mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for uplink transmit diversity, comprising: a transmitter configured to transmit an uplink on a first antenna of a user equipment; means for receiving, from a serving node , a conditional authorization for uplink transmit diversity; an uplink transmit diversity controller configured to determine that uplink transmit diversity is conditionally authorized in response to receiving the conditional authorization from the serving node; a receiver for measuring a value ; and the transmitter further configured to transmit the uplink, at least in part, on a second antenna of the user equipment for uplink transmit diversity in response to the uplink transmit diversity controller determining that an enabling condition for the conditional authorization based on the value is satisfied; and wherein the transmitter is further configured to transmit the uplink at least in part on the second antenna for Switched Antenna Transmit Diversity, SATD, and wherein the uplink transmit diversity controller is further configured to measure the value comprising time elapsed since switching between transmitting on the first antenna and the second antenna, and enabling switching between the first antenna and the second antenna in response to comparing the value to the enabling condition of a minimum elapsed time threshold. a transmitter configured to transmit an uplink on a first antenna of a user equipment; means for receiving, from a serving node , a conditional authorization for uplink transmit diversity; an uplink transmit diversity controller configured to determine that uplink transmit diversity is conditionally authorized in response to receiving the conditional authorization from the serving node; a receiver for measuring a value ; and the transmitter further configured to transmit the uplink, at least in part, on a second antenna of the user equipment for uplink transmit diversity in response to the uplink transmit diversity controller determining that an enabling condition for the conditional authorization based on the value is satisfied; and wherein the transmitter is further configured to transmit the uplink at least in part on the second antenna for Switched Antenna Transmit Diversity, SATD, and wherein the uplink transmit diversity controller is further configured to measure the value comprising time elapsed since switching between transmitting on the first antenna and the second antenna, and enabling switching between the first antenna and the second antenna in response to comparing the value to the enabling condition of a minimum elapsed time threshold.
A device, comprising: a spacer layer ; an overlay layer ; a carrier layer , wherein the carrier layer , overlay layer , and the spacer layer form a cavity; a conductive foil ; a piezoelectric element configured to convert an electrical voltage into a mechanical strain, wherein a top electrode is fastened to a top surface of the piezoelectric element and the top electrode is connected to the conductive foil via solder or silver glue ; and a conductive base plate onto which the piezoelectric element is fastened, wherein the conductive base plate is configured as a lower electrode of the piezoelectric element, wherein the conductive base plate comprises an integrated support positioned on an underside of the conductive base plate; wherein the device is configured to provide haptic feedback on a basis of the mechanical strain; characterised in that the integrated support is formed into the conductive base plate by punching or by bending edges of the conductive base plate and in that the conductive base plate lies on the carrier layer in the cavity supported by the integrated support. a spacer layer ; an overlay layer ; a carrier layer , wherein the carrier layer , overlay layer , and the spacer layer form a cavity; a conductive foil ; a piezoelectric element configured to convert an electrical voltage into a mechanical strain, wherein a top electrode is fastened to a top surface of the piezoelectric element and the top electrode is connected to the conductive foil via solder or silver glue ; and a conductive base plate onto which the piezoelectric element is fastened, wherein the conductive base plate is configured as a lower electrode of the piezoelectric element, wherein the conductive base plate comprises an integrated support positioned on an underside of the conductive base plate; wherein the device is configured to provide haptic feedback on a basis of the mechanical strain; characterised in that the integrated support is formed into the conductive base plate by punching or by bending edges of the conductive base plate and in that the conductive base plate lies on the carrier layer in the cavity supported by the integrated support.
A printer , comprising: a printing portion configured to print on a print medium (M); a ribbon roll up shaft configured to roll up an ink ribbon (R) used in the printing portion ; a ribbon supply shaft provided movably between a first position and a second position with respect to the ribbon roll up shaft , the ribbon supply shaft configured to hold the ink ribbon (R) to be supplied to the printing portion ; and a ribbon supply shaft lock mechanism to be brought into a lock state where rotation of the ribbon supply shaft is regulated when the ribbon supply shaft is placed at the first position, and into a non-lock state where the rotation of the ribbon supply shaft is permitted when the ribbon supply shaft is placed at the second position, wherein the second position is a ribbon supply position where the ink ribbon (R) is supplied to the printing portion , characterized in that the first position is a ribbon replacement position where the ink ribbon (R) is attachable to and detachable from the ribbon supply shaft . a printing portion configured to print on a print medium (M); a ribbon roll up shaft configured to roll up an ink ribbon (R) used in the printing portion ; a ribbon supply shaft provided movably between a first position and a second position with respect to the ribbon roll up shaft , the ribbon supply shaft configured to hold the ink ribbon (R) to be supplied to the printing portion ; and a ribbon supply shaft lock mechanism to be brought into a lock state where rotation of the ribbon supply shaft is regulated when the ribbon supply shaft is placed at the first position, and into a non-lock state where the rotation of the ribbon supply shaft is permitted when the ribbon supply shaft is placed at the second position, wherein the second position is a ribbon supply position where the ink ribbon (R) is supplied to the printing portion , characterized in that the first position is a ribbon replacement position where the ink ribbon (R) is attachable to and detachable from the ribbon supply shaft .
