mhurhangee/patent-ind-claim-en huggingface dataset:
An oral device assembly comprising: a carrying case comprising first and second clam shell members hingedly connected along one side thereof, wherein said first and second clam shell members are pivotal relative to each other between an open position and a closed position, wherein said first and second clam shell members define an interior cavity when in said closed position, at least one of said clam shell member having an interior support member ; and an oral device comprising a handle , a tether coupled to said handle and an intraoral bolus simulator coupled to said tether, wherein at least a portion of said oral device is disposed between said first and second clam shell members when in said closed position, wherein said support member supports said oral device in said carrying case when said first and second clam shell members are in said open and closed position, and wherein said support member engages said oral device such that said intraoral bolus simulator is suspended in said interior cavity free of any engagement with said carrying case when said first and second clam shell members are in said closed position. a carrying case comprising first and second clam shell members hingedly connected along one side thereof, wherein said first and second clam shell members are pivotal relative to each other between an open position and a closed position, wherein said first and second clam shell members define an interior cavity when in said closed position, at least one of said clam shell member having an interior support member ; and an oral device comprising a handle , a tether coupled to said handle and an intraoral bolus simulator coupled to said tether, wherein at least a portion of said oral device is disposed between said first and second clam shell members when in said closed position, wherein said support member supports said oral device in said carrying case when said first and second clam shell members are in said open and closed position, and wherein said support member engages said oral device such that said intraoral bolus simulator is suspended in said interior cavity free of any engagement with said carrying case when said first and second clam shell members are in said closed position.
A method for an asymmetric key derivation by a signing entity for a terminal device , which is a control device for a vehicle , having the steps: - Introduction of identical cryptographic material into the signing entity and into the terminal device in a secured environment of a manufacturer of the vehicle , wherein the cryptographic material is a common secret or a symmetric key; - derivation in each case of a private key from the cryptographic material in the signing entity and in the terminal device ; - calculation in each case of a public key from the private key in the signing entity and in the terminal device ; - generation of a signature or a signed public key in the signing entity ; - transmission of the signature or of the signed public key by the signing entity into the terminal device ; and - attachment of the signature of the signature entity or a signature extracted from the signed public key of the signing entity to the public key of the terminal device in the terminal device , in order to generate a signed public key of the terminal device , wherein the terminal device is provided by a supplier of the terminal device with a preliminary cryptographic material, in order to protect the introduction of the signature into the terminal device by means of the preliminary cryptographic material, wherein the preliminary cryptographic material is invalid, if the signature is introduced into the terminal device . - Introduction of identical cryptographic material into the signing entity and into the terminal device in a secured environment of a manufacturer of the vehicle , wherein the cryptographic material is a common secret or a symmetric key; - derivation in each case of a private key from the cryptographic material in the signing entity and in the terminal device ; - calculation in each case of a public key from the private key in the signing entity and in the terminal device ; - generation of a signature or a signed public key in the signing entity ; - transmission of the signature or of the signed public key by the signing entity into the terminal device ; and - attachment of the signature of the signature entity or a signature extracted from the signed public key of the signing entity to the public key of the terminal device in the terminal device , in order to generate a signed public key of the terminal device ,
A heated floor panel with an electrical short protection arrangement comprising: a heating layer being at least partially electrically conductive; a conductive layer initially electrically insulated from the heating layer; a protection circuit in electrical communication with the conductive layer configured to halt a supply of electrical energy to the heating layer in response to current flowing into the conductive layer; characterized in that said heating layer includes electric conductors and a substrate formed of a positive temperature coefficient material, and said heating layer having a design temperature and a resistance of said heating layer increasing when said design temperature is reached; and in that said protection circuit is configured to receive a current signal from said conductive layer, said conductive layer being connected to said protection circuit by a line, wherein no current signal is present on the line when no current is communicated into the conductive layer, wherein the protection circuit is configured to open a switch to stop the supply of energy to the heating layer when a current signal is sent to the protection circuit by the conductive layer. a heating layer being at least partially electrically conductive; a conductive layer initially electrically insulated from the heating layer; a protection circuit in electrical communication with the conductive layer configured to halt a supply of electrical energy to the heating layer in response to current flowing into the conductive layer; characterized in that said heating layer includes electric conductors and a substrate formed of a positive temperature coefficient material, and said heating layer having a design temperature and a resistance of said heating layer increasing when said design temperature is reached; and in that said protection circuit is configured to receive a current signal from said conductive layer, said conductive layer being connected to said protection circuit by a line, wherein no current signal is present on the line when no current is communicated into the conductive layer, wherein the protection circuit is configured to open a switch to stop the supply of energy to the heating layer when a current signal is sent to the protection circuit by the conductive layer.
