mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for sensing pressure and temperature comprising: a media isolation chamber assembly comprising a sleeve member and a bellows member , wherein the bellows member is disposed in the sleeve member and houses insulator media; a first circuit board element disposed in the bellows member and encapsulated by the insulator media; a pressure sensing element disposed in the bellows member and electrically coupled to the first circuit board element ; and a temperature sensing element disposed in a probe portion of the sleeve member and electrically coupled to the first circuit board element . a media isolation chamber assembly comprising a sleeve member and a bellows member , wherein the bellows member is disposed in the sleeve member and houses insulator media; a first circuit board element disposed in the bellows member and encapsulated by the insulator media; a pressure sensing element disposed in the bellows member and electrically coupled to the first circuit board element ; and a temperature sensing element disposed in a probe portion of the sleeve member and electrically coupled to the first circuit board element .
Acoustic resonant structure of the HBAR type comprising a carrier and a piezoelectric transducer that comprises a first conductive electrode placed on the carrier and a second conductive electrode , which electrodes are separated by a layer of piezoelectric material, the thickness e18 of the layer of piezoelectric material being given by the relationship e 18 = n ′ + x V 18 F 0 where n' is a natural integer and preferably n' = 0, x is a real number lower than 1 and preferably x = 0.5, V18 is the propagation speed of the acoustic wave in the piezoelectric material and F0 is the operating frequency of the resonant structure , the acoustic resonant structure also comprising an additional layer placed on the surface of the second electrode opposite the piezoelectric layer , the thickness e22 of the additional layer being given by the relationship e 22 = n " V 22 2 + 1 − 2 x ′ V 22 4 1 F 0 where n" is a natural integer and preferably n" = 1, V22 is the propagation speed of the acoustic wave in the additional layer , and x' = x ± 20% so as to optimize the acousto-electric density within the piezoelectric layer , wherein the thickness e16 of the layer forming the first electrode is smaller than λ16/20, where λ16 is the wavelength of the acoustic wave propagating inside the material of the first electrode, wherein the thickness e20 of the layer forming the second electrode is smaller than λ20/20, where λ20 is the wavelength of the acoustic wave propagating inside the material of the second electrode . where n" is a natural integer and preferably n" = 1, V22 is the propagation speed of the acoustic wave in the additional layer , and x' = x ± 20% so as to optimize the acousto-electric density within the piezoelectric layer , wherein the thickness e16 of the layer forming the first electrode is smaller than λ16/20, where λ16 is the wavelength of the acoustic wave propagating inside the material of the first electrode, wherein the thickness e20 of the layer forming the second electrode is smaller than λ20/20, where λ20 is the wavelength of the acoustic wave propagating inside the material of the second electrode .
A seal assembly comprising: a sealing element having an inside flange with a sealing lip , an outside flange with a sealing lip , and a center channel section defining a spring cavity , said outside flange extending in a first direction a longer distance than said inside flange ; a V-spring located in the spring cavity , said V-spring comprising a plurality of V-bodies and wherein each V-body comprises a long leg extending in the first direction a longer distance than a short leg ; wherein said short leg has a terminal end edge and wherein said short leg is biased against an inside surface of said inside flange ; Characterized in that wherein said short leg has a bend and said bend forming a terminal end section having a different profile than a base section of the short leg ; and wherein the terminal end section is pressed against the inside surface of the inside flange at a single point to form a point contact or a reduced line contact that is less than 25% of the inside surface of the inside flange . a sealing element having an inside flange with a sealing lip , an outside flange with a sealing lip , and a center channel section defining a spring cavity , said outside flange extending in a first direction a longer distance than said inside flange ; a V-spring located in the spring cavity , said V-spring comprising a plurality of V-bodies and wherein each V-body comprises a long leg extending in the first direction a longer distance than a short leg ; wherein said short leg has a terminal end edge and wherein said short leg is biased against an inside surface of said inside flange ; Characterized in that wherein said short leg has a bend and said bend forming a terminal end section having a different profile than a base section of the short leg ; and wherein the terminal end section is pressed against the inside surface of the inside flange at a single point to form a point contact or a reduced line contact that is less than 25% of the inside surface of the inside flange .
