mhurhangee/ep-ind-claims huggingface dataset:
A method executed by a computer of constructing a reduced order model of a subterranean structure for geophysical exploration, comprising: applying a model reduction algorithm to produce the reduced order model that is an approximation of a true model of the subterranean structure, wherein the reduced order model models a response of the subterranean structure to an electromagnetic signal, and wherein the model reduction algorithm uses interpolating frequencies that are imaginary. applying a model reduction algorithm to produce the reduced order model that is an approximation of a true model of the subterranean structure, wherein the reduced order model models a response of the subterranean structure to an electromagnetic signal, and wherein the model reduction algorithm uses interpolating frequencies that are imaginary.
A method of searching for the presence of a useful signal in a global signal, said useful signal corresponding to a radioelectric signal having a predefined spectral width ΔB transmitted by a terminal in a multiplexing band having a spectral width greater than ΔB, said global signal corresponding to all the radioelectric signals received in the multiplexing band, the method comprises steps of: - calculating a frequency signal representative of a power spectral density of the global signal sampled at elementary frequencies of the multiplexing band, - calculating a signal, called "non-useful signal", by filtering of the frequency signal by means of a filter capable of suppressing all or part of signals having a spectral width equal to or smaller than ΔB, the method is characterized in that it comprises steps of: - calculating a signal, called "power ratio signal", representative of the ratio, at each elementary frequency, of the frequency signal to the non-useful signal, - comparing the power ratio signal with a predefined threshold value, an elementary frequency for which said power ratio signal has a local maximum value greater than said threshold value being considered as being the central frequency of a useful signal present in the global signal. - calculating a frequency signal representative of a power spectral density of the global signal sampled at elementary frequencies of the multiplexing band, - calculating a signal, called "non-useful signal", by filtering of the frequency signal by means of a filter capable of suppressing all or part of signals having a spectral width equal to or smaller than ΔB, - calculating a signal, called "power ratio signal", representative of the ratio, at each elementary frequency, of the frequency signal to the non-useful signal, - comparing the power ratio signal with a predefined threshold value, an elementary frequency for which said power ratio signal has a local maximum value greater than said threshold value being considered as being the central frequency of a useful signal present in the global signal.
A steam iron head comprising: - a steam pathway for the passage of a flow of steam, - a cyclonic chamber along the steam pathway acting as a fluid separator, - a conduit upstanding in the cyclonic chamber, - an opening at a free end of the conduit, the opening forming a flow outlet through which the flow of steam exits the cyclonic chamber, and - a barrier on an outer surface of the conduit, characterized in that the barrier comprises a rib extending circumferentially around the conduit and protruding from the outer surface at the free end of the conduit. - a steam pathway for the passage of a flow of steam, - a cyclonic chamber along the steam pathway acting as a fluid separator, - a conduit upstanding in the cyclonic chamber, - an opening at a free end of the conduit, the opening forming a flow outlet through which the flow of steam exits the cyclonic chamber, and - a barrier on an outer surface of the conduit, characterized in that the barrier comprises a rib extending circumferentially around the conduit and protruding from the outer surface at the free end of the conduit.
An apparatus comprising: a first antenna; a second antenna; a processor configured to: determine that the wireless communication device (100, 200) is in use by receiving indications that a voice telephone call is in progress; verify that the wireless communication device (100, 200) is proximate to a user's head when the wireless communication device (100, 200) is in use; initiate a default configuration when the wireless communication device (100, 200) is in use but the wireless communication device (100, 200) is not proximate to a user's head, wherein the default configuration includes a first speaker volume setting; estimate a position of the wireless communication device (100, 200) relative to the user's head based on an output of at least one sensor when the wireless communication device (100, 200) is both in use and proximate to the user's head, wherein the position is one from a group comprising: a left side position, a right side position, and a front-facing position; and configure at least one wireless communication device (100, 200) setting based on the estimated position, wherein the at least one wireless communication device (100, 200) setting includes a second speaker volume setting, and wherein the at least one wireless communication device setting further includes an antenna configuration for selecting the first or the second antenna, wherein the first antenna corresponds to an optimized right side use configuration and the second antenna corresponds to an optimized left side use configuration. a first antenna; a second antenna; a processor configured to: determine that the wireless communication device (100, 200) is in use by receiving indications that a voice telephone call is in progress; verify that the wireless communication device (100, 200) is proximate to a user's head when the wireless communication device (100, 200) is in use; initiate a default configuration when the wireless communication device (100, 200) is in use but the wireless communication device (100, 200) is not proximate to a user's head, wherein the default configuration includes a first speaker volume setting; estimate a position of the wireless communication device (100, 200) relative to the user's head based on an output of at least one sensor when the wireless communication device (100, 200) is both in use and proximate to the user's head, wherein the position is one from a group comprising: a left side position, a right side position, and a front-facing position; and configure at least one wireless communication device (100, 200) setting based on the estimated position, wherein the at least one wireless communication device (100, 200) setting includes a second speaker volume setting, and wherein the at least one wireless communication device setting further includes an antenna configuration for selecting the first or the second antenna, wherein the first antenna corresponds to an optimized right side use configuration and the second antenna corresponds to an optimized left side use configuration.
