mhurhangee/ep-ind-claims huggingface dataset:
A vehicular handsfree apparatus for use in a vehicle comprising, a handsfree connection unit adapted to establish connection of a Handsfree Profile HFP that enables a handsfree call of a cellular phone; at least one of an outbound call history data acquisition unit adapted to acquire history data of outbound call telephone numbers from the cellular phone and an inbound call history data acquisition unit adapted to acquire history data of inbound call telephone numbers from the cellular phone; a telephone directory data acquisition unit adapted to acquire, from the cellular phone, telephone directory data showing relations between registration information that is registered to the cellular phone and telephone numbers in the cellular phone; a storage unit adapted to store the telephone directory data; and a control unit adapted to perform an outbound call control, to determine an outbound call telephone number and to place a call by displaying on a display the telephone directory data stored in the storage unit and by receiving from an operation unit a selection operation to select a desired telephone number in a handsfree call protocol established condition enabled by the handsfree connection unit, characterized in that the control unit is adapted to control the telephone directory data acquisition unit to transmit a telephone directory search command with a telephone number in the outbound call history data acquired by the outbound call history data acquisition unit or a telephone number in the inbound call history data acquired by the inbound call history data acquisition unit to the cellular phone, and receive from the cellular phone registration information associated in the cellular phone with the telephone number transmitted to the cellular phone, associate the received registration information with the telephone number transmitted to the cellular phone, and store in the storage unit the associated registration information received from the cellular phone by the telephone directory data acquisition unit as telephone directory data of the vehicular handsfree apparatus. transmit a telephone directory search command with a telephone number in the outbound call history data acquired by the outbound call history data acquisition unit or a telephone number in the inbound call history data acquired by the inbound call history data acquisition unit to the cellular phone, and receive from the cellular phone registration information associated in the cellular phone with the telephone number transmitted to the cellular phone,
A front vehicle body structure for a vehicle comprising: a pair of front frames provided at a front part of the vehicle and extending substantially in a vehicle front-rear direction; and a pair of suspension housings which are provided at the front part of the vehicle and to which a suspension for a front wheel is mounted or mountable, wherein said suspension housing comprises a first inner wall, a second inner wall and a third inner wall that form the inner side surface in the vehicle width direction of the suspension housing, wherein each suspension housing has a first fixed portion and a second fixed portion that are provided at positions separated from each other in the front-rear direction and each fixed to one of the front frames, and characterized by a buckling promoting portion that is provided substantially at a center portion in the front-rear direction of the third inner wall at a position between the first fixed portion and the second fixed portion in the front-rear direction and has a shape extending substantially in the up-down direction with a bend protruding inward in the vehicle width direction and promotes buckling of the suspension housing when a load is applied from the front frame to the suspension housing in the front-rear direction. a pair of front frames provided at a front part of the vehicle and extending substantially in a vehicle front-rear direction; and a pair of suspension housings which are provided at the front part of the vehicle and to which a suspension for a front wheel is mounted or mountable, wherein said suspension housing comprises a first inner wall, a second inner wall and a third inner wall that form the inner side surface in the vehicle width direction of the suspension housing, wherein each suspension housing has a first fixed portion and a second fixed portion that are provided at positions separated from each other in the front-rear direction and each fixed to one of the front frames, and characterized by a buckling promoting portion that is provided substantially at a center portion in the front-rear direction of the third inner wall at a position between the first fixed portion and the second fixed portion in the front-rear direction and has a shape extending substantially in the up-down direction with a bend protruding inward in the vehicle width direction and promotes buckling of the suspension housing when a load is applied from the front frame to the suspension housing in the front-rear direction.
Furniture part connection arrangement with a first furniture part and a second furniture part connected thereto wherein a connection element fastened on the second furniture part is provided which is inserted in an insert direction into a hole provided in a first side of the first furniture part and is secured therein by means of a fixing element provided in the first furniture part, wherein a receptacle is provided in the first side of the first furniture part for receiving an insert part, wherein the insert part is introduced into the receptacle, the insert part having the hole and receiving the fixing element, wherein the insert part is configured so that on sliding the connection element into the hole and/or on fixing the connection element with the fixing element the insert part is radially expanded or widened or at least one portion, formed in particular as a tab, of the insert part is made out from the latter, wherein the insert part comprises a slot and the hole tapers in the insert direction, wherein the connection element comprises a tapering expanding portion which, when the connection element is inserted into the hole, spreads out the insert part in the region of the slot, characterised in that the insert part is introduced completely into the receptacle and is arranged flush with the first side.
