mhurhangee/patent-ind-claim-en huggingface dataset:
An exchangable or replaceable maxillary skeletal expander comprising: a pair of guides configured to be fixed by micro implants implantable into maxilla; and an expansion part including: a pair of main bodies ; and an expansion screw configured to penetrate the pair of main bodies and adjust an interval between the pair of main bodies , characterized in that the pair of main bodies is configured to be inserted and extended while sliding between the pair of guides ; and the exchangable or replaceable maxillary skeletal expander further comprises: a pair of replacement guides having two ends fixed to ends of the pair of guides that face each other, the pair of replacement guides being configured to assist in replacing the expansion part by adjusting an interval between the pair of guides . a pair of guides configured to be fixed by micro implants implantable into maxilla; and an expansion part including: a pair of main bodies ; and an expansion screw configured to penetrate the pair of main bodies and adjust an interval between the pair of main bodies , a pair of main bodies ; and an expansion screw configured to penetrate the pair of main bodies and adjust an interval between the pair of main bodies , the pair of main bodies is configured to be inserted and extended while sliding between the pair of guides ; and the exchangable or replaceable maxillary skeletal expander further comprises: a pair of replacement guides having two ends fixed to ends of the pair of guides that face each other, the pair of replacement guides being configured to assist in replacing the expansion part by adjusting an interval between the pair of guides .
A method for the installation of a cover over a crop field , the method including the following steps: a) disposing a plurality of valley lines longitudinally tautened at a first level (A1) over said crop field and parallel to one another; b) disposing a plurality of ridge lines laid out longitudinally parallel to one another and parallel to the valley lines , interspersed between the valley lines ; c) disposing a plurality of flexible covering bands transversely with respect to the ridge lines and the valley lines , with each covering band passing over all the ridge lines and under all the valley lines ; characterized in that the ridge lines are disposed during step b) over the crop field at a lower level of installation (A0) than that of the first level (A1); the covering bands are disposed during step c) with the ridge lines being at said level of installation (A0), the covering bands being laid out horizontally between the ridge lines positioned at the level of installation (A0) and the valley lines positioned at the first level (A1); and in that the method continues with the following step: d) anchoring each ridge line on supports located at the upper ends of a number of vertical stakes disposed in a longitudinal alignment forming a row of stakes, with the ridge lines being tautened at a second level (A2) over the crop field higher than the first level (A1), with said covering bands being tautened. a) disposing a plurality of valley lines longitudinally tautened at a first level (A1) over said crop field and parallel to one another; b) disposing a plurality of ridge lines laid out longitudinally parallel to one another and parallel to the valley lines , interspersed between the valley lines ; c) disposing a plurality of flexible covering bands transversely with respect to the ridge lines and the valley lines , with each covering band passing over all the ridge lines and under all the valley lines ; the ridge lines are disposed during step b) over the crop field at a lower level of installation (A0) than that of the first level (A1); the covering bands are disposed during step c) with the ridge lines being at said level of installation (A0), the covering bands being laid out horizontally between the ridge lines positioned at the level of installation (A0) and the valley lines positioned at the first level (A1); and in that the method continues with the following step: d) anchoring each ridge line on supports located at the upper ends of a number of vertical stakes disposed in a longitudinal alignment forming a row of stakes, with the ridge lines being tautened at a second level (A2) over the crop field higher than the first level (A1), with said covering bands being tautened.
Fastening device for connecting components to one another and to a substructure , in particular profile elements having floor or wall coverings and the like and provided with at least one groove , which profile elements are fastened to a substructure spaced apart from one another to form a gap , which fastening element comprises a base having at least one clamping device projecting away from the base , wherein the base comprises at least one opening , wherein the base comprises at least two flanks arranged approximately orthogonally to one another, wherein at least one flank is arranged approximately orthogonally to at least an underside of the clamping device , wherein the base comprises, opposite the flanks arranged approximately orthogonally to one another, at least two further flanks arranged approximately orthogonally to one another, wherein the distance between the flanks (11, 14; 12, 15) arranged opposite one another corresponds approximately to the width of the clamping device , wherein the free ends of the flanks (11, 12; 14, 15) arranged approximately orthogonally to one another are connected together by at least one flank having a radius RF, characterised in that the opening of the base cpmprises at least one web projecting into the lumen of the opening.
