mhurhangee/patent-ind-claim-en huggingface dataset:
An instrument, comprising: - a keyboard provided with several keys, wherein each key is assigned to one or more strings, wherein said keys and strings are arranged in a bass, middle/tenor and descant register; - several touch mechanisms, each coupled to one of the keys, appropriate for making the assigned strings vibrate; - an assembled soundboard , comprising two soundboard components each provided with a grain structure; and - a bridge positioned on the soundboard , the bridge comprising ∘ a first bridge component supporting the strings of the bass register, and ∘ a second bridge component supporting the strings of the middle and descant register; wherein the grain structure of the first soundboard component , assigned to the bass and middle register, is positioned in an angle alpha (α) with respect to the keyboard, and, the grain structure of the second soundboard component , assigned to the descant register, is positioned in an angle beta (β) with respect to the keyboard, wherein alpha (α) and beta (β) are different; characterized in that - the second bridge component spans over at least half of its length an angle epsilon (ε) smaller than 35° with regard to the grain structure of the corresponding second soundboard component , assigned to the descant register, or an angle theta (θ) smaller than 35° with regard to the grain structure of the corresponding first soundboard component , assigned to the middle register; - and/or in that the first bridge component spans over at least half of its length an angle phi (φ) smaller than 45° with regard to the grain structure of the corresponding first soundboard component , assigned to the bass register. - a keyboard provided with several keys, wherein each key is assigned to one or more strings, wherein said keys and strings are arranged in a bass, middle/tenor and descant register; - several touch mechanisms, each coupled to one of the keys, appropriate for making the assigned strings vibrate; - an assembled soundboard , comprising two soundboard components each provided with a grain structure; and - a bridge positioned on the soundboard , the bridge comprising ∘ a first bridge component supporting the strings of the bass register, and ∘ a second bridge component supporting the strings of the middle and descant register; ∘ a first bridge component supporting the strings of the bass register, and ∘ a second bridge component supporting the strings of the middle and descant register; - the second bridge component spans over at least half of its length an angle epsilon (ε) smaller than 35° with regard to the grain structure of the corresponding second soundboard component , assigned to the descant register, or an angle theta (θ) smaller than 35° with regard to the grain structure of the corresponding first soundboard component , assigned to the middle register; - and/or in that the first bridge component spans over at least half of its length an angle phi (φ) smaller than 45° with regard to the grain structure of the corresponding first soundboard component , assigned to the bass register.
An electron multiplier (1; 2) comprising: a substrate having a channel formation surface ; a secondary electron emitting layer having a bottom surface facing the channel formation surface , and a secondary electron emitting surface which opposes the bottom surface and is configured to emit secondary electrons in response to incidence of a charged particle, the secondary electron emitting layer being comprised of a first insulating material; and a resistance layer sandwiched between the substrate and the secondary electron emitting layer , wherein the resistance layer includes a metal layer in which a plurality of metal particles are two-dimensionally arranged on a layer formation surface in a state of being adjacent to each other with a part of the first insulating material interposed between the metal particles , the metal particles each being comprised of a metal material whose resistance value has a positive temperature coefficient, the layer formation surface being coincident with or substantially parallel to the channel formation surface , and the metal layer existing between the channel formation surface and the secondary electron emitting surface , is constituted by only one layer. a substrate having a channel formation surface ; a secondary electron emitting layer having a bottom surface facing the channel formation surface , and a secondary electron emitting surface which opposes the bottom surface and is configured to emit secondary electrons in response to incidence of a charged particle, the secondary electron emitting layer being comprised of a first insulating material; and a resistance layer sandwiched between the substrate and the secondary electron emitting layer , wherein the resistance layer includes a metal layer in which a plurality of metal particles are two-dimensionally arranged on a layer formation surface in a state of being adjacent to each other with a part of the first insulating material interposed between the metal particles , the metal particles each being comprised of a metal material whose resistance value has a positive temperature coefficient, the layer formation surface being coincident with or substantially parallel to the channel formation surface , and the metal layer existing between the channel formation surface and the secondary electron emitting surface , is constituted by only one layer.
