mhurhangee/patent-ind-claim-en huggingface dataset:
A gate device, comprising a base plate , a gate , and a power system configured to drive the gate to slide, the base plate having an opening , the gate being arranged on an inner side of the base plate , a rack being provided on an inner side of the gate in an opening-closing direction, and the gate being driven by the power system to slide to open or close the opening , wherein the power system comprises: a power motor , wherein the power motor has a power output gear and is a bi-directional motor; a first transmission gear , wherein the first transmission gear is assembled with the power output gear in a meshing manner, and configured to drive a second transmission gear by a first transmission shaft , and the second transmission gear is assembled with the rack in the meshing manner; and a third transmission gear , wherein the third transmission gear is assembled with the first transmission gear in the meshing manner, and is configured to drive a sleeve component by a screw rod to make a reciprocation movement in a direction perpendicular to a sliding direction of the gate on a plane in parallel with the gate , and the reciprocation movement of the sleeve component is configured to lock and unlock the gate . a power motor , wherein the power motor has a power output gear and is a bi-directional motor; a first transmission gear , wherein the first transmission gear is assembled with the power output gear in a meshing manner, and configured to drive a second transmission gear by a first transmission shaft , and the second transmission gear is assembled with the rack in the meshing manner; and a third transmission gear , wherein the third transmission gear is assembled with the first transmission gear in the meshing manner, and is configured to drive a sleeve component by a screw rod to make a reciprocation movement in a direction perpendicular to a sliding direction of the gate on a plane in parallel with the gate , and the reciprocation movement of the sleeve component is configured to lock and unlock the gate .
A composition for use in the treatment of age-related cognitive impairment in a subject in need or at risk thereof, wherein the composition comprises brivaracetam or a pharmaceutically acceptable salt thereof.
A wireless power transmitter, comprising: an analog-to-digital converter (ADC) to convert an analog signal associated with a power train circuit to digital values; a controller configured to: cause pulses to be applied to the power train circuit to thereby cause the power train circuit to begin ringing; receive digital values from the ADC acquired while the power train circuit is ringing and after the pulses are completed; based on an analysis of the digital values of the ringing of the power train circuit, determine whether a wireless power receiver is present on or near the wireless power transmitter or whether a foreign object is present on or near the wireless power transmitter; determine an initial peak amplitude of the digital values from the ADC at a beginning of a ringing period; determine a decay rate of the digital values during the ringing period; and determine that a foreign object is present on or near the wireless power transmitter, based on the initial peak amplitude exceeding a peak amplitude threshold and the decay rate exceeding a decay rate threshold. an analog-to-digital converter (ADC) to convert an analog signal associated with a power train circuit to digital values; a controller configured to: cause pulses to be applied to the power train circuit to thereby cause the power train circuit to begin ringing; receive digital values from the ADC acquired while the power train circuit is ringing and after the pulses are completed; based on an analysis of the digital values of the ringing of the power train circuit, determine whether a wireless power receiver is present on or near the wireless power transmitter or whether a foreign object is present on or near the wireless power transmitter; determine an initial peak amplitude of the digital values from the ADC at a beginning of a ringing period; determine a decay rate of the digital values during the ringing period; and determine that a foreign object is present on or near the wireless power transmitter, based on the initial peak amplitude exceeding a peak amplitude threshold and the decay rate exceeding a decay rate threshold.
A method for providing privacy enabled surveillance for at least one portion of a building with a building automation system , the building automation system comprising a plurality of sensors communicatively coupled to a controller of the building automation system, wherein the plurality of sensors include a first set of sensors for detecting person related information to identify a person, a second set of sensors for detecting physical parameters associated with the at least one portion of the building, and a plurality of sensors for surveillance , the method comprising, the controller : detecting a number of persons in the at least one portion of the building based on information from the at least one first set of sensors for detecting person related information that identifies a person; authenticating the number of person detected with the first set of sensors by comparing the information from the first set of sensors with a registered information with the building automation system and determining a number of authenticated person in the portion of the building based on successful authentication; detecting a number of persons in the portion of the building based on information from the second set of sensors for detecting physical parameters associated with the at least one portion of the building; and activating at least one sensor from the plurality of sensors for surveillance in the at least one portion of the building based on difference between the number of determined number of authenticated person in the portion of the building and the number of detected person by the second set of sensors . detecting a number of persons in the at least one portion of the building based on information from the at least one first set of sensors for detecting person related information that identifies a person; authenticating the number of person detected with the first set of sensors by comparing the information from the first set of sensors with a registered information with the building automation system and determining a number of authenticated person in the portion of the building based on successful authentication; detecting a number of persons in the portion of the building based on information from the second set of sensors for detecting physical parameters associated with the at least one portion of the building; and activating at least one sensor from the plurality of sensors for surveillance in the at least one portion of the building based on difference between the number of determined number of authenticated person in the portion of the building and the number of detected person by the second set of sensors .