A thermal insulation device comprising; an outer plate ; an inner plate nesting adjacent the outer plate with a gap between the outer and inner plates ; wherein the outer and innerplates comprise a substantially planar portion and sides; a porous material arranged in the gap between the outer and inner plates ; a sealing layer arranged between sides of the outer and inner plates such that the porous material is sealed from ambient at a pressure less than ambient; a further outer plate ; a further inner plate nesting adjacent the further outer plate with a gap between the further outer and inner plates ; wherein the further outer and innerplates comprise a substantially planar portion and sides; a porous material arranged in the gap between the further outer and inner plates ; a sealing layer arranged between sides of the further outer and inner plates such that the porous material is sealed from ambient at a pressure less than ambient; characterized in that the first and second plates are mated with the further first and second plates by the outer plates being sealed together and the inner plates being sealing together to form an enclosure with a chamber to enclose a device within the chamber that is thermally insulated from ambient by the enclosure. comprising; an outer plate ; an inner plate nesting adjacent the outer plate with a gap between the outer and inner plates ; wherein the outer and innerplates comprise a substantially planar portion and sides; a porous material arranged in the gap between the outer and inner plates ; a sealing layer arranged between sides of the outer and inner plates such that the porous material is sealed from ambient at a pressure less than ambient; a further outer plate ; a further inner plate nesting adjacent the further outer plate with a gap between the further outer and inner plates ; wherein the further outer and innerplates comprise a substantially planar portion and sides; a porous material arranged in the gap between the further outer and inner plates ; a sealing layer arranged between sides of the further outer and inner plates such that the porous material is sealed from ambient at a pressure less than ambient; characterized in that the first and second plates are mated with the further first and second plates by the outer plates being sealed together and the inner plates being sealing together to form an enclosure with a chamber to enclose a device within the chamber that is thermally insulated from ambient by the enclosure.
A first communication device comprising: a first transmitter module configured to transmit first-type frames , each first-type frame comprising: a security-sequence; and an encrypted-security-sequence-counter-value, and a security-module configured to: generate the security-sequence for each first-type frame using a security-sequence-counter-value, in which a different security-sequence-counter-value is used for each frame; derive a first-derived-session-key based on a master-session-key using a first-key-derivation-function in response to a key-validity-counter-value reaching an update value; and encrypt , for each first-type frame, the security-sequence-counter-value to provide the encrypted-security-sequence-counter-value using the first-derived-session-key. a first transmitter module configured to transmit first-type frames , each first-type frame comprising: a security-sequence; and an encrypted-security-sequence-counter-value, and a security-sequence; and an encrypted-security-sequence-counter-value, and a security-module configured to: generate the security-sequence for each first-type frame using a security-sequence-counter-value, in which a different security-sequence-counter-value is used for each frame; derive a first-derived-session-key based on a master-session-key using a first-key-derivation-function in response to a key-validity-counter-value reaching an update value; and encrypt , for each first-type frame, the security-sequence-counter-value to provide the encrypted-security-sequence-counter-value using the first-derived-session-key. generate the security-sequence for each first-type frame using a security-sequence-counter-value, in which a different security-sequence-counter-value is used for each frame; derive a first-derived-session-key based on a master-session-key using a first-key-derivation-function in response to a key-validity-counter-value reaching an update value; and encrypt , for each first-type frame, the security-sequence-counter-value to provide the encrypted-security-sequence-counter-value using the first-derived-session-key.
A composition of silver or copper polyitaconate homopolymers made by the process of: (a) electrolyzing silver (Ag) or copper (Cu) in an itaconic acid (C 5 H 6 O 4 ) solution, (b) producing silver or copper itaconate (C 5 H 5 AgO 4 or C 5 H 5 CuO 4 ) and/or disilver or dicopper itaconate (C 5 H 4 Ag 2 O 4 or C 5 H 5 Cu 2 O 4 ), and (c) polymerizing the itaconates of step (b). (a) electrolyzing silver (Ag) or copper (Cu) in an itaconic acid (C 5 H 6 O 4 ) solution, (b) producing silver or copper itaconate (C 5 H 5 AgO 4 or C 5 H 5 CuO 4 ) and/or disilver or dicopper itaconate (C 5 H 4 Ag 2 O 4 or C 5 H 5 Cu 2 O 4 ), and (c) polymerizing the itaconates of step (b).