A packaging line (20, 120) comprising an overwrap feed station (22, 122), the overwrap feed station (22, 122) having left and right vertical supports, and bottom and top horizontal supports defining an enclosure with a hollow interior for the overwrap feed station (22, 122) where the product (28, 128) to be packaged is movable from an entrance (30, 130) of the overwrap feed station (22, 122) to a discharge (32, 132) of the overwrap feed station (22, 122) through the hollow interior of the enclosure, the overwrap feed station (22, 122) receiving at the entrance (30, 130) overwrap material (40, 140) for packaging the product (28, 128) to be packaged in a tube of overwrap material, (40, 140) characterized by the overwrap feed station (22, 122) being configurable in one of a first configuration and a second configuration; wherein in the first configuration, a first former adjacent the overwrap feed station entrance is adapted and configured to direct the overwrap material for packaging the product to be packaged through the hollow interior of the enclosure with longitudinal edges of the overwrap material overlapping each other adjacent to one of the top and the bottom horizontal supports and the overlapping longitudinal edges being sealed to a horizontal face of the tube of overwrap material forming the packaging of the product; and wherein in the second configuration, a second former adjacent the overwrap feed station entrance is adapted and configured to direct the overwrap material for packaging the product to be packaged through the hollow interior of the enclosure with longitudinal edges of the overwrap material overlapping each other adjacent to one of the left and right vertical supports and the overlapping longitudinal edges being sealed to a vertical face of the tube of overwrap material forming the packaging of the product. the overwrap feed station (22, 122) being configurable in one of a first configuration and a second configuration; wherein in the first configuration, a first former adjacent the overwrap feed station entrance is adapted and configured to direct the overwrap material for packaging the product to be packaged through the hollow interior of the enclosure with longitudinal edges of the overwrap material overlapping each other adjacent to one of the top and the bottom horizontal supports and the overlapping longitudinal edges being sealed to a horizontal face of the tube of overwrap material forming the packaging of the product; and wherein in the second configuration, a second former adjacent the overwrap feed station entrance is adapted and configured to direct the overwrap material for packaging the product to be packaged through the hollow interior of the enclosure with longitudinal edges of the overwrap material overlapping each other adjacent to one of the left and right vertical supports and the overlapping longitudinal edges being sealed to a vertical face of the tube of overwrap material forming the packaging of the product.
A system comprising a glasses apparatus configured to operate with a display apparatus, the glasses apparatus comprising: a communicator configured to communicate with the display apparatus; an osteophony speaker; and a controller configured to control the osteophony speaker to output audio received from the display apparatus; wherein the display apparatus is configured to transmit contents audio corresponding to a reproduced contents image to the glasses apparatus, and the glasses apparatus is configured to receive the contents audio from the display apparatus and output the received contents audio using the osteophony speaker, and wherein, in response to the display apparatus receiving a call request from an external apparatus while the display apparatus is reproducing the contents image: the display apparatus changes a signal being transmitted to the glasses apparatus from the contents audio corresponding to the reproduced contents image to a call audio and output the contents audio through a speaker of the display apparatus, and the glasses apparatus outputs a received call audio using the osteophony speaker. a communicator configured to communicate with the display apparatus; an osteophony speaker; and a controller configured to control the osteophony speaker to output audio received from the display apparatus; wherein the display apparatus is configured to transmit contents audio corresponding to a reproduced contents image to the glasses apparatus, and the glasses apparatus is configured to receive the contents audio from the display apparatus and output the received contents audio using the osteophony speaker, and wherein, in response to the display apparatus receiving a call request from an external apparatus while the display apparatus is reproducing the contents image: the display apparatus changes a signal being transmitted to the glasses apparatus from the contents audio corresponding to the reproduced contents image to a call audio and output the contents audio through a speaker of the display apparatus, and the glasses apparatus outputs a received call audio using the osteophony speaker. the display apparatus changes a signal being transmitted to the glasses apparatus from the contents audio corresponding to the reproduced contents image to a call audio and output the contents audio through a speaker of the display apparatus, and the glasses apparatus outputs a received call audio using the osteophony speaker.