A toothbrush comprising a handle , a head , and a neck extending between the handle and the head , characterized in that the head comprises: a first portion and a second portion defining a gap of less than about 3.5 mm between a lower surface of the first portion and an upper surface of the second portion , each of the first portion and the second portion comprise a plurality of cleaning elements, wherein . the first portion is flexible with respect to the second portion , and the first portion comprises a first area and a second area defining an opening there between such that the plurality of cleaning elements in the second portion extend through the opening .
A method for making a fluid sample ready for imaging in a microscopy apparatus comprising a microscopy sample chamber, wherein the microscopy sample chamber is configured to contain the fluid sample and is defined between a flat bottom surface of a chamber top and a sensor surface , wherein the sensor surface is a surface of a light sensor that includes a two-dimensional arrangement of light sensitive elements , and a mechanism to controllably deliver the fluid sample to a location of the microscopy sample chamber to enable the fluid sample to be drawn across the microscopy sample chamber by capillary action, the method comprising before the fluid sample is dispensed, moving one of the surfaces of the microscopy sample chamber to a distance from the other surface of the microscopy sample chamber that will enable capillary flow of a fluid containing a sample within the chamber; filling the microscopy sample chamber with the fluid sample via capillary flow; and after the capillary flow, moving the one of the surfaces closer to the other surface to a distance that forces the fluid sample against the other surface for high resolution digital microscopy. a microscopy sample chamber, wherein the microscopy sample chamber is configured to contain the fluid sample and is defined between a flat bottom surface of a chamber top and a sensor surface , wherein the sensor surface is a surface of a light sensor that includes a two-dimensional arrangement of light sensitive elements , and a mechanism to controllably deliver the fluid sample to a location of the microscopy sample chamber to enable the fluid sample to be drawn across the microscopy sample chamber by capillary action, the method comprising before the fluid sample is dispensed, moving one of the surfaces of the microscopy sample chamber to a distance from the other surface of the microscopy sample chamber that will enable capillary flow of a fluid containing a sample within the chamber; filling the microscopy sample chamber with the fluid sample via capillary flow; and after the capillary flow, moving the one of the surfaces closer to the other surface to a distance that forces the fluid sample against the other surface for high resolution digital microscopy. before the fluid sample is dispensed, moving one of the surfaces of the microscopy sample chamber to a distance from the other surface of the microscopy sample chamber that will enable capillary flow of a fluid containing a sample within the chamber; filling the microscopy sample chamber with the fluid sample via capillary flow; and after the capillary flow, moving the one of the surfaces closer to the other surface to a distance that forces the fluid sample against the other surface for high resolution digital microscopy.
An automatic cutting device for printed graphic substrates, said device comprising a working plane configured to allow passage of a printed graphic substrate along a longitudinal direction (L) and a transverse cutting unit arranged at a slit of said working plane extending in a transverse direction (T) perpendicular to said longitudinal direction (L), said transverse cutting unit being movable along said slit in said transverse direction (T), characterized in that the transverse cutting unit comprises a pair of uprights on which two pairs of counter-rotating blades (311, 312 ; 313, 314, 321, 322, 323, 324) are respectively mounted, said uprights being spaced apart in the longitudinal direction (L).
A rotor for an electric machine of a vehicle, the rotor comprising permanent magnets , receptions for the permanent magnets and deformation means , wherein - the permanent magnets are adapted to be deformed elastically, - the permanent magnets are arranged within the receptions, - the receptions are designed such that the permanent magnets can deform within the receptions, and - the deformation means are adapted to deform the permanent magnets such that at least one of a magnetic induction (B), a conductor length (L) and a rotor radius (R) is adjusted, characterized in that - the deformation means comprise an axial cam , - the axial cam is adapted to be moved forwards and backwards in an axial direction (x) of the rotor , and - a forward movement of the axial cam leads to a deformation of the permanent magnets such that at least one of the magnetic induction (B)and the rotor radius (R) is increased. - the permanent magnets are adapted to be deformed elastically, - the permanent magnets are arranged within the receptions, - the receptions are designed such that the permanent magnets can deform within the receptions, and - the deformation means are adapted to deform the permanent magnets such that at least one of a magnetic induction (B), a conductor length (L) and a rotor radius (R) is adjusted, characterized in that - the deformation means comprise an axial cam , - the axial cam is adapted to be moved forwards and backwards in an axial direction (x) of the rotor , and - a forward movement of the axial cam leads to a deformation of the permanent magnets such that at least one of the magnetic induction (B)and the rotor radius (R) is increased.