An optical system for spectroscopic probing of a sample, said system comprising: a tunable laser ; and means for detection; wherein said tunable laser is operative to emit tunable radiation over an emission wavelength range having a center wavelength , with an output power spectrum over said wavelength range and an average emission power, said tunable laser comprising: an optical cavity including a first and second mirror ; a gain region interposed between said first and second mirrors ; a tuning region ; and means for adjusting an optical path length of said tuning region; wherein: a free spectral range (FSR) of said optical cavity exceeds 5% of said center wavelength; said tunable laser operates substantially in a single longitudinal and transverse mode over said wavelength range; and said means for adjusting an optical path length has a wavelength tuning frequency response with a 6-dB bandwidth greater than about 1 kHz; wherein said system is configured to scan said wavelength range by application of a drive waveform in response to a transient spectroscopy event. a tunable laser ; and means for detection; wherein said tunable laser is operative to emit tunable radiation over an emission wavelength range having a center wavelength , with an output power spectrum over said wavelength range and an average emission power, said tunable laser comprising: an optical cavity including a first and second mirror ; a gain region interposed between said first and second mirrors ; a tuning region ; and means for adjusting an optical path length of said tuning region; wherein: a free spectral range (FSR) of said optical cavity exceeds 5% of said center wavelength; said tunable laser operates substantially in a single longitudinal and transverse mode over said wavelength range; and said means for adjusting an optical path length has a wavelength tuning frequency response with a 6-dB bandwidth greater than about 1 kHz; an optical cavity including a first and second mirror ; a gain region interposed between said first and second mirrors ; a tuning region ; and means for adjusting an optical path length of said tuning region; a free spectral range (FSR) of said optical cavity exceeds 5% of said center wavelength; said tunable laser operates substantially in a single longitudinal and transverse mode over said wavelength range; and said means for adjusting an optical path length has a wavelength tuning frequency response with a 6-dB bandwidth greater than about 1 kHz; wherein said system is configured to scan said wavelength range by application of a drive waveform in response to a transient spectroscopy event.
A catheter guiding device , comprising: a bolt including a shaft configured to be inserted within a hole drilled in a bone and a passageway extending longitudinally therethrough along a bolt axis (L); a guide member received within the passageway of the bolt and extending longitudinally along a guide axis (L'), the guide member including a guide channel extending therethrough along the guide axis (L'), wherein, in a first configuration, the guide member is arrangeable to a desired position relative to the bolt to align the guide axis (L') with a target area and, in a second configuration, the guide member is fixable in the desired position relative to the bolt such that the guide axis (L') is at a desired angle relative to the bolt axis (L) within a permitted range of angulations, and a coupling element coupling the guide member to the bolt , the coupling element movably received within the passageway and receiving a distal portion of the guide member therein, characterized in that the coupling element is a slotted bushing , the distal portion of the guide member received within the bushing along a central axis thereof such that the guide axis and the central axis are substantially coaxial, wherein the slotted bushing is movable relative to the bolt in a first configuration and locked relative to the bolt in a second configuration, wherein, in the first configuration, the slotted bushing is biased in a non-expanded configuration and, in the second configuration, the slotted bushing is in an expanded configuration such that the central axis of the bushing is fixed at the desired angle with respect to the bolt . a bolt including a shaft configured to be inserted within a hole drilled in a bone and a passageway extending longitudinally therethrough along a bolt axis (L); a guide member received within the passageway of the bolt and extending longitudinally along a guide axis (L'), the guide member including a guide channel extending therethrough along the guide axis (L'), wherein, in a first configuration, the guide member is arrangeable to a desired position relative to the bolt to align the guide axis (L') with a target area and, in a second configuration, the guide member is fixable in the desired position relative to the bolt such that the guide axis (L') is at a desired angle relative to the bolt axis (L) within a permitted range of angulations, and a coupling element coupling the guide member to the bolt , the coupling element movably received within the passageway and receiving a distal portion of the guide member therein,
A compound which (a) has a structure of formula (I*): or (b) is a pharmaceutically acceptable salt thereof; wherein: R 1 is methyl; and R 4 is H or (C 1 -C 6 )alkyl. R 1 is methyl; and R 4 is H or (C 1 -C 6 )alkyl.
