adapted to pivotally engage the main body about a flexing axis and having a engagement means adapted to engage and disengage the locking means upon the pivoting rotation of the upper portion relative the main body; (d) a biasing means adapted to engage both the main body and the lower portion thereby biasing the locking means to engage the engagement means; (e) at least one stopping surface adapted to limit motion between the main body and the lower portion; and (f) at least one stopping surface adapted to limit motion of the upper portion; wherein the locking means is engaged when a load is imposed on the artificial joint passes through a line posterior to the control axis, and is de-engaged when the load passes through a line anterior to the control axis. (a) a main body; (b) a lower portion adapted to pivotally engage the main body about a control axis and having a locking means integral with the lower portion; (c) an upper portion adapted to pivotally engage the main body about a flexing axis and having a engagement means adapted to engage and disengage the locking means upon the pivoting rotation of the upper portion relative the main body; (d) a biasing means adapted to engage both the main body and the lower portion thereby biasing the locking means to engage the engagement means; (e) at least one stopping surface adapted to limit motion between the main body and the lower portion; and (f) at least one stopping surface adapted to limit motion of the upper portion; wherein the locking means is engaged when a load is imposed on the artificial joint passes through a line posterior to the control axis, and is de-engaged when the load passes through a line anterior to the control axis.
Lighting device, in particular contour lighting for a motor vehicle having a housing, made of a plastic material which is transparent for light coupled into the housing, which functions as a diffuser and is covered, at least in the area of its outer side which is visible in the mounting position, with a coating which is not transparent for the coupled-in light, which is locally removed for forming a narrow light-emission line, and having a light guide which emits the light to be outputted via the light-emission line into the housing, wherein the housing has a receptacle for the light guide, characterised in that the coating is a lacquer, a vapour-deposited layer or a galvanically desposited layer, and the light guide has a light-guide structure such that coupled-in light passes through the light guide from an end face of the light guide, wherein the light is not only conducted longitudinally but is also coupled-out to the side and inevitably is coupled into the housing. having a housing, made of a plastic material which is transparent for light coupled into the housing, which functions as a diffuser and is covered, at least in the area of its outer side which is visible in the mounting position, with a coating which is not transparent for the coupled-in light, which is locally removed for forming a narrow light-emission line, and having a light guide which emits the light to be outputted via the light-emission line into the housing, wherein the housing has a receptacle for the light guide, characterised in that the coating is a lacquer, a vapour-deposited layer or a galvanically desposited layer, and the light guide has a light-guide structure such that coupled-in light passes through the light guide from an end face of the light guide, wherein the light is not only conducted longitudinally but is also coupled-out to the side and inevitably is coupled into the housing. characterised in that the coating is a lacquer, a vapour-deposited layer or a galvanically desposited layer, and the light guide has a light-guide structure such that coupled-in light passes through the light guide from an end face of the light guide, wherein the light is not only conducted longitudinally but is also coupled-out to the side and inevitably is coupled into the housing.
An exoskeleton comprising a mechanism for elastically balancing loads applied to the exoskeleton, the mechanism comprising: a rigid connection element and a rigid housing mutually pivoted to one another about a first axis of oscillation and attachable to respective relatively rotatable parts (15, 16) of the exoskeleton; at least one lever (31, 32) rotatably mounted to the housing about a second axis of oscillation parallel to the first axis of oscillation; at least one flexible traction element (26, 27) having a first end rotationally secured to the connection element with respect to the first axis of oscillation and a second end secured to said lever (31, 32) at a securing point spaced from the second axis of oscillation; at least one compression spring elastically compressed between a base integral with the housing and arranged on the side of the first axis of oscillation, and a head movable along the housing and farther from the first axis of oscillation and closer to the second axis of oscillation, the head acting in a thrust relationship, away from the first axis of oscillation, against a portion of the lever (31, 32) intermediately between the second axis of oscillation and the securing point to the second end of the traction element (26, 27). a rigid connection element and a rigid housing mutually pivoted to one another about a first axis of oscillation and attachable to respective relatively rotatable parts (15, 16) of the exoskeleton; at least one lever (31, 32) rotatably mounted to the housing about a second axis of oscillation parallel to the first axis of oscillation; at least one flexible traction element (26, 27) having a first end rotationally secured to the connection element with respect to the first axis of oscillation and a second end secured to said lever (31, 32) at a securing point spaced from the second axis of oscillation; at least one compression spring elastically compressed between a base integral with the housing and arranged on the side of the first axis of oscillation, and a head movable along the housing and farther from the first axis of oscillation and closer to the second axis of oscillation, the head acting in a thrust relationship, away from the first axis of oscillation, against a portion of the lever (31, 32) intermediately between the second axis of oscillation and the securing point to the second end of the traction element (26, 27).
