mhurhangee/ep-ind-claims huggingface dataset:
A surgical system comprising: an ultrasound system comprising an ultrasound probe configured to obtain a two-dimensional ultrasound image of a surgical site; a head-mounted display; a tracking system configured to determine a pose of the ultrasound probe; and a computer system configured to: receive the two-dimensional ultrasound image from the ultrasound system, extract a feature from the two-dimensional ultrasound image, the feature associated with an anatomical structure at the surgical site, determine the pose of the ultrasound probe via the tracking system, update a three-dimensional feature model associated with the anatomical structure with the extracted feature based on the determined pose of the ultrasound probe, determine where features of the updated three-dimensional feature model are located relative to a field of view of the head-mounted display, and display the features of the updated three-dimensional feature model that are located within the field of view of the head-mounted display. an ultrasound system comprising an ultrasound probe configured to obtain a two-dimensional ultrasound image of a surgical site; a head-mounted display; a tracking system configured to determine a pose of the ultrasound probe; and a computer system configured to: receive the two-dimensional ultrasound image from the ultrasound system, extract a feature from the two-dimensional ultrasound image, the feature associated with an anatomical structure at the surgical site, determine the pose of the ultrasound probe via the tracking system, update a three-dimensional feature model associated with the anatomical structure with the extracted feature based on the determined pose of the ultrasound probe, determine where features of the updated three-dimensional feature model are located relative to a field of view of the head-mounted display, and display the features of the updated three-dimensional feature model that are located within the field of view of the head-mounted display. receive the two-dimensional ultrasound image from the ultrasound system, extract a feature from the two-dimensional ultrasound image, the feature associated with an anatomical structure at the surgical site, determine the pose of the ultrasound probe via the tracking system, update a three-dimensional feature model associated with the anatomical structure with the extracted feature based on the determined pose of the ultrasound probe, determine where features of the updated three-dimensional feature model are located relative to a field of view of the head-mounted display, and display the features of the updated three-dimensional feature model that are located within the field of view of the head-mounted display.
A communication terminal having an automatic reply function capable of setting to send a given automatic reply mail in response to receiving a mail, the communication terminal comprising: receiving means for receiving a mail from a transmitter; flag confirming means for confirming whether an automatic reply flag indicating an automatic reply mail sent by the automatic reply function of the transmitter is attached or not to the mail received by the receiving means; reply time confirming means for confirming the number of times of automatic replies reflecting the number of times of currently possible automatic reply mails by the automatic reply function of the communication terminal with respect to the mail received by the receiving means; determining means for determining, based on presence or absence of the automatic reply flag confirmed by the flag confirming means and the number of times of automatic replies confirmed by the reply time confirming means, whether to perform the automatic reply function of the communication terminal or not; and transmitting means for transmitting the automatic reply mail to the transmitter when the determining means determines to perform the automatic reply function of the communication terminal; wherein the number of times of automatic replies is changed every time the automatic reply function of the communication terminal is performed, and when the automatic reply flag is attached to an incoming mail and, the number of times of automatic replies reaches a given value with respect to the incoming mail, the determining means is adapted to determine not to perform the automatic reply function. receiving means for receiving a mail from a transmitter; flag confirming means for confirming whether an automatic reply flag indicating an automatic reply mail sent by the automatic reply function of the transmitter is attached or not to the mail received by the receiving means; reply time confirming means for confirming the number of times of automatic replies reflecting the number of times of currently possible automatic reply mails by the automatic reply function of the communication terminal with respect to the mail received by the receiving means; determining means for determining, based on presence or absence of the automatic reply flag confirmed by the flag confirming means and the number of times of automatic replies confirmed by the reply time confirming means, whether to perform the automatic reply function of the communication terminal or not; and transmitting means for transmitting the automatic reply mail to the transmitter when the determining means determines to perform the automatic reply function of the communication terminal; wherein the number of times of automatic replies is changed every time the automatic reply function of the communication terminal is performed, and when the automatic reply flag is attached to an incoming mail and, the number of times of automatic replies reaches a given value with respect to the incoming mail, the determining means is adapted to determine not to perform the automatic reply function.
