mhurhangee/patent-ind-claim-en huggingface dataset:
A compound of the formula: wherein n is 0-3; R 1 is -H, -F, -gem-difluoro, -gem-dimethyl, -C 1-4 alkyl, -CHF 2 , -CF 2 CH 3 or -CH 2 CH 2 F; and R 2 is selected from -H, -CH 3 , -F, -Cl, -CN, or -OCH 3 ; or a pharmaceutically acceptable salt thereof. R 1 is -H, -F, -gem-difluoro, -gem-dimethyl, -C 1-4 alkyl, -CHF 2 , -CF 2 CH 3 or -CH 2 CH 2 F; and R 2 is selected from -H, -CH 3 , -F, -Cl, -CN, or -OCH 3 ; or a pharmaceutically acceptable salt thereof.
A disposable wearable article having a vertical direction and a lateral direction, comprising: a front waist region ; a rear waist region ; a crotch region positioned between the front and rear waist regions; and an absorbent body positioned at least in the crotch region , wherein the absorbent body has both lateral sides opposing each other in the lateral direction in the crotch region, and a deformation guiding portion extending in the vertical direction in each of the lateral sides , elastic side flaps extending in the vertical direction are positioned at outer sides in the lateral direction of both of the lateral sides , and a dimension (W3) in the lateral direction of each of the elastic side flaps is larger than a dimension (W4) in the lateral direction from each lateral edge of the absorbent body to a lateral outside edge of each of the deformation guiding portions . a front waist region ; a rear waist region ; a crotch region positioned between the front and rear waist regions; and an absorbent body positioned at least in the crotch region , wherein
A method, comprising: monitoring a vertical speed of a rotorcraft; comparing the vertical speed to a vertical speed safety threshold; and performing vortex ring state (VRS) avoidance in response to the vertical speed exceeding the vertical speed safety threshold, characterized in that the performing the VRS avoidance comprises: determining a power margin available from one or more engines of the rotorcraft; limiting the vertical speed of the rotorcraft in response to the power margin exceeding a threshold; and increasing a forward airspeed of the rotorcraft in response to the power margin not exceeding the threshold. monitoring a vertical speed of a rotorcraft; comparing the vertical speed to a vertical speed safety threshold; and performing vortex ring state (VRS) avoidance in response to the vertical speed exceeding the vertical speed safety threshold, characterized in that the performing the VRS avoidance comprises: determining a power margin available from one or more engines of the rotorcraft; limiting the vertical speed of the rotorcraft in response to the power margin exceeding a threshold; and increasing a forward airspeed of the rotorcraft in response to the power margin not exceeding the threshold. determining a power margin available from one or more engines of the rotorcraft; limiting the vertical speed of the rotorcraft in response to the power margin exceeding a threshold; and increasing a forward airspeed of the rotorcraft in response to the power margin not exceeding the threshold.
A method for determining material properties in an active acoustic spectroscopy system , the method comprising: acquiring a multi dimensional acoustic spectrum from a material in a container using acoustic spectroscopy, the multi dimensional acoustic spectrum comprising a plurality of frequency bins, where each frequency bin can be considered to represent one dimension; reducing the dimensionality of the acoustic spectrum using a mathematical dimensionality reduction method, thereby forming a reduced acoustic spectrum describing a material state; determining if the material state belongs to a predetermined material state cluster (302a-c), wherein a material state cluster describes a plurality of material states which are close to each other in the representation determined by a selected reduced dimensionality; and determining an optimal path (400a-c) between two different and separate predetermined material state clusters, wherein an optimal path is determined based on an estimated time and/or an estimated energy required to transition from a first material state cluster to a second material state cluster. acquiring a multi dimensional acoustic spectrum from a material in a container using acoustic spectroscopy, the multi dimensional acoustic spectrum comprising a plurality of frequency bins, where each frequency bin can be considered to represent one dimension; reducing the dimensionality of the acoustic spectrum using a mathematical dimensionality reduction method, thereby forming a reduced acoustic spectrum describing a material state; determining if the material state belongs to a predetermined material state cluster (302a-c), wherein a material state cluster describes a plurality of material states which are close to each other in the representation determined by a selected reduced dimensionality; and determining an optimal path (400a-c) between two different and separate predetermined material state clusters, wherein an optimal path is determined based on an estimated time and/or an estimated energy required to transition from a first material state cluster to a second material state cluster.
