mhurhangee/patent-ind-claim-en huggingface dataset:
An artificial sensory epithelium to be embedded in a cochlea of a patient, comprising: a piezoelectric film having a thin and long strip shape; and multitude microelectrodes arranged on the piezoelectric film, the microelectrodes configured to provide electric stimuli to spiral ganglion neurons, wherein the piezoelectric film is configured to induce minute voltage corresponding to strain caused by vibration of a portion of the piezoelectric film, the piezoelectric film has one end part on which a resonance segment is provided, the resonance segment resonating with sound waves in a high frequency band range of an audible frequency band of the patient, and a part of the resonance segment on a side of the piezoelectric film has a width larger than a part thereof on an opposite side of the piezoelectric film. a piezoelectric film having a thin and long strip shape; and multitude microelectrodes arranged on the piezoelectric film, the microelectrodes configured to provide electric stimuli to spiral ganglion neurons, wherein the piezoelectric film is configured to induce minute voltage corresponding to strain caused by vibration of a portion of the piezoelectric film, the piezoelectric film has one end part on which a resonance segment is provided, the resonance segment resonating with sound waves in a high frequency band range of an audible frequency band of the patient, and a part of the resonance segment on a side of the piezoelectric film has a width larger than a part thereof on an opposite side of the piezoelectric film.
A method of cleaning and sterilizing a product filling apparatus that includes product supply piping that feeds a product into a filling machine through a heating sterilization part , the method comprising a CIP process of removing a remaining foreign matter from a product or the like on an interior of the product supply piping and an SIP process of sterilizing the interior of the product supply piping , wherein the CIP process and the SIP process are performed at the same time, wherein the SIP process is performed at the same time as the CIP process using an alkali or acid that satisfies the sterilization temperature condition, characterized in that a rinsing step for rinsing a cleaner is performed during a temperature stabilization step following the SIP process, wherein the temperature stabilization step comprises adjusting a temperature and flowrate at each position from a first-stage heating portion to a second-stage cooling portion in the heating sterilization part for a product sterilization process. wherein the CIP process and the SIP process are performed at the same time, wherein the SIP process is performed at the same time as the CIP process using an alkali or acid that satisfies the sterilization temperature condition, characterized in that a rinsing step for rinsing a cleaner is performed during a temperature stabilization step following the SIP process, wherein the temperature stabilization step comprises adjusting a temperature and flowrate at each position from a first-stage heating portion to a second-stage cooling portion in the heating sterilization part for a product sterilization process.
Method for determining a local intensity ( I 0 ) of an acoustic field (AF) induced by an ultrasound source and propagating in a target region of a soft solid , at a position ( r ) located within said target region, wherein said method includes at least the following steps: a) determining a value of an ultrasound attenuation coefficient (α) of the soft body in the target region ; b) determining a value of the shear modulus (μ) of the soft body in the target region ; c) determining a value of the speed of sound (c) in the target region of the soft body ; characterised by d) building , with the values determined in steps a), b) and c), a viscoelastic model (M) of a steady-state displacement induced by an acoustic field having a time invariant shape, or a viscoelastic model (M') of a difference between two steady-state displacements induced by an acoustic field having a time invariant shape ; e) applying , to the target region the acoustic field (AF) emitted by an ultrasound source , for a duration (T) such that the acoustic field induces a steady-state localized deformation ( ) of the soft body in the target region ; f) measuring at least one steady state displacement ( u i,ss ( r ), u SS ( r 1 ), u SS ( r 2 )), or a steady-state displacement difference (Δ u i,ss ), induced by the acoustic field (AF) at a given position ( r ) in the target region ; and g) computing the amplitude of the intensity of the acoustic field at said given position by inverting the viscoelastic model (M, M') at said given position, for the displacement(s) measured at step f). a) determining a value of an ultrasound attenuation coefficient (α) of the soft body in the target region ; b) determining a value of the shear modulus (μ) of the soft body in the target region ; c) determining a value of the speed of sound (c) in the target region of the soft body ; characterised by d) building , with the values determined in steps a), b) and c), a viscoelastic model (M) of a steady-state displacement induced by an acoustic field having a time invariant shape, or a viscoelastic model (M') of a difference between two steady-state displacements induced by an acoustic field having a time invariant shape ; e) applying , to the target region the acoustic field (AF) emitted by an ultrasound source , for a duration (T) such that the acoustic field induces a steady-state localized deformation ( ) of the soft body in the target region ; f) measuring at least one steady state displacement ( u i,ss ( r ), u SS ( r 1 ), u SS ( r 2 )), or a steady-state displacement difference (Δ u i,ss ), induced by the acoustic field (AF) at a given position ( r ) in the target region ; and g) computing the amplitude of the intensity of the acoustic field at said given position by inverting the viscoelastic model (M, M') at said given position, for the displacement(s) measured at step f).
