mhurhangee/patent-ind-claim-en huggingface dataset:
An optical device comprising: an optical circuit board comprising: a functional circuit unit having an optical component and an optical waveguide that receives or outputs light from/to the optical component ; and a waveguide unit having an input/output optical waveguide and a loop-back circuit , the input/output optical waveguide has one end coupled to one of signal ports which are formed on an end face of the optical circuit board and the other end coupled to the optical waveguide of the functional circuit unit , and the loop-back circuit has a relay waveguide which is coupled to one of aligning ports formed on the end face of the optical circuit board , allows light input to the aligning port to propagate, and a loop waveguide that branches light propagating through the relay waveguide , makes the light loop back and joins the relay waveguide ; and a fiber array coupled and fixed to the optical circuit board , and having signal fibers juxtaposed with an interval of the signal ports of the optical circuit board , wherein each end of the signal fibers is coupled to the optical circuit board so as to abut on the signal ports , and the aligning ports of the optical circuit board are not coupled to any fiber of the fiber array . a functional circuit unit having an optical component and an optical waveguide that receives or outputs light from/to the optical component ; and a waveguide unit having an input/output optical waveguide and a loop-back circuit , the input/output optical waveguide has one end coupled to one of signal ports which are formed on an end face of the optical circuit board and the other end coupled to the optical waveguide of the functional circuit unit , and the loop-back circuit has a relay waveguide which is coupled to one of aligning ports formed on the end face of the optical circuit board , allows light input to the aligning port to propagate, and a loop waveguide that branches light propagating through the relay waveguide , makes the light loop back and joins the relay waveguide ; and a fiber array coupled and fixed to the optical circuit board , and having signal fibers juxtaposed with an interval of the signal ports of the optical circuit board , wherein each end of the signal fibers is coupled to the optical circuit board so as to abut on the signal ports , and the aligning ports of the optical circuit board are not coupled to any fiber of the fiber array .
A computer-implemented method of inferring phoneme probabilities in speech audio, the method comprising: encoding, using a first encoder , a first sound embedding from a first segment of speech audio comprising a key phrase; storing the first sound embedding; encoding, using a second encoder , a second sound embedding from the first segment of speech audio, wherein the second encoder is different to the first encoder ; storing the second sound embedding; and inferring the phoneme probabilities using an acoustic model having as inputs: a second segment of speech audio following the first segment of speech audio; the stored first sound embedding; and the stored second sound embedding. encoding, using a first encoder , a first sound embedding from a first segment of speech audio comprising a key phrase; storing the first sound embedding; encoding, using a second encoder , a second sound embedding from the first segment of speech audio, wherein the second encoder is different to the first encoder ; storing the second sound embedding; and inferring the phoneme probabilities using an acoustic model having as inputs: a second segment of speech audio following the first segment of speech audio; the stored first sound embedding; and the stored second sound embedding. a second segment of speech audio following the first segment of speech audio; the stored first sound embedding; and the stored second sound embedding.
System for receiving objects, comprising a guide assembly , which can be stationary, a first movement assembly , which is connected to the guide assembly and which can be horizontally movable with respect to the guide assembly in the direction of a longitudinal axis (X), and a second movement assembly , which is connected to the first movement group and which can be vertically movable with respect to the first movement assembly in the direction of a vertical axis (Z) and can receive the objects, the first movement assembly being able to be moved beyond the guide assembly in the direction of the longitudinal axis (X) to such an extent that the second movement assembly can be moved, with respect to the first movement assembly , past the guide assembly in the direction of the vertical axis (Z), the first movement assembly having a horizontal frame part and a vertical frame part , the horizontal frame part of the first movement assembly connecting the first movement assembly to the guide assembly so as to be movable in the direction of the longitudinal axis (X), and the vertical frame part of the first movement assembly connecting the second movement assembly to the first movement assembly so as to be movable in the direction of the vertical axis (Z), the horizontal frame part of the first movement assembly and the vertical frame part of the first movement assembly being connected to one another by a diagonal connecting element , preferably by a pair of diagonal connecting elements , characterized in that the horizontal frame part of the first movement assembly and the vertical frame part of the first movement assembly are connected to one another by a rotary connection , so that the horizontal frame part of the first movement assembly can be pivoted relative to the vertical frame part of the first movement assembly between the direction of the longitudinal axis (X) and the direction of the vertical axis (Z).