Device for determining stress profiles of motor vehicles , in particular of a vehicle fleet, comprising at least one driving state assessment device ; at least one driving state determination device arranged in a motor vehicle , wherein the at least one driving state determination device is designed to determine at least one driving state parameter of the motor vehicle repeatedly and to transmit it to the at least one driving state assessment device ; wherein the at least one driving state assessment device is designed to assign a numeric stress parameter to each driving state parameter determined by the at least one driving state determination device ; and an addition device , which is designed to add the numeric stress parameters to a numeric total stress parameter, characterized in that the at least one driving state assessment device is also designed to determine a stress parameter from a combination of at least two driving state parameters, wherein the combination of at least two driving state parameters comprises the speed of the motor vehicle and the longitudinal and/or transverse acceleration of the motor vehicle . at least one driving state determination device arranged in a motor vehicle , wherein the at least one driving state determination device is designed to determine at least one driving state parameter of the motor vehicle repeatedly and to transmit it to the at least one driving state assessment device ; wherein the at least one driving state assessment device is designed to assign a numeric stress parameter to each driving state parameter determined by the at least one driving state determination device ; and an addition device , which is designed to add the numeric stress parameters to a numeric total stress parameter,
A device for supporting solar modules, comprising - a base rail having a first receiving opening ; - a support arranged at the base rail for holding one end of a solar module , comprising a first connecting element which is arranged in the first receiving opening ; and - a securing rail which is arranged on the base rail such that it at least partially encompasses the base rail and is movable along the base rail between a first position and a second position, wherein - the securing rail at least partially closes the first receiving opening in the second position in such a manner that a movement of the first connecting element out of the first receiving opening is prevented; and - the securing rail unblocks the first receiving opening in the first position in such a manner that a movement of the first connecting element out of the first receiving opening is made possible. - a base rail having a first receiving opening ; - a support arranged at the base rail for holding one end of a solar module , comprising a first connecting element which is arranged in the first receiving opening ; and - a securing rail which is arranged on the base rail such that it at least partially encompasses the base rail and is movable along the base rail between a first position and a second position, wherein - the securing rail at least partially closes the first receiving opening in the second position in such a manner that a movement of the first connecting element out of the first receiving opening is prevented; and - the securing rail unblocks the first receiving opening in the first position in such a manner that a movement of the first connecting element out of the first receiving opening is made possible.
Method for selecting first and second plastic threads of a musical string , in particular a musical string for a string instrument, wherein the musical string has at least one load-bearing string core , wherein the string core has a predefinable plurality of plastic threads, wherein the plastic threads comprise a first group of first plastic threads and a second group of second plastic threads, wherein the first plastic threads differ from the second plastic threads in a predefinable physical, in particular mechanical, property, characterized in that , in a creep test, in each case a constant weight is applied to the first and second plastic threads and the elongation thereof is determined, and the first and second plastic threads are selected such that, when a predefined tuning weight is applied thereto, the time-dependent length of one of the first plastic threads and the time-dependent length of one of the second plastic threads are identical only at a first point in time so that, for a first duration of tensioning of the musical string with the tuning weight, substantially the first group bears the tuning weight up to the first point in time, and thereafter substantially the second group bears the tuning weight.
Electronic key suitable for being inserted into an electronic cylinder of a lock in order to power and unlock this electronic cylinder, this key comprising : - a body forming a means for the user to grip the key and insert it inside the electronic cylinder, - a movable part capable of moving, relative to the body of the key, between an advanced position and a retracted position when the user moves the key, - a spring which permanently biases the moving part towards its forward position, - an energy recovery device capable of converting the movement of the moving part between its advanced and retracted positions into electrical energy to power the electronic cylinder, - two electrical contacts capable, when the key is inserted in the electronic cylinder, of bearing mechanically on corresponding electrical contacts of the electronic cylinder to establish two wire connections for transmitting electrical energy between the key and the electronic cylinder, which enable the electronic cylinder to be powered from the electrical energy produced by the energy recovery device, characterised in that the movable part comprises a distal end projecting beyond the body of the key when the movable part is in its advanced position, this distal end being able to come to bear directly on an abutment of the electronic cylinder and then, by cooperation of shape with this abutment, to push the movable part back from its advanced position to its retracted position against the return force of the spring as the key is introduced into the electronic cylinder. - a body forming a means for the user to grip the key and insert it inside the electronic cylinder, - a movable part capable of moving, relative to the body of the key, between an advanced position and a retracted position when the user moves the key, - a spring which permanently biases the moving part towards its forward position, - an energy recovery device capable of converting the movement of the moving part between its advanced and retracted positions into electrical energy to power the electronic cylinder, - two electrical contacts capable, when the key is inserted in the electronic cylinder, of bearing mechanically on corresponding electrical contacts of the electronic cylinder to establish two wire connections for transmitting electrical energy between the key and the electronic cylinder, which enable the electronic cylinder to be powered from the electrical energy produced by the energy recovery device, characterised in that the movable part comprises a distal end projecting beyond the body of the key when the movable part is in its advanced position, this distal end being able to come to bear directly on an abutment of the electronic cylinder and then, by cooperation of shape with this abutment, to push the movable part back from its advanced position to its retracted position against the return force of the spring as the key is introduced into the electronic cylinder.