An apparatus comprising: a transceiver module configured to send/receive data messages to/from a plurality of vehicles (30a-30n); and a processor configured to (i) determine a plurality of selected vehicles (320a-320d) from said plurality of vehicles (30a-30n) based on a selection criteria and (ii) calculate relative coordinates of said plurality of vehicles (30a-30n) based on said data messages from said selected vehicles (320a-320d), characterized in that (a) said selection criteria comprises determining (i) a target vehicle and (ii) at least two complementary vehicles , (b) a predicted trajectory of said target vehicle crosses paths with a predicted trajectory of said apparatus and (c) said complementary vehicles are selected based on (i) an arrangement of said plurality of vehicles (30a-30n) and (ii) speeds of said plurality of vehicles (30a-30n). a transceiver module configured to send/receive data messages to/from a plurality of vehicles (30a-30n); and a processor configured to (i) determine a plurality of selected vehicles (320a-320d) from said plurality of vehicles (30a-30n) based on a selection criteria and (ii) calculate relative coordinates of said plurality of vehicles (30a-30n) based on said data messages from said selected vehicles (320a-320d), characterized in that (a) said selection criteria comprises determining (i) a target vehicle and (ii) at least two complementary vehicles , (b) a predicted trajectory of said target vehicle crosses paths with a predicted trajectory of said apparatus and (c) said complementary vehicles are selected based on (i) an arrangement of said plurality of vehicles (30a-30n) and (ii) speeds of said plurality of vehicles (30a-30n).
A disconnector device for a surge arrester, the disconnector device comprising: a housing encompassing a cavity ; a disconnector provided inside the cavity , having a first terminal connectable to the surge arrester, a second terminal connectable to ground potential, and a member provided at the second terminal and being fitted to the cross section of the cavity , and a disconnector cartridge ; wherein the member is movably arranged such in the housing that once the disconnector operates, the movable member is propelled inside the cavity towards an end of the cavity by gas from the disconnector cartridge , wherein the housing has ventilation openings connecting the cavity to an outside of the disconnector device for releasing gases from the operating disconnector cartridge , and the ventilation openings are slits extending along the cavity in a direction of a longitudinal axis defined by the overall shape of the cavity , characterised by the slits having a width that increases in the direction towards the end of the cavity . a housing encompassing a cavity ; a disconnector provided inside the cavity , having a first terminal connectable to the surge arrester, a second terminal connectable to ground potential, and a member provided at the second terminal and being fitted to the cross section of the cavity , and a disconnector cartridge ; wherein the member is movably arranged such in the housing that once the disconnector operates, the movable member is propelled inside the cavity towards an end of the cavity by gas from the disconnector cartridge , wherein the housing has ventilation openings connecting the cavity to an outside of the disconnector device for releasing gases from the operating disconnector cartridge , and the ventilation openings are slits extending along the cavity in a direction of a longitudinal axis defined by the overall shape of the cavity , characterised by the slits having a width that increases in the direction towards the end of the cavity .
A light emitting device comprising: a light emitting structure layer including a first conductivity type semiconductor layer , an active layer , and a second conductivity type semiconductor layer ; a passivation layer formed at a lateral surface of the light emitting layer and including an insulating material; an electrode electrically connected to the first conductivity type semiconductor layer ; an electrode layer disposed under the light emitting structure layer ; a channel layer disposed under the light emitting structure layer and on the electrode layer , the channel layer having an inner portion and an outer portion, the inner portion provided at an outer peripheral portion of a lower portion of the light emitting structure layer , and the outer portion extending beyond a lateral surface of the light emitting structure layer from the inner portion; a conductive support member disposed under the electrode layer ; and a first protrusion projecting from at least a portion of an upper edge of the conductive support member , wherein the first protrusion includes a mixture of metal materials constituting the electrode layer and the conductive support member , wherein the first protrusion has a height (T1) from the upper edge of the conductive support member higher than a top surface of the channel layer , wherein the first protrusion surrounds the channel layer and the electrode layer , wherein the first protrusion has the height (T1) lower than a height of an upper end of the light emitting structure layer . a light emitting structure layer including a first conductivity type semiconductor layer , an active layer , and a second conductivity type semiconductor layer ; a passivation layer formed at a lateral surface of the light emitting layer and including an insulating material; an electrode electrically connected to the first conductivity type semiconductor layer ; an electrode layer disposed under the light emitting structure layer ; a channel layer disposed under the light emitting structure layer and on the electrode layer , the channel layer having an inner portion and an outer portion, the inner portion provided at an outer peripheral portion of a lower portion of the light emitting structure layer , and the outer portion extending beyond a lateral surface of the light emitting structure layer from the inner portion; a conductive support member disposed under the electrode layer ; and a first protrusion projecting from at least a portion of an upper edge of the conductive support member , wherein the first protrusion includes a mixture of metal materials constituting the electrode layer and the conductive support member , wherein the first protrusion has a height (T1) from the upper edge of the conductive support member higher than a top surface of the channel layer , wherein the first protrusion surrounds the channel layer and the electrode layer , wherein the first protrusion has the height (T1) lower than a height of an upper end of the light emitting structure layer .
