mhurhangee/patent-ind-claim-en huggingface dataset:
Bulletproof protection elementary component of the tile type comprising a prism-shaped body , with a base having a shape selected from circular, oval or polygonal, in case also with a concave shape, such as a star shape, with a first face (F1) and a second face (F2) of greater extension, which are opposite each other, and a side surface having a first height (Hc), wherein it comprises at least one raised section from said first face (F1) by a second height (H1), said raised section being prism-shaped, with a base having a shape selected from circular, oval or polygonal, in case also with a concave shape, such as a star shape, said base area is less than an area of said first face (F1), characterized in that said body comprising a recess realized in said second face (F2) and extending in said body by a third height (H2).
A satellite configured for stacking with another similarly designed satellite and to facilitate separation thereof, the satellite comprising a housing for carrying functional components, the housing further comprising a plurality of pairing arrangements and a separation arrangement ; each of said pairing arrangements comprising a post extending perpendicularly to a horizontal plane of the housing , and first and second guide members, first guide members of the satellite being configured to couple with second guide members of the other satellite when stacked therewith; said separation arrangement comprising a thrust element configured to impart an outwardly-directed ejection force configured to facilitate the separation, and a release assembly configured to selectively facilitate allowing said ejection force to propel one of said satellites, thereby initiating the separation; wherein the first guide member of the satellite cooperates with the second guide member of the other satellite to deflect a portion of said ejection force from said horizontal plane during separation. each of said pairing arrangements comprising a post extending perpendicularly to a horizontal plane of the housing , and first and second guide members, first guide members of the satellite being configured to couple with second guide members of the other satellite when stacked therewith; said separation arrangement comprising a thrust element configured to impart an outwardly-directed ejection force configured to facilitate the separation, and a release assembly configured to selectively facilitate allowing said ejection force to propel one of said satellites, thereby initiating the separation; wherein the first guide member of the satellite cooperates with the second guide member of the other satellite to deflect a portion of said ejection force from said horizontal plane during separation.
A method for performing an extreme ultraviolet (EUV) photolithographic processing, the method comprising: - obtaining a substrate to be patterned having an upper main surface , - providing an EUV photoresist layer on the upper main surface , and; - forming at least one opening in the EUV photoresist layer , wherein the method further comprises, providing, sandwiched between the EUV photoresist layer and the upper main surface , a multi-layer stack having an upper surface and consisting of a first layer of a first material and a second layer of a second material, wherein the materials have a different refractive indexes, and the layers are stacked alternately and repeatedly on one another, and wherein the at least one opening exposes a part of the upper main surface of the multi-layer stack, characterized in that ; the multi-layer stack is a self-organized di-block copolymer. - obtaining a substrate to be patterned having an upper main surface , - providing an EUV photoresist layer on the upper main surface , and; - forming at least one opening in the EUV photoresist layer , wherein the method further comprises, providing, sandwiched between the EUV photoresist layer and the upper main surface , a multi-layer stack having an upper surface and consisting of a first layer of a first material and a second layer of a second material, wherein the materials have a different refractive indexes, and the layers are stacked alternately and repeatedly on one another, and wherein the at least one opening exposes a part of the upper main surface of the multi-layer stack, characterized in that ; the multi-layer stack is a self-organized di-block copolymer.
A cap for engaging a threaded neck at a beverage container opening, the cap comprising: a body having a lower cavity and an upper cavity that define a passageway from an upper opening to a lower opening of the body, the lower cavity defined by a sidewall with a thread arranged at an inner side of the sidewall to engage with the threaded neck; a barrier material arranged in the passageway between the upper and lower openings to engage with the container opening to seal the opening closed upon threaded engagement of the body thread with the threaded neck of the container; and a septum in the upper cavity of the body and positioned above the barrier material, the septum having an upper surface at the upper opening and being compressed by the body in radial and/or axial directions, the septum and the barrier material being arranged to be pierced by a needle extended from the upper opening toward the lower opening, the septum arranged to reseal to prevent leakage of beverage from the container or gas into the container after withdrawal of a needle that penetrates through the septum . a body having a lower cavity and an upper cavity that define a passageway from an upper opening to a lower opening of the body, the lower cavity defined by a sidewall with a thread arranged at an inner side of the sidewall to engage with the threaded neck; a barrier material arranged in the passageway between the upper and lower openings to engage with the container opening to seal the opening closed upon threaded engagement of the body thread with the threaded neck of the container; and a septum in the upper cavity of the body and positioned above the barrier material, the septum having an upper surface at the upper opening and being compressed by the body in radial and/or axial directions, the septum and the barrier material being arranged to be pierced by a needle extended from the upper opening toward the lower opening, the septum arranged to reseal to prevent leakage of beverage from the container or gas into the container after withdrawal of a needle that penetrates through the septum .
