mhurhangee/patent-ind-claim-en huggingface dataset:
A meta device comprising: a plurality of electrodes that are respectively spaced apart from each other; an insulating layer covering the plurality of electrodes ; a meta material comprising a plurality of meta structures that are respectively spaced apart from each other; and an active layer that is disposed between the insulating layer and the meta material and has a charge density which varies according to an electric signal applied thereto; wherein regions between adjacent ones of the plurality of electrodes are filled by the insulating layer . a plurality of electrodes that are respectively spaced apart from each other; an insulating layer covering the plurality of electrodes ; a meta material comprising a plurality of meta structures that are respectively spaced apart from each other; and an active layer that is disposed between the insulating layer and the meta material and has a charge density which varies according to an electric signal applied thereto; wherein regions between adjacent ones of the plurality of electrodes are filled by the insulating layer .
Method implemented in computer-executable instructions for displaying information about vehicle surroundings to a driver of a host vehicle, wherein the host vehicle having a display , the method comprising: obtaining vehicle environment data from one or more information sources , the vehicle environment data indicative of at least a part of a scene occluded from view of the driver when operating the host vehicle; and presenting to the driver, with the aid of the display , an augmented reality environment based on the vehicle environment data and representative of an area surrounding the host vehicle but obstructed from view of the driver; characterized in that the host vehicle is part of a vehicle platoon having a trailing vehicle, the trailing vehicle transmits information from behind the trailing vehicle, a system of the host vehicle communicates with the other vehicle(s) in order to provide the driver of the host vehicle with an augmented reality environment of what is behind the trailing vehicle, wherein the augmented reality environment presented with the aid of the display of the host vehicle allows the driver to "see through" the trailing vehicle either the display is a transparent display overlaying a rear window of the host vehicle or the display is employed in lieu of the rear window of the host vehicle. obtaining vehicle environment data from one or more information sources , the vehicle environment data indicative of at least a part of a scene occluded from view of the driver when operating the host vehicle; and presenting to the driver, with the aid of the display , an augmented reality environment based on the vehicle environment data and representative of an area surrounding the host vehicle but obstructed from view of the driver; characterized in that the host vehicle is part of a vehicle platoon having a trailing vehicle, the trailing vehicle transmits information from behind the trailing vehicle, a system of the host vehicle communicates with the other vehicle(s) in order to provide the driver of the host vehicle with an augmented reality environment of what is behind the trailing vehicle, wherein the augmented reality environment presented with the aid of the display of the host vehicle allows the driver to "see through" the trailing vehicle either the display is a transparent display overlaying a rear window of the host vehicle or the display is employed in lieu of the rear window of the host vehicle.
A cartridge device for collecting and analysing a breath condensate, the device comprising a condensation zone to condense exhaled breath from a subject, the condensation zone , being operably connectable to a cooling means, the device including one or more further discrete regions for detection of analyte and measurement of analyte, the cartridge device further comprising a fluid path connecting the condensation zone to the or each discrete region, a surface of a discrete region including a surface coating, said coating including reagents to engage the condensate and determine composition, characterised in that the discrete region includes 2 or more electrodes in operable connection with the condensation zone, the electrodes being maintained at different potentials.
An access control device , comprising: a primary access barrier configured to move between a closed position and an open position, wherein the primary access barrier is configured to extend into an access passage of the access control device to prevent access through the access passage when in the closed position and is configured to move away from the access passage to permit access through the access passage when in an open position wherein the access passage is defined between parallel first and second trunk portions ; an entry barrier positionable in the access passage of the access control device on a first side of the primary access barrier; and an exit barrier positionable in the access passage of the access control device on a second side of the primary access barrier opposite the first side; characterized in that the entry barrier and the exit barrier each have a height less than the height of the primary access barrier. a primary access barrier configured to move between a closed position and an open position, wherein the primary access barrier is configured to extend into an access passage of the access control device to prevent access through the access passage when in the closed position and is configured to move away from the access passage to permit access through the access passage when in an open position wherein the access passage is defined between parallel first and second trunk portions ; an entry barrier positionable in the access passage of the access control device on a first side of the primary access barrier; and an exit barrier positionable in the access passage of the access control device on a second side of the primary access barrier opposite the first side; characterized in that the entry barrier and the exit barrier each have a height less than the height of the primary access barrier.