An evaluation jig comprising: a pair of female terminals connectable to a pair of male terminals of a charging connector , for charging a vehicle ; and an adjustment member capable of adjusting contact resistance of the female terminal and the male terminal , the female terminal being reducible in diameter, the adjustment member including an annular band attached to an outer peripheral surface of the female terminal and formed in an annulus surrounding the female terminal , a metal band attached to an outer peripheral surface of the annular band and capable of applying clamping force to the female terminal to reduce the female terminal in diameter, and an adjustment unit , having a screw capable of adjusting the clamping force applied by the metal band to the female terminal , by adjusting the metal band in diameter, the annular band being made of an electrically and thermally insulating material. a pair of female terminals connectable to a pair of male terminals of a charging connector , for charging a vehicle ; and an adjustment member capable of adjusting contact resistance of the female terminal and the male terminal , the female terminal being reducible in diameter, the adjustment member including an annular band attached to an outer peripheral surface of the female terminal and formed in an annulus surrounding the female terminal , a metal band attached to an outer peripheral surface of the annular band and capable of applying clamping force to the female terminal to reduce the female terminal in diameter, and an adjustment unit , having a screw capable of adjusting the clamping force applied by the metal band to the female terminal , by adjusting the metal band in diameter, an annular band attached to an outer peripheral surface of the female terminal and formed in an annulus surrounding the female terminal , a metal band attached to an outer peripheral surface of the annular band and capable of applying clamping force to the female terminal to reduce the female terminal in diameter, and an adjustment unit , having a screw capable of adjusting the clamping force applied by the metal band to the female terminal , by adjusting the metal band in diameter, the annular band being made of an electrically and thermally insulating material.
A polypeptide comprising amino acids 80-198 of full-length ANGPTL8 (SEQ ID NO. 1), wherein the polypeptide lacks the amino acids 21-70 of full-length ANGPTL8 (SEQ ID NO: 1).
A system for determining an angular position of a synchronous motor , the system comprising: an encoder having a friction wheel operatively coupled to the encoder , wherein the encoder is configured to generate a signal corresponding to an angular position of the friction wheel and wherein an outer surface of the friction wheel is configured to engage a rotating member of the synchronous motor ; a target on the rotating member of the synchronous motor ; a sensor fixedly mounted proximate to the rotating member of the synchronous motor and configured to generate a pulse when the target passes the sensor ; and a motor drive configured to control operation of the synchronous motor , the motor drive including: a first input configured to receive the signal from the encoder , a second input configured to receive the pulse from the sensor , a memory device configured to store a program, and a processor configured to execute the program to determine the angular position of the synchronous motor as a function of the signal from the encoder and to compensate the angular position of the synchronous motor when the pulse is received at the second input. an encoder having a friction wheel operatively coupled to the encoder , wherein the encoder is configured to generate a signal corresponding to an angular position of the friction wheel and wherein an outer surface of the friction wheel is configured to engage a rotating member of the synchronous motor ; a target on the rotating member of the synchronous motor ; a sensor fixedly mounted proximate to the rotating member of the synchronous motor and configured to generate a pulse when the target passes the sensor ; and a motor drive configured to control operation of the synchronous motor , the motor drive including: a first input configured to receive the signal from the encoder , a second input configured to receive the pulse from the sensor , a memory device configured to store a program, and a processor configured to execute the program to determine the angular position of the synchronous motor as a function of the signal from the encoder and to compensate the angular position of the synchronous motor when the pulse is received at the second input. a first input configured to receive the signal from the encoder , a second input configured to receive the pulse from the sensor , a memory device configured to store a program, and a processor configured to execute the program to determine the angular position of the synchronous motor as a function of the signal from the encoder and to compensate the angular position of the synchronous motor when the pulse is received at the second input.
A cab for a machine , the machine having a longitudinal axis extending between a front of the machine , where an operator of the machine faces, and a back opposite to the front , the cab comprising: a roof extending generally about the longitudinal axis ; a floor opposite to the roof , and extending generally about the longitudinal axis ; a vertical seat index axis extending through intermediate portions of the roof and the floor , the vertical seat index axis associated with a position of the operator disposed to face the front and the vertical seat index axis intersecting perpendicular to the longitudinal axis at an intersection ; and a plurality of support members disposed between the roof and the floor , the plurality of support members including a rear support member disposed at a rear end of the cab and extending between the roof and the floor and at least an upper portion of the rear support member being positioned at an angle relative to the intersection along the longitudinal axis , wherein the upper portion of the rear support member defines a rear view opening to facilitate rear end visibility of the machine , the rear view opening being defined between a split end of the rear support member which split end is connected to the roof . a roof extending generally about the longitudinal axis ; a floor opposite to the roof , and extending generally about the longitudinal axis ; a vertical seat index axis extending through intermediate portions of the roof and the floor , the vertical seat index axis associated with a position of the operator disposed to face the front and the vertical seat index axis intersecting perpendicular to the longitudinal axis at an intersection ; and a plurality of support members disposed between the roof and the floor , the plurality of support members including a rear support member disposed at a rear end of the cab and extending between the roof and the floor and at least an upper portion of the rear support member being positioned at an angle relative to the intersection along the longitudinal axis , wherein the upper portion of the rear support member defines a rear view opening to facilitate rear end visibility of the machine , the rear view opening being defined between a split end of the rear support member which split end is connected to the roof .