An automated luminaire, comprising: a light engine with a central light beam axis and with an LED array light source generating a plurality of colored light beams; a light guide optic which incompletely homogenizes such that the colored beams visibly retain separation and individual color; a zoom lens system (38, 40) configured to receive the colored light beams from the light guide optic and project the received colored light beams in a spreading pattern of beams that respectively opens and closes as lenses (38, 40) of the zoom lens system are moved toward and away from the light guide optic, and further wherein: the zoom lens system is articulated to move along the central light beam axis expanding and contracting the light beams as the zoom lens system is articulated, and the light guide optic is articulated to rotate about the central light beam axis. a light engine with a central light beam axis and with an LED array light source generating a plurality of colored light beams; a light guide optic which incompletely homogenizes such that the colored beams visibly retain separation and individual color; a zoom lens system (38, 40) configured to receive the colored light beams from the light guide optic and project the received colored light beams in a spreading pattern of beams that respectively opens and closes as lenses (38, 40) of the zoom lens system are moved toward and away from the light guide optic, and further wherein: the zoom lens system is articulated to move along the central light beam axis expanding and contracting the light beams as the zoom lens system is articulated, and the light guide optic is articulated to rotate about the central light beam axis. the zoom lens system is articulated to move along the central light beam axis expanding and contracting the light beams as the zoom lens system is articulated, and the light guide optic is articulated to rotate about the central light beam axis.
A foldable structure, for composing a tower crane, the foldable structure comprising at least: - two structural elements (2.1, 2.2) configured to compose a portion of the structure of the tower crane, - a hinge member mechanically linked to the structural elements (2.1, 2.2) so that the structural elements (2.1, 2.2) are movable between an unfolded configuration and a folded configuration, - a traction cable configured to exert a traction force on components of the tower crane, - a first cable guide member configured to guide a first portion (6.1) of the traction cable, - a second cable guide member configured to guide a second portion (6.2) of the traction cable, the traction cable having an intermediate portion (6.3) which extends between the first cable guide member and the second cable guide member, the second cable guide member being movable relative to the first cable guide member between a lengthening position and a shortening position, so that the intermediate portion (6.3) is longer when the second cable guide member is in the lengthening position than when the second cable guide member is in the shortening position; and - a return member configured to exert a return force of the second cable guide member toward the lengthening position; the foldable structure being characterized in that it further comprises at least: - a stop arranged to stop the displacement of the second cable guide member in the lengthening position; and - a sensor configured to generate a stop signal when the second cable guide member is in contact with the stop. - two structural elements (2.1, 2.2) configured to compose a portion of the structure of the tower crane, - a hinge member mechanically linked to the structural elements (2.1, 2.2) so that the structural elements (2.1, 2.2) are movable between an unfolded configuration and a folded configuration, - a traction cable configured to exert a traction force on components of the tower crane, - a first cable guide member configured to guide a first portion (6.1) of the traction cable, - a second cable guide member configured to guide a second portion (6.2) of the traction cable, the traction cable having an intermediate portion (6.3) which extends between the first cable guide member and the second cable guide member, the second cable guide member being movable relative to the first cable guide member between a lengthening position and a shortening position, so that the intermediate portion (6.3) is longer when the second cable guide member is in the lengthening position than when the second cable guide member is in the shortening position; and - a return member configured to exert a return force of the second cable guide member toward the lengthening position; - a stop arranged to stop the displacement of the second cable guide member in the lengthening position; and - a sensor configured to generate a stop signal when the second cable guide member is in contact with the stop.