Method for collecting and analysing airborne particles, comprising: - a step of eluting particles (P) precipitated on a collecting surface, by injecting an elution liquid through an elution fluidic circuit (C1), said elution fluidic circuit being arranged to convey said precipitated particles (P) to a reaction chamber of an analysis module, - a step of analysing the airborne particles collected in the reaction chamber , - characterized in that : - the eluting step is carried out by heating a first reservoir containing said elution liquid to a first temperature value (T1) in order to make a first meltable compound melt, maintaining said first reservoir under pressure, - the analysing step is carried out by heating the reaction chamber to a second temperature value (T2) higher than the first temperature value (T1), so as to: ∘ activate a detection reaction in said reaction chamber with a view to carrying out an analysis of the airborne particles, ∘ isolate said reaction chamber during the detection reaction by activating a device for isolating the reaction chamber , ∘ initiate a device for sealing the reaction chamber, by melting a second meltable compound, - a step of sealing said reaction chamber by setting the second meltable compound, which occurs when the temperature drops to a third value (T3) lower than said second value (T2). - a step of eluting particles (P) precipitated on a collecting surface, by injecting an elution liquid through an elution fluidic circuit (C1), said elution fluidic circuit being arranged to convey said precipitated particles (P) to a reaction chamber of an analysis module, - a step of analysing the airborne particles collected in the reaction chamber , - characterized in that : - the eluting step is carried out by heating a first reservoir containing said elution liquid to a first temperature value (T1) in order to make a first meltable compound melt, maintaining said first reservoir under pressure, - the analysing step is carried out by heating the reaction chamber to a second temperature value (T2) higher than the first temperature value (T1), so as to: ∘ activate a detection reaction in said reaction chamber with a view to carrying out an analysis of the airborne particles, ∘ isolate said reaction chamber during the detection reaction by activating a device for isolating the reaction chamber , ∘ initiate a device for sealing the reaction chamber, by melting a second meltable compound, ∘ activate a detection reaction in said reaction chamber with a view to carrying out an analysis of the airborne particles, ∘ isolate said reaction chamber during the detection reaction by activating a device for isolating the reaction chamber , ∘ initiate a device for sealing the reaction chamber, by melting a second meltable compound, - a step of sealing said reaction chamber by setting the second meltable compound, which occurs when the temperature drops to a third value (T3) lower than said second value (T2).
A method for reducing a power of a signal electromagnetically coupled from a PLC medium to a digital subscriber line (DSL) medium, comprising: obtaining a measurement of first noise associated with a first signal received at a DSL receiver coupled to the DSL communication medium, wherein the first noise is caused at least in part by a data signal transmitted over the PLC medium at a first average power level from one of a plurality of PLC transmitters coupled to the PLC medium; obtaining a measurement of second noise associated with a second signal received at the DSL receiver coupled to the DSL communication medium, wherein the second noise is caused at least in part by the data signal transmitted over the PLC medium at the second average power level from the one PLC transmitter, and the second average power level is different to the first average power level; and changing a transmit power spectral density (PSD) for the data signal transmitted by the one PLC transmitter over the PLC medium, based on a difference between the first noise and the second noise, such that the changed transmit PSD for the data signal transmitted by the one PLC transmitter over the PLC medium reduces the power of the signal electromagnetically coupled from the PLC medium to the DSL medium caused by the data signal transmission from the one PLC transmitter over the PLC medium. obtaining a measurement of first noise associated with a first signal received at a DSL receiver coupled to the DSL communication medium, wherein the first noise is caused at least in part by a data signal transmitted over the PLC medium at a first average power level from one of a plurality of PLC transmitters coupled to the PLC medium; obtaining a measurement of second noise associated with a second signal received at the DSL receiver coupled to the DSL communication medium, wherein the second noise is caused at least in part by the data signal transmitted over the PLC medium at the second average power level from the one PLC transmitter, and the second average power level is different to the first average power level; and changing a transmit power spectral density (PSD) for the data signal transmitted by the one PLC transmitter over the PLC medium, based on a difference between the first noise and the second noise, such that the changed transmit PSD for the data signal transmitted by the one PLC transmitter over the PLC medium reduces the power of the signal electromagnetically coupled from the PLC medium to the DSL medium caused by the data signal transmission from the one PLC transmitter over the PLC medium.
