mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing ceramic articles comprising; - a step of feeding, during which at least two different ceramic powders are fed so as to obtain a strip of ceramic powders extending along a longitudinal direction (D1) and a transverse direction (D2) and having at least a first zone and at least a second zone , which have different contents of said ceramic powders; the second zone having a given shape; - a step of compacting, during which the strip of ceramic powders is compacted so as to obtain a compacted layer of ceramic powders, which is expanded in the longitudinal direction (D1) and/or in the transverse direction (D2) relative to the strip of ceramic powders; characterized in that it further comprises: - a step of printing, during which a decoration is applied on the surface of the compacted layer of ceramic powders; - a step of determination, during which a first value of expansion of the compacted layer of ceramic powders in the longitudinal direction (D1) and/or a second value of expansion in the transverse direction (D2) are determined; and - a step of transformation, during which the given shape is transformed based on the first expansion value and/or the second expansion value so as to obtain a derived shape; and during the step of printing, the decoration is applied based on the derived shape. - a step of feeding, during which at least two different ceramic powders are fed so as to obtain a strip of ceramic powders extending along a longitudinal direction (D1) and a transverse direction (D2) and having at least a first zone and at least a second zone , which have different contents of said ceramic powders; the second zone having a given shape; - a step of compacting, during which the strip of ceramic powders is compacted so as to obtain a compacted layer of ceramic powders, which is expanded in the longitudinal direction (D1) and/or in the transverse direction (D2) relative to the strip of ceramic powders; characterized in that it further comprises: - a step of printing, during which a decoration is applied on the surface of the compacted layer of ceramic powders; - a step of determination, during which a first value of expansion of the compacted layer of ceramic powders in the longitudinal direction (D1) and/or a second value of expansion in the transverse direction (D2) are determined; and - a step of transformation, during which the given shape is transformed based on the first expansion value and/or the second expansion value so as to obtain a derived shape; and during the step of printing, the decoration is applied based on the derived shape. - a step of printing, during which a decoration is applied on the surface of the compacted layer of ceramic powders; - a step of determination, during which a first value of expansion of the compacted layer of ceramic powders in the longitudinal direction (D1) and/or a second value of expansion in the transverse direction (D2) are determined; and - a step of transformation, during which the given shape is transformed based on the first expansion value and/or the second expansion value so as to obtain a derived shape; and
A Field Effect Transistor, FET, , comprising: a plurality of FET cells , each cell having a source pad (S), a drain pad (D), and a gate electrode (G) disposed on a surface of a substrate ; each one of the FET cells having a corresponding one of the gate electrodes (G) disposed between one of the source pads (S) and one of the drain pads (D); a common gate contact connected to the gate electrodes (G) of each one of the FET cells ; a drain contact connected to the drain pad (D) of each one of the FET cells ; a source contact connected to the source pad (S) of each one of the FET cells ; wherein the FET cells are disposed on said surface in a two-dimensional array; wherein the gate electrodes are finger-like gate electrodes connected to successive points along an edge of the common gate contact, a first portion of the finger-like gate electrodes extending along a vertical direction and a second portion extending along a direction intersecting the vertical direction, characterized in that : the FET cells are disposed in a U-shaped arrangement around the common gate contact. a plurality of FET cells , each cell having a source pad (S), a drain pad (D), and a gate electrode (G) disposed on a surface of a substrate ; each one of the FET cells having a corresponding one of the gate electrodes (G) disposed between one of the source pads (S) and one of the drain pads (D); a common gate contact connected to the gate electrodes (G) of each one of the FET cells ; a drain contact connected to the drain pad (D) of each one of the FET cells ; a source contact connected to the source pad (S) of each one of the FET cells ; wherein the FET cells are disposed on said surface in a two-dimensional array; wherein the gate electrodes are finger-like gate electrodes connected to successive points along an edge of the common gate contact, a first portion of the finger-like gate electrodes extending along a vertical direction and a second portion extending along a direction intersecting the vertical direction, characterized in that : the FET cells are disposed in a U-shaped arrangement around the common gate contact.