Horizontal axis Wind turbine of propeller type comprising two separate rotors, a main, conventional rotor with three symmetrically arranged blades permanent fixed to a main shaft and a generator, and an additional rotor comprising a single blade, namely an additional 4th blade , also of propeller type, and of significantly longer length than each of said three blades, and selectively coupleable to the main shaft, both rotors being arranged for rotating in parallel planes to each other, in the same direction, and are coaxial with the main shaft wherein: the additional 4th blade , when coupled to the main shaft, is positioned in the space between two successive blades of said three blades and diametrically opposite to the third blade of said three blades, wherein the additional 4th blade , when coupled to the main shaft, rotates at the same rotational speed with said main, conventional rotor, wherein the additional 4th blade , when uncoupled from the main shaft, is remaining in a stand-by position, been stopped and positioned in vertical position along and at the front of a tower of the horizontal axis wind turbine toward the wind direction, wherein the additional 4th blade , when uncoupled from the main shaft, does not transmit a rotational torque to the main shaft and to the generator.
An apparatus for cutting an electrically conductive tube , the apparatus comprising: an electrode adapted to be introduced into a tube such that a longitudinal axis (A) of the electrode is at least in substance arranged in parallel to or coincident with a central axis (C) of the tube , an electric voltage source for providing an electric voltage between the electrode and the tube , in particular for generating electric discharges between the electrode and the tube , an electric motor for rotating the electrode around the longitudinal axis (A), a coupling element for coupling the electrode to the motor , the coupling element being adapted to transmit a rotational movement of a shaft of the motor to the electrode such that the electrode rotates around its longitudinal axis (A), a gas passage for introducing gas into the interior of the tube , the gas passage comprising a straight gas pipe arranged collinear with the longitudinal axis (A) between the motor and the electrode , and the coupling element comprises a connecting element which extends collinear with the longitudinal axis (A) through the inside of the gas pipe , the connecting element having a first end attached to the motor shaft and a second end held by the gas pipe , characterized in that a tension device of the apparatus comprises at least one hollow rod having a first end facing a shaft of the motor and a second end distal to the motor , and that a first end of the gas pipe is held by the second end of the at least one hollow rod . an electrode adapted to be introduced into a tube such that a longitudinal axis (A) of the electrode is at least in substance arranged in parallel to or coincident with a central axis (C) of the tube , an electric voltage source for providing an electric voltage between the electrode and the tube , in particular for generating electric discharges between the electrode and the tube , an electric motor for rotating the electrode around the longitudinal axis (A), a coupling element for coupling the electrode to the motor , the coupling element being adapted to transmit a rotational movement of a shaft of the motor to the electrode such that the electrode rotates around its longitudinal axis (A), a gas passage for introducing gas into the interior of the tube , the gas passage comprising a straight gas pipe arranged collinear with the longitudinal axis (A) between the motor and the electrode , and the coupling element comprises a connecting element which extends collinear with the longitudinal axis (A) through the inside of the gas pipe , the connecting element having a first end attached to the motor shaft and a second end held by the gas pipe ,
A communication method performed by a first access network device, the first access network device being a target access network device of a handover procedure of a terminal device from a source access network device to the target access network device, the method comprising the steps of: • receiving (step 1010a) a random access request from the terminal device; • in reaction to the reception of the random access request from the terminal device, performing (step 1020a) unsuccessful listen before talk, LBT, for channel detection on an unlicensed channel between the first access network device and the terminal device; and • sending (step 1030a) first indication information to a second access network device, the second access network device being the source access network device, ∘ wherein the first indication information indicates that the first access network device has performed the unsuccessful LBT for channel detection on the unlicensed channel, and the first indication information comprises at least one of an identifier of the terminal device and an identifier of a cell on which the unsuccessful LBT has been performed. • receiving (step 1010a) a random access request from the terminal device; • in reaction to the reception of the random access request from the terminal device, performing (step 1020a) unsuccessful listen before talk, LBT, for channel detection on an unlicensed channel between the first access network device and the terminal device; and • sending (step 1030a) first indication information to a second access network device, the second access network device being the source access network device, ∘ wherein the first indication information indicates that the first access network device has performed the unsuccessful LBT for channel detection on the unlicensed channel, and the first indication information comprises at least one of an identifier of the terminal device and an identifier of a cell on which the unsuccessful LBT has been performed. ∘ wherein the first indication information indicates that the first access network device has performed the unsuccessful LBT for channel detection on the unlicensed channel, and the first indication information comprises at least one of an identifier of the terminal device and an identifier of a cell on which the unsuccessful LBT has been performed.