A device for extracting at least one characteristic of an object, comprising: - a light sensor configured for capturing or recording at least a section of a hologram of an object , and - a processing unit coupled to the light sensor and configured for extracting at least one object characteristic from the hologram ; characterized in that : the processing unit is configured for extracting the at least one object characteristic from only a section of the hologram without reconstructing an image representation of the object , wherein the light sensor consists of two rows of light capturing or recording elements intersecting each other thereby forming a cross-shape. - a light sensor configured for capturing or recording at least a section of a hologram of an object , and - a processing unit coupled to the light sensor and configured for extracting at least one object characteristic from the hologram ; characterized in that : the processing unit is configured for extracting the at least one object characteristic from only a section of the hologram without reconstructing an image representation of the object , wherein the light sensor consists of two rows of light capturing or recording elements intersecting each other thereby forming a cross-shape.
A topical instillate comprising: (a) 0.1 mg/ml to 40 mg/ml of one or more cannabinoids; (b) 25 mg/ml to 1000 mg/ml of one or more terpenes; (c) 10 mg/ml to 500 mg/ml of one or more flavonoids; and (d) a liquid carrier selected for instillation of the instillate onto an integumentary wound. (a) 0.1 mg/ml to 40 mg/ml of one or more cannabinoids; (b) 25 mg/ml to 1000 mg/ml of one or more terpenes; (c) 10 mg/ml to 500 mg/ml of one or more flavonoids; and (d) a liquid carrier selected for instillation of the instillate onto an integumentary wound.
A position indicator designed to send to a position detecting device a plurality of signal blocks successively, each of the plurality of signal blocks including: a continuous signal for position detection; a first modulated signal acquired by modulating a carrier wave by one of a plurality of divided information parts constituting first information unique to the position indicator and different from the information assigned to any other position indicator; and a second modulated signal acquired by modulating the carrier wave by second information acquired from signals supplied to one or more control terminals (P2, ..., P5) or from a voltage status of the one or more control terminals (P2, ..., P5), wherein the position indicator sends the entire first information by sending the plurality of signal blocks. a continuous signal for position detection; a first modulated signal acquired by modulating a carrier wave by one of a plurality of divided information parts constituting first information unique to the position indicator and different from the information assigned to any other position indicator; and a second modulated signal acquired by modulating the carrier wave by second information acquired from signals supplied to one or more control terminals (P2, ..., P5) or from a voltage status of the one or more control terminals (P2, ..., P5),
A pixel print structure comprising a substrate , a first side wall and a second side wall located on the substrate , and an intermediate portion located between the first side wall and the second side wall , wherein the first side wall and the intermediate portion define a first area and the second side wall and the intermediate portion define a second area, wherein the pixel print structure further comprises: a first abutment portion formed on the substrate against a surface of the first side wall facing the second side wall ; a second abutment portion formed on the substrate against a surface of the second side wall facing the first side wall ; and an intermediate bottom portion formed between the intermediate portion and the substrate , wherein a bottom surface of each of the first abutment portion , the second abutment portion and the intermediate bottom portion is flush with bottom surfaces of the first side wall and the second side wall , and a bottom surface of the intermediate portion directly contacts a top surface of the intermediate bottom portion , wherein each of the first abutment portion , the second abutment portion and the intermediate bottom portion has a hydrophobic-hydrophilic property opposite to that of the first side wall , the second side wall and the intermediate portion , characterized in that a height of the intermediate portion is lower than a height of the first side wall and a height of the second side wall . wherein the pixel print structure further comprises: a first abutment portion formed on the substrate against a surface of the first side wall facing the second side wall ; a second abutment portion formed on the substrate against a surface of the second side wall facing the first side wall ; and an intermediate bottom portion formed between the intermediate portion and the substrate , a first abutment portion formed on the substrate against a surface of the first side wall facing the second side wall ; a second abutment portion formed on the substrate against a surface of the second side wall facing the first side wall ; and an intermediate bottom portion formed between the intermediate portion and the substrate , wherein a bottom surface of each of the first abutment portion , the second abutment portion and the intermediate bottom portion is flush with bottom surfaces of the first side wall and the second side wall , and a bottom surface of the intermediate portion directly contacts a top surface of the intermediate bottom portion , wherein each of the first abutment portion , the second abutment portion and the intermediate bottom portion has a hydrophobic-hydrophilic property opposite to that of the first side wall , the second side wall and the intermediate portion , characterized in that a height of the intermediate portion is lower than a height of the first side wall and a height of the second side wall .