A footrest for a tricycle, the tricycle having a fork rotatably securing a front wheel, a tricycle body extending distal the fork, and a pair of rear wheels rotatably connected to the tricycle body, the footrest comprising: a housing having a foot platform and a retaining assembly, the foot platform having a top surface and a bottom surface, the top surface being adapted to receive a foot of the user, wherein when the footrest is secured to the tricycle the retaining assembly is adapted to separately engage at least two of (a) a lower portion of the fork of the tricycle, (b) a fender for the front wheel of the tricycle or an upper portion of the fork of the tricycle, and (c) a crank of the tricycle, and wherein the retaining assembly is adapted to be separately secured to the lower portion of the fork of the tricycle, the crank of the tricycle, and one of the fender for the front wheel of the tricycle and the upper portion of the fork of the tricycle.
Test apparatus for blow-out panels, comprising: a housing; two contiguous inner chambers (11, 12), located within the housing, and communicating directly with one another through an inner aperture which is closable by applying a blow-out panel thereupon; an pressurized air inlet, communicating with at least one of the two chambers (11, 12); a connecting duct (15a, 15b) which extends between the two inner chambers (11, 12) and is provided with a valve for selectively establishing or closing a fluid communication between the two chambers through said connecting duct (15a, 15b); at least one opening, formed in an outer wall of the housing, the opening setting a first one of the two inner chambers (11, 12) in fluid communication with an outer ambient at atmospheric pressure; at least one door hinged to the housing for hermetically closing the at least one opening; a quick opening device, associated with the door and operable to cause a rapid opening of the door, thereby causing a sudden difference in pressure between the two chambers (11, 12) and creating the conditions for the opening / rupture of the panel being tested. a housing; two contiguous inner chambers (11, 12), located within the housing, and communicating directly with one another through an inner aperture which is closable by applying a blow-out panel thereupon; an pressurized air inlet, communicating with at least one of the two chambers (11, 12); a connecting duct (15a, 15b) which extends between the two inner chambers (11, 12) and is provided with a valve for selectively establishing or closing a fluid communication between the two chambers through said connecting duct (15a, 15b); at least one opening, formed in an outer wall of the housing, the opening setting a first one of the two inner chambers (11, 12) in fluid communication with an outer ambient at atmospheric pressure; at least one door hinged to the housing for hermetically closing the at least one opening; a quick opening device, associated with the door and operable to cause a rapid opening of the door, thereby causing a sudden difference in pressure between the two chambers (11, 12) and creating the conditions for the opening / rupture of the panel being tested.
An improved method for reduction and/or removal of permanganate-reducing compounds (PRC's), C 3-8 carboxylic acids and C 2-12 alkyl iodide compounds formed in the carbonylation of a carbonylatable reactant selected from the group consisting of methanol, methyl acetate, methyl formate and dimethyl ether and mixtures thereof to an acetic acid product, the products of said carbonylation including a volatile phase that is distilled in a first distillation column to yield a purified acetic acid product and a first overhead comprising methyl iodide, water and at least one PRC, wherein the improvement comprises the steps of: (a) distilling at least a portion of the first overhead in a second distillation column to produce a second overhead stream comprising methyl iodide, dimethyl ether, and said at least one PRC; said distillation step (a) further comprises the step of forming dimethyl ether during the distillation; (b) extracting the second overhead stream with water to form a first raffinate and a first aqueous extract stream containing said at least one PRC; (c) extracting the first raffinate with water to form a second raffinate and a second aqueous extract stream containing said at least one PRC; (d) introducing a portion of the second raffinate directly or indirectly into the reaction medium via stream, and introducing another portion of the second raffinate into the second distillation column via stream and stream; and wherein said second overhead comprises an amount of dimethyl ether effective to reduce the solubility of methyl iodide in at least one of said aqueous extract streams (64; 70). (a) distilling at least a portion of the first overhead in a second distillation column to produce a second overhead stream comprising methyl iodide, dimethyl ether, and said at least one PRC; said distillation step (a) further comprises the step of forming dimethyl ether during the distillation; (b) extracting the second overhead stream with water to form a first raffinate and a first aqueous extract stream containing said at least one PRC; (c) extracting the first raffinate with water to form a second raffinate and a second aqueous extract stream containing said at least one PRC; (d) introducing a portion of the second raffinate directly or indirectly into the reaction medium via stream, and introducing another portion of the second raffinate into the second distillation column via stream and stream; and
Column for exchanging material and/or heat between a gas and a liquid comprising at least two packing beds, a collector tray arranged between two packing beds, and distribution means for distributing said liquid collected by said collector tray from an upper packing bed to a lower packing bed, said distribution means being situated below said collector tray and comprising at least one vertical supply duct linked to said collector tray and at least one substantially horizontal pipe linked to said supply duct, said substantially horizontal pipe comprising at least one orifice and/or one nozzle for the distribution of said liquid, characterized in that the column further comprises means (8, 9, 10, 11) for separating said gas and said liquid, said separation means (8, 9, 10, 11) being arranged between said collector tray and said distribution means, and said means (8, 9, 10, 11) for separating said gas and said liquid occupy from 75 to 98% of the section of the column available for the passage of the vapor, and are arranged closer to said distribution means than to said collector tray.