Device for ion generation for examination by means of surface analysis, comprising at least one desorption electrospray ionization source with at least one sprayer and one sprayer tip , as well as a sample stage for receiving a sample on its upper side, characterized in that the sample stage has at least one contact region with at least one opening, through which a spray can pass from the underside of the sample stage through the sample stage to a sample located on the upper side of the sample stage , wherein the sprayer is arranged below the underside of the sample stage and the sprayer tip is thereby aligned in the direction of the contact region , so that the sprayer can spray a sample with a spray through the contact region of the sample stage .
A ladder cleaning device, said ladder cleaning device comprising a number of rings , where the rings are adapted to be arranged around rungs of a ladder, and is characterized by a cord passing through a hole in each of said rings, at least one attachment device adapted for attaching said cord to the ladder. a number of rings , where the rings are adapted to be arranged around rungs of a ladder, and is characterized by a cord passing through a hole in each of said rings, at least one attachment device adapted for attaching said cord to the ladder.
Device for the secure implementation of a left-turning thermodynamic Clausius-Rankine cycle in a residential building by means of an ignitable working fluid, which in the gaseous state under atmospheric conditions is heavier than air and is guided in a closed, hermetically sealed cooling circuit in which a working fluid circulates, having - at least one compressor for working fluid, - at least one relaxation device for working fluid, - at least two heat exchangers for working fluid, each with at least two connections for heat exchanger fluids, - a closed housing , which comprises all devices connected to the closed cooling circuit and can comprise additional devices, characterised in that - the cooling circuit is connected to a drain by a line leading to the drain, which is arranged in flow direction downstream of the compressor and the drain is separated by a shut-off valve from the cooling circuit , - the inside of the housing is connected to the drain and the drain is separated by a shut-off valve from the inside of the housing , - the drain can be guided out of the housing to a location outside the residential building , - at the outlet of the drain a dispersing device is arranged, and - an inert gas held under pressure is stored in at least one inert gas container , and said inert gas container is connected both to the cooling circuit and to the inside of the housing via a shut-off valve respectively. - at least one compressor for working fluid, - at least one relaxation device for working fluid, - at least two heat exchangers for working fluid, each with at least two connections for heat exchanger fluids, - a closed housing , which comprises all devices connected to the closed cooling circuit and can comprise additional devices, characterised in that - the cooling circuit is connected to a drain by a line leading to the drain, which is arranged in flow direction downstream of the compressor and the drain is separated by a shut-off valve from the cooling circuit , - the inside of the housing is connected to the drain and the drain is separated by a shut-off valve from the inside of the housing , - the drain can be guided out of the housing to a location outside the residential building , - at the outlet of the drain a dispersing device is arranged, and - an inert gas held under pressure is stored in at least one inert gas container , and said inert gas container is connected both to the cooling circuit and to the inside of the housing via a shut-off valve respectively.
A polymeric sheet comprising: a first cap layer comprising a first laser-direct structuring (LDS) additive, wherein the first LDS additive is selected from the group consisting of copper chromium oxide spinel, copper hydroxide phosphate, copper phosphate, copper chromium oxide spinel, a copper sulfate, a cuprous thiocyanate, an organic metal complex, a palladium/palladium-containing heavy metal complex, a metal oxide, a metal oxide-coated filler, antimony doped tin oxide coated on mica, a copper containing metal oxide, a zinc containing metal oxide, a tin containing metal oxide, a magnesium containing metal oxide, an aluminum containing metal oxide, a gold containing metal oxide, a silver containing metal oxide, and a combination thereof, and a base layer; wherein said first cap layer contacts said base layer, wherein the first cap layer and the base layer comprise a polymeric resin, and wherein the base layer is free of LDS additives. a first cap layer comprising a first laser-direct structuring (LDS) additive, wherein the first LDS additive is selected from the group consisting of copper chromium oxide spinel, copper hydroxide phosphate, copper phosphate, copper chromium oxide spinel, a copper sulfate, a cuprous thiocyanate, an organic metal complex, a palladium/palladium-containing heavy metal complex, a metal oxide, a metal oxide-coated filler, antimony doped tin oxide coated on mica, a copper containing metal oxide, a zinc containing metal oxide, a tin containing metal oxide, a magnesium containing metal oxide, an aluminum containing metal oxide, a gold containing metal oxide, a silver containing metal oxide, and a combination thereof, and a base layer; wherein said first cap layer contacts said base layer, wherein the first cap layer and the base layer comprise a polymeric resin, and wherein the base layer is free of LDS additives. wherein said first cap layer contacts said base layer, wherein the first cap layer and the base layer comprise a polymeric resin, and wherein the base layer is free of LDS additives.