A first network element comprising: a memory storing computer-readable instructions; and at least one processor configured to execute the computer-readable instructions to cause the first network element to, obtain user equipment-side, UE-side parameter values from a user space of a user equipment, UE , the UE-side parameter values being at least one of values determined by the UE and values known by the UE , wherein the UE-side parameter values include at least power-related information, convert a first data stream received from a second network element into multiple second data streams over multiple data communication paths between the first network element and the UE , and allocate the multiple second data streams to at least one of the multiple data communication paths based on at least the power-related information, wherein allocating the multiple second data streams is performed by changing a configuration of another one of the multiple data communication paths if the power-related information of the UE is below a threshold level. a memory storing computer-readable instructions; and at least one processor configured to execute the computer-readable instructions to cause the first network element to, obtain user equipment-side, UE-side parameter values from a user space of a user equipment, UE , the UE-side parameter values being at least one of values determined by the UE and values known by the UE , wherein the UE-side parameter values include at least power-related information, convert a first data stream received from a second network element into multiple second data streams over multiple data communication paths between the first network element and the UE , and allocate the multiple second data streams to at least one of the multiple data communication paths based on at least the power-related information, wherein allocating the multiple second data streams is performed by changing a configuration of another one of the multiple data communication paths if the power-related information of the UE is below a threshold level. obtain user equipment-side, UE-side parameter values from a user space of a user equipment, UE , the UE-side parameter values being at least one of values determined by the UE and values known by the UE , wherein the UE-side parameter values include at least power-related information, convert a first data stream received from a second network element into multiple second data streams over multiple data communication paths between the first network element and the UE , and allocate the multiple second data streams to at least one of the multiple data communication paths based on at least the power-related information, wherein allocating the multiple second data streams is performed by changing a configuration of another one of the multiple data communication paths if the power-related information of the UE is below a threshold level.
A carbon black production plant comprising at least one reactor for producing a flue gas and comprising a heat exchange system having a first heat exchange section for heat exchange between the flue gas and a fluid and a second heat exchange section for heat exchange between the flue gas and reaction air for the reactor , wherein the reaction air can be preheated by means of the second heat exchange section , wherein said first heat exchange section is designed as a double-tube heat exchanger comprising first tubes each arranged in a single-path configuration in a respective first casing tube , and wherein said second heat exchange section is designed as a tube-bundle heat exchanger comprising a tube bundle which is arranged in a second casing tube and which includes second tubes each arranged in a single-path configuration in the casing tube , said first and second tubes being adapted to have the flue gas flow through them, wherein said double-tube heat exchanger and said tube-bundle heat exchanger are arranged vertically, and wherein the respective upper ends of the first and second tubes are connected to each other via a tube conduit , the flue gas flowing through the double-tube heat exchanger in an ascending direction and through the tube-bundle heat exchanger in a descending direction.
Single-pole housing module , made of an insulating material, for a multi-pole low-voltage protective switching device formed from a plurality of housing modules , having a front side , a fastening side arranged opposite the front side , and first and second narrow and wide sides (13-1, 13-2, 14-1, 14-2) connecting the front side and the fastening side , characterized in that - the housing module has a modular receiving space , which can be accessed from the fastening side and which, when the housing module is combined with another housing module , forms a receiving space spanning the module and provided and designed to receive an electronic assembly spanning the module. - the housing module has a modular receiving space , which can be accessed from the fastening side and which, when the housing module is combined with another housing module , forms a receiving space spanning the module and provided and designed to receive an electronic assembly spanning the module.
