mhurhangee/ep-ind-claims huggingface dataset:
A method of managing chat services in a communications system comprising the steps of: a first user terminal initiating a chat session with a conference server; said first user terminal inviting a second user terminal to join the chat session, wherein the second user terminal is associated with a blocklist of blocked users that are blocked from communicating with the second user terminal and the blocklist is stored at the conference server; checking by the conference server if a third user terminal invited to join the chat session by the first user terminal is listed in the blocklist; and in the event that the third user terminal is in the blocklist, creating and sending to the second user terminal by the conference server a notification message to notify a user of the second user terminal that a blocked user is joining the chat session, said user of said second terminal being provided with the options of staying in the chat session and not viewing any text from said third user terminal, updating said blocklist to allow text from said third user terminal to be viewed temporarily, or leaving the chat session. a first user terminal initiating a chat session with a conference server; said first user terminal inviting a second user terminal to join the chat session, wherein the second user terminal is associated with a blocklist of blocked users that are blocked from communicating with the second user terminal and the blocklist is stored at the conference server; checking by the conference server if a third user terminal invited to join the chat session by the first user terminal is listed in the blocklist; and in the event that the third user terminal is in the blocklist, creating and sending to the second user terminal by the conference server a notification message to notify a user of the second user terminal that a blocked user is joining the chat session, said user of said second terminal being provided with the options of staying in the chat session and not viewing any text from said third user terminal, updating said blocklist to allow text from said third user terminal to be viewed temporarily, or leaving the chat session.
A method of improving, enhancing or modifying a fragrance formulation through the addition of an olfactory acceptable amount of a compound of formula: wherein R represents a methyl or an ethyl group; and X represents an alkylene group containing 3 or 4 carbon atoms, with the proviso that the total number of carbon atoms in the compound is 13. wherein R represents a methyl or an ethyl group; and X represents an alkylene group containing 3 or 4 carbon atoms, with the proviso that the total number of carbon atoms in the compound is 13.
An absorbent article for personal hygiene having a front edge, a back edge and a longitudinal axis extending from the front edge to the back edge, the absorbent article comprising: - a fluid permeable topsheet on a wearer-facing side; - a fluid-impermeable backsheet on a garment-facing side; - an absorbent core comprising an absorbent material, between the topsheet and the backsheet; - an intermediate layer between the topsheet and the absorbent core, the intermediate layer comprising a fibrous material, wherein the intermediate layer comprises: - a first and second longitudinally-extending channels (86a,b) substantially free of fibrous material; wherein the first channel is on one side of the longitudinal axis and the second channel is on the other side of the longitudinal axis; - a central area comprising fibrous material between the first and second longitudinally-extending channels; - a back pocket substantially free of fibrous material and disposed backward relative to the first and second channels; characterized in that the first and second channels are connected to the back pocket to form an unitary area substantially free of fibrous material. - a fluid permeable topsheet on a wearer-facing side; - a fluid-impermeable backsheet on a garment-facing side; - an absorbent core comprising an absorbent material, between the topsheet and the backsheet; - an intermediate layer between the topsheet and the absorbent core, the intermediate layer comprising a fibrous material, wherein the intermediate layer comprises: - a first and second longitudinally-extending channels (86a,b) substantially free of fibrous material; wherein the first channel is on one side of the longitudinal axis and the second channel is on the other side of the longitudinal axis; - a central area comprising fibrous material between the first and second longitudinally-extending channels; - a back pocket substantially free of fibrous material and disposed backward relative to the first and second channels; characterized in that the first and second channels are connected to the back pocket to form an unitary area substantially free of fibrous material. - a first and second longitudinally-extending channels (86a,b) substantially free of fibrous material; wherein the first channel is on one side of the longitudinal axis and the second channel is on the other side of the longitudinal axis; - a central area comprising fibrous material between the first and second longitudinally-extending channels; - a back pocket substantially free of fibrous material and disposed backward relative to the first and second channels; characterized in that the first and second channels are connected to the back pocket to form an unitary area substantially free of fibrous material.
