mhurhangee/ep-ind-claims huggingface dataset:
A timepiece comprising: - a case comprising a sealed part and an unsealed part, - a striking mechanism located in the sealed part of the case, - at least one gong (10, 30) intended to be actuated by the striking mechanism, characterized in that the one or more gongs (10, 30) is/are situated completely inside the unsealed part of the case, in that the unsealed part comprises at least a resonance chamber 12, in that the timepiece comprises transmission means (4, 5, 6, 7, 9, 14 to 28) provided for the transmission of the movements of the striking mechanism occurring inside the sealed part of the case to the one or more gongs (10, 30) situated completely inside the unsealed part of the case and in that the transmission means comprise an elastic membrane (14, 17, 19, 22) separating the sealed part from the unsealed part of the case, this membrane (14, 17, 19, 22) being arranged in such a way as to transmit movements of the striking mechanism to the one or more gongs (10, 30), the unsealed part of the case being provided, on the external side of the case, with openings and parts forming a resonance chamber being positioned in the openings opposite the at least one gong. - a case comprising a sealed part and an unsealed part, - a striking mechanism located in the sealed part of the case, - at least one gong (10, 30) intended to be actuated by the striking mechanism,
Bearing/hub unit for a motor-vehicle wheel, having an axis of rotation and comprising: - a stationary bearing outer ring bounded by a side surface transverse to the axis of rotation; - a radially inner rotatable hub; - a bearing inner ring fixed onto the hub and defining together with the outer ring a cavity devoid of any sealing device; - an encoder arranged inside the cavity and fixed externally on the inner ring; and - a protective cover which is made of non-ferromagnetic material and is mounted on the outer ring in axial abutment against the side surface so as to protect the encoder and close the cavity; the bearing/hub unit further comprising, in addition, a static sealing element which is joined to an outer edge of the protective cover and comprises a first sealing portion situated between the protective cover and the outer ring; wherein the protective cover has a substantially cup-shaped form and comprises a mounting body with a diameter increasing in a discrete manner towards the outer edge; the mounting body comprising a portion keyed onto the outer ring and a portion radially raised with respect to the outer ring so as to define an annular passage of given axial length; characterized in that the mounting body comprises a connecting portion which joins together the keyed portion and the raised portion and is arranged inclined with respect to the keyed portion and to the raised portion with an inclination variable from a few degrees to a maximum of 90 degrees. - a stationary bearing outer ring bounded by a side surface transverse to the axis of rotation; - a radially inner rotatable hub; - a bearing inner ring fixed onto the hub and defining together with the outer ring a cavity devoid of any sealing device; - an encoder arranged inside the cavity and fixed externally on the inner ring; and - a protective cover which is made of non-ferromagnetic material and is mounted on the outer ring in axial abutment against the side surface so as to protect the encoder and close the cavity;
A cut-off tool comprising: a housing including a motor housing portion and a handle portion extending transversely from the motor housing portion and terminating in a receptacle; an arbor supported by the housing for relative movement therewith, the arbor rotatable about a rotational axis of the arbor; a cutting disk attachable to the arbor; a motor coupled to the arbor to provide torque thereto; a battery pack removably coupled to the housing for providing power to the motor, the battery pack receivable within the receptacle; a trigger; a shuttle permitting the user to select either a forward or reverse rotational direction of the motor; and a combined motor activation/forward-reverse switch connected to the trigger and the shuttle, the switch being operable to adjust rotation of the motor between the forward rotational direction and the reverse rotational direction for selectively rotating the cutting disk in the forward rotational direction or reverse rotational direction, respectively. a housing including a motor housing portion and a handle portion extending transversely from the motor housing portion and terminating in a receptacle; an arbor supported by the housing for relative movement therewith, the arbor rotatable about a rotational axis of the arbor; a cutting disk attachable to the arbor; a motor coupled to the arbor to provide torque thereto; a battery pack removably coupled to the housing for providing power to the motor, the battery pack receivable within the receptacle; a trigger; a shuttle permitting the user to select either a forward or reverse rotational direction of the motor; and a combined motor activation/forward-reverse switch connected to the trigger and the shuttle, the switch being operable to adjust rotation of the motor between the forward rotational direction and the reverse rotational direction for selectively rotating the cutting disk in the forward rotational direction or reverse rotational direction, respectively.