A transcatheter valve prosthesis comprising: a tubular stent having a compressed configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve, the tubular stent including a plurality of crowns and a plurality of struts with each crown being formed between a pair of opposing struts, wherein the plurality of crowns and the plurality of struts define a plurality of openings of the tubular stent and the tubular stent has endmost crowns and endmost openings formed at an inflow end thereof, an interior skirt coupled to and covering an inner circumferential surface of the tubular stent ; a prosthetic valve component disposed within and secured to the interior skirt ; and an exterior skirt coupled to and covering an outer circumferential surface of the tubular stent , the exterior skirt longitudinally extending over at least the endmost openings of the tubular stent , wherein when the tubular stent is in at least the compressed configuration at least one endmost crown is positioned radially inwards with respect to the remaining endmost crowns formed at the inflow end of the tubular stent , thereby forming a circumferentially-extending gap between the endmost crowns adjacent to the at least one endmost crown positioned radially inwards in order to accommodate the exterior skirt . a tubular stent having a compressed configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve, the tubular stent including a plurality of crowns and a plurality of struts with each crown being formed between a pair of opposing struts, wherein the plurality of crowns and the plurality of struts define a plurality of openings of the tubular stent and the tubular stent has endmost crowns and endmost openings formed at an inflow end thereof, an interior skirt coupled to and covering an inner circumferential surface of the tubular stent ; a prosthetic valve component disposed within and secured to the interior skirt ; and an exterior skirt coupled to and covering an outer circumferential surface of the tubular stent , the exterior skirt longitudinally extending over at least the endmost openings of the tubular stent , wherein when the tubular stent is in at least the compressed configuration at least one endmost crown is positioned radially inwards with respect to the remaining endmost crowns formed at the inflow end of the tubular stent , thereby forming a circumferentially-extending gap between the endmost crowns adjacent to the at least one endmost crown positioned radially inwards in order to accommodate the exterior skirt .
A mask comprising: an air chamber ; a filter ; a fan arrangement for ventilating the mask; at least one sensor for detecting the temperature and/or the relative humidity of air inhaled and exhaled over time by a user ; and a controller which is adapted to: calculate a first value which depends on a first time derivative of said temperature and/or on a first time derivative of said relative humidity; calculate a second value which depends on a second time derivative of said temperature and/or on a second time derivative of said relative humidity; determine a start of an inhalation and/or a start of an exhalation based on the first value and the second value; and control the fan arrangement based on the determined start of the inhalation and/or the determined start of the exhalation. an air chamber ; a filter ; a fan arrangement for ventilating the mask; at least one sensor for detecting the temperature and/or the relative humidity of air inhaled and exhaled over time by a user ; and a controller which is adapted to: calculate a first value which depends on a first time derivative of said temperature and/or on a first time derivative of said relative humidity; calculate a second value which depends on a second time derivative of said temperature and/or on a second time derivative of said relative humidity; determine a start of an inhalation and/or a start of an exhalation based on the first value and the second value; and control the fan arrangement based on the determined start of the inhalation and/or the determined start of the exhalation. calculate a first value which depends on a first time derivative of said temperature and/or on a first time derivative of said relative humidity; calculate a second value which depends on a second time derivative of said temperature and/or on a second time derivative of said relative humidity; determine a start of an inhalation and/or a start of an exhalation based on the first value and the second value; and control the fan arrangement based on the determined start of the inhalation and/or the determined start of the exhalation.
A method for improving the acoustic properties of spruce resonance wood for musical instruments, wherein at least one resonance wood blank is subjected to a treatment with Physisporinus vitreus under controlled, sterile conditions, wherein that the previously sterilized resonance wood blank is immersed into a liquid medium enriched with fungus mycelium and kept therein in the dark for an exposure time and finally sterilized, wherein during the exposure time a temperature of 18 to 26oC and a relative humidity of approximately 60 to approximately 80% are maintained, characterized in that the liquid medium contains nanofibrillated cellulose (NFC) in an amount of 200 to 300 g per liter.
