mhurhangee/ep-ind-claims huggingface dataset:
Device for sealing screws - having an eyelet element which is fastenable to the screw in such a way that the eyelet element is arranged below the screw head, - having a cover tab which is fastened to the eyelet element, wherein the cover tab is able to be folded over in such a way that, in the folded-over state, the cover tab is arranged above the screw head, - having a first fixing tab which has an aperture (48, 50) for a sealing wire and is arranged on the cover tab, - having a second fixing tab which has an aperture for a sealing wire and is arranged on the eyelet element, wherein, in the folded-over state of the cover tab, the first fixing tab and the second fixing tab are arranged parallel to one another, wherein - the first fixing tab has a first tab wall and a second tab wall which are arranged at a certain mutual distance from one another, - a respective aperture (48, 50) for a sealing wire is present in the first tab wall and in the second tab wall, wherein the apertures (48, 50) of the first tab wall and the second tab wall are aligned with one another, - the second fixing tab is arranged between the first tab wall and the second tab wall in the folded-over state of the cover tab, - the first fixing tab is oriented so as to be approximately perpendicular to the plane of the cover tab and projects upwards from the top side of the cover tab. - having an eyelet element which is fastenable to the screw in such a way that the eyelet element is arranged below the screw head, - having a cover tab which is fastened to the eyelet element, wherein the cover tab is able to be folded over in such a way that, in the folded-over state, the cover tab is arranged above the screw head, - having a first fixing tab which has an aperture (48, 50) for a sealing wire and is arranged on the cover tab, - having a second fixing tab which has an aperture for a sealing wire and is arranged on the eyelet element, wherein, in the folded-over state of the cover tab, the first fixing tab and the second fixing tab are arranged parallel to one another, wherein - the first fixing tab has a first tab wall and a second tab wall which are arranged at a certain mutual distance from one another, - a respective aperture (48, 50) for a sealing wire is present in the first tab wall and in the second tab wall, wherein the apertures (48, 50) of the first tab wall and the second tab wall are aligned with one another, - the second fixing tab is arranged between the first tab wall and the second tab wall in the folded-over state of the cover tab, - the first fixing tab is oriented so as to be approximately perpendicular to the plane of the cover tab and projects upwards from the top side of the cover tab.
A multirotor wind turbine comprising: - a tower extending in a vertical direction from a tower bottom to a tower top; - at least two energy generating units, each energy generating unit holding a rotor arranged to rotate a drive train and each energy generating unit comprising a nacelle forming an interior space for the drive train; - a load carrying structure (9, 10) extending transverse to the vertical direction and carried by the tower, the load carrying structure arranged to carry the at least two energy generating units; and - at least one escape route extending between a start and an exit; wherein the load carrying structure (9,10) forms at least a first section of the escape route from the start to an intermediate location, and wherein the wind turbine further comprises an escape opening (18,18') in the nacelle, the escape opening leading from the interior space to a passage structure and the passage structure extending from the escape opening (18,18') to the start of the escape route, and wherein the first section of the escape route extends inside the load carrying structure (9,10). - a tower extending in a vertical direction from a tower bottom to a tower top; - at least two energy generating units, each energy generating unit holding a rotor arranged to rotate a drive train and each energy generating unit comprising a nacelle forming an interior space for the drive train; - a load carrying structure (9, 10) extending transverse to the vertical direction and carried by the tower, the load carrying structure arranged to carry the at least two energy generating units; and - at least one escape route extending between a start and an exit;
An optical semiconductor device comprising: a semiconductor substrate; a first insulating film formed over the semiconductor substrate; an optical waveguide of an optical signal transmission line formed from a semiconductor layer formed in a first region over the first insulating film; a shielding semiconductor layer formed from the semiconductor layer formed in a second region different from the first region over the first insulating film; a multilayer wiring of n layers (n ≥ 2); an electrical signal transmission line which is formed by mth layer wiring (n ≥ m ≥ 1) in the second region and which propagates an electrical signal converted from an optical signal; a first noise cut wiring and a second noise cut wiring which are respectively formed on both sides of the electrical signal transmission line and which are formed from the mth layer wiring (n ≥ m ≥ 1) that is away from and in parallel with the electrical signal transmission line; a first conductive portion that electrically couples the first noise cut wiring and the shielding semiconductor layer; and a second conductive portion that electrically couples the second noise cut wiring and the shielding semiconductor layer, wherein, in a cross-section perpendicular to an extending direction of the electrical signal transmission line, the electrical signal transmission line is surrounded by a shielding portion including the first noise cut wiring, the second noise cut wiring, the first conductive portion, the second conductive portion, and the shielding semiconductor layer, the shielding portion being fixed to a reference potential. a semiconductor substrate; a first insulating film formed over the semiconductor substrate; an optical waveguide of