A method of attaching a regulating blade made of resin to an attachment portion of a development frame which is made of resin and includes the attachment portion for attaching the regulating blade , the regulating blade being disposed opposite to and not in contact with a development rotary member configured to bear and convey a developer toward a position at which an electrostatic image formed on an image bearing member is developed, the regulating blade being configured to regulate an amount of the developer to be borne on the development rotary, member , the method of attaching the regulating blade comprising: a first application step of applying an adhesive to the attachment portion ; a second application step of applying a hardening accelerator to the regulating blade ; and an attaching step of attaching the regulating blade to the attachment portion via the adhesive applied to the attachment portion in the first application step and the hardening accelerator applied to the regulating blade in the second application step. a first application step of applying an adhesive to the attachment portion ; a second application step of applying a hardening accelerator to the regulating blade ; and an attaching step of attaching the regulating blade to the attachment portion via the adhesive applied to the attachment portion in the first application step and the hardening accelerator applied to the regulating blade in the second application step.
A method of providing healthcare advice on a device of a user, the method comprising: receiving , at the device , a user input indicating a symptom related to the user; retrieving , from the device , at least one medical information of the user; determining the symptom related to the user being related to missing data during an inactive state of the device ; receiving a second user input corresponding to the missing data during the inactive state of the device; detecting a user activity prior to the symptom arising by using at least one sensor ; correlating the user input indicating the symptom, the second user input corresponding to the missing data during the inactive state of the device, the at least one medical information of the user and the user activity prior to the symptom arising; and displaying advice about the symptom based on the correlation. receiving , at the device , a user input indicating a symptom related to the user; retrieving , from the device , at least one medical information of the user; determining the symptom related to the user being related to missing data during an inactive state of the device ; receiving a second user input corresponding to the missing data during the inactive state of the device; detecting a user activity prior to the symptom arising by using at least one sensor ; correlating the user input indicating the symptom, the second user input corresponding to the missing data during the inactive state of the device, the at least one medical information of the user and the user activity prior to the symptom arising; and displaying advice about the symptom based on the correlation.
Device for intermittently applying a liquid material, in particular foamed adhesive, onto a substrate, comprising: a housing having an internal fluid chamber ; a first movable member being at least partially moveable within said internal fluid chamber between a first downstream position and a second upstream position, such that fluid within said internal fluid chamber is at least partially moved into an upstream direction when said movable member moves upstream; a nozzle having a discharge channel and a discharge opening communicating with said discharge channel ; and a rotatable valve member being rotatable between a first position, in which said internal fluid chamber being in fluid communication with said discharge opening , wherein the liquid material flows from said internal fluid chamber through said discharge channel and said discharge opening , and a second position, in which said internal fluid chamber not being in fluid communication with said discharge opening wherein the nozzle is a slot nozzle, and said rotatable valve member is a cylindrical rod and has at least one slot-shaped passageway , and characterized in that through movement of the first moveable member from the first downstream position to the second upstream position fluid material within the internal fluid chamber is at least partially moved into an upstream direction and liquid material that has been in the discharge channel between the discharge opening and the rotatable valve member is entirely sucked into the slot-shaped passageway of the rotatable valve member . a housing having an internal fluid chamber ; a first movable member being at least partially moveable within said internal fluid chamber between a first downstream position and a second upstream position, such that fluid within said internal fluid chamber is at least partially moved into an upstream direction when said movable member moves upstream; a nozzle having a discharge channel and a discharge opening communicating with said discharge channel ; and a rotatable valve member being rotatable between a first position, in which said internal fluid chamber being in fluid communication with said discharge opening , wherein the liquid material flows from said internal fluid chamber through said discharge channel and said discharge opening , and a second position, in which said internal fluid chamber not being in fluid communication with said discharge opening wherein the nozzle is a slot nozzle, and said rotatable valve member is a cylindrical rod and has at least one slot-shaped passageway , and characterized in that through movement of the first moveable member from the first downstream position to the second upstream position fluid material within the internal fluid chamber is at least partially moved into an upstream direction and liquid material that has been in the discharge channel between the discharge opening and the rotatable valve member is entirely sucked into the slot-shaped passageway of the rotatable valve member .