An appliance comprising: an outer wrapper ; an inner liner ; a trim breaker having a channel that receives at least one of a wrapper edge of the outer wrapper and a liner edge of the inner liner ; a composite multi-layer encapsulation system that hermetically seals an insulating cavity defined between the outer wrapper and the inner liner and disposed within the channel of the trim breaker for securing the inner liner and the outer wrapper to the trim breaker for forming a structural cabinet for the appliance , characterized in that the composite encapsulation system includes a base adhesive and an outer adhesive , wherein the base adhesive defines a structural adhesive component occupying at least a portion of the insulating cavity and the outer adhesive is applied over the base adhesive and defines a sealing adhesive component. an outer wrapper ; an inner liner ; a trim breaker having a channel that receives at least one of a wrapper edge of the outer wrapper and a liner edge of the inner liner ; a composite multi-layer encapsulation system that hermetically seals an insulating cavity defined between the outer wrapper and the inner liner and disposed within the channel of the trim breaker for securing the inner liner and the outer wrapper to the trim breaker for forming a structural cabinet for the appliance , characterized in that the composite encapsulation system includes a base adhesive and an outer adhesive , wherein the base adhesive defines a structural adhesive component occupying at least a portion of the insulating cavity and the outer adhesive is applied over the base adhesive and defines a sealing adhesive component.
Crawler tread for a running track of a crawler vehicle, in particular crawler tread for a running track of a downhill snow groomer or crawler tread for a running track of a cross-country snow groomer, it being possible for the crawler tread to be fastened transversely to the running direction to belts of the running track which are oriented in the direction of travel and lie parallel to one another, the crawler tread comprising an elongate main body , the crawler tread having a support element , the support element being configured on an outer side of the main body as a flat support , in order to arrange the crawler tread so as to bear with the support against the belts , the main body having two side limbs , the two side limbs being present on the main body in such a way that the elongate crawler tread tapers in an edge-like manner on a further outer side which lies opposite the flat support and is spaced apart from the support , the support element and the side limbs enclosing a cavity of the main body , characterized in that a side limb has through-passage openings (46-48), with the result that an edge of the crawler tread is present in a manner which is plugged through a plurality of through-passage openings (46-48) into the cavity of the main body , the support element having a receiving member , the edge being present so as to line up on the receiving member with the end which is plugged into the cavity .
A method for providing a broadcast service by a transmitting device, the method comprising: transmitting a moving picture experts group, MPEG, media transport protocol, MMTP, packet including a mmt signed message, wherein the mmt signed message comprises: a mmt atsc3 message, an atsc3 signature byte field containing a byte of a signature for the mmt atsc3 message, and an atsc3 signature length field indicating a length of signature data contained in the mmt signed message, wherein the mmt atsc3 message comprises: an atsc3 message content byte field containing the number of bytes of the content carried by the mmt atsc3 message, and an atsc3 message content type field indicating type of message content in a payload of the mmt atsc3 message. transmitting a moving picture experts group, MPEG, media transport protocol, MMTP, packet including a mmt signed message, wherein the mmt signed message comprises: a mmt atsc3 message, an atsc3 signature byte field containing a byte of a signature for the mmt atsc3 message, and an atsc3 signature length field indicating a length of signature data contained in the mmt signed message, a mmt atsc3 message, an atsc3 signature byte field containing a byte of a signature for the mmt atsc3 message, and an atsc3 signature length field indicating a length of signature data contained in the mmt signed message, wherein the mmt atsc3 message comprises: an atsc3 message content byte field containing the number of bytes of the content carried by the mmt atsc3 message, and an atsc3 message content type field indicating type of message content in a payload of the mmt atsc3 message. an atsc3 message content byte field containing the number of bytes of the content carried by the mmt atsc3 message, and an atsc3 message content type field indicating type of message content in a payload of the mmt atsc3 message.