an optical signal transmission line formed from a semiconductor layer formed in a first region over the first insulating film; a shielding semiconductor layer formed from the semiconductor layer formed in a second region different from the first region over the first insulating film; a multilayer wiring of n layers (n ≥ 2); an electrical signal transmission line which is formed by mth layer wiring (n ≥ m ≥ 1) in the second region and which propagates an electrical signal converted from an optical signal; a first noise cut wiring and a second noise cut wiring which are respectively formed on both sides of the electrical signal transmission line and which are formed from the mth layer wiring (n ≥ m ≥ 1) that is away from and in parallel with the electrical signal transmission line; a first conductive portion that electrically couples the first noise cut wiring and the shielding semiconductor layer; and a second conductive portion that electrically couples the second noise cut wiring and the shielding semiconductor layer, wherein, in a cross-section perpendicular to an extending direction of the electrical signal transmission line, the electrical signal transmission line is surrounded by a shielding portion including the first noise cut wiring, the second noise cut wiring, the first conductive portion, the second conductive portion, and the shielding semiconductor layer, the shielding portion being fixed to a reference potential.
A wireless ear bud, comprising: a housing having a main body portion and a stem portion extending from the main body portion; a speaker in the main body portion; a first proximity sensor in the main body portion that produces a first sensor output; a second proximity sensor in the stem portion that produces a second sensor output; a third proximity sensor in the main body portion that produces a third sensor output; a fourth proximity sensor in the stem portion that produces a fourth sensor output and control circuitry that: determines whether the ear bud has been placed in a user's ear based on the first and third sensor outputs being positive and the second and fourth sensor outputs being negative; and determines whether the ear bud is being removed from the user's ear based on the first proximity sensor output being negative without using the second, third, and fourth proximity sensor (S3, S2, S4) outputs. a housing having a main body portion and a stem portion extending from the main body portion; a speaker in the main body portion; a first proximity sensor in the main body portion that produces a first sensor output; a second proximity sensor in the stem portion that produces a second sensor output; a third proximity sensor in the main body portion that produces a third sensor output; a fourth proximity sensor in the stem portion that produces a fourth sensor output and control circuitry that: determines whether the ear bud has been placed in a user's ear based on the first and third sensor outputs being positive and the second and fourth sensor outputs being negative; and determines whether the ear bud is being removed from the user's ear based on the first proximity sensor output being negative without using the second, third, and fourth proximity sensor (S3, S2, S4) outputs. determines whether the ear bud has been placed in a user's ear based on the first and third sensor outputs being positive and the second and fourth sensor outputs being negative; and determines whether the ear bud is being removed from the user's ear based on the first proximity sensor output being negative without using the second, third, and fourth proximity sensor (S3, S2, S4) outputs.
A method of customizing language modeling components, comprising: presenting, by a computing device, for selection by an application developer, a list of language modeling components in a user interface; sending, by an application on the computing device, to a recognition service provider a recognition request comprising a hint for combining the selected language modeling components from the list, the application comprising a speech recognition application and the hint being based on one or more of a plurality of domains, wherein the selected language modeling components comprise a fixed weight combination of said language modeling components based on weights associated with respective domains; receiving, by the application on the computing device, from the recognition service provider, a language model which is a customized combination of the plurality of the language modeling components, said combination customized by the recognition service provider based on the hint; maintaining, based on a unique ID, a connection between the hint and the customized combination of the plurality of the language modeling components for a lifecycle of the customized combination; and enabling an application developer to reference the customized combination by providing the unique ID. presenting, by a computing device, for selection by an application developer, a list of language modeling components in a user interface; sending, by an application on the computing device, to a recognition service provider a recognition request comprising a hint for combining the selected language modeling components from the list, the application comprising a speech recognition application and the hint being based on one or more of a plurality of domains, wherein the selected language modeling components comprise a fixed weight combination of said language modeling components based on weights associated with respective domains; receiving, by the application on the computing device, from the recognition service provider, a language model which is a customized combination of the plurality of the language modeling components, said combination customized by the recognition service provider based on the hint; maintaining, based on a unique ID, a connection between the hint and the customized combination of the plurality of the language modeling components for a lifecycle of the customized combination; and enabling an application developer to reference the customized combination by providing the unique ID.