A computer program product comprising computer readable code that, when executed by a processor in a computer system corresponding to a warehouse storing applications, is configured to: receive, from a user network device, a first request to execute an application on the user network device, wherein the first request comprises a user identification, routing information (325, 330), and requested application information, and wherein the routing information and requested application information is encrypted using a public key, and wherein the user network device is configured to display the application on a television display device; decrypt the routing information and requested application information using a private key; send a second request for subscription information corresponding to the user to a service provider, wherein the second request comprises the user identification; receive the subscription information in a response to the second request from the service provider; determine, based on the subscription information, that a license corresponding to the application is associated with the user identification; generate an application package, wherein the application package is configured to deploy the application using a Java Runtime Environment on the user network device; and send the application package to the user network device. receive, from a user network device, a first request to execute an application on the user network device, wherein the first request comprises a user identification, routing information (325, 330), and requested application information, and wherein the routing information and requested application information is encrypted using a public key, and wherein the user network device is configured to display the application on a television display device; decrypt the routing information and requested application information using a private key; send a second request for subscription information corresponding to the user to a service provider, wherein the second request comprises the user identification; receive the subscription information in a response to the second request from the service provider; determine, based on the subscription information, that a license corresponding to the application is associated with the user identification; generate an application package, wherein the application package is configured to deploy the application using a Java Runtime Environment on the user network device; and send the application package to the user network device.
Method for generating an acoustic speech output in an electric motor-driven kitchen machine having a stirring vessel and a stirring mechanism in the stirring vessel, with the following steps: a) identifying at least one pre-stored speech segment as a function of a digital speech template, b) retrieving the identified speech segment, c) acoustic output of the retrieved speech segment, wherein a plurality of speech segments are pre-stored in a single persistent information object, and are each identified and/or retrieved on the basis of at least one position information in the information object, wherein the information object is configured as a single file, the position information being indexing information for the speech segments of the file, and at least one template segment of the speech template being retrieved for identification in accordance with step a), and for identification in accordance with step a) a local identification is performed by assigning the template segment to the position information of a local information object to determine a local position information; and in step a) a remote identification is performed by associating the template segment with the position information of a remote information object to determine remote position information, wherein according to step b) after successful local identification, at least one locally identified speech segment is retrieved, and after an unsuccessful local identification, at least one remotely identified speech segment is retrieved, wherein the remotely identified speech segment is integrated into the local information object. a) identifying at least one pre-stored speech segment as a function of a digital speech template, b) retrieving the identified speech segment, c) acoustic output of the retrieved speech segment,
A surgical instrument, comprising: a transducer configured to produce vibrations; and an end effector operably coupled to said transducer, wherein said transducer is configured to produce a standing wave of vibrations in said transducer and said end effector, wherein said standing wave comprises a node and an anti-node, wherein said transducer comprises: a first piezoelectric element comprised of a first material having a first Curie temperature; and a second piezoelectric element comprised of a second material having a second Curie temperature, characterised in that said first Curie temperature is higher than said second Curie temperature, and in that said first piezoelectric element is positioned closer to said node than said second piezoelectric element. a transducer configured to produce vibrations; and an end effector operably coupled to said transducer, wherein said transducer is configured to produce a standing wave of vibrations in said transducer and said end effector, wherein said standing wave comprises a node and an anti-node, wherein said transducer comprises: a first piezoelectric element comprised of a first material having a first Curie temperature; and a second piezoelectric element comprised of a second material having a second Curie temperature, characterised in that said first Curie temperature is higher than said second Curie temperature, and in that said first piezoelectric element is positioned closer to said node than said second piezoelectric element. a first piezoelectric element comprised of a first material having a first Curie temperature; and a second piezoelectric element comprised of a second material having a second Curie temperature, characterised in that said first Curie temperature is higher than said second Curie temperature, and in that said first piezoelectric element is positioned closer to said node than said second piezoelectric element.
A building panel, comprising a surface layer and a core, the core comprises wood fibres, wherein the surface layer comprises a substantially homogenous mix of wood fibres, a binder and wear resistant particles, wherein the wood fibres in the surface layer are unrefined and comprise natural resin such as lignin, wherein the panel is a floor panel comprising a balancing layer, wherein the binder is a thermosetting resin, wherein the wear resistant particles comprise aluminium oxide, characterised in that the surface layer comprises a vertical portion with three horizontal planes (H1, H2, H3) extending parallel with the main plane of the panel wherein a first upper plane located in an upper part of the surface layer comprises a first aluminium oxide particle, a second intermediate plane located under the first aluminium oxide particle comprising wood and a third lower plane under the second plane comprising a second aluminium oxide particle and wherein aluminium oxide particles are in direct contact with an upper part of the core.