A motor driving apparatus for driving a brushless motor, comprising: a power conversion circuit for converting an output voltage of an AC power supply into a driving voltage, and outputting the driving voltage to the brushless motor; characterized by a control unit for controlling the power conversion circuit so that the frequency of an output current of the power conversion circuit is prevented from being fixed to a specific frequency, by converting a first command rpm indicated by an external command signal into a second command rpm that continuously varies with the first command rpm according to predetermined patterns, and driving the brushless motor on the basis of the second command rpm to minimize a difference between an actual rpm and the second command rpm. a power conversion circuit for converting an output voltage of an AC power supply into a driving voltage, and outputting the driving voltage to the brushless motor; characterized by a control unit for controlling the power conversion circuit so that the frequency of an output current of the power conversion circuit is prevented from being fixed to a specific frequency, by converting a first command rpm indicated by an external command signal into a second command rpm that continuously varies with the first command rpm according to predetermined patterns, and driving the brushless motor on the basis of the second command rpm to minimize a difference between an actual rpm and the second command rpm.
A terminal board comprising: a base portion with a length (L 4); a plurality of terminals extending from the base portion; and a plurality of barriers extending from the base portion between terminals and having a barrier spacing distance (S B) between each barrier; characterised by the ratio of length (L 4) to barrier spacing distance (S B) is at least 5.124:1. a base portion with a length (L 4); a plurality of terminals extending from the base portion; and a plurality of barriers extending from the base portion between terminals and having a barrier spacing distance (S B) between each barrier; characterised by the ratio of length (L 4) to barrier spacing distance (S B) is at least 5.124:1.
A safety cutting device comprising: an elongate housing defining a sheath having an anterior opening and a posterior opening and forming a cavity configured to receive a slidable insert; a cutting blade coupled to the slidable insert, the slidable insert positioned within the cavity and moveable within the housing between a safe position in which the blade is covered by the sheath and an exposed position in which the blade is extended through the anterior opening and exposed for cutting; a biasing member biasing the slidable insert to the safe position; the slidable insert includes a posterior activation mechanism, the posterior mechanism including a longitudinal post and a rearward facing engagement surface, wherein a portion of said posterior activation mechanism extends through the posterior opening and extends to a position posterior to the posterior opening, wherein the longitudinal post and the rearward facing engagement surface are accessible for moving the slidable insert from the safe position to the exposed position by longitudinally moving the longitudinal post and rearward facing engagement surface toward the anterior opening; a protective cover that extends posterior to the posterior activation mechanism and impedes accidental actuation thereof; a latch mechanism operable to lock the slidable insert in the exposed position; and a release mechanism configured to unlock the latch mechanism. an elongate housing defining a sheath having an anterior opening and a posterior opening and forming a cavity configured to receive a slidable insert; a cutting blade coupled to the slidable insert, the slidable insert positioned within the cavity and moveable within the housing between a safe position in which the blade is covered by the sheath and an exposed position in which the blade is extended through the anterior opening and exposed for cutting; a biasing member biasing the slidable insert to the safe position; the slidable insert includes a posterior activation mechanism, the posterior mechanism including a longitudinal post and a rearward facing engagement surface, wherein a portion of said posterior activation mechanism extends through the posterior opening and extends to a position posterior to the posterior opening, wherein the longitudinal post and the rearward facing engagement surface are accessible for moving the slidable insert from the safe position to the exposed position by longitudinally moving the longitudinal post and rearward facing engagement surface toward the anterior opening; a protective cover that extends posterior to the posterior activation mechanism and impedes accidental actuation thereof; a latch mechanism operable to lock the slidable insert in the exposed position; and a release mechanism configured to unlock the latch mechanism.