A composition for air polishing the surface of hard dental tissue, the composition comprising at least: • an abrasive first powder suitable for polishing hard dental tissue, the first powder comprising sodium bicarbonate, calcium carbonate, glycine, a silicate, silica, silicon hydroxide, silicon carbide, powdered pumice stone, diamond powder, aluminum oxide, aluminum hydroxide, or a mixture of these compounds; • a second powder of a gelling agent selected from: poloxamers, hydroxypropylmethyl cellulose, methyl cellulose, carrageenans, and mixtures thereof; and • a third powder of a dental treatment agent, the dental treatment agent being a therapeutic agent or a coloring agent. • an abrasive first powder suitable for polishing hard dental tissue, the first powder comprising sodium bicarbonate, calcium carbonate, glycine, a silicate, silica, silicon hydroxide, silicon carbide, powdered pumice stone, diamond powder, aluminum oxide, aluminum hydroxide, or a mixture of these compounds; • a second powder of a gelling agent selected from: poloxamers, hydroxypropylmethyl cellulose, methyl cellulose, carrageenans, and mixtures thereof; and • a third powder of a dental treatment agent, the dental treatment agent being a therapeutic agent or a coloring agent.
A method of decoding video image blocks in an entropy decoder, comprising: determining whether binary splitting is enabled for a block by evaluating if the block is within an allowable range of width and height; decoding a first flag to determine whether the block is to be split if binary splitting is enabled; determining whether horizontal, vertical, asymmetric horizontal or asymmetric vertical splitting are respectively allowed for the block if the block is to be split, by checking block size relative to said minimum block size and horizontal and vertical dimensions, and decoding a second flag to determine whether the block is split in a horizontal or vertical direction, if horizontal or vertical splitting is allowed decoding a third flag to determine whether asymmetric splitting is to be performed; and performing a split in the desired orientation according to bitstream syntax. determining whether binary splitting is enabled for a block by evaluating if the block is within an allowable range of width and height; decoding a first flag to determine whether the block is to be split if binary splitting is enabled; determining whether horizontal, vertical, asymmetric horizontal or asymmetric vertical splitting are respectively allowed for the block if the block is to be split, by checking block size relative to said minimum block size and horizontal and vertical dimensions, and decoding a second flag to determine whether the block is split in a horizontal or vertical direction, if horizontal or vertical splitting is allowed decoding a third flag to determine whether asymmetric splitting is to be performed; and performing a split in the desired orientation according to bitstream syntax.
A method performed by a wireless device , comprising: detecting a synchronization signal, SS, block from a cellular base station ; determining a SS index of a SS burst comprising the detected SS block, wherein one or more SS bursts each comprising a plurality of SS blocks are transmitted in a period of a periodic pattern; determining a relative position of the detected SS block within the SS bursty wherein determining the relative position of the detected SS block within the SS burst comprises performing a number of decoding attempts equal to a number of SS blocks in the SS burst to test each possible relative location hypothesis; determining a SS block index of the SS block that identifies the location of the SS block within the period of the periodic pattern according to which synchronization signals are transmitted by the cellular base station ; and transmitting an indication of the SS block index of the SS block detected by the wireless device to the cellular base station . detecting a synchronization signal, SS, block from a cellular base station ; determining a SS index of a SS burst comprising the detected SS block, wherein one or more SS bursts each comprising a plurality of SS blocks are transmitted in a period of a periodic pattern; determining a relative position of the detected SS block within the SS bursty wherein determining the relative position of the detected SS block within the SS burst comprises performing a number of decoding attempts equal to a number of SS blocks in the SS burst to test each possible relative location hypothesis; determining a SS block index of the SS block that identifies the location of the SS block within the period of the periodic pattern according to which synchronization signals are transmitted by the cellular base station ; and transmitting an indication of the SS block index of the SS block detected by the wireless device to the cellular base station .