A method of generating anhydrous hydrogen fluoride comprising (i) thermally decomposing a fluorinated material into a gaseous effluent comprising hydrogen fluoride and carbon dioxide (CO 2), and (ii) contacting the gaseous effluent with carbon at a temperature, T C, of at least 830 °C to convert the carbon dioxide to carbon monoxide and produce a gaseous product comprising the hydrogen fluoride and carbon monoxide, wherein, if the gaseous product further comprises carbon dioxide, a molar ratio of carbon dioxide to carbon monoxide is no greater than 0.05; and (iii) condensing the hydrogen fluoride from the gaseous product to form liquid anhydrous hydrogen fluoride. (i) thermally decomposing a fluorinated material into a gaseous effluent comprising hydrogen fluoride and carbon dioxide (CO 2), and (ii) contacting the gaseous effluent with carbon at a temperature, T C, of at least 830 °C to convert the carbon dioxide to carbon monoxide and produce a gaseous product comprising the hydrogen fluoride and carbon monoxide, wherein, if the gaseous product further comprises carbon dioxide, a molar ratio of carbon dioxide to carbon monoxide is no greater than 0.05; and (iii) condensing the hydrogen fluoride from the gaseous product to form liquid anhydrous hydrogen fluoride.
A vehicle luminous module intended to generate a light beam along an optical axis, and comprising: - primary light guides (2, 21, 22, 23, 24) each comprising an entrance dioptric interface (20, 220, 230) and an exit; - a light source (9, 92, 93) arranged facing an entrance dioptric interface (20, 220, 230); - a projecting assembly (4, 5, 6) comprising a focal region and an exit member, said projecting assembly being arranged so that the light rays passing through said focal region and reaching the exit member are imaged in a projection field downstream of said projecting assembly; - the exits (29, 39) of the guides being arranged level with the focal region; said luminous module being characterized in that it comprises at least one secondary light guide (3, 31, 32) distinct from the primary light guides (2, 21, 22, 23, 24), and arranged so as to deviate light rays generated by the light source so that they do not reach the exit member, and/or so as to spread said light rays in said projection field, the secondary light guide or the secondary light guides (3, 31, 32) being only designed to refract and deviate stray light rays, stray light rays being rays that are generated by a light source (9, 92, 93) placed upstream of a primary light guide (2, 21, 22, 23, 24) but that do not enter into said primary light guide (2, 21, 22, 23, 24), or that exit via one of the lateral faces of this primary guide before reaching its exit. - primary light guides (2, 21, 22, 23, 24) each comprising an entrance dioptric interface (20, 220, 230) and an exit; - a light source (9, 92, 93) arranged facing an entrance dioptric interface (20, 220, 230); - a projecting assembly (4, 5, 6) comprising a focal region and an exit member, said projecting assembly being arranged so that the light rays passing through said focal region and reaching the exit member are imaged in a projection field downstream of said projecting assembly; - the exits (29, 39) of the guides being arranged level with the focal region;
Antenna element (1a; 1b; 1c), comprising: a feed line for feeding electric power; and a first multitude (3; 5; 8) of emission elements disposed on a first side of the feed line and a second multitude (4; 6; 9) of emission elements disposed on a second side of the feed line, the emission elements being coupled to the feed line in series, fed with electric power by the feed line and designed to emit electromagnetic radiation; with the first multitude (3; 5; 8) of emission elements differing from the second multitude (4; 6; 9) of emission elements in terms of a distribution of spatial dimensions of the emission elements and/or in terms of a distribution of distances (x) between adjacent emission elements, characterized in that the distributions of the dimensions and/or distances (x) comprise a Dolph-Chebyshev distribution and/or a binomial distribution. a feed line for feeding electric power; and a first multitude (3; 5; 8) of emission elements disposed on a first side of the feed line and a second multitude (4; 6; 9) of emission elements disposed on a second side of the feed line, the emission elements being coupled to the feed line in series, fed with electric power by the feed line and designed to emit electromagnetic radiation; with the first multitude (3; 5; 8) of emission elements differing from the second multitude (4; 6; 9) of emission elements in terms of a distribution of spatial dimensions of the emission elements and/or in terms of a distribution of distances (x) between adjacent emission elements, characterized in that the distributions of the dimensions and/or distances (x) comprise a Dolph-Chebyshev distribution and/or a binomial distribution.
A spacer for stacking an identical container on a first container, said spacer comprising: an elongated base body, at least two plunger portions projecting from the base body in opposite directions, which are prepared and configured to plunge into respective recesses (104, 204) in side wall rims (102, 202) of the containers (100, 200), stacked in particular upside-down, and fastening elements which project from the base body in particular at an edge in order to laterally enclose respective side walls (101, 201) of the containers (100, 200), in particular on both sides, characterized in that the base body comprises a first support plate having a first support surface and a second support plate having a second support surface, which are prepared and configured to rest on the side wall rims (102, 202) of the containers (100, 200) when the plunger portions plunge into the respective recesses (104, 204), the second support plate being spaced in parallel from the first support plate. an elongated base body, at least two plunger portions projecting from the base body in opposite directions, which are prepared and configured to plunge into respective recesses (104, 204) in side wall rims (102, 202) of the containers (100, 200), stacked in particular upside-down, and fastening elements which project from the base body in particular at an edge in order to laterally enclose respective side walls (101, 201) of the containers (100, 200), in particular on both sides, characterized in that the base body comprises a first support plate having a first support surface and a second support plate having a second support surface, which are prepared and configured to rest on the side wall rims (102, 202) of the containers (100, 200) when the plunger portions plunge into the respective recesses (104, 204), the second support plate being spaced in parallel from the first support plate.