Edge trim for pieces of furniture, comprising a melting layer and a structural layer connected to the melting layer, both comprising at least in part a polymeric material, wherein the material of the melting layer is selected from the group of the polyamides, preferably an aliphatic and/or semi-aromatic and/or aromatic polyamide, wherein the material of the melting layer is a copolyamide which is made starting from polyamide formers selected from the group comprising caprolactam, laurolactam, aminoundecanoic acid, hexamethylenediamine, adipic acid, azelaic acid, dodecanedioic acid and piperazine, and has a melt flow index of at least 10 g/10 min., preferably 15 g to 100 g/10 min., particularly preferably 15 g to 50 g/10 min. according to DIN ISO 1133 at 160°C/1.20 kg, characterised in that the material of the melting layer comprises at least one copolyamide with a melting point range of approximately 95 to 150°C, preferably 100 to 125°C, and in that the material of the melting layer has a crystalline density ρ c of at least 1.13 g/cm 3 according to DIN EN ISO 1183-1.
A method for producing a masterbatch, which comprises mixing by melt kneading, a) 100 parts by weight of a polyamide having a water content of from 0.10 to 1.5 wt.%, said water content being determined by the Karl Fischer method of coulometric titration, b) from 0.1 to 10 parts by weight of an organic compound having at least one amide group, wherein said organic compound is selected from the group consisting of monoamides represented by formula I: R-CONH 2; substituted amides represented by formula II: R 1 -CONH-R 2; methylolamides represented by formula III: R 3 -CONHCH 2 OH; and bisamides represented by formula IV: (R 4 -CONH) 2 (CH 2) n; wherein R, R 1, R 2, R 3 and R 4 each independently represents any saturated aliphatic, unsaturated aliphatic, or aromatic group with 8 to 30 carbon atoms in which one or more of the -H atoms is optionally substituted with -OH; and wherein n is 1 to 8, c) from 0.1 to 5 parts by weight of a copper compound having a maximum particle size of 50 μm or less, and d) from 1 to 50 parts by weight of a halogen compound,with the proviso that a copper halide is excluded, having a maximum particle size of 50 μm or less, wherein particle size means a biaxial average size determined by observing at least 50 particles with a scanning electron microscope, the biaxial average size being an average of a short diameter and a long diameter of the particle, wherein short diameter and long diameter of the particle mean a short side and a long side of a rectangle which is circumscribed to the particle and has a minimum area, respectively. a) 100 parts by weight of a polyamide having a water content of from 0.10 to 1.5 wt.%, said water content being determined by the Karl Fischer method of coulometric titration, b) from 0.1 to 10 parts by weight of an organic compound having at least one amide group, wherein said organic compound is selected from the group consisting of monoamides represented by formula I: R-CONH 2; substituted amides represented by formula II: R 1 -CONH-R 2; methylolamides represented by formula III: R 3 -CONHCH 2 OH; and bisamides represented by formula IV: (R 4 -CONH) 2 (CH 2) n; wherein R, R 1, R 2, R 3 and R 4 each independently represents any saturated aliphatic, unsaturated aliphatic, or aromatic group with 8 to 30 carbon atoms in which one or more of the -H atoms is optionally substituted with -OH; and wherein n is 1 to 8, c) from 0.1 to 5 parts by weight of a copper compound having a maximum particle size of 50 μm or less, and d) from 1 to 50 parts by weight of a halogen compound,with the proviso that a copper halide is excluded, having a maximum particle size of 50 μm or less, wherein particle size means a biaxial average size determined by observing at least 50 particles with a scanning electron microscope, the biaxial average size being an average of a short diameter and a long diameter of the particle, wherein short diameter and long diameter of the particle mean a short side and a long side of a rectangle which is circumscribed to the particle and has a minimum area, respectively.