An image processing apparatus comprising: at least one processor, wherein the processor is configured to execute calcification image detection processing of detecting a calcification image based on a plurality of tomographic images obtained from a series of a plurality of projection images obtained by tomosynthesis imaging of a breast, region-of-interest image group generation processing of generating a region-of-interest image group by cutting out, as a region-of-interest image, a region including the calcification image detected by the calcification image detection processing from each of the plurality of projection images, variance value calculation processing of calculating a variance value of feature amounts of each of the region-of-interest images included in the region-of-interest image group, and shape type determination processing of determining a type of a shape of the calcification image based on the variance value calculated by the variance value calculation processing. at least one processor, wherein the processor is configured to execute calcification image detection processing of detecting a calcification image based on a plurality of tomographic images obtained from a series of a plurality of projection images obtained by tomosynthesis imaging of a breast, region-of-interest image group generation processing of generating a region-of-interest image group by cutting out, as a region-of-interest image, a region including the calcification image detected by the calcification image detection processing from each of the plurality of projection images, variance value calculation processing of calculating a variance value of feature amounts of each of the region-of-interest images included in the region-of-interest image group, and shape type determination processing of determining a type of a shape of the calcification image based on the variance value calculated by the variance value calculation processing. calcification image detection processing of detecting a calcification image based on a plurality of tomographic images obtained from a series of a plurality of projection images obtained by tomosynthesis imaging of a breast, region-of-interest image group generation processing of generating a region-of-interest image group by cutting out, as a region-of-interest image, a region including the calcification image detected by the calcification image detection processing from each of the plurality of projection images, variance value calculation processing of calculating a variance value of feature amounts of each of the region-of-interest images included in the region-of-interest image group, and shape type determination processing of determining a type of a shape of the calcification image based on the variance value calculated by the variance value calculation processing.
An implant system for promoting soft tissue to bone contact in order to promote good fixation of soft tissue to bone when making an orthopedic repair of a joint, said implant system comprising: a first implant adapted for receiving a tissue graft thereon and then being disposed in a first bone tunnel location, wherein ends of the tissue graft extend through a bone tunnel and out of a proximal end of the tunnel; a second implant adapted for disposition in a second bone tunnel location, proximal to said first bone tunnel location, said second implant comprising two sheath members having laterally outer surfaces and being adapted for advancing to the first bone tunnel location by sliding over the ends of the tissue graft, so that when the second implant is in said second bone tunnel location, the tissue grafts are disposed between the laterally outer surfaces of said two sheaths and the bone defining said bone tunnel; and an insertion member insertable between said sheath members to laterally expand said sheath members toward said soft tissue grafts, thereby urging said soft tissue grafts into contact with the bone defining said bone tunnel; wherein said second implant further comprises a hinge for attaching said sheath members together along one side thereof; and characterised in that one of said sheath members halves comprises a snap post and the other one of said sheath members comprises a complementary snap hole, said snap post and said snap hole being engageable with one another to keep the two sheath members from opening prematurely. a first implant adapted for receiving a tissue graft thereon and then being disposed in a first bone tunnel location, wherein ends of the tissue graft extend through a bone tunnel and out of a proximal end of the tunnel; a second implant adapted for disposition in a second bone tunnel location, proximal to said first bone tunnel location, said second implant comprising two sheath members having laterally outer surfaces and being adapted for advancing to the first bone tunnel location by sliding over the ends of the tissue graft, so that when the second implant is in said second bone tunnel location, the tissue grafts are disposed between the laterally outer surfaces of said two sheaths and the bone defining said bone tunnel; and an insertion member insertable between said sheath members to laterally expand said sheath members toward said soft tissue grafts, thereby urging said soft tissue grafts into contact with the bone defining said bone tunnel; wherein said second implant further comprises a hinge for attaching said sheath members together along one side thereof; and characterised in that one of said sheath members halves comprises a snap post and the other one of said sheath members comprises a complementary snap hole, said snap post and said snap hole being engageable with one another to keep the two sheath members from opening prematurely.