Panel for the internal cladding of tunnels or for the external or internal cladding of buildings comprising a fiber-cement slab and a rear reinforcement in the form of a mineral fiber mesh joined to the rear face of said fiber-cement slab by an adhesive, characterized in that said adhesive is applied onto said fiber-cement slab in an amount ranging between 50 g/m 2 and 150 g/m 2 .
A preform woven by shaped weaving, having an omega section comprising a web and a flange , at least one portion of said web and at least one portion of said flange comprising weft yarns crossing on common warp yarns , characterized in that the weft yarns of said web form an angle different from 90° with at least one portion of the warp yarns of said web .
Zinc ferrite pigments having an iron content ≤ 66.4% by weight and a lithium content of 0.08% to 0.8% by weight, characterized in that when incorporated into HDPE the zinc ferrite pigments exhibit a colour shift ΔE* to DIN 53772 and DIN 6174 at 300°C of < 4,0, in HDPE sample specimens prepared in accordance with DIN 53772 the zinc ferrite pigments exhibit an L* value in CIELAB units, measured in accordance with DIN 6174, of > 51 and in HDPE sample specimens prepared in accordance with DIN 53772 the zinc ferrite pigments exhibit a b* value in CIELAB units, measured in accordance with DIN 6174, of > 34.
A method of controlling an electronic device, the method comprising: receiving a touch gesture of a user; identifying a current touch displacement while the touch gesture is received; identifying an action corresponding to a current state of the electronic device and the identified current touch displacement, wherein the current state of the electronic device is a factor displayed on the electronic device, and wherein the identifying the action comprises, in response to the touch gesture with respect to the factor being received, identifying the action based on a ratio of the full displacement moveable by the factor to the current touch displacement; and performing a task according to the identified action, wherein the performing the task comprises setting a reminder corresponding to the factor to be provided after a time proportional to the ratio elapses. receiving a touch gesture of a user; identifying a current touch displacement while the touch gesture is received; identifying an action corresponding to a current state of the electronic device and the identified current touch displacement, wherein the current state of the electronic device is a factor displayed on the electronic device, and wherein the identifying the action comprises, in response to the touch gesture with respect to the factor being received, identifying the action based on a ratio of the full displacement moveable by the factor to the current touch displacement; and performing a task according to the identified action, wherein the performing the task comprises setting a reminder corresponding to the factor to be provided after a time proportional to the ratio elapses.
An ultrasound device comprising: an array of thousands of micromachined ultrasonic transducers and a plurality of pressure ports shared by the array of micromachined ultrasonic transducers, wherein the plurality of pressure ports are accessible internal to the array of micromachined ultrasonic transducers, wherein the array of micromachined ultrasonic transducers comprises: a plurality of sealed cavities , and wherein the plurality of pressure ports are configured to control a pressure of the sealed cavities, wherein each pressure port of the plurality of pressure ports comprises a portion in-plane with the plurality of sealed cavities and a portion substantially perpendicular to the plurality of sealed cavities. an array of thousands of micromachined ultrasonic transducers and a plurality of pressure ports shared by the array of micromachined ultrasonic transducers, wherein the plurality of pressure ports are accessible internal to the array of micromachined ultrasonic transducers, wherein the array of micromachined ultrasonic transducers comprises: a plurality of sealed cavities , and wherein the plurality of pressure ports are configured to control a pressure of the sealed cavities, wherein each pressure port of the plurality of pressure ports comprises a portion in-plane with the plurality of sealed cavities and a portion substantially perpendicular to the plurality of sealed cavities.