A vented upper body garment, comprising: a back panel comprising an inner surface intended for contacting the skin of a user and an outer surface , a top edge, a bottom edge, a right edge and a left edge, a first region and a second region; the first region comprising a plurality of adhesive overlay film structures affixed to the back panel , each adhesive overlay film structure in the plurality of adhesive overlay film structures having a shape; a plurality of perforations aligning with the plurality of adhesive overlay film structures , each of the perforations extending through each adhesive overlay film structure and the back panel ; each adhesive overlay film structure defining a reinforcing perimeter for each of the perforations in the plurality of perforations on the back panel ; and a flocked silicone pattern on the inner surface aligned with a perimeter of each perforation in the plurality of perforations in the first region, the flocked silicone pattern extending into the second region. a back panel comprising an inner surface intended for contacting the skin of a user and an outer surface , a top edge, a bottom edge, a right edge and a left edge, a first region and a second region; the first region comprising a plurality of adhesive overlay film structures affixed to the back panel , each adhesive overlay film structure in the plurality of adhesive overlay film structures having a shape; a plurality of perforations aligning with the plurality of adhesive overlay film structures , each of the perforations extending through each adhesive overlay film structure and the back panel ; each adhesive overlay film structure defining a reinforcing perimeter for each of the perforations in the plurality of perforations on the back panel ; and a flocked silicone pattern on the inner surface aligned with a perimeter of each perforation in the plurality of perforations in the first region, the flocked silicone pattern extending into the second region.
An observation device comprising: an epi-illumination phase contrast microscope including an illumination light beam source , an illumination optical system emitting an illumination light beam from the illumination light beam source to an observation target which is a biological cell, and an observation optical system forming an optical image of the observation target from one or more reflected light beams obtained by reflection of the illumination light beam after passing through the observation target , the observation optical system including a phase plate changing a phase of a directly reflected light beam reflected on a reflection surface among the reflected light beams, and both the illumination optical system and the observation optical system being arranged under the observation target; an image pickup device photoelectrically converting the optical image obtained by the observation optical system to create image data of the observation target; and a display device displaying the image data, characterized in that the illumination light beam emitted from the illumination optical system and passing through the observation target is a collimated light beam which is parallel to an optical axis of the illumination optical system . an epi-illumination phase contrast microscope including an illumination light beam source , an illumination optical system emitting an illumination light beam from the illumination light beam source to an observation target which is a biological cell, and an observation optical system forming an optical image of the observation target from one or more reflected light beams obtained by reflection of the illumination light beam after passing through the observation target , the observation optical system including a phase plate changing a phase of a directly reflected light beam reflected on a reflection surface among the reflected light beams, and both the illumination optical system and the observation optical system being arranged under the observation target; an image pickup device photoelectrically converting the optical image obtained by the observation optical system to create image data of the observation target; and a display device displaying the image data, characterized in that the illumination light beam emitted from the illumination optical system and passing through the observation target is a collimated light beam which is parallel to an optical axis of the illumination optical system .