A glazing panel comprising : - a pane of glass , - an antenna , - an electrically conductive connector joined to the antenna by a lead-free solder material , and - a coaxial cable which comprises at least a pin and a shield separated by a dielectric element and protected by an insulated layer, - the electrically conductive connector comprises at least an extended region for fixing mechanical fixing elements and at least one foot connected to the extended region for joining to the antenna by a lead-free solder material. characterized in that the electrically conductive connector comprises three mechanical fixing elements for maintaining the coaxial cable to the electrically conductive connector and in that the pin of the coaxial cable is joined to the antenna by a lead-free solder material; two of the mechanical fixing elements are electrically connected to the shield of the coaxial cable and are fixed to opposite edges of the extended region of the electrically conductive connector and one of the mechanical fixing elements is fixed to the insulated layer of the coaxial cable. - a pane of glass , - an antenna , - an electrically conductive connector joined to the antenna by a lead-free solder material , and - a coaxial cable which comprises at least a pin and a shield separated by a dielectric element and protected by an insulated layer, - the electrically conductive connector comprises at least an extended region for fixing mechanical fixing elements and at least one foot connected to the extended region for joining to the antenna by a lead-free solder material.
A rubber composition comprising: 5 to 30 parts by mass of a terpene resin having a softening point of 100 to 120°C and a weight-average molecular weight (Mw) of 500 to 10,000, and 2 to 10 parts by mass of a liquid styrene-butadiene rubber or a liquid C5-C9 resin having a weight-average molecular weight (Mw) of 100 to 3,500, based on 100 parts by mass of a rubber component comprising 72 to 95% by mass of an aromatic olefin rubber and 5 to 28% by mass of a diene olefin rubber, wherein a ratio of a content of the terpene resin to a content of the liquid styrene-butadiene rubber or the liquid C5-C9 resin (a content of the terpene resin / a content of the liquid styrene-butadiene rubber or the liquid C5-C9 resin) is from 0.5 to 5. 5 to 30 parts by mass of a terpene resin having a softening point of 100 to 120°C and a weight-average molecular weight (Mw) of 500 to 10,000, and 2 to 10 parts by mass of a liquid styrene-butadiene rubber or a liquid C5-C9 resin having a weight-average molecular weight (Mw) of 100 to 3,500, based on 100 parts by mass of a rubber component comprising 72 to 95% by mass of an aromatic olefin rubber and 5 to 28% by mass of a diene olefin rubber, wherein a ratio of a content of the terpene resin to a content of the liquid styrene-butadiene rubber or the liquid C5-C9 resin (a content of the terpene resin / a content of the liquid styrene-butadiene rubber or the liquid C5-C9 resin) is from 0.5 to 5.
A motorcycle tyre comprising: a tread portion between a pair of tread edges; a pair of sidewall portions ; a pair of bead portions ; and a carcass having a bias structure and extending between the pair of bead portions , wherein the tread portion , when a tread development width (TWe) between the pair of tread edges (Te) of the tread portion is equally divided into five regions, comprises a central crown region (Cr), a pair of shoulder regions (Sh) including the pair of tread edges (Te) and a pair of middle regions (Mi) located between the crown region (Cr) and each of the shoulder regions (Sh), and the carcass comprises a plurality of carcass cords , and an angle θs with respect to a tyre circumferential direction of at least one of the plurality of carcass cords in the shoulder regions (Sh) is greater than an angle θc with respect to the tyre circumferential direction of at least one of the plurality of carcass cords in the crown region (Cr), characterized in that the tread portion is provided with a band layer extending in the crown region (Cr), the pair of middle regions (Mi) and the pair of shoulder regions (Sh), the band layer comprises a band ply having band cords oriented at an angle equal to or less than 5 degrees with respect to the tyre circumferential direction, ends Em of the band cords in the middle regions (Mi) is greater than ends Ec of the band cords in the crown region (Cr), and ends Es of the band cords of the band ply in each of the pair of shoulder regions (Sh) are smaller than the ends Em. a tread portion between a pair of tread edges; a pair of sidewall portions ; a pair of bead portions ; and a carcass having a bias structure and extending between the pair of bead portions , wherein the tread portion , when a tread development width (TWe) between the pair of tread edges (Te) of the tread portion is equally divided into five regions, comprises a central crown region (Cr), a pair of shoulder regions (Sh) including the pair of tread edges (Te) and a pair of middle regions (Mi) located between the crown region (Cr) and each of the shoulder regions (Sh), and the carcass comprises a plurality of carcass cords , and an angle θs with respect to a tyre circumferential direction of at least one of the plurality of carcass cords in the shoulder regions (Sh) is greater than an angle θc with respect to the tyre circumferential direction of at least one of the plurality of carcass cords in the crown region (Cr), characterized in that the tread portion is provided with a band layer extending in the crown region (Cr), the pair of middle regions (Mi) and the pair of shoulder regions (Sh), the band layer comprises a band ply having band cords oriented at an angle equal to or less than 5 degrees with respect to the tyre circumferential direction, ends Em of the band cords in the middle regions (Mi) is greater than ends Ec of the band cords in the crown region (Cr), and ends Es of the band cords of the band ply in each of the pair of shoulder regions (Sh) are smaller than the ends Em.