A method of forming a semiconductor device, comprising: providing a semiconductor substrate having a fin extending above the semiconductor substrate ; forming a sacrificial gate material over the fin ; forming a sacrificial gate structure from the sacrificial gate material over a channel region of the fin with an etch process comprising a first process operation and a second process operation, wherein the first processing operation forms a top portion of the sacrificial gate structure , and the second processing condition forms a tapered portion and a bottom portion of the sacrificial gate structure and wherein the tapered portion is above the fin , and the top portion is wider than the bottom portion, and the tapered portion transitions the width from the wider top portion to the narrower bottom portion, the first process operation has a first processing environment and the second process operation has a second processing environment different than the first processing environment, and wherein each processing environment comprises a processing temperature and a reactant gas concentration; depositing dielectric material around the sacrificial gate structure ; removing the sacrificial gate structure to form an opening within the dielectric material having a corresponding profile of the sacrificial gate profile; and forming a gate stack within the opening, the gate stack having the same profile as the sacrificial gate structure . providing a semiconductor substrate having a fin extending above the semiconductor substrate ; forming a sacrificial gate material over the fin ; forming a sacrificial gate structure from the sacrificial gate material over a channel region of the fin with an etch process comprising a first process operation and a second process operation, wherein the first processing operation forms a top portion of the sacrificial gate structure , and the second processing condition forms a tapered portion and a bottom portion of the sacrificial gate structure and wherein the tapered portion is above the fin , and the top portion is wider than the bottom portion, and the tapered portion transitions the width from the wider top portion to the narrower bottom portion, the first process operation has a first processing environment and the second process operation has a second processing environment different than the first processing environment, and wherein each processing environment comprises a processing temperature and a reactant gas concentration; depositing dielectric material around the sacrificial gate structure ; removing the sacrificial gate structure to form an opening within the dielectric material having a corresponding profile of the sacrificial gate profile; and
An atomizer for an aerosol delivery device, the atomizer comprising: a segment of a liquid transport element extending between a first liquid transport element end and a second liquid transport element end ; and a segment of a wire extending along at least a portion of the segment of the liquid transport element and defining a heating element comprising a plurality of coils of the wire including a heating portion at which the coils define a variable pitch, the variable pitch of the coils being greatest at a plurality of outer sections and smallest at a center section positioned between the outer sections . a segment of a liquid transport element extending between a first liquid transport element end and a second liquid transport element end ; and a segment of a wire extending along at least a portion of the segment of the liquid transport element and defining a heating element comprising a plurality of coils of the wire including a heating portion at which the coils define a variable pitch, the variable pitch of the coils being greatest at a plurality of outer sections and smallest at a center section positioned between the outer sections .
A pump component , said pump component having a motor disposed in a stator shell , wherein the stator shell is provided with a terminal box on an axial end side ; the terminal box has a tubular shell part ; the first axial end side of the tubular shell part is placed on the axial end side of the stator shell , wherein an electric connector is arranged between the first axial end side of the tubular shell part and the axial end side of the stator shell ; the second axial end side of the tubular shell part is closed by at least one cover ; the terminal box is internally provided with an operation and display circuit board and a motor drive circuit in electric connection with the operation and display circuit board and for control over working of the motor ; the cover is provided with a plurality of operation elements and a display hole , wherein the tubular shell part and the electric connector are separately molded; the outer circumferential surface of the tubular shell part is formed with a chute extending from the first axial end side of the tubular shell part to the middle portion of the periphery of the tubular shell part and matched with the electric connector ; during assembling, first the electric connector is fixed on the axial end side of the stator shell through a fastener ; then the tubular shell part is mounted onto the axial end side of the stator shell so that the electric connector is limited along the chute in axial slidable insertion, and the axial height of the chute is matched with the axial height of the electric connector ; then the first axial end side of the tubular shell part and the axial end side of the stator shell are connected through a fastener such that the electric connector is assembled and limited in the chute ; and the electric connector is in electric connection with the motor drive circuit in the terminal box and a connector of the motor .