mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising means for performing: receiving a control message from at least one access node, the control message comprising a first clock value indicating a transmission time of the control message; determining a geographical location of the apparatus and a geographical location of the at least one access node; computing, on the basis of the geographical locations of the apparatus and the at least one access node and further on the basis of the first clock value, a second clock value indicating a reception time of the control message at the apparatus; and updating a clock of the apparatus by using the second clock value. receiving a control message from at least one access node, the control message comprising a first clock value indicating a transmission time of the control message; determining a geographical location of the apparatus and a geographical location of the at least one access node; computing, on the basis of the geographical locations of the apparatus and the at least one access node and further on the basis of the first clock value, a second clock value indicating a reception time of the control message at the apparatus; and updating a clock of the apparatus by using the second clock value.
Support element (10; 32) for fastening strip elements of a rotary washing brush with a cylindrical inner surface , with which the support element can be fastened at least non-rotatably on a rotary shaft , a cylindrical outer surface to which the strip elements can be attached, at least axially extending recesses , which are formed in the cylindrical outer surface and into which clamping rods can be inserted for fastening the strip elements , characterised in that the cylindrical outer surface is tilted by 2° to 25° relative to the cylindrical inner surface . a cylindrical inner surface , with which the support element can be fastened at least non-rotatably on a rotary shaft , a cylindrical outer surface to which the strip elements can be attached, at least axially extending recesses , which are formed in the cylindrical outer surface and into which clamping rods can be inserted for fastening the strip elements , characterised in that the cylindrical outer surface is tilted by 2° to 25° relative to the cylindrical inner surface .
A therapeutically effective amount of a sulfonylurea and a pharmaceutically acceptable carrier, for use in treating glaucoma in a subject, wherein the subject has a nonsense mutation rs5215 in the KCN11 gene that results in the substitution of isoleucine for valine at position 337 (V337I) of the Kir 6.2 protein, and wherein the sulfonylurea is at a concentration of 0.1 - 0.9% (w/v).
A data processing method, performed by a server, the data processing method comprising: obtaining (S202) stream control signaling transmitted by an interface machine, the interface machine being configured to obtain, from the server, audio and video data to be transmitted to a client; obtaining (S204), in response to the stream control signaling, a first rate at which the server transmits the audio and video data to the interface machine; and transmitting (S206) audio data to the interface machine in response to the first rate being less than a first predetermined threshold, and discarding (S206) video data in the same group of pictures, GOP, as the audio data. obtaining (S202) stream control signaling transmitted by an interface machine, the interface machine being configured to obtain, from the server, audio and video data to be transmitted to a client; obtaining (S204), in response to the stream control signaling, a first rate at which the server transmits the audio and video data to the interface machine; and transmitting (S206) audio data to the interface machine in response to the first rate being less than a first predetermined threshold, and discarding (S206) video data in the same group of pictures, GOP, as the audio data.
Energy production device comprising: - a frame ; - a body fixed to the frame and being arranged to move with respect to the frame ; - first and second aligned input shafts projecting from two opposite faces of the body ; - a third input shaft aligned with an output shaft , the direction of the third input shaft and the Z output shaft being perpendicular to the direction of the first and second input shafts ; - mechanical connection means at the proximal end of each of the shafts which is within the body , said mechanical connection means operating with a transmission system within the body so that any rotation movement on any of the input shafts is converted into a unidirectional rotation movement on the output shaft ; - a distal end of the third input shaft being fixed to the frame ; - a bearing fixed on said frame , into which the distal end of the output shaft is freewheeling; - a first pendulum mounted on a bearing at the distal end of the first input shaft to pivot around the first input shaft ; and - a second pendulum mounted on a bearing at the distal end of the second input shaft to pivot around the second input shaft , - an alternator connected to the output shaft to convert the unidirectional movement of the output shaft into electricity; and - external electrical connection means on the outside surface of the frame electrically connected to the alternator to permit electricity generated by the energy production device to be used. - a frame ; - a body fixed to the frame and being arranged to move with respect to the frame ; - first and second aligned input shafts projecting from two opposite faces of the body ; - a third input shaft aligned with an output shaft , the direction of the third input shaft and the Z output shaft being perpendicular to the direction of the first and second input shafts ; - mechanical connection means at the proximal end of each of the shafts which is within the body , said mechanical connection means operating with a transmission system within the body so that any rotation movement on any of the input shafts is converted into a unidirectional rotation movement on the output shaft ; - a distal end of the third input shaft being fixed to the frame ; - a bearing fixed on said frame , into which the distal end of the output shaft is freewheeling; - a first pendulum mounted on a bearing at the distal end of the first input shaft to pivot around the first input shaft ; and - a second pendulum mounted on a bearing at the distal end of the second input shaft to pivot around the second input shaft , - an alternator connected to the output shaft to convert the unidirectional movement of the output shaft into electricity; and - external electrical connection means on the outside surface of the frame electrically connected to the alternator to permit electricity generated by the energy production device to be used.