A nuclear reactor, comprising: - a vessel, - a plurality of nuclear fuel assemblies forming a core arranged in the vessel; - a support plate, arranged in the vessel above the core; - a plurality of thermocouple ducts arranged in the vessel and passing through the support plate through dedicated orifices; - support members provided to keep the thermocouple ducts in position, each support member being rigidly attached to the support plate, at least one thermocouple duct being attached to each support plate; characterized in that each support member includes a foot rigidly attached to the support plate, a head to which the or each thermocouple duct is attached, and a detachable connection from the head to the foot. - a vessel, - a plurality of nuclear fuel assemblies forming a core arranged in the vessel; - a support plate, arranged in the vessel above the core; - a plurality of thermocouple ducts arranged in the vessel and passing through the support plate through dedicated orifices; - support members provided to keep the thermocouple ducts in position, each support member being rigidly attached to the support plate, at least one thermocouple duct being attached to each support plate;
A method of preparing at least one valence-converted catalyst comprising: (a) heating a catalyst comprising chromium within a continuous catalyst activator comprising a single substantially horizontal fluidized bed while maintaining a catalyst flow through the continuous catalyst activator so the catalyst is maintained at a maximum temperature for an average hold time; (b) contacting the catalyst with at least one agent to convert at least a portion of the chromium from Cr to Cr to produce a valence-converted catalyst; (c) recycling a filtered portion of the valence-converted catalyst back to an upstream location in the continuous catalyst activator so that essentially no normally detectable amount of catalyst is lost overhead; (d) cooling the valence-converted catalyst in a presence of a first oxygenating agent in a separate cooling system downstream of the fluidized bed catalyst activator; and (e) purging the valence-converted catalyst in a presence of a first inert agent in the separate cooling system. (a) heating a catalyst comprising chromium within a continuous catalyst activator comprising a single substantially horizontal fluidized bed while maintaining a catalyst flow through the continuous catalyst activator so the catalyst is maintained at a maximum temperature for an average hold time; (b) contacting the catalyst with at least one agent to convert at least a portion of the chromium from Cr to Cr to produce a valence-converted catalyst; (c) recycling a filtered portion of the valence-converted catalyst back to an upstream location in the continuous catalyst activator so that essentially no normally detectable amount of catalyst is lost overhead; (d) cooling the valence-converted catalyst in a presence of a first oxygenating agent in a separate cooling system downstream of the fluidized bed catalyst activator; and (e) purging the valence-converted catalyst in a presence of a first inert agent in the separate cooling system.
A scintillator composition, of formula AD(BO 3)X 2:E, wherein A is Ba, Ca, Sr, La, or a combination thereof; D is Al, Ga, Mg, or a combination thereof, X is F, Cl, or a combination thereof, and E is Ce, or a combination of Ce and Li. A is Ba, Ca, Sr, La, or a combination thereof; D is Al, Ga, Mg, or a combination thereof, X is F, Cl, or a combination thereof, and E is Ce, or a combination of Ce and Li.
A method for preparing a benzoic acid amide derivative of Chemical Formula 1, which is expressed as Reaction Formula 1 and comprises a step of performing an amide coupling reaction of a benzyl amine compound of Chemical Formula 2 or a solid hydrochloride thereof; and an adamantanyl benzoic anhydride of Chemical Formula 3 under a base catalyst: wherein, R 1 to R 4 are the same or different, and are each independently hydrogen, a hydroxyl group, a C 1 to C 5 alkoxyl group, a C 3 to C 6 cycloalkoxyl group, a C 6 to C 20 aryloxy group or a C 1 to C 5 haloalkoxyl group; and R 5 is a C1 to C6 alkyl group. R 1 to R 4 are the same or different, and are each independently hydrogen, a hydroxyl group, a C 1 to C 5 alkoxyl group, a C 3 to C 6 cycloalkoxyl group, a C 6 to C 20 aryloxy group or a C 1 to C 5 haloalkoxyl group; and R 5 is a C1 to C6 alkyl group.
An upright surface treating appliance comprising: a main body comprising a user operable handle; a support assembly for allowing the appliance to be rolled along a surface using the handle, the support assembly comprising a yoke connected to the main body and a pair of domed-shaped wheels (40, 42) rotatably connected to the yoke, characterized in that the yoke is shaped so that a section of the yoke is located between the rims (40a, 42a) of the wheels (40, 42); and a surface treating head rotatably connected to the yoke; the outer surfaces of the wheels (40, 42) and the section of the yoke together at least partially delimiting a substantially spherical volume. a main body comprising a user operable handle; a support assembly for allowing the appliance to be rolled along a surface using the handle, the support assembly comprising a yoke connected to the main body and a pair of domed-shaped wheels (40, 42) rotatably connected to the yoke, characterized in that the yoke is shaped so that a section of the yoke is located between the rims (40a, 42a) of the wheels (40, 42); and a surface treating head rotatably connected to the yoke; the outer surfaces of the wheels (40, 42) and the section of the yoke together at least partially delimiting a substantially spherical volume.