A system for manufacturing a prepreg comprising: (i) a mechanism for moving a fabric or mat along the system; (ii) a drying mechanism that removes residual moisture from at least one surface of the fabric or mat; (iii) a mixing component that mixes a liquid or molten lactam with a catalyst and an activator, the catalyst and activator facilitate in polymerizing the lactam to form a thermoplastic polymer via anionic polymerization, (iv) a resin application mechanism that applies the liquid or molten lactam monomer or oligomer mixture atop to the fabric or mat; (v) a moisture purge mechanism that is positioned to blow a moisture-free gas onto one or more surfaces of the fabric or mat between the resin application mechanism and a curing oven to maintain an environment in the vicinity of the coated fabric or mat to a humidity of zero prior to subjecting the coated fabric or mat to the curing oven, (vi) a press mechanism that presses the fabric or mat subsequent to application of the resin to ensure that the resin fully saturates the fabric or mat; and (vii) a curing oven through which the coated fabric or mat is moved to polymerize the resin and thereby form a thermoplastic polymer so that upon exiting the curing oven, the fabric or mat is fully impregnated with the thermoplastic polymer. (i) a mechanism for moving a fabric or mat along the system; (ii) a drying mechanism that removes residual moisture from at least one surface of the fabric or mat; (iii) a mixing component that mixes a liquid or molten lactam with a catalyst and an activator, the catalyst and activator facilitate in polymerizing the lactam to form a thermoplastic polymer via anionic polymerization, (iv) a resin application mechanism that applies the liquid or molten lactam monomer or oligomer mixture atop to the fabric or mat; (v) a moisture purge mechanism that is positioned to blow a moisture-free gas onto one or more surfaces of the fabric or mat between the resin application mechanism and a curing oven to maintain an environment in the vicinity of the coated fabric or mat to a humidity of zero prior to subjecting the coated fabric or mat to the curing oven, (vi) a press mechanism that presses the fabric or mat subsequent to application of the resin to ensure that the resin fully saturates the fabric or mat; and (vii) a curing oven through which the coated fabric or mat is moved to polymerize the resin and thereby form a thermoplastic polymer so that upon exiting the curing oven, the fabric or mat is fully impregnated with the thermoplastic polymer.
A method of recognizing individuals by means of at least a processor executing a recognition algorithm, comprising the steps of: - having a handwritten signature produced by at least one candidate for recognition, the candidate using at least one of his fingers applied against a capture surface; - detecting biometric features of the fingerprint of the candidate during several capture phases while said handwritten signature is being produced, at least one of the capture phases being carried out while the finger is in motion; - extracting the features of the handwritten signature produced and the biometric features of the fingerprint in order to form the candidate's signature data and biometric data; - comparing the candidate's signature data and biometric data to signature data and finger biometric data which are stored on at least a data medium and which belong to at least one individual; characterized in that it also comprises the step of: comparing the biometric data corresponding to two capture phases in order to reveal a distortion of the biometric features between the two capture phases. - having a handwritten signature produced by at least one candidate for recognition, the candidate using at least one of his fingers applied against a capture surface; - detecting biometric features of the fingerprint of the candidate during several capture phases while said handwritten signature is being produced, at least one of the capture phases being carried out while the finger is in motion; - extracting the features of the handwritten signature produced and the biometric features of the fingerprint in order to form the candidate's signature data and biometric data; - comparing the candidate's signature data and biometric data to signature data and finger biometric data which are stored on at least a data medium and which belong to at least one individual;
Drive system with a drive and a brake , having a brake housing and a rotor for the torsionally rigid connecting to a shaft of a drive, wherein an activating element for activating the brake is arranged in the brake housing , wherein, when the brake is closed, the rotor is pressed against the brake housing or against a brake counter element , wherein the brake comprises a press fit attachment element which directly connects the brake to the drive, characterized in that either the attachment element is connected to the brake housing , wherein the attachment element is pressed into a through bore of the brake housing which ends in a receiving space for the attachment element, or the brake counter element is a flange and in that the attachment element is connected to the brake counter element of the brake by the attachment element being pressed into a through bore of the flange.
A print system comprising: a component device operational in a number of states; a density engine to: determine a plurality of plane regions of a page that are expected to receive a threshold amount of print fluid based on data of a print job; assign a value to each plane region of the plurality of plane regions relative to a position of the each plane region on the page, the value associated with a print fluid density and based on a likelihood of distortion at that plane region in comparison to other regions; combine the value of each plane region to produce a page score corresponding to locations of the threshold amount of print fluid; map the page score to an identifier representing a classification related to print fluid density ; and a component engine to cause an adjustment of a component attribute of the component device based on the identifier . a component device operational in a number of states; a density engine to: determine a plurality of plane regions of a page that are expected to receive a threshold amount of print fluid based on data of a print job; assign a value to each plane region of the plurality of plane regions relative to a position of the each plane region on the page, the value associated with a print fluid density and based on a likelihood of distortion at that plane region in comparison to other regions; combine the value of each plane region to produce a page score corresponding to locations of the threshold amount of print fluid; map the page score to an identifier representing a classification related to print fluid density ; and determine a plurality of plane regions of a page that are expected to receive a threshold amount of print fluid based on data of a print job; assign a value to each plane region of the plurality of plane regions relative to a position of the each plane region on the page, the value associated with a print fluid density and based on a likelihood of distortion at that plane region in comparison to other regions; combine the value of each plane region to produce a page score corresponding to locations of the threshold amount of print fluid; map the page score to an identifier representing a classification related to print fluid density ; and a component engine to cause an adjustment of a component attribute of the component device based on the identifier .