A scanning device for imaging a beam (1.1) along a scan line , comprising a light source which emits the beam (1.1) with an axial ray (1.1.1), a scanning unit with a polygon mirror (2.1), as well as prescan optics arranged upstream of the polygon mirror (2.1) in the direction of the axial ray (1.1.1) and prescan optics arranged downstream of the polygon mirror (2.1) in the direction of the axial ray (1.1.1), with an optical axis (4.0), the prescan optics being arranged upstream of the polygon mirror (2.1) in such a way that the beam (1.1) impinges on the polygon mirror (2.1) in a cross scan plane at an angle of incidence (a), characterized in that the optical axis (4.0) of the postscan optics is arranged in the reflection direction of the polygon mirror (2.1), the postscan optics comprise, arranged successively in the direction of the axial ray (1.1.1), a corrective objective (4.1) with at least a first corrective lens (4.1.1) and a second corrective lens (4.1.2), only one cylindrical mirror (4.2) and one cylindrical lens (4.3), the cylindrical mirror (4.2) is tilted at a first tilt angle (β) with respect to the surface normal of the polygon mirror (2.1) in the cross scan plane, said tilt angle (β) being determined by the angle of incidence (a), and one of the two corrective lenses (4.1.1, 4.1.2) is tilted relative to the optical axis (4.0) of the postscan optics at a second tilt angle (γ) and is offset with respect to the optical axis (4.0) by a distance (a). the postscan optics comprise, arranged successively in the direction of the axial ray (1.1.1), a corrective objective (4.1) with at least a first corrective lens (4.1.1) and a second corrective lens (4.1.2), only one cylindrical mirror (4.2) and one cylindrical lens (4.3), the cylindrical mirror (4.2) is tilted at a first tilt angle (β) with respect to the surface normal of the polygon mirror (2.1) in the cross scan plane, said tilt angle (β) being determined by the angle of incidence (a), and one of the two corrective lenses (4.1.1, 4.1.2) is tilted relative to the optical axis (4.0) of the postscan optics at a second tilt angle (γ) and is offset with respect to the optical axis (4.0) by a distance (a).
A compound, or a salt thereof, having the structure of Formula A A or Formula A B : wherein: "Het D " is "R A1 " is, independently: -H; C 1-4 alkyl, F or Cl; "R A2 " is -H R B1 is -H or C 1-6 alkyl; and R C is: ( A ) a substituent of the formula: wherein R D is 1 to 3 substituents which are independently: (i) a halogen; (ii) amino-alkenyl moiety of the formula [H 2 N-(CH 2 ) n -CH=CH-], where "n" is an integer of 1 to 4; (iii) heterocycloalkyl of the formula: wherein: "n" and "m" are independently 1 to 4; and "R i " is C 1-4 -alkyl or -H; (iv) a heterocycloalkenyl of the formula: wherein "m" is 1-4; (v) C 6-14 -aryl moiety which is substituted with a dialkylamino-C 1-3 -alkyl-NH-C(O)-moiety; (vi) heterobicyclo-moiety of the formula: (vii) a substituent of the formula: ( B ) a substituent of the formula: or ( C ) a substituent of the formula: wherein "n" is an integer of from 1 to 4 and R E is:-N(R 1 ) 2 , where "R i " is independently -H or -C 1-6 -alkyl. "Het D " is "R A1 " is, independently: -H; C 1-4 alkyl, F or Cl; "R A2 " is -H R B1 is -H or C 1-6 alkyl; and R C is: ( A ) a substituent of the formula: wherein R D is 1 to 3 substituents which are independently: (i) a halogen; (ii) amino-alkenyl moiety of the formula [H 2 N-(CH 2 ) n -CH=CH-], where "n" is an integer of 1 to 4; (iii) heterocycloalkyl of the formula: wherein: "n" and "m" are independently 1 to 4; and "R i " is C 1-4 -alkyl or -H; (iv) a heterocycloalkenyl of the formula: wherein "m" is 1-4; (v) C 6-14 -aryl moiety which is substituted with a dialkylamino-C 1-3 -alkyl-NH-C(O)-moiety; (vi) heterobicyclo-moiety of the formula: (vii) a substituent of the formula: ( B ) a substituent of the formula: or ( C ) a substituent of the formula: wherein "n" is an integer of from 1 to 4 and R E is:-N(R 1 ) 2 , where "R i " is independently -H or -C 1-6 -alkyl. ( A ) a substituent of the formula: wherein R D is 1 to 3 substituents which are independently: (i) a halogen; (ii) amino-alkenyl moiety of the formula [H 2 N-(CH 2 ) n -CH=CH-], where "n" is an integer of 1 to 4; (iii) heterocycloalkyl of the formula: wherein: "n" and "m" are independently 1 to 4; and "R i " is C 1-4 -alkyl or -H; (iv) a heterocycloalkenyl of the formula: wherein "m" is 1-4; (v) C 6-14 -aryl moiety which is substituted with a dialkylamino-C 1-3 -alkyl-NH-C(O)-moiety; (vi) heterobicyclo-moiety of the formula: (vii) a substituent of the formula: (i) a halogen; (ii) amino-alkenyl moiety of the formula [H 2 N-(CH 2 ) n -CH=CH-], where "n" is an integer of 1 to 4; (iii) heterocycloalkyl of the formula: wherein: "n" and "m" are independently 1 to 4; and "R i " is C 1-4 -alkyl or -H; (iv) a heterocycloalkenyl of the formula: wherein "m" is 1-4; (v) C 6-14 -aryl moiety which is substituted with a dialkylamino-C 1-3 -alkyl-NH-C(O)-moiety; (vi) heterobicyclo-moiety of the formula: (vii) a substituent of the formula: ( B ) a substituent of the formula: or ( C ) a substituent of the formula: wherein "n" is an integer of from 1 to 4 and R E is:-N(R 1 ) 2 , where "R i " is independently -H or -C 1-6 -alkyl.