A server device comprising: circuitry configured to: transmit, to a content reproduction device , a uniform resource locator, URL, for accessing a media presentation description, MPD, wherein the MPD includes access information for accessing each of a plurality of segments of contents, characterised in that the URL includes a parameter description for causing the content reproduction device to add a parameter of the content reproduction device to the URL , and to thereby generate the URL of a segment of content based on the transmitted URL to which the parameter of the content reproduction device has been added; and send, to the content reproduction device, the segment of content corresponding to the generated URL of the segment of content upon receiving a request from the content reproduction device using the generated URL. circuitry configured to: transmit, to a content reproduction device , a uniform resource locator, URL, for accessing a media presentation description, MPD, wherein the MPD includes access information for accessing each of a plurality of segments of contents, characterised in that the URL includes a parameter description for causing the content reproduction device to add a parameter of the content reproduction device to the URL , and to thereby generate the URL of a segment of content based on the transmitted URL to which the parameter of the content reproduction device has been added; and transmit, to a content reproduction device , a uniform resource locator, URL, for accessing a media presentation description, MPD, wherein the MPD includes access information for accessing each of a plurality of segments of contents, characterised in that the URL includes a parameter description for causing the content reproduction device to add a parameter of the content reproduction device to the URL , and to thereby generate the URL of a segment of content based on the transmitted URL to which the parameter of the content reproduction device has been added; and send, to the content reproduction device, the segment of content corresponding to the generated URL of the segment of content upon receiving a request from the content reproduction device using the generated URL.
An operating system of a miniature circuit breaker , the operating system being mounted to a circuit breaker body of the miniature circuit breaker , the operating system comprises: a handle, rotatably mounted to the circuit breaker body by means of a handle rotating shaft; a contact component , rotatably mounted to the circuit breaker body by means of a support rotating shaft and remaining in contact with a static contact on the circuit breaker body; a latch , rotatably mounted to the contact component ; a linkage , two ends of which are rotatably connected to the handle and the latch respectively; a tripping rod , sleeved onto the support rotating shaft and capable of rotating relative to the contact component ; and a handle torsion spring , sleeved onto the handle rotating shaft, two ends of the handle torsion spring being respectively connected to the handle and the tripping rod , the handle torsion spring being always in an energy storage state so as to push the tripping rod towards the latch to keep the tripping rod locked with the latch ; wherein when the tripping rod , under the effect of an external force, overcomes a pushing force from the handle torsion spring to rotate away from the latch relative to the contact component , the tripping rod is unlocked from the latch , so that when the handle moves to an opening position, the handle is capable of driving, by means of the linkage and the latch , the contact component to move so as to be separated from the static contact, and the handle further drives the latch to rotate relative to the contact component such that the latch is locked with the tripping rod again. a handle, rotatably mounted to the circuit breaker body by means of a handle rotating shaft; a contact component , rotatably mounted to the circuit breaker body by means of a support rotating shaft and remaining in contact with a static contact on the circuit breaker body; a latch , rotatably mounted to the contact component ; a linkage , two ends of which are rotatably connected to the handle and the latch respectively; a tripping rod , sleeved onto the support rotating shaft and capable of rotating relative to the contact component ; and a handle torsion spring , sleeved onto the handle rotating shaft, two ends of the handle torsion spring being respectively connected to the handle and the tripping rod , the handle torsion spring being always in an energy storage state so as to push the tripping rod towards the latch to keep the tripping rod locked with the latch ; wherein when the tripping rod , under the effect of an external force, overcomes a pushing force from the handle torsion spring to rotate away from the latch relative to the contact component , the tripping rod is unlocked from the latch , so that when the handle moves to an opening position, the handle is capable of driving, by means of the linkage and the latch , the contact component to move so as to be separated from the static contact, and the handle further drives the latch to rotate relative to the contact component such that the latch is locked with the tripping rod again.