Modular drive device for electromotively opening and closing and/or electromotively locking and unlocking a window, a door or the like, comprising: - an actuating unit which comprises an actuator and an actuator housing , in which the actuator is mounted, and which is configured to receive a drive torque and to output it via the actuator in order to open or close and/or in order to lock or unlock the window or the door; and - a gear mechanism unit which comprises a motor, a gear mechanism and a gear mechanism housing , in which the motor and the gear mechanism are received, in particular encapsulated, wherein an output element is provided on the gear mechanism, which output element is configured to be drive-coupled to the actuating unit in order to transmit a drive torque of the motor via the gear mechanism to the actuating unit ; characterized in that the gear mechanism unit is configured to be arranged and fastened independently of the actuating unit in an edge-side, inner-side profile chamber of a cover frame of the window or the door, and the actuating unit is configured to be arranged and fastened outside the profile chamber , in the hinge between the cover frame and a wing frame of the window or the door, wherein the actuating unit has the greatest extent in the direction of a longitudinal axis and at least substantially in the direction of the longitudinal axis and is configured to be arranged in the hinge in such a way that the longitudinal axis is oriented at least substantially parallel to the course of the hinge , wherein the actuating unit and the gear mechanism unit are configured to be fastened to the frame offset with respect to one another transversely with respect to the longitudinal axis of the actuating unit , in particular spaced apart from one another transversely with respect to the longitudinal axis of the actuating unit , wherein the actuating unit is configured as a chain unit which comprises: as actuator, a transmission for transmitting a pulling and/or pushing movement from the modular drive device to the wing of the window or the door; as actuator housing , a chain housing, in which the chain is mounted; and a chain sprocket which interacts with the chain, wherein one end of the chain is configured to be fastened to a side, directed towards the hinge , of the wing frame . - an actuating unit which comprises an actuator and an actuator housing , in which the actuator is mounted, and which is configured to receive a drive torque and to output it via the actuator in order to open or close and/or in order to lock or unlock the window or the door; and - a gear mechanism unit which comprises a motor, a gear mechanism and a gear mechanism housing , in which the motor and the gear mechanism are received, in particular encapsulated, wherein an output element is provided on the gear mechanism, which output element is configured to be drive-coupled to the actuating unit in order to transmit a drive torque of the motor via the gear mechanism to the actuating unit ;
An optical anti-counterfeiting element , whereby that optical anti-counterfeiting element comprises: a substrate comprising a first surface and a second surface opposite to each other; micro-sampling tools formed on the first surface, and one or more micro graphic and text units formed on the second surface, wherein the micro graphic and text unit includes micro graphic and text strokes arranged in a non-periodic and non-fixed-shape manner, and when the second surface is observed through the micro-sampling tools, a stereoscopic animated anti-counterfeiting feature can be seen, characterized in that the micro graphic and text strokes of the micro graphic and text unit are arranged only in a first direction of the micro graphic and text unit in a non-periodic and non-fixed-shape manner. a substrate comprising a first surface and a second surface opposite to each other; micro-sampling tools formed on the first surface, and one or more micro graphic and text units formed on the second surface, wherein the micro graphic and text unit includes micro graphic and text strokes arranged in a non-periodic and non-fixed-shape manner, and when the second surface is observed through the micro-sampling tools, a stereoscopic animated anti-counterfeiting feature can be seen, characterized in that the micro graphic and text strokes of the micro graphic and text unit are arranged only in a first direction of the micro graphic and text unit in a non-periodic and non-fixed-shape manner.
Powder for processing in a selective laser sintering method, SLS method, comprising a blend of at least amorphous polyether imide, PEI, and semicrystalline polyphenylene sulfide, PPS, wherein the blend exhibits not only the glass transition temperature but also at least one crystallization melting point, so that additive manufacturing by SLS is achievable with the blend, wherein the blend comprises the amorphous PEI and the PPS in a ratio of 0.5 parts amorphous PEI : 1.5 parts PPS to 1.5 parts amorphous PEI : 0.5 parts PPS.