A device for conveyance of a shelf storage transport vehicle in and counter to a vertical direction (z), wherein the device comprises at least one guide device and at least one transport element for the transport vehicle, wherein a movement of the transport element in and counter to the vertical direction (z) can be guided by means of the guide device, wherein the device comprises at least one drive device for driving the transport element with at least one conveyer rope, wherein the transport element has at least one stop element and the guide device has at least one corresponding stop element, wherein the stop element of the transport element can be placed into a stop state and into a release state, and wherein the at least one stop element of the guide device is arranged in such a way that a movement of the transport element counter to the vertical direction (z) is blocked for the transport vehicle by the stop elements (11, 12) in a transit position, characterized in that the device is configured such that, after the transit position is reached in the stop state, the at least one conveyer rope is placed into a tension-free state for the purpose of driving the transport vehicle onto the transport element or driving the transport vehicle off the transport element.
A packing machine for producing rigid packets, each comprising at least two containers (3, 4), one inside the other; the packing machine comprising: a first packing unit for producing inner containers by folding inner blanks around corresponding articles; a second packing unit for producing outer containers by folding outer blanks around corresponding inner containers; and a transfer unit, which receives the inner containers from the first packing unit at an input station and feeds the inner containers, along a feed path and by means of a feed line, to the second packing unit at an output station; the packing machine being characterized in that: the transfer unit comprises a compensating conveyor, which is connected to the feed line at an interchange station, is perpendicular to the feed path, is able to contain a reserve of inner containers, is movable in an insertion direction to transfer an inner container from the reserve to the feed line, and is movable in a pickup direction, opposite to the insertion direction, to transfer an inner container from the feed line to the reserve; and it is provided a control unit which counts the number (N1, N2) of inner containers that constitute the reserve of the compensating conveyor whenever the packing machine is restarted. a first packing unit for producing inner containers by folding inner blanks around corresponding articles; a second packing unit for producing outer containers by folding outer blanks around corresponding inner containers; and a transfer unit, which receives the inner containers from the first packing unit at an input station and feeds the inner containers, along a feed path and by means of a feed line, to the second packing unit at an output station; the packing machine being characterized in that: the transfer unit comprises a compensating conveyor, which is connected to the feed line at an interchange station, is perpendicular to the feed path, is able to contain a reserve of inner containers, is movable in an insertion direction to transfer an inner container from the reserve to the feed line, and is movable in a pickup direction, opposite to the insertion direction, to transfer an inner container from the feed line to the reserve; and it is provided a control unit which counts the number (N1, N2) of inner containers that constitute the reserve of the compensating conveyor whenever the packing machine is restarted. the transfer unit comprises a compensating conveyor, which is connected to the feed line at an interchange station, is perpendicular to the feed path, is able to contain a reserve of inner containers, is movable in an insertion direction to transfer an inner container from the reserve to the feed line, and is movable in a pickup direction, opposite to the insertion direction, to transfer an inner container from the feed line to the reserve; and it is provided a control unit which counts the number (N1, N2) of inner containers that constitute the reserve of the compensating conveyor whenever the packing machine is restarted.
A lubricant composition comprising: a) 90-99.5 wt% of a base oil and b) 0.5-10 wt% of an additive; wherein the base oil consists of a mixture of castor oil and a triester of trimethylolpropane with octanoic acid and decanoic acid. a) 90-99.5 wt% of a base oil and b) 0.5-10 wt% of an additive;
An optical coupler conversion system comprising: a first reflector, wherein said first reflector is a conic and includes a first reflector vertex, a first conic focus, and an aperture at said first reflector vertex; a second reflector including a second reflector vertex and coaxial with said first reflector, wherein said first and second reflectors (24, 26) face one another; a light source generally at said second reflector vertex and generally at said first conic focus; and a negative element aligned with said aperture of said first reflector vertex, wherein said second reflector is a conic including a second conic focus located within said negative element such that converging light reflecting off the second reflector intercepts or impinges the negative element before reaching the second conic focus. a first reflector, wherein said first reflector is a conic and includes a first reflector vertex, a first conic focus, and an aperture at said first reflector vertex; a second reflector including a second reflector vertex and coaxial with said first reflector, wherein said first and second reflectors (24, 26) face one another; a light source generally at said second reflector vertex and generally at said first conic focus; and a negative element aligned with said aperture of said first reflector vertex, wherein said second reflector is a conic including a second conic focus located within said negative element such that converging light reflecting off the second reflector intercepts or impinges the negative element before reaching the second conic focus.