A connector attachable to a cable , wherein: the connector comprises a plurality of terminals , a plurality of stoppers and a socket insulator ; each of the terminals has a cylindrical part and a cable attachment part ; the cable attachment part is a portion to be attached to the cable and positioned rearward of the cylindrical part in a front-rear direction; each of the stoppers is provided with a locked part and a lock spring part ; the locked part is supported by the lock spring part; the lock spring part is resiliently deformable; the socket insulator is formed with a plurality of housing parts , a plurality of locking parts ; the housing parts extend in the front-rear direction; the stoppers are inserted from behind in the socket insulator to be housed in the housing parts together with terminals, respectively; each of the housing parts has a front end portion which opens and is positioned forward of the cylindrical part in the front-rear direction; the locking parts are positioned rearward of the locked parts and regulate rearward movements of the stoppers, respectively, in a state that the stoppers are housed in the housing parts; characterized in that the stoppers are attached to the terminals, respectively; in that the socket insulator is further formed with a plurality of operation parts , the operation parts being operable in a predetermined direction intersecting the front-rear direction; and in that when operated, the operation parts move the locked parts along the predetermined direction to respectively release regulation of the locked parts caused by the operation parts. the connector comprises a plurality of terminals , a plurality of stoppers and a socket insulator ; each of the terminals has a cylindrical part and a cable attachment part ; the cable attachment part is a portion to be attached to the cable and positioned rearward of the cylindrical part in a front-rear direction; each of the stoppers is provided with a locked part and a lock spring part ; the locked part is supported by the lock spring part; the lock spring part is resiliently deformable; the socket insulator is formed with a plurality of housing parts , a plurality of locking parts ; the housing parts extend in the front-rear direction; the stoppers are inserted from behind in the socket insulator to be housed in the housing parts together with terminals, respectively; each of the housing parts has a front end portion which opens and is positioned forward of the cylindrical part in the front-rear direction; the locking parts are positioned rearward of the locked parts and regulate rearward movements of the stoppers, respectively, in a state that the stoppers are housed in the housing parts; characterized in that the stoppers are attached to the terminals, respectively; in that the socket insulator is further formed with a plurality of operation parts , the operation parts being operable in a predetermined direction intersecting the front-rear direction; and in that when operated, the operation parts move the locked parts along the predetermined direction to respectively release regulation of the locked parts caused by the operation parts.
A computer-implemented method, comprising: detecting, by an application executing on a processor of a device , a tap of a contactless card to the device; wherein the application is an account application; receiving, by the application executing on a processor of a device from the contactless card , action data used to determine an action associated with the tap of the contactless card to the device ; generating, by a machine learning (ML) model executing on the processor, a plurality of predicted actions based on the action data, wherein the ML model is trained based on training data describing a plurality of actions performed responsive to a plurality of taps of a plurality of contactless cards to a plurality of computing devices; computing, by the ML model , a respective score for each of the predicted actions, wherein each score reflects a respective likelihood that the corresponding predicted action is intended as the action; and selecting, by the ML model , a first predicted action of the plurality of predicted actions based on the score of the first predicted action being greater than the remaining scores;; and initiating, by the application , performance of the first predicted action. detecting, by an application executing on a processor of a device , a tap of a contactless card to the device; wherein the application is an account application; receiving, by the application executing on a processor of a device from the contactless card , action data used to determine an action associated with the tap of the contactless card to the device ; generating, by a machine learning (ML) model executing on the processor, a plurality of predicted actions based on the action data, wherein the ML model is trained based on training data describing a plurality of actions performed responsive to a plurality of taps of a plurality of contactless cards to a plurality of computing devices; computing, by the ML model , a respective score for each of the predicted actions, wherein each score reflects a respective likelihood that the corresponding predicted action is intended as the action; and selecting, by the ML model , a first predicted action of the plurality of predicted actions based on the score of the first predicted action being greater than the remaining scores;; and initiating, by the application , performance of the first predicted action.
Material of olivine crystallographic structure and of formula (II) Z Z' M m ( SiO 4 ) 1-x ( PO 4 ) x in which: - Z is chosen from beryllium Be, magnesium Mg, calcium Ca, strontium Sr, barium Ba and mixtures thereof, - M is chosen from iron Fe, nickel Ni, cobalt Co, manganese Mn, chromium Cr and mixtures thereof, the degree of oxidation of the element M being greater than or equal to 2 and less than 4, - z', m and x are the stoichiometric coefficients of the chemical elements Z and M and of the group PO 4 3 − , respectively, and comply with the following conditions: ∘ 0 < x < 0.8, ∘ 0 < m, ∘ 0 < z ′ ≤ 1 − x 2 . - Z is chosen from beryllium Be, magnesium Mg, calcium Ca, strontium Sr, barium Ba and mixtures thereof, - M is chosen from iron Fe, nickel Ni, cobalt Co, manganese Mn, chromium Cr and mixtures thereof, the degree of oxidation of the element M being greater than or equal to 2 and less than 4, - z', m and x are the stoichiometric coefficients of the chemical elements Z and M and of the group PO 4 3 − , respectively, and comply with the following conditions: ∘ 0 < x < 0.8, ∘ 0 < m, ∘ 0 < z ′ ≤ 1 − x 2 . ∘ 0 < x < 0.8, ∘ 0 < m, ∘ 0 < z ′ ≤ 1 − x 2 .