mhurhangee/ep-ind-claims huggingface dataset:
An ocular zoom optical system, comprising, in order from an object side: a first lens group having a negative refractive power; a second lens group having a positive refractive power; and a third lens group having a positive refractive power and at least one aspheric surface, wherein an intermediate image (I') is formed between the first lens group and the second lens group, during zooming, the third lens group is fixed on an optical axis, and the first lens group and the second lens group are moved in directions opposite to each other with the intermediate image interposed therebetween, the second lens group comprises, in order from the object side: a positive single lens whose lens surface on an eye-point side has a higher positive refractive power than a lens surface on the object side has; and a positive cemented lens comprising a positive lens and a negative lens, and conditions of following expressions are satisfied, 2.1 < f 21 / f 2 < 2.8, ν ⁢ d 21 > 55, f 2 / fC 2 − fF 2 > 90, where a focal length of the second lens group is f2, a focal length of the single lens is f21, an Abbe number of a medium of the single lens is vd21, a focal length of the second lens group for C-line is fC2, and a focal length for F-line is fF2, wherein conditions of following expressions are satisfied, 2.5 < − f 1 / fm < 3.0, 3.2 < f 2 / fm < 4.0, 5.0 < f 3 / fm < 6.2, where a focal length of the entire system in a high power end state is fm, a focal length of the first lens group is f1, and a focal length of the third lens group is f3.
A method for determining at least one segmentation parameter of volumetric image data of a dento-maxillofacial object, said method comprising the steps of: i. obtaining volumetric image data of a calibration object of a given shape with the same imaging protocol as used for obtaining said volumetric image data of said dento-maxillofacial object; ii. determining said at least one segmentation parameter taking into account the shape of said calibration object and said volumetric image data of said calibration object; characterized in that said at least one segmentation parameter is determined by the steps of: a. aligning image data sets of the shape of said calibration object and of said volumetric image data of said calibration object; b. deriving a measure for comparing said aligned data sets; c. deriving said at least one segmentation parameter using a selection criterion on said measure. i. obtaining volumetric image data of a calibration object of a given shape with the same imaging protocol as used for obtaining said volumetric image data of said dento-maxillofacial object; ii. determining said at least one segmentation parameter taking into account the shape of said calibration object and said volumetric image data of said calibration object; a. aligning image data sets of the shape of said calibration object and of said volumetric image data of said calibration object; b. deriving a measure for comparing said aligned data sets; c. deriving said at least one segmentation parameter using a selection criterion on said measure.
A mixture of polyalkylsiloxanes obtainable through a hydrosilylation reaction wherein a mixture of ethylenically unsaturated olefins consisting of a) 10-30 mol% of one or more polyene(s) having one terminal double bond which is either monosubstituted or geminal disubstituted and one or more tri- or tetrasubstituted double bond(s), wherein said terminal double bond and said one or more tri- or tetrasubstituted double bond(s) are preferably non-conjugated, wherein said polyene(s) are preferably terpenes, more preferably -limonene, -limonene or a mixture thereof, and b) 70-90 mol% of monounsaturated olefins with 6 to 15 carbon atoms, preferably 1-dodecene, is reacted with an amount of one or more polyalkylhydrosiloxanes in the presence of a hydrosilylation catalyst while each polyalkylhydrosiloxane comprises a repeating unit according to the general structure: with n indicating the number of repeating units being in a range of from 5 to 10,000, preferably 10 to 100, more preferably 25; with the residue R 1 being selected from linear or branched alkyl groups with less than 6 carbon atoms. a) 10-30 mol% of one or more polyene(s) having one terminal double bond which is either monosubstituted or geminal disubstituted and one or more tri- or tetrasubstituted double bond(s), wherein said terminal double bond and said one or more tri- or tetrasubstituted double bond(s) are preferably non-conjugated, wherein said polyene(s) are preferably terpenes, more preferably -limonene, -limonene or a mixture thereof, and b) 70-90 mol% of monounsaturated olefins with 6 to 15 carbon atoms, preferably 1-dodecene, is reacted with an amount of one or more polyalkylhydrosiloxanes in the presence of a hydrosilylation catalyst while each polyalkylhydrosiloxane comprises a repeating unit according to the general structure: with n indicating the number of repeating units being in a range of from 5 to 10,000, preferably 10 to 100, more preferably 25; with the residue R 1 being selected from linear or branched alkyl groups with less than 6 carbon atoms.
A side grip structure, characterized in that it comprises: side openings (2.1) arranged on opposite sides of a housing of a thermal transfer device, wherein a plurality of snap joints (2.11) are arranged on edges of the side openings (2.1); grip covers assembled in the side openings (2.1), wherein each of the grip covers comprises a ring mouth portion and a cover wall of a grip groove that is connected to a rear side of the ring mouth portion and concave inward, a plurality of hooks (S.1.1) detachably connected to the plurality of snap joints (2.11) are arranged on an inner side of the ring mouth portion, at least one positioning groove (S 1.2) is arranged on an outside of a top of the cover wall; at least one inserting portion (3.1) arranged on a top cover of a top side of the housing and fitted to the positioning groove (S 1.2), wherein the inserting portion (3.1) is detachably inserted into the positioning groove (S 1.2); wherein a step portion (2.10) is arranged on outer ring edges of the side openings (2.1), the ring mouth portion is fitted to the step portion (2.10), and a hook (S 1.1) avoidance opening is arranged on the step portion (2.10). side openings (2.1) arranged on opposite sides of a housing of a thermal transfer device, wherein a plurality of snap joints (2.11) are arranged on edges of the side openings (2.1); grip covers assembled in the side openings (2.1), wherein each of the grip covers comprises a ring mouth portion and a cover wall of a grip groove that is connected to a rear side of the ring mouth portion and concave inward, a plurality of hooks (S.1.1) detachably connected to the plurality of snap joints (2.11) are arranged on an inner side of the ring mouth portion, at least one positioning groove (S 1.2) is arranged on an outside of a top of the cover wall; at least one inserting portion (3.1) arranged on a top cover of a top side of the housing and fitted to the positioning groove (S 1.2), wherein the inserting portion (3.1) is detachably inserted into the positioning groove (S 1.2); wherein a step portion (2.10) is arranged on outer ring edges of the side openings (2.1), the ring mouth portion is fitted to the step portion (2.10), and a hook (S 1.1) avoidance opening is arranged on the step portion (2.10).