A method performed by a user equipment, UE , for communicating with an access node and performing random access in a beamformed communications system, the method comprising: receiving measurement table information from the access node serving the UE , wherein the measurement table information comprises values that represent signals detected by UEs in the vicinity of an access node for transmissions made on communications beams of the access node; determining whether to increase or decrease an access parameter in accordance with measurement table information, whereby the access parameter is either a CSMA LBT threshold or a contention window size; and transmitting for the random access an uplink transmission on a shared communications channel in accordance with the access parameter, wherein the measurement table information is used, if the transmissions by the UE made on the communications beams of the access node are causing interference to the transmissions made on the communication beams of the access, to either decrease CSMA LBT threshold or to increase the contention window size, otherwise, to either increase the CSMA LBT threshold or to decrease the contention window. receiving measurement table information from the access node serving the UE , wherein the measurement table information comprises values that represent signals detected by UEs in the vicinity of an access node for transmissions made on communications beams of the access node; determining whether to increase or decrease an access parameter in accordance with measurement table information, whereby the access parameter is either a CSMA LBT threshold or a contention window size; and transmitting for the random access an uplink transmission on a shared communications channel in accordance with the access parameter, wherein the measurement table information is used, if the transmissions by the UE made on the communications beams of the access node are causing interference to the transmissions made on the communication beams of the access, to either decrease CSMA LBT threshold or to increase the contention window size, otherwise, to either increase the CSMA LBT threshold or to decrease the contention window.
Arrangement for communication between motor vehicles , comprising a reflector apparatus that is secured at a fixed location in the outer region of a curve or of a curve-like road in an orientation such that said reflector apparatus deflects electromagnetic radiation in the frequency band between 2.5 GHz and 7.5 GHz that is emitted by a first motor vehicle , situated in the region of a curve entrance, toward a second motor vehicle , situated in the region of a curve exit; and wherein the arrangement comprises at least one further reflector apparatus , wherein the reflector apparatuses are arranged at a fixed location in the outer region of the curve or of the curve-like road in a distributed manner or in combination and are secured in an orientation such that the electromagnetic radiation emitted by the first motor vehicle is reflected toward the at least one further reflector apparatus by the reflector apparatus and is deflected to the second motor vehicle by said further reflector apparatus such that an elongated curve having low curvature is spanned.
A handheld vision tester for vision self-testing by a user, comprising: a display configured to present different shapes, either statically or dynamically, to said user for said vision self-testing at a viewing distance of eyes of said user from said display; a control configured to allow said user to: input responses to said displayed different shapes; trigger operations of said handheld vision tester; and control said handheld vision tester, characterized in that said handheld vision tester further comprises: a camera configured to take an image and, from the image, make appropriate measurements of said viewing distance, thereby configured to ensure eyes of said user are within an acceptable distance to said display, wherein the handheld vision tester is configured to compensate for differences in desired viewing distances for different self-tests by adjusting an aspect of the test image presented in the display and/or scaling the user's resultant test score. a display configured to present different shapes, either statically or dynamically, to said user for said vision self-testing at a viewing distance of eyes of said user from said display; a control configured to allow said user to: input responses to said displayed different shapes; trigger operations of said handheld vision tester; and control said handheld vision tester, input responses to said displayed different shapes; trigger operations of said handheld vision tester; and control said handheld vision tester, characterized in that said handheld vision tester further comprises: a camera configured to take an image and, from the image, make appropriate measurements of said viewing distance, thereby configured to ensure eyes of said user are within an acceptable distance to said display, wherein the handheld vision tester is configured to compensate for differences in desired viewing distances for different self-tests by adjusting an aspect of the test image presented in the display and/or scaling the user's resultant test score. a camera configured to take an image and, from the image, make appropriate measurements of said viewing distance, thereby configured to ensure eyes of said user are within an acceptable distance to said display, wherein the handheld vision tester is configured to compensate for differences in desired viewing distances for different self-tests by adjusting an aspect of the test image presented in the display and/or scaling the user's resultant test score.