Device for marking an ophthalmic lens , said ophthalmic lens being produced from at least one predetermined material, including a laser configured to produce permanent engravings on the ophthalmic lens , the device being characterized in that the laser is configured to emit a focused pulsed beam of ultraviolet laser radiation, the focused beam having at least the following parameters: - a radiation wavelength comprised between 230 nm and 290 nm; - a pulse duration comprised between about 0.1 ns and about 5 ns; - an energy per pulse at the focal point comprised between about 10 μJ and about 80 μJ; - a peak power comprised between about 10 kW and about 100 kW, where the peak power is the instantaneous power of the laser during a pulse; and - a pulse frequency comprised between about 100 Hz and about 10 kHz. - a radiation wavelength comprised between 230 nm and 290 nm; - a pulse duration comprised between about 0.1 ns and about 5 ns; - an energy per pulse at the focal point comprised between about 10 μJ and about 80 μJ; - a peak power comprised between about 10 kW and about 100 kW, where the peak power is the instantaneous power of the laser during a pulse; and - a pulse frequency comprised between about 100 Hz and about 10 kHz.
Use of a diffracting device to equip a frontage of a building, that can be exposed to an electromagnetic radiation emitted by a source situated at a distance from the building, the device comprising a plurality of tubular resonant elements disposed on the frontage of said building , these resonant elements being disposed substantially parallel on the frontage of said building, so as to form a diffraction grating, and oriented in a direction substantially at right angles to the plane defined by the vectors of propagation of the incident and reflected electromagnetic waves, each resonant element consisting of a pipe made of conductive material of polygonal form whose wall, which defines an internal cavity , has a longitudinal aperture on a face opposite a planar face by which the conductive element is fixed to the frontage , the dimensions and the geometry of the cavity defined by the wall, and the width of the longitudinal aperture formed in this wall, being defined so that the element behaves, from an electromagnetic point of view, as a resonant of "LC" type of resonant frequency F 0 and of bandwidth ΔF 0 capable of re-radiating a wave corresponding to the incident wave affected by a phase-shift, all of the resonant elements being arranged so that the incident wave is diffracted in a preferential direction.
A damping fluid mount comprising: an inner member ; an elastomer section that is affixed to an outer surface of the inner member ; an annular damping plate attached to a bottom portion of the inner member ; a cup containing viscous fluid (F) positioned about the elastomer section and the damping plate ; and a collar positioned about a portion of the elastomer section , the collar having an inner diameter that is less than an outer diameter of the damping plate ; wherein a portion of the cup is radially crimped into a portion of the elastomer section , wherein the portion of the elastomer section is precompressed; and wherein the mount is characterized in that : an outer diameter of the annular damping plate is greater than an inner diameter of the portion of the cup that is crimped. an inner member ; an elastomer section that is affixed to an outer surface of the inner member ; an annular damping plate attached to a bottom portion of the inner member ; a cup containing viscous fluid (F) positioned about the elastomer section and the damping plate ; and a collar positioned about a portion of the elastomer section , the collar having an inner diameter that is less than an outer diameter of the damping plate ; wherein a portion of the cup is radially crimped into a portion of the elastomer section , wherein the portion of the elastomer section is precompressed; and wherein the mount is characterized in that : an outer diameter of the annular damping plate is greater than an inner diameter of the portion of the cup that is crimped.
Device for clamping a secure removable guardrail on a step of a wagon of a rail transport vehicle comprising a horizontal pallet connected to said wagon by a support arm having two substantially vertical opposite faces, said clamping device being characterized in that it comprises: - a frame (110; 210) equipped with means for fixing to said removable guardrail , - a fixed jaw (120; 220) carried by said frame (110; 220) and intended to bear against a first face of said two opposite faces of the support arm of said step , - a movable jaw (130; 230) relative to the fixed jaw (120; 220) and intended to bear against a second face of said two opposite faces of said support arm of said step , - means for moving said movable jaw (130; 230) relative to said fixed jaw (120; 220) in a direction, called the longitudinal direction, and configured to ensure clamping of said support arm between said fixed and movable jaws, - means for visual control of a predetermined tightening level of said support arm of said step by said fixed and movable jaws. - a fixed jaw (120; 220) carried by said frame (110; 220) and intended to bear against a first face of said two opposite faces of the support arm of said step , - a movable jaw (130; 230) relative to the fixed jaw (120; 220) and intended to bear against a second face of said two opposite faces of said support arm of said step , - means for moving said movable jaw (130; 230) relative to said fixed jaw (120; 220) in a direction, called the longitudinal direction, and configured to ensure clamping of said support arm between said fixed and movable jaws, - means for visual control of a predetermined tightening level of said support arm of said step by said fixed and movable jaws.