A transparent conductive film comprising: (i) a polymeric substrate comprising a polymeric base layer and a polymeric binding layer, wherein the polymeric material of the base layer has a softening temperature T S-B, and the polymeric material of the binding layer has a softening temperature T S-HS; and (ii) a conductive layer comprising a plurality of nanowires, wherein said nanowires are bound by the polymeric matrix of the binding layer such that the nanowires are dispersed at least partially in the polymeric matrix of the binding layer; and wherein said polymeric substrate is a biaxially oriented polyester substrate, and wherein the polymeric binding layer comprises a copolyester selected from the group consisting of: a copolyester derived from one or more aliphatic glycol(s) and two or more aromatic dicarboxylic acids; a copolyester derived from at least one aromatic dicarboxylic acid and at least one aliphatic dicarboxylic acid with one or more glycol(s); and a copolyester derived from an aliphatic diol and a cycloaliphatic diol with one or more aromatic dicarboxylic acid(s). (i) a polymeric substrate comprising a polymeric base layer and a polymeric binding layer, wherein the polymeric material of the base layer has a softening temperature T S-B, and the polymeric material of the binding layer has a softening temperature T S-HS; and (ii) a conductive layer comprising a plurality of nanowires, a copolyester derived from one or more aliphatic glycol(s) and two or more aromatic dicarboxylic acids; a copolyester derived from at least one aromatic dicarboxylic acid and at least one aliphatic dicarboxylic acid with one or more glycol(s); and a copolyester derived from an aliphatic diol and a cycloaliphatic diol with one or more aromatic dicarboxylic acid(s).
Connector for a shielded electric cable, said shielded electric cable comprising at least one conductor and a shielding that at least partly covers said shielded electric cable, said connector comprising: a connector housing configured to receive the conductor, said connector housing having a positioning and stopping means (21a, 21b) configured to position the shielding partly around the connector housing and said connector housing being electrically conductive, and said connector comprising a holding ferrule configured to be arranged around said shielding so as to hold said shielding in direct mechanical, by clamping, and electrical connection with the connector housing, characterized in that said holding ferrule has a front end (35a, 35b) that is folded back against the positioning and stopping means (21a, 21b), so as to form a connection area allowing a mechanical connection between the holding ferrule and the connector housing. a connector housing configured to receive the conductor, said connector housing having a positioning and stopping means (21a, 21b) configured to position the shielding partly around the connector housing and said connector housing being electrically conductive, and said connector comprising a holding ferrule configured to be arranged around said shielding so as to hold said shielding in direct mechanical, by clamping, and electrical connection with the connector housing, characterized in that said holding ferrule has a front end (35a, 35b) that is folded back against the positioning and stopping means (21a, 21b), so as to form a connection area allowing a mechanical connection between the holding ferrule and the connector housing.
A method for rule-based group security data management, the method performed by a data processing system and comprising the following steps: receiving, by the data processing system, a complex rule set corresponding to at least one electronic document, the complex rule set including a combination of granting rules, denying rules, and rule precedence; generating derived user groups, by the data processing system, according to the complex rule set, wherein a user group comprises zero or more users; identifying derived grant groups that correspond to members of original user groups that are granted access to the electronic document by a grant rule of the complex rule set, excluding members of the original user groups that were denied access to the electronic document by a higher-precedence deny rule of the complex rule set; deriving grant rules for each electronic document, by the data processing system, according to the complex rule set to produce a derived grant rule set, wherein the derived grant rule set has a derived grant rule for each grant rule in the complex rule set and does not have derived grant rules for any deny rule in the complex rule set; and storing the derived grant rules, by the data processing system, as associated with the electronic document. receiving, by the data processing system, a complex rule set corresponding to at least one electronic document, the complex rule set including a combination of granting rules, denying rules, and rule precedence; generating derived user groups, by the data processing system, according to the complex rule set, wherein a user group comprises zero or more users; identifying derived grant groups that correspond to members of original user groups that are granted access to the electronic document by a grant rule of the complex rule set, excluding members of the original user groups that were denied access to the electronic document by a higher-precedence deny rule of the complex rule set; deriving grant rules for each electronic document, by the data processing system, according to the complex rule set to produce a derived grant rule set, wherein the derived grant rule set has a derived grant rule for each grant rule in the complex rule set and does not have derived grant rules for any deny rule in the complex rule set; and storing the derived grant rules, by the data processing system, as associated with the electronic document.