mhurhangee/patent-ind-claim-en huggingface dataset:
A method of virtually designing a post and core by means of a scan pin comprising, - obtaining a 3D scan of a tooth while a scan pin is arranged in a bore of the tooth, - obtaining a digital 3D shape of the scan pin comprising an outer part which is adapted to be arranged at least partly outside the tooth, and an inner part which is adapted to be arranged at least partly inside the tooth in the bore, and the inner part corresponds to the post of the post and core, - matching the digital 3D shape of the scan pin to the scan pin in the 3D scan, - obtaining a second 3D scan without the scan pin capturing details at the bore opening, - virtually designing the post and core relative to the tooth, where the post and core comprises the post adapted to be arranged in the bore of the tooth and a core adapted to be present outside and following and corresponding to the remaining tooth structure by designing the core to exactly fit the tooth structure at the bore opening in the second scan. - obtaining a 3D scan of a tooth while a scan pin is arranged in a bore of the tooth, - obtaining a digital 3D shape of the scan pin comprising an outer part which is adapted to be arranged at least partly outside the tooth, and an inner part which is adapted to be arranged at least partly inside the tooth in the bore, and the inner part corresponds to the post of the post and core, - matching the digital 3D shape of the scan pin to the scan pin in the 3D scan, - obtaining a second 3D scan without the scan pin capturing details at the bore opening, - virtually designing the post and core relative to the tooth, where the post and core comprises the post adapted to be arranged in the bore of the tooth and a core adapted to be present outside and following and corresponding to the remaining tooth structure by designing the core to exactly fit the tooth structure at the bore opening in the second scan.
A piece of furniture for equipping a railway vehicle compartment, comprising a fixed structural bracket and at least one shelf having a proximal end and a distal end with respect to the bracket , each shelf being articulated to the bracket by its proximal end , in such a way as to be able to rotate about an articulation axis, between a raised position and a lowered position, characterised in that the bracket comprises a flange extending parallel to the articulation axis, the flange forming a support for electronic equipment with the shelf in the raised position.
A method for enhancing one or more optical performance parameters of an optical receiving device , comprising: measuring a value of the transmittance of electromagnetic radiation of a given optical wavelength that is transmitted to an optical receiving device through at least one anti-reflective, AR, layer , the AR layer being at least partially transmissive to optical energy at one or more optical wavelengths, the at least one AR layer being substantially flexible and/or stretchable and having AR characteristics to incident electromagnetic radiation of a given wavelength which is selectively variable when flexed and/or stretched; and based on the measured value of the transmittance of the electromagnetic radiation transmitted through the at least one AR layer , causing the AR layer to be flexed and/or stretched to thereby tune one or more AR characteristics of the AR layer to enhance one or more optical performance parameters of the optical receiving device , wherein the optical receiving device is located on a mobile platform and the AR layer is a film or skin covering at least a portion of a surface of the mobile platform . measuring a value of the transmittance of electromagnetic radiation of a given optical wavelength that is transmitted to an optical receiving device through at least one anti-reflective, AR, layer , the AR layer being at least partially transmissive to optical energy at one or more optical wavelengths, the at least one AR layer being substantially flexible and/or stretchable and having AR characteristics to incident electromagnetic radiation of a given wavelength which is selectively variable when flexed and/or stretched; and based on the measured value of the transmittance of the electromagnetic radiation transmitted through the at least one AR layer , causing the AR layer to be flexed and/or stretched to thereby tune one or more AR characteristics of the AR layer to enhance one or more optical performance parameters of the optical receiving device , wherein the optical receiving device is located on a mobile platform and the AR layer is a film or skin covering at least a portion of a surface of the mobile platform .
A crop material elevator , comprising: a housing including a crop material inlet , a boot portion forming a bottom of said housing , and a top ; a driving loop held within said housing that extends from said boot portion toward said top of said housing ; a plurality of paddles connected to said driving loop and configured to convey crop material away from said boot portion toward said top of said housing ; and characterized in that a wall section of the crop material elevator comprises an outer sheet of flexible steel secured to said elevator housing at least over a portion of the outer sheet's margins and a flexible ultra high molecular weight (UHMW-PE) material plastic and/or a durable wear resistant flexible material overlying the face of the sheet facing the interior of the elevator . a housing including a crop material inlet , a boot portion forming a bottom of said housing , and a top ; a driving loop held within said housing that extends from said boot portion toward said top of said housing ; a plurality of paddles connected to said driving loop and configured to convey crop material away from said boot portion toward said top of said housing ; and characterized in that a wall section of the crop material elevator comprises an outer sheet of flexible steel secured to said elevator housing at least over a portion of the outer sheet's margins and a flexible ultra high molecular weight (UHMW-PE) material plastic and/or a durable wear resistant flexible material overlying the face of the sheet facing the interior of the elevator .