Household refrigeration appliance with a housing , in which a receiving space for food is embodied, and with a door which is arranged on the housing so as to be able to pivot about a pivot axis (A) in order to close the receiving space with a bearing unit on a stop side, wherein the door has recessed grips on opposing vertical narrow sides , and the pivot axis (A) is embodied outside of the recessed grip embodied on the stop side, wherein a door-side bearing part having the pivot axis (A) is arranged in a door end piece , characterised in that a housing-side bearing pin which defines the pivot axis (A) is arranged adjoining the recessed grip in the longitudinal direction (B) of the recessed grip and without an overlap with the recessed grip in the longitudinal direction (B) of the recessed grip .
A sensor comprising: a gas sensing electrode and a counter electrode disposed within a housing and respective conductors that connect the gas sensing electrode and the counter electrode to an external sensing circuit, the housing includes walls defining a cavity containing electrolyte (E) in fluid communication with the gas sensing electrode and counter electrode and wherein the walls further comprise one or more coatings or second layers superimposed on the walls , the one or more coatings or second layers having a lower water vapor transport rate than that of the walls , such that, in use, water vapor transport between the electrolyte and atmosphere through the walls of the housing is reduced characterised in that the one or more coatings or second layers comprise parylene C.
An airbag device , comprising: an airbag that expands and deploys to integrally cover the head and side sections of an occupant seated on a vehicle seat ; and an inflator that supplies gas to the airbag ; wherein the airbag has a pair of chambers coupled by a coupling section positioned to the sides of the center of the vehicle seat in the left-right direction that deploy forward of the occupant when expansion and deployment are complete, the pair of chambers respectively expand and deploy frontward from both the left and right sides of the vehicle seat during expansion and deployment, there being a pair of side protecting chambers that cover at least the side sections of the occupant , the side protecting chambers are coupled by the coupling section , and the coupling section is configured so as to be thinner than the side protecting chambers at least during initial expansion and deployment, characterized in that the coupling section has a delay chamber section where complete expansion and deployment by gas supplied through inner vents connected to the side protecting chambers is more temporally delayed than for the side protecting chambers , and the delay chamber section includes a left-right pair of expanding sections, and gas from the inner vents , provided to the sides of the center in the left-right direction of the vehicle seat in the side protecting chambers , is supplied to the expansion sections. an airbag that expands and deploys to integrally cover the head and side sections of an occupant seated on a vehicle seat ; and an inflator that supplies gas to the airbag ; wherein the airbag has a pair of chambers coupled by a coupling section positioned to the sides of the center of the vehicle seat in the left-right direction that deploy forward of the occupant when expansion and deployment are complete, the pair of chambers respectively expand and deploy frontward from both the left and right sides of the vehicle seat during expansion and deployment, there being a pair of side protecting chambers that cover at least the side sections of the occupant , the side protecting chambers are coupled by the coupling section , and the coupling section is configured so as to be thinner than the side protecting chambers at least during initial expansion and deployment, characterized in that the coupling section has a delay chamber section where complete expansion and deployment by gas supplied through inner vents connected to the side protecting chambers is more temporally delayed than for the side protecting chambers , and the delay chamber section includes a left-right pair of expanding sections, and gas from the inner vents , provided to the sides of the center in the left-right direction of the vehicle seat in the side protecting chambers , is supplied to the expansion sections.