Message exchange method implemented by a terminal of a user (TU, 1) which is able to transmit a message (mssg, mssg1, mssg2, mssg4) via a network from among: a first network (N1, 3 1 ) and a second network (N2, 3 2 ), the message exchange method comprising, when the terminal of the user (TU, 1) is in a second transmission mode (MT2), using the second network, for a terminal of a contact (TC, 2), triggering a switch (SWT_TRG) of the terminal of the user (TU, 1) to a first transmission mode (MT1), using the first network, for the terminal of the contact (TC, 2) upon receipt of a notification (tc_cnx 1 _ntf), to the terminal of the user (TU, 1), of connection, to the first network, of the terminal of the contact originating from a messaging server on the first network (SM U , 4), the connection notification being received from the messaging server by the terminal of the user upon receipt, by the messaging server, of a message from the terminal of the contact via the first network.
An exhaust gas treatment system for an internal combustion engine , the exhaust gas treatment system comprising: an exhaust gas pathway configured to receive exhaust gas from the internal combustion engine; a first treatment element positioned within the exhaust gas pathway , the first treatment element including an inlet channel including a selective catalytic reduction (SCR) washcoat , an outlet channel , and a porous filter wall separating the inlet channel and the outlet channel such that the exhaust gas is configured to flow from the inlet channel to the outlet channel through the porous filter wall , wherein the porous filter wall includes a precious metal catalyst layer , a first injector configured to introduce a first reductant into the exhaust gas pathway upstream of the first treatment element ; a second injector configured to introduce a second reductant into the exhaust gas pathway downstream of the first treatment element ; and a second treatment element positioned within the exhaust gas pathway downstream of the second injector , the second treatment element including a SCR element ; characterized in that the inlet channel includes a NOx storage layer coated under or over the SCR washcoat . an exhaust gas pathway configured to receive exhaust gas from the internal combustion engine; a first treatment element positioned within the exhaust gas pathway , the first treatment element including an inlet channel including a selective catalytic reduction (SCR) washcoat , an outlet channel , and a porous filter wall separating the inlet channel and the outlet channel such that the exhaust gas is configured to flow from the inlet channel to the outlet channel through the porous filter wall , wherein the porous filter wall includes a precious metal catalyst layer , a first injector configured to introduce a first reductant into the exhaust gas pathway upstream of the first treatment element ; a second injector configured to introduce a second reductant into the exhaust gas pathway downstream of the first treatment element ; and a second treatment element positioned within the exhaust gas pathway downstream of the second injector , the second treatment element including a SCR element ; characterized in that the inlet channel includes a NOx storage layer coated under or over the SCR washcoat .
A thermal protection method for thermally protecting gas turbine components, comprising the steps of: - providing a component of a gas turbine with a hollow seat , formed in a wall of the component ; said component , or at least said wall , being made of a metal material; - providing a ceramic element comprising at least a root portion extending substantially along an axis (A) and matching with said seat ; said ceramic element and the root portion thereof being made of a high temperature resistant ceramic material; wherein the root portion is a brazed-in or cast-in or cemented-in root portion which is brazed or cast or cemented directly inside the seat so that the root portion and the wall of the component are mechanically interlocked and also connected by a brazed or cast or cemented joint . - providing a component of a gas turbine with a hollow seat , formed in a wall of the component ; said component , or at least said wall , being made of a metal material; - providing a ceramic element comprising at least a root portion extending substantially along an axis (A) and matching with said seat ; said ceramic element and the root portion thereof being made of a high temperature resistant ceramic material;
A liquid dispensing razor including a reservoir containing a shave care composition, the shave care composition comprising: water; from 13% to 50% by weight of one or more lipophilic skin conditioning agents; one or more thickening agents including electrolyte sensitive polymers; one or more emulsifying agents; and one or more lubricants, wherein the shave care composition has a Power Law Consistency of less than 38pa.s and greater than 23 Pa.s. water; from 13% to 50% by weight of one or more lipophilic skin conditioning agents; one or more thickening agents including electrolyte sensitive polymers; one or more emulsifying agents; and one or more lubricants, wherein the shave care composition has a Power Law Consistency of less than 38pa.s and greater than 23 Pa.s.