A device for a motor vehicle lighting and/or signal lamp incorporating a light guide and, between the light guide and a translucent screen , the screen being translucent and provided with graining on one or the other or both of its main faces suitable for being passed through by the light emitted by the light guide, characterized in that the screen is placed, in front of said guide in the direction of the scattered light path, at a distance of about 5 mm to 10 mm, in order to om said guide to provide a light function of uniform color.
A method for the cold retreading of a tyre comprising the following steps: - a removal step, during which the old, worn tread is removed from the tyre in order to expose an equatorial surface of a casing of the tyre ; - a deposition step, during which a cushion and a pre-cured tread strip provided with a tread pattern are deposited around the equatorial surface of the casing ; and - a curing step, during which the cushion arranged between the casing and the pre-cured tread strip is cured; the retreading method is characterized in that said cushion is manufactured with a compound comprising 1 to 30 phr of at least one conductive material chosen among graphite, graphene and a carbon black having a surface area which is greater than or equal to 300 m 2 /gr; and in that it comprises a connection step, during which said cushion is connected to a heat or power source (S) in order to carry out said curing step. - a removal step, during which the old, worn tread is removed from the tyre in order to expose an equatorial surface of a casing of the tyre ; - a deposition step, during which a cushion and a pre-cured tread strip provided with a tread pattern are deposited around the equatorial surface of the casing ; and - a curing step, during which the cushion arranged between the casing and the pre-cured tread strip is cured;
A pressure sensor comprising a wall directed along an axis β delimiting a cavity containing a liquid, said cavity being closed at a first end by a first diaphragm and at a second end by a second diaphragm , and a measuring body which comprises a strain gauge positioned inside said cavity , the measuring body being mechanically connected only to one diaphragm among the first diaphragm and the second diaphragm by a connection member , characterized in that the measuring body comprises a center of symmetry positioned on the axis β and the connection member being fastened to the center of symmetry of the central symmetry of said measuring body , the cavity being separated into a first chamber positioned on the side of the first diaphragm and a second chamber positioned on the side of the second diaphragm , the first chamber and the second chamber being separated by the measuring body , the measuring body comprising bores for the circulation of liquid between the first chamber and the second chamber ..
A physical random access channel, PRACH, detection method, performed by a communication apparatus wherein the communication apparatus is a base station or a chip of a base station wherein the method comprises: determining (S301) at least two groups of beams, wherein each group of beams comprises at least one beam; determining (S302) a user distribution quantity of each beam in the at least two groups of beams based on historical data; sorting (S303) all beams in the at least two groups of beams in descending order based on the user distribution quantity, to obtain a detection sequence; sequentially (S201, S304) detecting frequency domain data of each beam in at least two groups of beams according to the detection sequence; obtaining (S202, S305) frequency domain data of a frequency corresponding to a physical random access channel, PRACH from frequency domain data of a currently detected beam, wherein the frequency domain data of the frequency corresponding to the PRACH is a preamble; determining (S203) a time domain correlation peak of the PRACH based on the frequency domain data of the frequency corresponding to the PRACH; determining a first peak value (S204) based on the time domain correlation peak of the PRACH, wherein the first peak value is a highest peak value in the time domain correlation peak of the PRACH; and when the first peak value is greater than or equal to a first threshold, sending (SS205) a random access response message to user equipment, wherein the random access response message is used to establish a connection between the user equipment and the base station. determining (S301) at least two groups of beams, wherein each group of beams comprises at least one beam; determining (S302) a user distribution quantity of each beam in the at least two groups of beams based on historical data; sorting (S303) all beams in the at least two groups of beams in descending order based on the user distribution quantity, to obtain a detection sequence; sequentially (S201, S304) detecting frequency domain data of each beam in at least two groups of beams according to the detection sequence; obtaining (S202, S305) frequency domain data of a frequency corresponding to a physical random access channel, PRACH from frequency domain data of a currently detected beam, wherein the frequency domain data of the frequency corresponding to the PRACH is a preamble; determining (S203) a time domain correlation peak of the PRACH based on the frequency domain data of the frequency corresponding to the PRACH; determining a first peak value (S204) based on the time domain correlation peak of the PRACH, wherein the first peak value is a highest peak value in the time domain correlation peak of the PRACH; and when the first peak value is greater than or equal to a first threshold, sending (SS205) a random access response message to user equipment, wherein the random access response message is used to establish a connection between the user equipment and the base station.