An electronic apparatus comprising: a hinge module ; a sound module ; a first housing coupled to the hinge module , the first housing comprising a sound discharge hole formed to be connected to an outside of the electronic apparatus and a first side frame comprising a first conductive portion ; a second housing coupled to be foldable with respect to the first housing through the hinge module , the second housing comprising a second side frame comprising a second conductive portion ; a wireless communication circuit, which is electrically connected to the first conductive portion and/or the second conductive portion ; a flexible display disposed to be supported by at least a part of the first housing and the second housing ; and a spacing member comprising at least one opening disposed in a portion corresponding to the sound discharge hole , the spacing member being protruded further than the outer surface of the first housing , wherein at least part of a sound output from the sound module is emitted to the outside of the electronic apparatus through the sound discharge hole and the at least one opening , and wherein in a folding state that the second housing is folded with respect to the first housing through the hinge module , the first side frame of the first housing and the second side frame of the second housing are spaced and arranged to at least partially have a first distance of spacing by means of the spacing member . a hinge module ; a sound module ; a first housing coupled to the hinge module , the first housing comprising a sound discharge hole formed to be connected to an outside of the electronic apparatus and a first side frame comprising a first conductive portion ; a second housing coupled to be foldable with respect to the first housing through the hinge module , the second housing comprising a second side frame comprising a second conductive portion ; a wireless communication circuit, which is electrically connected to the first conductive portion and/or the second conductive portion ; a flexible display disposed to be supported by at least a part of the first housing and the second housing ; and a spacing member comprising at least one opening disposed in a portion corresponding to the sound discharge hole , the spacing member being protruded further than the outer surface of the first housing , wherein at least part of a sound output from the sound module is emitted to the outside of the electronic apparatus through the sound discharge hole and the at least one opening , and wherein in a folding state that the second housing is folded with respect to the first housing through the hinge module , the first side frame of the first housing and the second side frame of the second housing are spaced and arranged to at least partially have a first distance of spacing by means of the spacing member .
Base oil composition comprising: - between 60 wt% and 95 wt% C 31 alkanes; - less than 20 wt% C 32 or higher alkanes; - the alkanes comprising 70 wt% or more iso-alkanes; - less than 9 wt%, preferably less than 4.5 wt% cycloalkanes; - preferably the weight percentages of the hydrocarbons measured using field ionisation mass spectrometry (FI-MS). - between 60 wt% and 95 wt% C 31 alkanes; - less than 20 wt% C 32 or higher alkanes; - the alkanes comprising 70 wt% or more iso-alkanes; - less than 9 wt%, preferably less than 4.5 wt% cycloalkanes; - preferably the weight percentages of the hydrocarbons measured using field ionisation mass spectrometry (FI-MS).
Method for monitoring a process and/or production plant that comprises a plurality of components and that is planned by means of a plurality of engineering systems , wherein the engineering systems are provided by engineering applications, in particular by computer-aided engineering applications, and wherein the engineering applications provide different tools for planning and creating the process and/or production plant, having the following steps: a) provision of first result data pertaining to at least one portion of the components by a first of the engineering systems , wherein the first result data are a map of the present planning level of the engineering process of the first engineering system and are made available in a first export structure, b) provision of second result data pertaining to at least one portion of the components by a second of the engineering systems , wherein the second result data are a map of the present planning level of the engineering process of the second engineering system and are made available in a second export structure, and c) wherein the first and second result data arise in accordance with the order of the engineering process, d) extraction of topology data, which describe an arrangement of the components within the process and/or automation plant , and operating data for the components from the first and second result data , and e) creation of a model for the process and/or production plant on the basis of the topology data and the operating data by virtue of a link to the first and second result data being provided in the model , wherein f) missing cross-application references are reported during production of the model . a) provision of first result data pertaining to at least one portion of the components by a first of the engineering systems , wherein the first result data are a map of the present planning level of the engineering process of the first engineering system and are made available in a first export structure, b) provision of second result data pertaining to at least one portion of the components by a second of the engineering systems , wherein the second result data are a map of the present planning level of the engineering process of the second engineering system and are made available in a second export structure, and c) wherein the first and second result data arise in accordance with the order of the engineering process, d) extraction of topology data, which describe an arrangement of the components within the process and/or automation plant , and operating data for the components from the first and second result data , and e) creation of a model for the process and/or production plant on the basis of the topology data and the operating data by virtue of a link to the first and second result data being provided in the model , wherein f) missing cross-application references are reported during production of the model .