A method of providing communication between frames of a web browser which is arranged to enforce a same origin security policy for communication between frames, the method comprising: receiving a hub document of a hub origin into a hub frame of the web browser; receiving a first application document of a first application origin into a first application frame of the web browser, the first application origin being different to the hub origin; and communicating between the hub document and the first application document within the web browser using a cross origin communication mechanism, characterized in that the method further comprises: receiving one or more further application documents into one or more corresponding further application frames of the web browser, each further application document being from a corresponding further application origin different than the hub origin and each other application origin; and using the cross origin communication mechanism to communicate between two or more of the application documents through the hub document. receiving a hub document of a hub origin into a hub frame of the web browser; receiving a first application document of a first application origin into a first application frame of the web browser, the first application origin being different to the hub origin; and communicating between the hub document and the first application document within the web browser using a cross origin communication mechanism, characterized in that the method further comprises: receiving one or more further application documents into one or more corresponding further application frames of the web browser, each further application document being from a corresponding further application origin different than the hub origin and each other application origin; and using the cross origin communication mechanism to communicate between two or more of the application documents through the hub document. receiving one or more further application documents into one or more corresponding further application frames of the web browser, each further application document being from a corresponding further application origin different than the hub origin and each other application origin; and using the cross origin communication mechanism to communicate between two or more of the application documents through the hub document.
An inkjet head comprising constituent members bonded to each other by an adhesive containing at least an epoxy resin as a main agent, a microencapsulated imidazole-based curing agent as a curing agent, and an alcohol that is configured to dissolve the microcapsules at a temperature of 100°C or lower, wherein a residue of the microcapsules dissolved by the alcohol is configured to be dispersed in the cured epoxy resin.
Bolted joint of an offshore structure comprising first and second connecting elements, the first connecting element forming part of an offshore tower or an offshore platform and the second connecting element forming part of a foundation structure, the first connecting element comprising a first flange and the second connecting element comprising a second flange, the first and second flanges (8,9) comprising through holes, the first and second flanges (8,9) abutting each other with the through holes in alignment and being secured to each other by means of fastening elements extending into the through holes, one of the first and second connecting elements (2, 4) comprising an outer peripheral skirt covering a butt joint between the first and second flanges (8, 9) and defining an outer annular space surrounding the butt joint, the annular space being sealed against the ingress of water by a sealing element, characterized in that the other one of the first and second connecting elements (2, 4) comprises a peripheral collar, that the skirt and the collar confine the annular space and in that the sealing element is a compressible sealing element sandwiched between the skirt and the collar.
A method for transmitting Network messages in a network operated according to a standard of the type "Open Platform Communications Unified Architecture", the network having a communication mode involving publisher and subscriber devices over the network, the method comprising: - an extraction of payloads (DataSetMessages) of received Network messages, each received message including an identifier WriterGroupID defining a timing of PublishingOffset related to a device emitting said received message, - a concatenation of said payloads within a same combined Network message, wherein said emitter identifier WriterGroupID, as it defines said timing of PublishingOffset, thereby defines an order of the payload of the received message in said concatenation of payloads, - addition of a header to said combined message, said header comprising a single identifier of a publisher device (Publisherld=k), said publisher identifier being of the type PublisherlD and being predetermined so as to intend the combined Network message to at least one chosen subscriber device. - an extraction of payloads (DataSetMessages) of received Network messages, each received message including an identifier WriterGroupID defining a timing of PublishingOffset related to a device emitting said received message, - a concatenation of said payloads within a same combined Network message, wherein said emitter identifier WriterGroupID, as it defines said timing of PublishingOffset, thereby defines an order of the payload of the received message in said concatenation of payloads, - addition of a header to said combined message, said header comprising a single identifier of a publisher device (Publisherld=k), said publisher identifier being of the type PublisherlD and being predetermined so as to intend the combined Network message to at least one chosen subscriber device.
A method for a user equipment (A700, A401, A501, A601) comprising a processor, the method comprising steps performed by the processor: allocating a secure memory area in the memory unit of said user equipment (A700, A401, A501, A601), wherein said secure memory area being inaccessible by a user of the user equipment; generating a charging identifier relating to proximity communication involving the user equipment (A700, A401, A501, A601); collecting proximity service charging data during the proximity communication; storing the charging identifier and the proximity service charging data in the secure memory area. allocating a secure memory area in the memory unit of said user equipment (A700, A401, A501, A601), wherein said secure memory area being inaccessible by a user of the user equipment; generating a charging identifier relating to proximity communication involving the user equipment (A700, A401, A501, A601); collecting proximity service charging data during the proximity communication; storing the charging identifier and the proximity service charging data in the secure memory area.