A system comprising: a magnetic resonance imaging (MRI) system ; and computer hardware comprising a programmable processor, the computer hardware being configured to perform operations comprising: acquiring pre-surgical images of a region of an anatomy of a patient prior to a surgical procedure on the patient ; receiving, through a planning interface , a definition of segmented anatomy for protection during the surgical procedure; acquiring real-time MRI data during the surgical procedure on the patient ; tracking and auto-contouring the segmented anatomy for protection using deformable image registration on the real-time MRI data to correlate with the pre-surgical images; monitoring the segmented anatomy for protection, as tracked using deformable image registration and auto-contouring; and providing, at a display device, an alert when the monitoring reveals a risk of damage to the segmented anatomy for protection. a magnetic resonance imaging (MRI) system ; and computer hardware comprising a programmable processor, the computer hardware being configured to perform operations comprising: acquiring pre-surgical images of a region of an anatomy of a patient prior to a surgical procedure on the patient ; receiving, through a planning interface , a definition of segmented anatomy for protection during the surgical procedure; acquiring real-time MRI data during the surgical procedure on the patient ; tracking and auto-contouring the segmented anatomy for protection using deformable image registration on the real-time MRI data to correlate with the pre-surgical images; monitoring the segmented anatomy for protection, as tracked using deformable image registration and auto-contouring; and providing, at a display device, an alert when the monitoring reveals a risk of damage to the segmented anatomy for protection. acquiring pre-surgical images of a region of an anatomy of a patient prior to a surgical procedure on the patient ; receiving, through a planning interface , a definition of segmented anatomy for protection during the surgical procedure; acquiring real-time MRI data during the surgical procedure on the patient ; tracking and auto-contouring the segmented anatomy for protection using deformable image registration on the real-time MRI data to correlate with the pre-surgical images; monitoring the segmented anatomy for protection, as tracked using deformable image registration and auto-contouring; and providing, at a display device, an alert when the monitoring reveals a risk of damage to the segmented anatomy for protection.
A white crystalline polymorph A of the hydrate of the Ca salt of a compound according to formula I with a molar ratio of said compound according to formula I to calcium 2±0.3, which is characterized by an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2theta at ±0.2 of the values 2theta = 5.91°, 9.64°, 16.78°, 17.81°, 19.81°, 25.41°. with a molar ratio of said compound according to formula I to calcium 2±0.3, which is characterized by an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2theta at ±0.2 of the values 2theta = 5.91°, 9.64°, 16.78°, 17.81°, 19.81°, 25.41°.
An optical stack , comprising a first layer and a second layer adjacent the first layer , wherein an interface between the first layer and the second layer comprises a first grating , wherein the first layer has a refractive index n 1 , the second layer has a refractive index n 2 , the first grating has a peak to valley height of h, |n 1 -n 2 | multiplied by h is between about 150 nm and about 350 nm, the first grating has a first pitch in a range of about 2 microns to about 50 microns and characterized in that the first layer or the second layer or both the first layer and the second layer includes a plurality of particles having a size, a refractive index and a number density between 10 4 mm -3 and 10 8 mm -3 such that when the optical stack is illuminated with a laser light having a wavelength of about 532 nm, a diffraction pattern is produced including: a central diffraction peak having an intensity I 0 ; a nearest neighbor diffraction peak located a distance d from the central diffraction peak; and an intensity distribution including: an intensity I mid at a point halfway between the central diffraction peak and the nearest neighbor diffraction peak; an intensity I 2d at a point a distance 2d from the central diffraction peak, wherein I mid is greater than about 0.01 times I 0 and I 2d is less than about 0.001 times I 0 . a central diffraction peak having an intensity I 0 ; a nearest neighbor diffraction peak located a distance d from the central diffraction peak; and an intensity distribution including: an intensity I mid at a point halfway between the central diffraction peak and the nearest neighbor diffraction peak; an intensity I 2d at a point a distance 2d from the central diffraction peak, an intensity I mid at a point halfway between the central diffraction peak and the nearest neighbor diffraction peak; an intensity I 2d at a point a distance 2d from the central diffraction peak,