An in vitro method for predicting the likelihood of mucosal healing in a subject having or suspected of having an inflammatory bowel disease (IBD), the method comprising: (a) measuring the level of a first set of markers to form a first marker score, wherein the first set of markers comprises SAA and VCAM, and optionally further comprises one or more of TWEAK, CRP, ICAM, IL-2, IL-8, IL-12p70, IL-1β, GMCSF, IFNγ, IL-6, TNFα, ASCA-A, ASCA-G, CBirl, Fla2, FlaX, OmpC, and an anti-drug antibody (ADA), wherein lower levels of SAA and VCAM relative to the level of the same marker in patients with IBD but no mucosal healing are predictive of mucosal healing; (b) measuring the level of a second set of markers to form a second marker score, wherein the second set of markers comprises TGFA, and optionally further comprises one or more of AREG, EREG, HBEGF, HGF, HRGB, BTC, EGF, FGF1, FGF2, FGF4, FGF7, FGF9, FGF19, SCF, PDGFA, PDGFB, PDGFC, VEGFA, VEGFB, VEGFC, VEGFD, TGFB1, IL-10, and an anti-TNFα antibody,wherein a lower level of TGFA relative to the level of the same marker in patients with IBD but no mucosal healing is predictive of mucosal healing; (c) comparing the first marker score to the second marker score; and (d) predicting the likelihood of mucosal healing based upon the comparison in step (c). (a) measuring the level of a first set of markers to form a first marker score, wherein the first set of markers comprises SAA and VCAM, and optionally further comprises one or more of TWEAK, CRP, ICAM, IL-2, IL-8, IL-12p70, IL-1β, GMCSF, IFNγ, IL-6, TNFα, ASCA-A, ASCA-G, CBirl, Fla2, FlaX, OmpC, and an anti-drug antibody (ADA), wherein lower levels of SAA and VCAM relative to the level of the same marker in patients with IBD but no mucosal healing are predictive of mucosal healing; (b) measuring the level of a second set of markers to form a second marker score, wherein the second set of markers comprises TGFA, and optionally further comprises one or more of AREG, EREG, HBEGF, HGF, HRGB, BTC, EGF, FGF1, FGF2, FGF4, FGF7, FGF9, FGF19, SCF, PDGFA, PDGFB, PDGFC, VEGFA, VEGFB, VEGFC, VEGFD, TGFB1, IL-10, and an anti-TNFα antibody,wherein a lower level of TGFA relative to the level of the same marker in patients with IBD but no mucosal healing is predictive of mucosal healing; (c) comparing the first marker score to the second marker score; and (d) predicting the likelihood of mucosal healing based upon the comparison in step (c).
A system for stimulating and/or monitoring multiple biologic samples, synthetic samples or a combination thereof, under multi-axis stress conditions comprising: two or more flow loops , each flow loop having a sample holder , a mean flow pump , and a variable flow restrictor valve downstream of the sample holder , the sample holder holding a sample , and each of the two or more flow loops being configured to transport a fluid medium to and from the sample , the fluid medium being characterized by a mass flow rate and a fluid pressure; a controller operating the mean flow pump and variable flow restrictor valve for each of the flow loops to control the mass flow rate and fluid pressure of the flow loop independently of each other; and a sample chamber holding the sample holder of each of the two or more flow loops , the sample chamber being characterized by a chamber pressure controlled by the controller ; wherein the controller is configured to adjust the chamber pressure according to a user-defined radial stress profile, the radial stress profile based on a difference between the chamber pressure and the fluid pressure. two or more flow loops , each flow loop having a sample holder , a mean flow pump , and a variable flow restrictor valve downstream of the sample holder , the sample holder holding a sample , and each of the two or more flow loops being configured to transport a fluid medium to and from the sample , the fluid medium being characterized by a mass flow rate and a fluid pressure; a controller operating the mean flow pump and variable flow restrictor valve for each of the flow loops to control the mass flow rate and fluid pressure of the flow loop independently of each other; and a sample chamber holding the sample holder of each of the two or more flow loops , the sample chamber being characterized by a chamber pressure controlled by the controller ; wherein the controller is configured to adjust the chamber pressure according to a user-defined radial stress profile, the radial stress profile based on a difference between the chamber pressure and the fluid pressure.