A web transport control device having a plurality of rotary frame units (E; E1, E2) each of which comprises a carrier frame and a rotary frame which is parallel to the carrier frame and carries an input roller and an output roller for a material web (B) to be controlled, and which is pivotably supported on the carrier frame by means of a bearing, the device further comprising a web guiding system (U, V) arranged such that each of a plurality of material webs (B) is fed to one of the input rollers , is deflected thereat and is then deflected again at the output roller , wherein the rotary frame units (E; E1, E2) are nested one in the other such that web sections (b) of the plurality of webs that extend between the respective input and out rollers are parallel to one another, characterized in that the spacing between two neighboring ones of these web sections is not larger than the sum of the diameters of the input and output rollers between which these web sections extend, and the input rollers of the plurality of rotary frame units (E; E1, E2) are offset relative to one another in the direction parallel to the web sections (b).
A method performed by a user agent, UA, in an evolved packet system, EPS, comprising: upon initiation of a circuit-switched, CS, fallback service, identifying, by a non-access stratum, NAS, protocol layer , a type of the CS fallback service; determining, by the NAS protocol layer , a radio resource control, RRC, establishment cause, EC, based on the type of the CS fallback service; and providing the RRC EC to an access stratum, AS, protocol layer , wherein when the type of the CS fallback service is mobile originating, MO, CS fallback emergency call, the RRC EC is set to emergency call. upon initiation of a circuit-switched, CS, fallback service, identifying, by a non-access stratum, NAS, protocol layer , a type of the CS fallback service; determining, by the NAS protocol layer , a radio resource control, RRC, establishment cause, EC, based on the type of the CS fallback service; and providing the RRC EC to an access stratum, AS, protocol layer , wherein when the type of the CS fallback service is mobile originating, MO, CS fallback emergency call, the RRC EC is set to emergency call.
An assist grip assembly comprising: a user handle ; and an object hook pivotally coupled to the user handle ; and a pivot-control mechanism enabling dependent rotation, in which the object hook and the user handle move together, and permitting independent rotation, in which the object hook and the user handle move freely with respect to one another, wherein the pivot-control mechanism includes a mating shaft that extends from the user handle and includes a first pivot-stop surface and a second pivot-stop surface , and a receiving cavity that is formed in the object hook , having a flex retainer disposed therein, and partially defined by a first wall surface and a second wall surface , the flex retainer engaging the mating shaft during the dependent rotation, the flex retainer releasing the mating shaft to permit the independent rotation, characterized in that the pivot-control mechanism permits the mating shaft to rotate between a first pivot position and a second pivot position, the first wall surface engaging the first pivot-stop surface in the first pivot position, the second wall surface engaging the second pivot-stop surface in the second position. a user handle ; and an object hook pivotally coupled to the user handle ; and a pivot-control mechanism enabling dependent rotation, in which the object hook and the user handle move together, and permitting independent rotation, in which the object hook and the user handle move freely with respect to one another, wherein the pivot-control mechanism includes a mating shaft that extends from the user handle and includes a first pivot-stop surface and a second pivot-stop surface , and a receiving cavity that is formed in the object hook , having a flex retainer disposed therein, and partially defined by a first wall surface and a second wall surface , the flex retainer engaging the mating shaft during the dependent rotation, the flex retainer releasing the mating shaft to permit the independent rotation, characterized in that the pivot-control mechanism permits the mating shaft to rotate between a first pivot position and a second pivot position, the first wall surface engaging the first pivot-stop surface in the first pivot position, the second wall surface engaging the second pivot-stop surface in the second position.
A trigger actuated liquid pump sprayer comprising a pump body , a trigger lever , a shroud and a nozzle , wherein the trigger actuated liquid pump sprayer further comprises a toggle switch adaptor engaging the nozzle at a proximal end and having an operable portion within a first opening in the shroud, characterized in that the shroud extends around the toggle switch adaptor and comprises a drip guard which extends to a location below a second opening at a distal end of the toggle switch adaptor, and wherein the toggle switch adapter includes a cone or cone like assembly through which the liquid is jetted or sprayed.