A method implemented at a wireless device, comprising: determining a time unit of a discontinuous reception, DRX, timer based on a plurality of different scheduling units, the time unit of the DRX timer being dependent on the plurality of different scheduling units, the plurality of different scheduling units being associated with a plurality of different numerologies; and determining a time interval indicated by the DRX timer based on the time unit, the time interval being associated with a duration of time for the DRX timer. determining a time unit of a discontinuous reception, DRX, timer based on a plurality of different scheduling units, the time unit of the DRX timer being dependent on the plurality of different scheduling units, the plurality of different scheduling units being associated with a plurality of different numerologies; and determining a time interval indicated by the DRX timer based on the time unit, the time interval being associated with a duration of time for the DRX timer.
A method comprising: receiving, by a wireless device, one or more configuration parameters of a primary cell and a secondary cell, wherein the primary cell comprises a plurality of downlink bandwidth parts, BWP; activating at least two downlink BWPs of the plurality of downlink BWPs; sending a random access preamble for a random access procedure; determining a downlink BWP, of the at least two downlink BWPs, for monitoring for a random access response to the random access preamble; monitoring the determined downlink BWP for the random access response; and receiving, via the determined downlink BWP, the random access response. receiving, by a wireless device, one or more configuration parameters of a primary cell and a secondary cell, wherein the primary cell comprises a plurality of downlink bandwidth parts, BWP; activating at least two downlink BWPs of the plurality of downlink BWPs; sending a random access preamble for a random access procedure; determining a downlink BWP, of the at least two downlink BWPs, for monitoring for a random access response to the random access preamble; monitoring the determined downlink BWP for the random access response; and receiving, via the determined downlink BWP, the random access response.
A cellular telephone, comprising: a processor; a transceiver (150, 160) coupled to the processor; a user interface that includes a first display coupled to the processor; a memory coupled to the processor; a plurality of applications that are configured to run on the processor, wherein each of the plurality of applications is configured to generate information that may be displayed on the first display while the cellular telephone is in standby mode; and a control application that is configured to automatically adjust what of the information generated by the plurality of applications is displayed on the first display while the cellular telephone is in standby mode based on at least one temporal parameter, wherein the control application is further configured to use at least one location parameter to automatically adjust what of the information generated by the plurality of applications is displayed on the first display), wherein the control application applies one or more pre-defined criteria to the temporal parameter and the location parameter to automatically adjust what of the information generated by the plurality of applications is displayed based on a determination that at least one of the pre-defined criteria has been satisfied; and wherein the control application is further configured to use presence information to automatically adjust what of the information generated by the plurality of applications is displayed on the first display, the presence information indicating a presence of a device associated with a second user near the cellular telephone. a processor; a transceiver (150, 160) coupled to the processor; a user interface that includes a first display coupled to the processor; a memory coupled to the processor; a plurality of applications that are configured to run on the processor, wherein each of the plurality of applications is configured to generate information that may be displayed on the first display while the cellular telephone is in standby mode; and a control application that is configured to automatically adjust what of the information generated by the plurality of applications is displayed on the first display while the cellular telephone is in standby mode based on at least one temporal parameter, wherein the control application is further configured to use at least one location parameter to automatically adjust what of the information generated by the plurality of applications is displayed on the first display), wherein the control application applies one or more pre-defined criteria to the temporal parameter and the location parameter to automatically adjust what of the information generated by the plurality of applications is displayed based on a determination that at least one of the pre-defined criteria has been satisfied; and wherein the control application is further configured to use presence information to automatically adjust what of the information generated by the plurality of applications is displayed on the first display, the presence information indicating a presence of a device associated with a second user near the cellular telephone.