A method for processing blockchain-based data, the method comprising the steps carried out by a device of: monitoring an amount of service data processed in a specified time period according to a consensus that is based on a system resource consumption ; dynamically adjusting a block generation time based on the amount of service data to generate an adjusted block generation time ; and generating a new block based on the adjusted block generation time, wherein the new block generation is associated with a service need that matches the system resource consumption . monitoring an amount of service data processed in a specified time period according to a consensus that is based on a system resource consumption ; dynamically adjusting a block generation time based on the amount of service data to generate an adjusted block generation time ; and generating a new block based on the adjusted block generation time, wherein the new block generation is associated with a service need that matches the system resource consumption .
A server computing device system, comprising: an input/output interface configured to couple to a first mobile communication device; and one or more processors configured to: receive, from the first mobile communication device, an activity log of activity associated with a sequence of the first mobile communication device, wherein the activity log comprises communications between a SIM and a baseband processor of the first mobile communication device and wherein the sequence is at least one of a boot-up sequence or a network attach sequence; extract, from the activity log, subscriber identity module, SIM, profile contents; and translate the SIM profile contents into an encoded file. an input/output interface configured to couple to a first mobile communication device; and one or more processors configured to: receive, from the first mobile communication device, an activity log of activity associated with a sequence of the first mobile communication device, wherein the activity log comprises communications between a SIM and a baseband processor of the first mobile communication device and wherein the sequence is at least one of a boot-up sequence or a network attach sequence; extract, from the activity log, subscriber identity module, SIM, profile contents; and translate the SIM profile contents into an encoded file. receive, from the first mobile communication device, an activity log of activity associated with a sequence of the first mobile communication device, wherein the activity log comprises communications between a SIM and a baseband processor of the first mobile communication device and wherein the sequence is at least one of a boot-up sequence or a network attach sequence; extract, from the activity log, subscriber identity module, SIM, profile contents; and translate the SIM profile contents into an encoded file.
A vehicle, in particular an agricultural vehicle , comprising at least one track-laying assembly (2; 19) which has a plurality of support rollers which are arranged in succession in the direction of travel of the vehicle and around which passes a track belt , wherein the rollers are displaceable by at least one control member between a first configuration in which all support rollers are loaded and a second configuration in which at least one outer one of the support rollers is relieved of load, and a drive power source for delivering drive power required for displacement of the configuration, wherein an energy storage means can be charged up by the drive power source and connected to the control member in order to provide the control member with the drive power needed for displacement of the configuration, wherein the drive power source is a source for a working fluid under an increased pressure and the energy storage means is a first pressure storage means, characterised in that the control member can be connected to a second pressure storage means , the operating pressure of which is lower than that of the first pressure storage means to permit a spring movement of the support roller which is engaged by the control member , wherein at least one directional control valve (25; 27) connects the control member either to the first or to the second pressure storage means (29; 24), wherein the directional control valve (25; 27) has a control input connected to the drive assembly so that upon a disruption with the drive power source which leads to failure of the increased pressure of the working fluid the directional control valve automatically makes the connection to the first pressure storage means and thus implements the transition into the second configuration.
A method of providing a security posture assessment engine for managing a mobile device, comprising: receiving , at an identity provider, an authentication request for the mobile device; wherein the authentication request includes a joint user-and-device authentication packet and device security posture attribute information from the mobile device, the method further comprising: providing (3.1), from the identity provider to a device security posture assessment server, device attributes affecting a device security posture assessment, wherein the identity provider is a security assertion markup language (SAML) identity provider; receiving (3.2), at the identity provider, from the device security posture assessment server, a device security posture rating of the mobile device; and providing , from the identity provider to the mobile device, a security token to which the device security posture rating is appended. receiving , at an identity provider, an authentication request for the mobile device; wherein the authentication request includes a joint user-and-device authentication packet and device security posture attribute information from the mobile device, the method further comprising: providing (3.1), from the identity provider to a device security posture assessment server, device attributes affecting a device security posture assessment, wherein the identity provider is a security assertion markup language (SAML) identity provider; receiving (3.2), at the identity provider, from the device security posture assessment server, a device security posture rating of the mobile device; and providing , from the identity provider to the mobile device, a security token to which the device security posture rating is appended. providing (3.1), from the identity provider to a device security posture assessment server, device attributes affecting a device security posture assessment, wherein the identity provider is a security assertion markup language (SAML) identity provider; receiving (3.2), at the identity provider, from the device security posture assessment server, a device security posture rating of the mobile device; and providing , from the identity provider to the mobile device, a security token to which the device security posture rating is appended.