Method for processing an object by means of interfering laser beams, comprising the following process steps: - Generating laser radiation as a collimated laser beam , - influencing the intensity distribution and/or the phase progression over the cross-section of the laser beam, - splitting the laser beam into two partial beams , and characterized by - deflecting and focusing the partial beams so that the partial beams are superimposed in a processing zone in the material of the object , wherein the deflection and focusing of each partial beam comprises an aberration correction. - Generating laser radiation as a collimated laser beam , - influencing the intensity distribution and/or the phase progression over the cross-section of the laser beam, - splitting the laser beam into two partial beams , and characterized by - deflecting and focusing the partial beams so that the partial beams are superimposed in a processing zone in the material of the object , wherein the deflection and focusing of each partial beam comprises an aberration correction.
A system for implantation of spinal implants comprising: a retractor including a frame and first, second and third arms (56, 156, 2856, 2956A-C) secured thereto, at least one of the first, second and third arms movable in predetermined increments relative to the frame; and first, second and third rods each secured to one of the arms, wherein the first, second and third rods are movable between a first position and a second position, and wherein the first, second and third rods are moved from the first position to the second position when one or more of the first, second and third arms is moved away from the other arms by a predetermined amount, characterized in that the first, second and third rods are having an I-shaped cross -section. a retractor including a frame and first, second and third arms (56, 156, 2856, 2956A-C) secured thereto, at least one of the first, second and third arms movable in predetermined increments relative to the frame; and first, second and third rods each secured to one of the arms, wherein the first, second and third rods are movable between a first position and a second position, and wherein the first, second and third rods are moved from the first position to the second position when one or more of the first, second and third arms is moved away from the other arms by a predetermined amount, characterized in that the first, second and third rods are having an I-shaped cross -section.
An optical coherence tomography (OCT) scanning probe , comprising: a tubular housing ; at least one electrode disposed on an outer surface of the tubular housing ; an optical fiber scanner disposed in the tubular housing , wherein the optical fiber scanner comprising an optical fiber and an optical element , the optical element is disposed on an emitting end of the optical fiber , and the optical element is at corresponding position to a light transmittable portion of the tubular housing ; and an auxiliary localization component disposed on the tubular housing , and the auxiliary localization component overlaps part of the light transmittable portion ; wherein the light transmittable portion is configured to transmission of a light beam emitted from the optical fiber scanner therethrough to obtain a tomographic image, wherein the configuration is such that an interaction of part of the light beam with the auxiliary localization component causes a characteristic in the tomographic image, which allows for determination of the location of the probe according to said characteristic corresponding to the auxiliary localization component . a tubular housing ; at least one electrode disposed on an outer surface of the tubular housing ; an optical fiber scanner disposed in the tubular housing , wherein the optical fiber scanner comprising an optical fiber and an optical element , the optical element is disposed on an emitting end of the optical fiber , and the optical element is at corresponding position to a light transmittable portion of the tubular housing ; and an auxiliary localization component disposed on the tubular housing , and the auxiliary localization component overlaps part of the light transmittable portion ; wherein the light transmittable portion is configured to transmission of a light beam emitted from the optical fiber scanner therethrough to obtain a tomographic image, wherein the configuration is such that an interaction of part of the light beam with the auxiliary localization component causes a characteristic in the tomographic image, which allows for determination of the location of the probe according to said characteristic corresponding to the auxiliary localization component .