A display device, comprising: a display panel arranged to display an image; a light blocking layer disposed under the display panel and comprising a plurality of holes,a fingerprint sensing layer (FPSL) with sensing areas comprising a plurality of fingerprint sensors arranged to receive reflected light passing through the plurality of holes and arranged to generate a sensing signal, wherein each sensing area corresponds to one of the plurality of holes; and a sensor driver arranged to control operations of the plurality of fingerprint sensors, wherein the sensor driver is arranged to generate a fingerprint image based on a difference value between fingerprint data generated based on the sensing signal and prestored reference data, wherein the sensor driver is arranged to generate the prestored reference data based on a sensing signal from the plurality of fingerprint sensors caused by light reflected by a reference member, before a user's touch occurs, wherein each of the sensing areas comprises a central area for receiving concentrated information about the user's fingerprint; and a peripheral area surrounding the central area; and wherein the sensor driver is arranged to receive the sensing signal corresponding to the user's fingerprint, and to merge data of the peripheral area of each of the sensing areas and data of the central area of another sensing area adjacent to the corresponding sensing area to generate the fingerprint data. a display panel arranged to display an image; a light blocking layer disposed under the display panel and comprising a plurality of holes,a fingerprint sensing layer (FPSL) with sensing areas comprising a plurality of fingerprint sensors arranged to receive reflected light passing through the plurality of holes and arranged to generate a sensing signal, wherein each sensing area corresponds to one of the plurality of holes; and a sensor driver arranged to control operations of the plurality of fingerprint sensors, wherein the sensor driver is arranged to generate a fingerprint image based on a difference value between fingerprint data generated based on the sensing signal and prestored reference data, wherein the sensor driver is arranged to generate the prestored reference data based on a sensing signal from the plurality of fingerprint sensors caused by light reflected by a reference member, before a user's touch occurs, wherein each of the sensing areas comprises a central area for receiving concentrated information about the user's fingerprint; and a peripheral area surrounding the central area; and wherein the sensor driver is arranged to receive the sensing signal corresponding to the user's fingerprint, and to merge data of the peripheral area of each of the sensing areas and data of the central area of another sensing area adjacent to the corresponding sensing area to generate the fingerprint data.
A damping link assembly for bleed valve of a gas turbine engine comprising: a bleed valve ring having a link aperture; a mechanical fastener disposed in the link aperture; and a damping guide link operatively coupled to the mechanical fastener at one end for rotation about a first axis of the mechanical fastener and the damping guide link being operatively coupled to an idler bracket at an opposite end for rotation about a second axis, characterized in that the damping guide link being capable of elastic twisting in a direction about a third axis different from the first axis and the second axis when the bleed valve ring is rotated from a first position corresponding to a closed bleed valve position to a second position corresponding to an open bleed valve position, wherein the damping guide link is designed to be flexible about its axis of twisting and stiff about its axis of rotation and comprises a flexible portion that is more flexible about the third axis than a portion of the damping guide link proximate the first axis and/or the second axis, the elastic twisting in the direction provides a preload or bias to the damping guide link which assists in returning the damping guide link to an untwisted configuration corresponding to the closed bleed valve position. a bleed valve ring having a link aperture; a mechanical fastener disposed in the link aperture; and a damping guide link operatively coupled to the mechanical fastener at one end for rotation about a first axis of the mechanical fastener and the damping guide link being operatively coupled to an idler bracket at an opposite end for rotation about a second axis, characterized in that the damping guide link being capable of elastic twisting in a direction about a third axis different from the first axis and the second axis when the bleed valve ring is rotated from a first position corresponding to a closed bleed valve position to a second position corresponding to an open bleed valve position, wherein the damping guide link is designed to be flexible about its axis of twisting and stiff about its axis of rotation and comprises a flexible portion that is more flexible about the third axis than a portion of the damping guide link proximate the first axis and/or the second axis, the elastic twisting in the direction provides a preload or bias to the damping guide link which assists in returning the damping guide link to an untwisted configuration corresponding to the closed bleed valve position.