A drive device for a hand-held device for locally piercing skin, with: - a housing which can be connected to a module housing of a skin piercing device; and - an electric drive means which is disposed in the housing and has a tapping component which is configured to provide a tap for the skin piercing device for tapping a rotary drive movement generated by the electric drive means; characterized in that the electric drive means comprises an electric motor provided as an external rotor motor with a rotating rotor component , in which the tapping component is disposed on the rotor component and is eccentric with respect to a rotor axis. - a housing which can be connected to a module housing of a skin piercing device; and - an electric drive means which is disposed in the housing and has a tapping component which is configured to provide a tap for the skin piercing device for tapping a rotary drive movement generated by the electric drive means;
A system for characterizing a beam of light passing through a sampling region, said system comprising: an imaging device configured to generate images of at least a part of said sampling region, said imaging device adapted to image light scattered in a generally lateral direction to the direction of the path of said beam of light ; a pulse discriminator using data processing algorithms configured to identify and remove from said images, data signals arising from spurious light scattering from dust or debris particles in ambient air within said sampling region, said data signals having at least one of intensity, spatial or temporal characteristics outside of predetermined parameters; and an image processor configured to analyze said generated images after said removal of said data signals by said pulse discriminator , said image processor configured to use said analysis to determine a characteristic of said beam of light at at least one location in said sampling region. an imaging device configured to generate images of at least a part of said sampling region, said imaging device adapted to image light scattered in a generally lateral direction to the direction of the path of said beam of light ; a pulse discriminator using data processing algorithms configured to identify and remove from said images, data signals arising from spurious light scattering from dust or debris particles in ambient air within said sampling region, said data signals having at least one of intensity, spatial or temporal characteristics outside of predetermined parameters; and an image processor configured to analyze said generated images after said removal of said data signals by said pulse discriminator , said image processor configured to use said analysis to determine a characteristic of said beam of light at at least one location in said sampling region.
Switched capacitor circuit, comprising a metal-oxide-semiconductor field-effect transistor-based switch comprising: a first metal-oxide-semiconductor field-effect transistor having a gate, a source and a drain, wherein the source is connected to a first node (T1) and the drain is connected to a second node (T2) or wherein the drain is connected to the first node (T1) and the source is connected to the second node (T2); a second metal-oxide-semiconductor field-effect transistor having a gate, a source and a drain, wherein the source is connected to the drain and the source and the drain are together connected to the second node (T2); a first capacitor (C1) connected between the first node (T1) and a third node (T3); and a second capacitor (C2) connected between the second node (T2) and the third node (T3) characterized by that the switched capacitor circuit is configured as a sample-and-hold circuit, comprising an input buffer (Bi) connected to the first node (T1) and a virtual ground buffer (Bvg) connected to the third node (T3), whereby the second node (T2) is configured as an output of the sample-and-hold circuit or by that the switched capacitor circuit is configured as a capacitive feedback amplifier circuit, in particular for a delta modulator, comprising an input buffer (Bi) connected to the third node (T3) and an amplifier (A) and a third capacitor (C3) connected in parallel between the first node (T1) and the second node (T2), wherein the second node (T2) is connected to the input of the amplifier (A) and the first node (T1) is configured as an output of the capacitive feedback amplifier circuit. a first metal-oxide-semiconductor field-effect transistor having a gate, a source and a drain, wherein the source is connected to a first node (T1) and the drain is connected to a second node (T2) or wherein the drain is connected to the first node (T1) and the source is connected to the second node (T2); a second metal-oxide-semiconductor field-effect transistor having a gate, a source and a drain, wherein the source is connected to the drain and the source and the drain are together connected to the second node (T2); a first capacitor (C1) connected between the first node (T1) and a third node (T3); and a second capacitor (C2) connected between the second node (T2) and the third node (T3) characterized by that the switched capacitor circuit is configured as a sample-and-hold circuit, comprising an input buffer (Bi) connected to the first node (T1) and a virtual ground buffer (Bvg) connected to the third node (T3), whereby the second node (T2) is configured as an output of the sample-and-hold circuit or by that the switched capacitor circuit is configured as a capacitive feedback amplifier circuit, in particular for a delta modulator, comprising an input buffer (Bi) connected to the third node (T3) and an amplifier (A) and a third capacitor (C3) connected in parallel between the first node (T1) and the second node (T2), wherein the second node (T2) is connected to the input of the amplifier (A) and the first node (T1) is configured as an output of the capacitive feedback amplifier circuit.