A fill level radar with potential separation between an aerial and a feed device of the fill level radar, for determining the fill level in the tank, the fill level radar comprising: a horn aerial or a parabolic aerial for at least one of transmitting and receiving electromagnetic waves and for being arranged in the interior of the tank; a feed device comprising a waveguide and a radiation source for feeding the electromagnetic waves to the aerial and for being arranged outside the tank, wherein the radiation source is designed to generate the electromagnetic waves, and wherein the waveguide is designed to conduct the electromagnetic waves from the radiation source to the aerial ; a separation element for electrically isolating the aerial from the feed device and for providing a potential separation between the aerial and the feed device; wherein the separation element is arranged directly at the aerial; wherein the aerial and the feed device are electrically insulated from each other. a horn aerial or a parabolic aerial for at least one of transmitting and receiving electromagnetic waves and for being arranged in the interior of the tank; a feed device comprising a waveguide and a radiation source for feeding the electromagnetic waves to the aerial and for being arranged outside the tank, wherein the radiation source is designed to generate the electromagnetic waves, and wherein the waveguide is designed to conduct the electromagnetic waves from the radiation source to the aerial ; a separation element for electrically isolating the aerial from the feed device and for providing a potential separation between the aerial and the feed device; wherein the separation element is arranged directly at the aerial; wherein the aerial and the feed device are electrically insulated from each other.
An icemaker for a refrigeration appliance , comprising: a motor having a shaft ; a feeler arm coupling connected to the shaft of the motor , the motor operable to rotate the feeler arm coupling about a rotation axis; and a feeler arm rake hinged to the feeler arm coupling such that the feeler arm rake is rotatable relative to the feeler arm coupling about a hinge axis, the hinge axis being perpendicular to the rotation axis, wherein the feeler arm rake rotates with the feeler arm coupling about the rotation axis when the motor operates to rotate the feeler arm coupling , characterized by the feeler arm rake comprises an elongated plate and a sweep plate , and the sweep plate extends downwardly from the elongated plate , wherein the feeler arm rake comprises a plurality of lift plates extending downwardly from the elongated plate , and the plurality of lift plates are distributed along a transverse direction that is perpendicular to the rotation axis and the hinge axis, wherein each lift plate of the plurality of lift plates has an arcuate bottom surface . a motor having a shaft ; a feeler arm coupling connected to the shaft of the motor , the motor operable to rotate the feeler arm coupling about a rotation axis; and a feeler arm rake hinged to the feeler arm coupling such that the feeler arm rake is rotatable relative to the feeler arm coupling about a hinge axis, the hinge axis being perpendicular to the rotation axis, wherein the feeler arm rake rotates with the feeler arm coupling about the rotation axis when the motor operates to rotate the feeler arm coupling , characterized by the feeler arm rake comprises an elongated plate and a sweep plate , and the sweep plate extends downwardly from the elongated plate , wherein the feeler arm rake comprises a plurality of lift plates extending downwardly from the elongated plate , and the plurality of lift plates are distributed along a transverse direction that is perpendicular to the rotation axis and the hinge axis, wherein each lift plate of the plurality of lift plates has an arcuate bottom surface .
A tool for the intracorporeal implantation of a medical device, the tool having a steerable catheter ncluding a flexible tubular unit comprising a mobile tube and an intermediate tube , wherein the intermediate tube is received inside the intermediate tube, wherein the mobile tube and the intermediate tube are coaxial to each other, extend from a proximal end to a distal end of the steerable catheter and are telescopically mounted into each other with a possibility of mutual rotation and mutual axial translation, wherein the mobile tube comprises at least one central lumen located radially in a central region near an axis of the steerable catheter and extending axially from the proximal end to the distal end, wherein the intermediate tube comprises along its whole length a longitudinal notch radially offset in a direction of offset with respect to the axis of the steerable catheter and extending axially from the proximal end to the distal end, the tool further comprises a cable , wherein the longitudinal notch contains the cable, the cable being adapted to undergo a traction exerted from the proximal end, the traction generating a bending of the steerable catheter directed towards the offset direction, and wherein the steerable catheter further comprises around the intermediate tube a sealed external sheath surrounding the intermediate tube over its periphery and covering the longitudinal notch over its length