A horizontal pressure filter having multiple filter plates forming at least a filter chamber therebetween, said pressure filter further comprising: - a slurry feed channel for feeding slurry into a filter chamber so as to be filtered therein; - a filtrate outlet channel for receiving filtrate from the filter chamber and conducting said filtrate to a filtrate outlet of the horizontal pressure filter, - a washing liquid inlet channel for feeding washing liquid from a washing liquid inlet into a filter chamber so as to wash a filter cake formed in said filter chamber, - a washing liquid discharge channel for receiving used washing liquid from the filter chamber and conducting said used washing liquid to a washing liquid discharge outlet of the horizontal pressure filter, and characterized in that the horizontal pressure filter further comprises: - a washing liquid recovery channel for receiving unused washing liquid from the washing liquid inlet channel and conducting said unused washing liquid to washing liquid recovery outlet, - a compressed gas inlet, and - flow control means (7a-7e), wherein the filtrate outlet channel, washing liquid inlet channel and the washing liquid recovery channel may advantageously be arranged to at least partially share a common physical entity as their respective flow route, wherein said flow control means (7a-7e) are arranged to selectively open or close a flow connection between the washing liquid inlet channel and the washing liquid recovery channel, and respectively, between the compressed gas inlet and the washing liquid inlet channel, such that a gas flow from the compressed gas inlet to the washing liquid recovery channel via the washing liquid inlet channel may be induced, so as to flush unused washing liquid remaining in the washing liquid inlet channel to the washing liquid recovery outlet. - a slurry feed channel for feeding slurry into a filter chamber so as to be filtered therein; - a filtrate outlet channel for receiving filtrate from the filter chamber and conducting said filtrate to a filtrate outlet of the horizontal pressure filter, - a washing liquid inlet channel for feeding washing liquid from a washing liquid inlet into a filter chamber so as to wash a filter cake formed in said filter chamber, - a washing liquid discharge channel for receiving used washing liquid from the filter chamber and conducting said used washing liquid to a washing liquid discharge outlet of the horizontal pressure filter, and - a washing liquid recovery channel for receiving unused washing liquid from the washing liquid inlet channel and conducting said unused washing liquid to washing liquid recovery outlet, - a compressed gas inlet, and - flow control means (7a-7e),
An optical receiver comprising at least one local oscillator providing local oscillator light at a local oscillator frequency, a combiner/splitter for coupling an optical signal with the local oscillator light to provide first and second coupled optical signals having orthogonal polarizations, two opto-electrical converters for converting the first and second coupled optical signals into first and second electrical signals, a first rectifier to rectify the first electrical signal into an inverted data signal; a second rectifier to rectify the second electrical signal into a non-inverted data signal; and a subtractor for combining the inverted data signal and the non-inverted data signal by subtracting them from each other. at least one local oscillator providing local oscillator light at a local oscillator frequency, a combiner/splitter for coupling an optical signal with the local oscillator light to provide first and second coupled optical signals having orthogonal polarizations, two opto-electrical converters for converting the first and second coupled optical signals into first and second electrical signals, a first rectifier to rectify the first electrical signal into an inverted data signal; a second rectifier to rectify the second electrical signal into a non-inverted data signal; and a subtractor for combining the inverted data signal and the non-inverted data signal by subtracting them from each other.
Cell component stacking device for vertically stacking individual cell components at a stacking station in the course of manufacturing a fuel cell stack, comprising at least one vertical stacker having a vertical magazine for receiving a plurality of the cell components in a vertical arrangement and having an up and down movement device for moving the cell components up and down in the vertical magazine and for stacking individual cell components in a vertical direction, a delivery device for delivering isolated cell components at a filling station to the vertical stacker, wherein the vertical stacker is adapted to fill the vertical magazine at the filling station by picking up the cell components one by one and moving them by means of the up and down movement device, and wherein the vertical stacker is further adapted to be moved between the filling station and the stacking station and to discharge at the stacking station the cell components one by one by moving them downward in vertical direction. at least one vertical stacker having a vertical magazine for receiving a plurality of the cell components in a vertical arrangement and having an up and down movement device for moving the cell components up and down in the vertical magazine and for stacking individual cell components in a vertical direction, a delivery device for delivering isolated cell components at a filling station to the vertical stacker, wherein the vertical stacker is adapted to fill the vertical magazine at the filling station by picking up the cell components one by one and moving them by means of the up and down movement device, and wherein the vertical stacker is further adapted to be moved between the filling station and the stacking station and to discharge at the stacking station the cell components one by one by moving them downward in vertical direction.