A drill bit, comprising: a longitudinal axis; and a plurality of gamma ray sensors (240a, 240b, 240c) placed spaced apart in the drill bit in a common plane at an angle to the longitudinal axis, wherein each gamma ray sensor is configured to detect gamma rays from a formation during drilling of a wellbore and provide signals representative of the detected gamma rays for use in estimating inclination of the drill bit during drilling of the wellbore; wherein the drill bit includes a cone and characterised in that a first gamma ray sensor in the plurality of gamma ray sensors is placed proximate a center of the cone and a second gamma ray sensor is placed on a first side of the cone. a longitudinal axis; and a plurality of gamma ray sensors (240a, 240b, 240c) placed spaced apart in the drill bit in a common plane at an angle to the longitudinal axis, wherein each gamma ray sensor is configured to detect gamma rays from a formation during drilling of a wellbore and provide signals representative of the detected gamma rays for use in estimating inclination of the drill bit during drilling of the wellbore; wherein the drill bit includes a cone and characterised in that a first gamma ray sensor in the plurality of gamma ray sensors is placed proximate a center of the cone and a second gamma ray sensor is placed on a first side of the cone.
Method of operating a network node (8,9) in a telecommunications network system during a call, wherein said call has been established through a packet switched part and a circuit switched part of said telecommunications network system, wherein said network node (8,9) comprises a media gateway control function, said network node (8,9) receiving an indication of said call being terminated, said method comprising the steps of: said network node (8,9) transmitting a call termination message to a call controlling session initiation protocol type application server (3,5) in said packet switched part; said network node (8,9), prior to said transmitting of said termination message, receiving call detail record CDR data in said circuit switched part comprising all relevant charging information for said call; and said network node (8,9), prior to said transmitting of said termination message, including said received call detail record CDR data comprising said charging information in said terminating message, for making said call detail record CDR data available in said packet switched part for enabling call charging in said packet switched part. said network node (8,9) transmitting a call termination message to a call controlling session initiation protocol type application server (3,5) in said packet switched part; said network node (8,9), prior to said transmitting of said termination message, receiving call detail record CDR data in said circuit switched part comprising all relevant charging information for said call; and said network node (8,9), prior to said transmitting of said termination message, including said received call detail record CDR data comprising said charging information in said terminating message, for making said call detail record CDR data available in said packet switched part for enabling call charging in said packet switched part.
A settlement analyser comprising an array of emitters and at least two arrays (155,157) of detectors (156,158), a sample volume between the array of emitters and the at least two arrays of detectors, wherein the array of emitters and the at least two arrays of detectors are each oriented vertically, wherein the settlement analyser is configured to analyse a sample within the sample volume by sequentially emitting light from emitters of the array of emitters, and detecting light which arrives at the at least two arrays (155,157) of detectors (156,158) via the sample volume, wherein the at least two arrays of detectors comprises a first array of detectors which is diametrically opposite the array of emitters with respect to the sample volume and a second array of detectors which is oriented at 90 degrees to the array of emitters with respect to the sample volume to detect light from the array of emitters that is scattered within the sample, wherein the settlement analyser is configured to determine at least one optical profile of the sample within the sample volume by detecting light emitted by each emitter of the array of emitters at a corresponding detector of the at least two arrays of detectors, and wherein the settlement analyser is configured to determine the at least one optical profile as a function of time by repeating the sequence. wherein the at least two arrays of detectors comprises a first array of detectors which is diametrically opposite the array of emitters with respect to the sample volume and a second array of detectors which is oriented at 90 degrees to the array of emitters with respect to the sample volume to detect light from the array of emitters that is scattered within the sample, wherein the settlement analyser is configured to determine at least one optical profile of the sample within the sample volume by detecting light emitted by each emitter of the array of emitters at a corresponding detector of the at least two arrays of detectors, and wherein the settlement analyser is configured to determine the at least one optical profile as a function of time by repeating the sequence.
A magnetohydrodynamic effect correction system for an electrocardiogram signal, the system being characterized by comprising: a camera configured to capture a series of patient images; and an image processing unit configured to: determine a T-wave correction factor based on the series of patient images; and generate a corrected ECG signal based on the ECG signal and the T-wave correction factor. a camera configured to capture a series of patient images; and an image processing unit configured to: determine a T-wave correction factor based on the series of patient images; and generate a corrected ECG signal based on the ECG signal and the T-wave correction factor. determine a T-wave correction factor based on the series of patient images; and generate a corrected ECG signal based on the ECG signal and the T-wave correction factor.