A sealing arrangement for use in detecting a detectable gas in a hermetically sealed detection chamber (CH), the sealing arrangement comprising: - a housing unit provided with a first housing part , a second housing part and an access passageway , the first housing part and the second housing part delimiting an inner volume (V) of the housing unit in a closed state, the inner volume (V) being accessible via the access passageway ; - a connecting device (1; 1'), which comprises a tubular part extending from a first annular part to a second annular part (102; 102'), the tubular part delimiting a fluid passage and having an intermediate portion of annular shape arranged around the fluid passage , between the first annular part and the second annular part; and - a sealing structure adapted to form a gas-tight junction at the access passageway , by a continuous contact around the intermediate portion , when the second annular part is received in the inner volume (V) in the closed state of the housing unit ; wherein the first annular part is configured to be overlapped by a flexible hose end , while the second annular part (102; 102') is provided with an attachment component (15; 15'), and wherein the housing unit is configured to receive the attachment component (15; 15') in the inner volume (V), so that gas escaping from the fluid passage via at least one gas permeable end included in the attachment component (15; 15') is hermetically kept in the inner volume (V). - a housing unit provided with a first housing part , a second housing part and an access passageway , the first housing part and the second housing part delimiting an inner volume (V) of the housing unit in a closed state, the inner volume (V) being accessible via the access passageway ; - a connecting device (1; 1'), which comprises a tubular part extending from a first annular part to a second annular part (102; 102'), the tubular part delimiting a fluid passage and having an intermediate portion of annular shape arranged around the fluid passage , between the first annular part and the second annular part; and - a sealing structure adapted to form a gas-tight junction at the access passageway , by a continuous contact around the intermediate portion , when the second annular part is received in the inner volume (V) in the closed state of the housing unit ; wherein the first annular part is configured to be overlapped by a flexible hose end , while the second annular part (102; 102') is provided with an attachment component (15; 15'), and wherein the housing unit is configured to receive the attachment component (15; 15') in the inner volume (V), so that gas escaping from the fluid passage via at least one gas permeable end included in the attachment component (15; 15') is hermetically kept in the inner volume (V).
A plastic lens obtained by curing a curable composition comprising a curable compound, wherein the curable composition includes 50 parts by mass or more of a (meth)acrylic curable compound relative to 100 parts by mass of the total amount of the curable compound, and in the plastic lens, the absorbance ratio of the maximum absorbance Abs1 at a wave number of 1680 to 1620 cm -1 relative to the maximum absorbance Abs2 at a wave number of 1800 to 1690 cm -1 in an infrared spectrum obtained by measurement with a Fourier transform infrared spectrophotometer is 7.0% or less, as calculated by using the following Formula 1: Absorbance ratio % = Abs 1 / Abs 2 × 100 .
Method for making façades of buildings, comprising: - securing to an external wall of a building a plurality of L-shaped support elements or brackets , each comprising: a metal core presenting a first portion , having the shape of a rectangular plate, to be secured to the wall of the building interposing between the first portion and the external wall a plate of insulating material , preferably made of polypropylene, and a second portion , having the shape of a rectangular plate, extending at right angles to the first portion starting from an edge of it; said support element being fixed to the external wall of the building in such a way that the second portion extends perpendicularly to the external wall and substantially parallel to the ground; - applying and bonding to said external wall a plurality of insulating panels letting terminal ends of the second portions of the support elements protrude beyond said insulating panels ; - putting on said terminal ends a plurality of bearing panels ; the bearing panels being supported by the support elements directly anchored to the external wall of the building; - applying and bonding said bearing panels to the insulating panels ; - constraining a plurality of discrete finishing elements to said bearing panels bonding each discrete finishing elements on said bearing panels and/or mounting them with the use of brackets or other mechanical means. - securing to an external wall of a building a plurality of L-shaped support elements or brackets , each comprising: a metal core presenting a first portion , having the shape of a rectangular plate, to be secured to the wall of the building interposing between the first portion and the external wall a plate of insulating material , preferably made of polypropylene, and a second portion , having the shape of a rectangular plate, extending at right angles to the first portion starting from an edge of it; said support element being fixed to the external wall of the building in such a way that the second portion extends perpendicularly to the external wall and substantially parallel to the ground; - applying and bonding to said external wall a plurality of insulating panels letting terminal ends of the second portions of the support elements protrude beyond said insulating panels ; - putting on said terminal ends a plurality of bearing panels ; the bearing panels being supported by the support elements directly anchored to the external wall of the building; - applying and bonding said bearing panels to the insulating panels ; - constraining a plurality of discrete finishing elements to said bearing panels bonding each discrete finishing elements on said bearing panels and/or mounting them with the use of brackets or other mechanical means.