System comprising - an electric machine, wherein the electric machine comprises a first shaft, and - a hydraulic unit, wherein the hydraulic unit comprises a second shaft, a housing and a leakage oil chamber inside the housing, wherein • the first shaft and the second shaft are connected to one another to form a shaft-hub connection, • the shaft-hub connection comprises a central recess and • the shaft-hub connection is fluidically connected to an interior of the hydraulic unit for lubrication, wherein the central recess adjoins at least one transverse channel, wherein the at least one transverse channel extends from the central recess to an external circumference of the shaft-hub connection, characterised in that, the at least one transverse channel ends at a point on the external circumference of one of shaft which does not overlap with the other shaft in the connected state, so that leakage oil can be conveyed from the leakage oil chamber inside the hydraulic unit along the shaft-hub connection arranged outside the housing of the hydraulic unit, and wherein the first shaft and the second shaft are inserted into one another to form the shaft-hub connection, and in that the first shaft and/or the second shaft comprises the central recess, wherein the at least one transverse channel extends from the central recess to an external circumference of the shaft. - an electric machine, wherein the electric machine comprises a first shaft, and - a hydraulic unit, wherein the hydraulic unit comprises a second shaft, a housing and a leakage oil chamber inside the housing, • the first shaft and the second shaft are connected to one another to form a shaft-hub connection, • the shaft-hub connection comprises a central recess and • the shaft-hub connection is fluidically connected to an interior of the hydraulic unit for lubrication, wherein the central recess adjoins at least one transverse channel, wherein the at least one transverse channel extends from the central recess to an external circumference of the shaft-hub connection, characterised in that, the at least one transverse channel ends at a point on the external circumference of one of shaft which does not overlap with the other shaft in the connected state, so that leakage oil can be conveyed from the leakage oil chamber inside the hydraulic unit along the shaft-hub connection arranged outside the housing of the hydraulic unit, and wherein the first shaft and the second shaft are inserted into one another to form the shaft-hub connection, and in that the first shaft and/or the second shaft comprises the central recess, wherein the at least one transverse channel extends from the central recess to an external circumference of the shaft.
A medical tube which is to be inserted into a tubular organ or a body cavity to discharge or suck a fluid, including: a tubular main body which extends by a predetermined length in which a single internal passage is defined; and a valve which is disposed in a portion of the main body, the portion being to be inserted into the tubular organ or the body cavity, and which is configured to discharge or suck the fluid, wherein the valve is configured by plural slits which extend by a predetermined length in an axial direction of the main body, which are formed so as to extend from an outer circumference of the main body to an inner circumference, and which are disposed at substantial regular intervals in a circumferential direction of the main body, wherein the portion of the main body in which the valve is disposed is divided into plural wall portions (34, 35, 36) by providing the plural slits, wherein the slits are formed to be inclined in a same direction with respect to a line L that passes through an axial center C of the main body and that extends in a radial direction, wherein axial angles E of the slits with respect the axial center C of the main body are ±6°, and characterized in that all the slits are configured to open when the fluid is injected into the main body and an interior thereof is pressurized, and to open through a slippage occurred between inclined slit surfaces when the interior of the main body is sucked and the interior of the main body is depressurized. a tubular main body which extends by a predetermined length in which a single internal passage is defined; and a valve which is disposed in a portion of the main body, the portion being to be inserted into the tubular organ or the body cavity, and which is configured to discharge or suck the fluid, wherein the valve is configured by plural slits which extend by a predetermined length in an axial direction of the main body, which are formed so as to extend from an outer circumference of the main body to an inner circumference, and which are disposed at substantial regular intervals in a circumferential direction of the main body, wherein the portion of the main body in which the valve is disposed is divided into plural wall portions (34, 35, 36) by providing the plural slits, wherein the slits are formed to be inclined in a same direction with respect to a line L that passes through an axial center C of the main body and that extends in a radial direction, wherein axial angles E of the slits with respect the axial center C of the main body are ±6°, and
A system for ascertaining the health of a user, the system comprising: a garment; and a processor; the garment comprising: a plurality of ECG sensors (110, 121, 122, 131, and/or 132); a neurological sensor; and an interface adapted to operate to provide communication between the processor and the plurality of ECG sensors (110, 121, 122, 131, 132) in response to a signal from the neurological sensor when a user is wearing the garment, wherein the processor is configured to detect that the user is experiencing pain according to the signal from the neurological sensor. a garment; and a processor; the garment comprising: a plurality of ECG sensors (110, 121, 122, 131, and/or 132); a neurological sensor; and an interface adapted to operate to provide communication between the processor and the plurality of ECG sensors (110, 121, 122, 131, 132) in response to a signal from the neurological sensor when a user is wearing the garment, wherein the processor is configured to detect that the user is experiencing pain according to the signal from the neurological sensor. a plurality of ECG sensors (110, 121, 122, 131, and/or 132); a neurological sensor; and an interface adapted to operate to provide communication between the processor and the plurality of ECG sensors (110, 121, 122, 131, 132) in response to a signal from the neurological sensor when a user is wearing the garment, wherein the processor is configured to detect that the user is experiencing pain according to the signal from the neurological sensor.