Electronic device for a firearm having a grip comprising: a) a firearm element , configured to detect and/or manage one or more events occurring to the firearm , including an event of a shot fired, housable in a housing in the grip of the firearm , wherein the firearm element comprises a power supply battery and comprises a firearm interface port for access to said power supply battery , wherein the firearm interface port comprises at least one firearm pin flat or convex in such a way that is flush or convex with respect to the firearm , when the firearm element is housed in the grip of the firearm ; b) a base element engageable to the grip , for example housed in a firearm base , comprising a base interface port that comprises at least one base pin , wherein the base pin has a substantially complementary shape of the respective firearm pin , wherein the base element comprises a main port electrically connected with the base interface port , wherein the main port is configured to be operatively connected to a source of electricity, to provide electrical power to the base element , wherein the base pin further comprises elastic elements suitable to allow correct alignment between the at least one firearm pin and the at least one base pin ; wherein, in the reciprocal engagement between the firearm element and the base element through the at least one firearm pin and the respective at least base pin , the base element is configured to electrically recharge the power supply battery . a) a firearm element , configured to detect and/or manage one or more events occurring to the firearm , including an event of a shot fired, housable in a housing in the grip of the firearm , wherein the firearm element comprises a power supply battery and comprises a firearm interface port for access to said power supply battery , wherein the firearm interface port comprises at least one firearm pin flat or convex in such a way that is flush or convex with respect to the firearm , when the firearm element is housed in the grip of the firearm ; b) a base element engageable to the grip , for example housed in a firearm base , comprising a base interface port that comprises at least one base pin , wherein the base pin has a substantially complementary shape of the respective firearm pin , wherein the base element comprises a main port electrically connected with the base interface port , wherein the main port is configured to be operatively connected to a source of electricity, to provide electrical power to the base element , wherein the base pin further comprises elastic elements suitable to allow correct alignment between the at least one firearm pin and the at least one base pin ;
A communication control device comprising: an acquisition unit configured to acquire measurement related information related to execution of measurement by a terminal device in an extension band, which is other than a band of a predetermined bandwidth in frequency bands allocated to a service provider; and a control unit configured to perform control related to the measurement by the terminal device in the extension band, on the basis of the measurement related information; wherein the measurement related information is information related to execution and non-execution of the measurement by the terminal device in the extension band, wherein the measurement related information is information related to the presence or absence of the execution of measurement by the terminal device in the extension band, and wherein the control related to the measurement by the terminal device includes control of the execution of the measurement by the terminal device in the extension band; wherein the control of the execution of the measurement by the terminal device includes instructing the terminal device either to execute or not to execute measurement in the extension band whereby in a case in which the terminal device uses the frequency bands allocated to the service provider for communication, the terminal device is instructed not to execute the measurement in the extension band. an acquisition unit configured to acquire measurement related information related to execution of measurement by a terminal device in an extension band, which is other than a band of a predetermined bandwidth in frequency bands allocated to a service provider; and a control unit configured to perform control related to the measurement by the terminal device in the extension band, on the basis of the measurement related information; wherein the measurement related information is information related to execution and non-execution of the measurement by the terminal device in the extension band, wherein the measurement related information is information related to the presence or absence of the execution of measurement by the terminal device in the extension band, and wherein the control related to the measurement by the terminal device includes control of the execution of the measurement by the terminal device in the extension band; wherein the control of the execution of the measurement by the terminal device includes instructing the terminal device either to execute or not to execute measurement in the extension band whereby in a case in which the terminal device uses the frequency bands allocated to the service provider for communication, the terminal device is instructed not to execute the measurement in the extension band.