A control and health monitoring system comprising: a control module ; at least one control component electronically coupled to the control module , the at least one control component comprising an electronic module ; characterised by : an isolation rail , the at least one control component electronically coupled to the control module through the isolation rail , wherein the electronic module is in thermal communication with the isolation rail ; and a thermal management unit configured and arranged to thermally condition the isolation rail . a control module ; at least one control component electronically coupled to the control module , the at least one control component comprising an electronic module ; characterised by : an isolation rail , the at least one control component electronically coupled to the control module through the isolation rail , wherein the electronic module is in thermal communication with the isolation rail ; and a thermal management unit configured and arranged to thermally condition the isolation rail . an isolation rail , the at least one control component electronically coupled to the control module through the isolation rail , wherein the electronic module is in thermal communication with the isolation rail ; and a thermal management unit configured and arranged to thermally condition the isolation rail .
A combination of a substance selected from C5-C10-fatty acid, or derivatives thereof, or salts thereof; and salicylic acid, derivatives thereof, or salts thereof; for use as displacer substance for removing a deleterious substance bound to a protein in an extracorporeal biological fluid.
Fluid control valve comprising a valve body with a valve chamber extending along a valve centre axis , and a valve member which is arranged in the valve chamber for controlling at least a first flow of fluid through the control valve, characterized in that the valve body comprises: a first flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a first flow channel axis being angled with respect to the valve centre axis , and a second flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a second flow channel axis being parallel to and offset from the first flow channel axis , wherein the outer opening of the first flow channel and the outer opening of the second flow channel are aligned along a common axis , and wherein at least one of the first and second flow channels is formed by an impression of a kernel retracted along a respective flow channel axis of the valve body . a valve chamber extending along a valve centre axis , and a valve member which is arranged in the valve chamber for controlling at least a first flow of fluid through the control valve, characterized in that the valve body comprises: a first flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a first flow channel axis being angled with respect to the valve centre axis , and a second flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a second flow channel axis being parallel to and offset from the first flow channel axis , wherein the outer opening of the first flow channel and the outer opening of the second flow channel are aligned along a common axis , and wherein at least one of the first and second flow channels is formed by an impression of a kernel retracted along a respective flow channel axis of the valve body . a first flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a first flow channel axis being angled with respect to the valve centre axis , and a second flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a second flow channel axis being parallel to and offset from the first flow channel axis , wherein the outer opening of the first flow channel and the outer opening of the second flow channel are aligned along a common axis , and wherein at least one of the first and second flow channels is formed by an impression of a kernel retracted along a respective flow channel axis of the valve body .
A cutter having three cutting heads for use as attachment to a lawnmower tractor is comprised of a cover assembly under which are located said three cutting head assemblies positioned in a triangular fashion; said cover assembly pivots around a central axis ; said three headed cutter has a connecting member for connecting it to said tractor by way of an articulated boom arm ; said boom arm connects with said connecting member at a pivot point , from which a biasing means is also connected; each of said three cutting head assemblies consists of a twin blade member and a caster ; said caster rotates with said cutting head assemblies ; said cover assembly is further supported by a support wheel which takes on the load from said connecting member and said articulated boom arm ; said central axis has a motor from which extends downwardly a shaft member , which itself connects to a multiple track pulley which has three belts , one for each cutting head pulley , which themselves connect directly to said cutting head by way of a short shaft member ; tension pulley assemblies , which consist in a pulley and biasing means assembly, keep tension on said belts , characterized in that it further comprises a ratcheting means consisting of a pawl and toothed gear allowing said cover assembly to pivot in only one direction.
An apparatus for a head mounted display device, the apparatus comprising: an electronic component that generates heat during operation; a housing that includes a heat dissipation structure to dissipate heat generated by the electronic component , the heat dissipation structure having a hollow channel , the hollow channel having an interior surface from which heat is to be dissipated into air external to the apparatus, the interior surface of the hollow channel defining at least a portion of an exterior surface of the housing so as to define an air channel completely through the housing , and a flexible thermal conduit having a first end coupled to the heat dissipation structure and a second end coupled to the electronic component . an electronic component that generates heat during operation; a housing that includes a heat dissipation structure to dissipate heat generated by the electronic component , the heat dissipation structure having a hollow channel , the hollow channel having an interior surface from which heat is to be dissipated into air external to the apparatus, the interior surface of the hollow channel defining at least a portion of an exterior surface of the housing so as to define an air channel completely through the housing , and a flexible thermal conduit having a first end coupled to the heat dissipation structure and a second end coupled to the electronic component .