An electronic component mounter , comprising: a holding section configured to hold a board having a penetrating portion penetrating the board in a front-rear direction and into which a lead of an electronic component is inserted; a light section , being disposed at the rear face of the board when the board is held by the holding section , which is configured to irradiate a light beam on to the board , the light beam being reflected light (L3), and a light receiving section , which is configured to receive the light beam via the penetrating portion , wherein the light receiving section is being disposed on the front face of the board when the board is held by the holding section , , the light receiving section has a light source , and the light section has a reflective body configured to reflect incident light from the light source to irradiate the reflected light (L3) through the penetrating portion . a holding section configured to hold a board having a penetrating portion penetrating the board in a front-rear direction and into which a lead of an electronic component is inserted; a light section , being disposed at the rear face of the board when the board is held by the holding section , which is configured to irradiate a light beam on to the board , the light beam being reflected light (L3), and a light receiving section , which is configured to receive the light beam via the penetrating portion , wherein the light receiving section is being disposed on the front face of the board when the board is held by the holding section , , the light receiving section has a light source , and the light section has a reflective body configured to reflect incident light from the light source to irradiate the reflected light (L3) through the penetrating portion .
A method, performed at one or more servers of protecting an account using a database configured to store user information associated with a password reset process for the account, the user information having a plurality of fields, the method comprising: following a password reset process, receiving a login request for an account and a new password for the account ; accessing said database to determine whether the password reset process appears suspicious, the password reset process being determined to be suspicious if at least one of: (i) any of the plurality of fields of the user information associated with the password reset process is blank, or (ii) no user information associated with the password reset process is stored in said database ; and, if the password reset process is determined to be suspicious, protecting the account by inactivating the account and/or limiting actions that can be performed on the account , otherwise, if the password reset process is not determined to be suspicious, completing the login in accordance with the login request. following a password reset process, receiving a login request for an account and a new password for the account ; accessing said database to determine whether the password reset process appears suspicious, the password reset process being determined to be suspicious if at least one of: (i) any of the plurality of fields of the user information associated with the password reset process is blank, or (ii) no user information associated with the password reset process is stored in said database ; and, (i) any of the plurality of fields of the user information associated with the password reset process is blank, or (ii) no user information associated with the password reset process is stored in said database ; and, if the password reset process is determined to be suspicious, protecting the account by inactivating the account and/or limiting actions that can be performed on the account , otherwise, if the password reset process is not determined to be suspicious, completing the login in accordance with the login request.
Electronic wind instrument comprising a mouthpiece into which the musician blows, a body provided with keys and a channel connected to the mouthpiece and leading to the outside of the instrument, at least one pressure sensor configured to deform under the action of breath, and an electronic processing system connected to the keys and the pressure sensor and configured to produce musical notes according to the manipulating of the keys allowing to select these musical notes and the measurement of a breath, characterised in that the channel extends over the length of the body and comprises an inlet tube , and an outlet tube and a chamber arranged between said inlet and outlet tubes, said chamber having a cross-section of size greater than or equal to the cross-section of the inlet tube , said elements being configured to pressurise the chamber when the musician blows into the mouthpiece, said chamber comprising, on the periphery of same, a first measuring port on to which the pressure sensor is connected, disposed on the outside of said chamber.
A process for purifying 2-(4'-diethylamino-2'-hydroxybenzoyl)benzoic acid hexyl ester comprising the steps of a) subjecting crude 2-(4'-diethylamino-2'-hydroxybenzoyl)benzoic acid hexyl ester to a distillation at a temperature in the range of from 100 to 250 °C at a pressure of less than 10 mbar; b) isolating 2-(4'-diethylamino-2'-hydroxybenzoyl)benzoic acid hexyl ester as the high boiler. a) subjecting crude 2-(4'-diethylamino-2'-hydroxybenzoyl)benzoic acid hexyl ester to a distillation at a temperature in the range of from 100 to 250 °C at a pressure of less than 10 mbar; b) isolating 2-(4'-diethylamino-2'-hydroxybenzoyl)benzoic acid hexyl ester as the high boiler.
An unmanned aircraft produced for a single flight having a drive unit for enabling the flight of the aircraft in air space and having a flight control unit , which is configured to receive control information from a radio remote control or to control positions of the aircraft in air space that are characterized by stored position information in order to control the flight course of the aircraft , characterized in that there is provided a modular swarm control unit formed only within a housing, which has a first interface with the flight control unit and a second radio interface with a swarm ground control unit or with swarm control units of other aircrafts , wherein the swarm control unit has signal generating means for generating or sending means for sending control information corresponding to the radio remote control and is configured to output, via the first interface , swarm control information relevant for the swarm formation flight of at least two aircrafts to the flight control unit .