A light-emitting arrangement comprising a light source adapted to emit light of a first wavelength, and a wavelength converting member arranged to receive light of said first wavelength and adapted to convert at least part of the light of said first wavelength to light of a second wavelength, characterized in that said wavelength converting member comprising i) a carrier polymeric material comprising a polyester comprising an aromatic moiety incorporated into the polymer backbone, and ii) at least one wavelength converting material having the following general formula I: in which G 1 is a linear or branched alkyl group or oxygen-containing alkyl group C n H 2n+1 O m, n being an integer from 1 to 44 and m < n/2, or Y; each of A, B, C, J and Q independently is hydrogen, isopropyl, t-butyl, fluorine, methoxy, or unsubstituted saturated alkyl C n H 2n+1, n being an integer from 1 to 16; each of G 2, G 3, G 4 and G 5 independently is hydrogen, fluorine, methoxy, or unsubstituted saturated alkyl group C n H 2n+1, n being an integer from 1 to 16, or X; and each of D, E, I, L and M independently is hydrogen, fluorine, methoxy, or unsubstituted saturated alkyl group C n H 2n+1, n being an integer from 1 to 16. G 1 is a linear or branched alkyl group or oxygen-containing alkyl group C n H 2n+1 O m, n being an integer from 1 to 44 and m < n/2, or Y; each of A, B, C, J and Q independently is hydrogen, isopropyl, t-butyl, fluorine, methoxy, or unsubstituted saturated alkyl C n H 2n+1, n being an integer from 1 to 16; each of G 2, G 3, G 4 and G 5 independently is hydrogen, fluorine, methoxy, or unsubstituted saturated alkyl group C n H 2n+1, n being an integer from 1 to 16, or X; and each of D, E, I, L and M independently is hydrogen, fluorine, methoxy, or unsubstituted saturated alkyl group C n H 2n+1, n being an integer from 1 to 16.
A conveyor roller comprising: a drum shell; an end lid assembly having: an end lid; a mounting face affixed to said drum shell at an axial end of said drum shell, said end lid having a first cylindrical geometry with a first nominal diameter designed to mate radially with a second cylindrical geometry having a second nominal diameter on said mounting face; and characterized by an embossed spring band, whereby when said embossed spring band is disposed radially between the mating first and second cylindrical geometries, said embossed spring band is compressed to an extent that creates an interference fit between the two mating cylindrical geometries. a drum shell; an end lid assembly having: an end lid; a mounting face affixed to said drum shell at an axial end of said drum shell, said end lid having a first cylindrical geometry with a first nominal diameter designed to mate radially with a second cylindrical geometry having a second nominal diameter on said mounting face; and characterized by an embossed spring band, whereby when said embossed spring band is disposed radially between the mating first and second cylindrical geometries, said embossed spring band is compressed to an extent that creates an interference fit between the two mating cylindrical geometries. an end lid; a mounting face affixed to said drum shell at an axial end of said drum shell, said end lid having a first cylindrical geometry with a first nominal diameter designed to mate radially with a second cylindrical geometry having a second nominal diameter on said mounting face; and
A method in a base station comprising a scheduler for obtaining channel state feedback from a UE, characterized by the steps of - determining if channel state feedback is required, - generating an uplink grant in case channel state feedback is required, and - providing a generated uplink grant to the UE in order to receive a first type of channel state feedback information on the granted resource, said first type of information is more detailed than a second type of channel state feedback information that is received from the UE on a dedicated resource in case no uplink grant has been provided. - determining if channel state feedback is required, - generating an uplink grant in case channel state feedback is required, and - providing a generated uplink grant to the UE in order to receive a first type of channel state feedback information on the granted resource, said first type of information is more detailed than a second type of channel state feedback information that is received from the UE on a dedicated resource in case no uplink grant has been provided.