A system for analyzing vehicle system logs, the system comprising: a processor; and a storage device comprising instructions, execution of which causes the processor to: connect with an onboard system of a vehicle, wherein the onboard system is connectable to a network; collect an activity log generated by the onboard system, wherein the activity log comprises log messages indicative of an activity of the onboard system; extract a feature list from the activity log, wherein the feature list comprises features and each one of the features comprises select information from a corresponding one of the log messages; extract an episode from the feature list, wherein the episode is indicative of the activity of the onboard system; and classify the episode with an episode classification, wherein the episode classification is indicative of an event that occurred during the activity, wherein execution of the instructions causes the processor to compare an occurrence of the episode classification to a predetermined occurrence threshold over a predetermined time period. a processor; and a storage device comprising instructions, execution of which causes the processor to: connect with an onboard system of a vehicle, wherein the onboard system is connectable to a network; collect an activity log generated by the onboard system, wherein the activity log comprises log messages indicative of an activity of the onboard system; extract a feature list from the activity log, wherein the feature list comprises features and each one of the features comprises select information from a corresponding one of the log messages; extract an episode from the feature list, wherein the episode is indicative of the activity of the onboard system; and classify the episode with an episode classification, wherein the episode classification is indicative of an event that occurred during the activity, connect with an onboard system of a vehicle, wherein the onboard system is connectable to a network; collect an activity log generated by the onboard system, wherein the activity log comprises log messages indicative of an activity of the onboard system; extract a feature list from the activity log, wherein the feature list comprises features and each one of the features comprises select information from a corresponding one of the log messages; extract an episode from the feature list, wherein the episode is indicative of the activity of the onboard system; and classify the episode with an episode classification, wherein the episode classification is indicative of an event that occurred during the activity, wherein execution of the instructions causes the processor to compare an occurrence of the episode classification to a predetermined occurrence threshold over a predetermined time period.
A method for the fermentative production of glycolic acid, its derivatives or precursors, by culturing a modified microorganism, in an appropriate culture medium comprising a source of carbon, and recovery of glycolic acid from the culture medium, wherein said modified microorganism is a gram negative bacterium genetically modified for producing glycolic acid, that further comprises an attenuation of the gene mgsA and an attenuation of the gene ldhA.
A hydraulic steering device which hydraulically connects a steering cylinder to a supply system, wherein the supply system is hydraulically operatively connectable to the steering cylinder via a steering assembly for the purposes of forming a main flow connection, and the supply system is in addition hydraulically operatively connectable to the steering cylinder via a flow regulating valve arrangement so that a secondary flow connection can be formed which bypasses the main flow connection and via which at least one first working chamber and one second working chamber of the steering cylinder can be supplied independently of one another with hydraulic fluid, and wherein the flow regulating valve arrangement comprises multiple independently actuable valves (32, 34, 36, 38, 61, 63, 68, 70) by means of which at least a first feed and a first return for the first working chamber and a second feed and a second return for the second working chamber can be adjusted, and wherein the hydraulic steering device furthermore comprises at least one shut-off valve (48, 66) for shutting off the secondary flow connection at least in sections and furthermore comprises at least one electrical control apparatus which is designed to output actuation currents for one or more valves (32, 34, 36, 38, 61, 63, 68, 70), characterized in that the hydraulic steering device comprises means for measuring and for comparing at least two actuation currents, and the means are furthermore designed to move at least the shut-off valve (48, 66) into a shut-off position in the presence of a deviation of compared actuation currents.
A method of controlling a mobile terminal, the method comprising: displaying data comprising text on a display unit of the terminal; receiving, via a first input by a user, a signal setting a region of the display unit; executing, via a control unit, a magnification function, wherein information displayed in the set region is output in a magnified form to a portion of the display unit that is not the entire portion of the display unit; characterized by receiving, via a second input by a user, an additional signal to apply a function of transmitting information relating to the magnified form, the second input comprising the user dragging the magnified form to an arbitrary position on the display unit; receiving, via user input on the display unit, a number of another mobile terminal; and transmitting information related to the magnified form to said another mobile terminal. displaying data comprising text on a display unit of the terminal; receiving, via a first input by a user, a signal setting a region of the display unit; executing, via a control unit, a magnification function, wherein information displayed in the set region is output in a magnified form to a portion of the display unit that is not the entire portion of the display unit; characterized by receiving, via a second input by a user, an additional signal to apply a function of transmitting information relating to the magnified form, the second input comprising the user dragging the magnified form to an arbitrary position on the display unit; receiving, via user input on the display unit, a number of another mobile terminal; and transmitting information related to the magnified form to said another mobile terminal.