A wakefulness induction control device , comprising: a sleepiness estimating device provided with : an environmental information detector that detects a plurality of conditions of an environment surrounding a person (U) and outputs environmental information indicating the conditions detected of the environment; a calculator that calculates an environmental level indicating a degree of how likely the person (U) becomes sleepy in the environment in accordance with the environmental information output by the environmental information detector ; and an output that outputs the environmental level calculated by the calculator ; said wakefulness induction control device further comprising : a controller that actuates a wakefulness inducer that induces wakefulness in the person (U) in a mode corresponding to the environmental level; and a sleepiness detector that detects a sleepiness level indicating a degree of sleepiness of the person (U), wherein the controller actuates the wakefulness inducer when the sleepiness level detected by the sleepiness detector is equal to or higher than a first reference value characterized in that when there are a plurality of persons (U) in the environment, the sleepiness detector detects the sleepiness level of each of the plurality of persons (U), and the controller stops the wakefulness inducer when the sleepiness level of each of the plurality of persons (U) is equal to or lower than a second reference value. an environmental information detector that detects a plurality of conditions of an environment surrounding a person (U) and outputs environmental information indicating the conditions detected of the environment; a calculator that calculates an environmental level indicating a degree of how likely the person (U) becomes sleepy in the environment in accordance with the environmental information output by the environmental information detector ; and an output that outputs the environmental level calculated by the calculator ; a controller that actuates a wakefulness inducer that induces wakefulness in the person (U) in a mode corresponding to the environmental level; and a sleepiness detector that detects a sleepiness level indicating a degree of sleepiness of the person (U), wherein the controller actuates the wakefulness inducer when the sleepiness level detected by the sleepiness detector is equal to or higher than a first reference value the sleepiness detector detects the sleepiness level of each of the plurality of persons (U), and the controller stops the wakefulness inducer when the sleepiness level of each of the plurality of persons (U) is equal to or lower than a second reference value.
A glass comprising at least the following components (given in mol-% on oxide basis): SiO 2 64 - 77 Al 2 O 3 5 - 14 Na 2 O 4 - 12 CaO 1 - 12 MgO 0 - 4 ZrO 2 0 - 2 TiO 2 0 - 4.5 B 2 O 3 < 0.5 SrO ≤ 3.5 wherein the ratio Al 2 O 3 /Na 2 O ≥ 1; wherein the ratio Al 2 O 3 /CaO ≥ 1.5; wherein the total content SiO 2 + Al 2 O 3 < 82 mol-%.
Optical scattering-based smoke detector that comprises: a scattering zone accessible to the smoke; a printed circuit forming a supporting member and on which an electronic smoke detection unit is mounted; a light emitter mounted on said printed circuit; a light receiver , sensitive for at least some of the wavelengths of the light rays emitted by the emitter and mounted on said printed circuit; a first light reflector facing the emitter so as to direct the light emitted by the emitter into a detection zone in the scattering zone; and a second light reflector facing the receiver so as to direct, if there is smoke in the scattering zone, the scattered light coming from said detection zone onto the receiver; characterized in that a single mechanical part comprises the first and second light reflectors and a link resistant to the passage of the light from the first light reflector to the second light reflector , said link comprising an optical guide designed to carry a portion of the light emitted by the emitter to the receiver, the electronic smoke detection unit being designed to detect the absence of reception, by said receiver, of said portion of the light emitted by the emitter and to emit a signal representative of this absence of reception. a scattering zone accessible to the smoke; a printed circuit forming a supporting member and on which an electronic smoke detection unit is mounted; a light emitter mounted on said printed circuit; a light receiver , sensitive for at least some of the wavelengths of the light rays emitted by the emitter and mounted on said printed circuit; a first light reflector facing the emitter so as to direct the light emitted by the emitter into a detection zone in the scattering zone; and a second light reflector facing the receiver so as to direct, if there is smoke in the scattering zone, the scattered light coming from said detection zone onto the receiver; characterized in that a single mechanical part comprises the first and second light reflectors and a link resistant to the passage of the light from the first light reflector to the second light reflector , said link comprising an optical guide designed to carry a portion of the light emitted by the emitter to the receiver, the electronic smoke detection unit being designed to detect the absence of reception, by said receiver, of said portion of the light emitted by the emitter and to emit a signal representative of this absence of reception.