An electric motor comprising: a housing including a body portion having a nose and an open end opposite from the nose, the open end providing access to an interior region of the housing; a magnet structure (42, 44) located in the interior region of the housing; an armature located in the interior region of the housing, the armature including an armature shaft having a portion located in the nose of the housing, the armature and armature shaft being rotatable relative to the magnet structure (42, 44); and a bearing located in the nose of the housing, the bearing including a body portion having an open end configured to receive a portion of the armature shaft, and a base, formed integrally with the body portion, the base being configured to apply a spring force to an end of the armature shaft in an axial direction generally parallel to the longitudinal axis of the armature shaft, a cylindrical body portion that includes an outer surface and an inner surface, wherein a second end of the bearing is configured to provide a flexible base which engages the end surface of armature shaft and is radially centered with respect to the longitudinal axis, characterized by an 180° inwardly curved end portion of bearing that connects the cylindrical body portion to the base. a housing including a body portion having a nose and an open end opposite from the nose, the open end providing access to an interior region of the housing; a magnet structure (42, 44) located in the interior region of the housing; an armature located in the interior region of the housing, the armature including an armature shaft having a portion located in the nose of the housing, the armature and armature shaft being rotatable relative to the magnet structure (42, 44); and a bearing located in the nose of the housing, the bearing including a body portion having an open end configured to receive a portion of the armature shaft, and a base, formed integrally with the body portion, the base being configured to apply a spring force to an end of the armature shaft in an axial direction generally parallel to the longitudinal axis of the armature shaft, a cylindrical body portion that includes an outer surface and an inner surface, a body portion having an open end configured to receive a portion of the armature shaft, and a base, formed integrally with the body portion, the base being configured to apply a spring force to an end of the armature shaft in an axial direction generally parallel to the longitudinal axis of the armature shaft, a cylindrical body portion that includes an outer surface and an inner surface, wherein a second end of the bearing is configured to provide a flexible base which engages the end surface of armature shaft and is radially centered with respect to the longitudinal axis, characterized by an 180° inwardly curved end portion of bearing that connects the cylindrical body portion to the base.
A compressed gas storage container comprising: a first solid, polymeric tubesheet having a front face; a plurality of aligned glass capillaries extending into the first tubesheet, each of the glass capillaries having an open end that is flush with the front face of the first tubesheet, each of the glass capillaries also having a closed, gas-tight end distal to the first tubesheet; the container further comprising a first end cap sealed to the first tubesheet in gas-tight fashion, the first end cap including a gas outlet, characterised in that the first end cap is sealed to the first tubesheet with an epoxy sealant. a first solid, polymeric tubesheet having a front face; a plurality of aligned glass capillaries extending into the first tubesheet, each of the glass capillaries having an open end that is flush with the front face of the first tubesheet, each of the glass capillaries also having a closed, gas-tight end distal to the first tubesheet; the container further comprising a first end cap sealed to the first tubesheet in gas-tight fashion, the first end cap including a gas outlet, characterised in that the first end cap is sealed to the first tubesheet with an epoxy sealant.
A method of implementing, by a cryptographic circuit (300, 600), a substitution operation of a cryptographic algorithm, the method comprising: performing, for each substitution operation of the cryptographic algorithm, a series of consecutive substitution operations of which: one is a real substitution operation corresponding to the substitution operation of the cryptographic algorithm; and one or more others are dummy substitution operations, wherein the position of the real substitution operation among the one or more dummy substitution operations in each of said series is selected randomly, wherein performing each series of consecutive substitution operations comprises: generating a first random value; loading a real input value and m-1 random input values, where m-1 is a positive integer; supplying, on consecutive S-box access operations, said real input value and the m-1 random input values to an S-box (302, 606), wherein: m is the number of said consecutive substitution operations of which m-1 are dummy substitution operations; m is an integer selected randomly for each series; and the order that the real input value is supplied with respect to m-1 random input values is selected based on the first random value; and for each series of substitution operations, storing an output value (SB OUT) of each substitution operation, and selecting, among the stored output values, the output value corresponding to said real substitution operation based on said first random value. generating a first random value; loading a real input value and m-1 random input values, where m-1 is a positive integer; supplying, on consecutive S-box access operations, said real input value and the m-1 random input values to an S-box (302, 606), wherein: m is the number of said consecutive substitution operations of which m-1 are dummy substitution operations; m is an integer selected randomly for each series; and the order that the real input value is supplied with respect to m-1 random input values is selected based on the first random value; and for each series of substitution operations, storing an output value (SB OUT) of each substitution operation, and selecting, among the stored output values, the output value corresponding to said real substitution operation based on said first random value.
A computer-implemented method of adapting a background image, the method comprising: generating crosstalk data to reduce crosstalk between a first view of a subject image and a second view of the subject image, the subject image comprising a multiview image to be overlaid on the background image, wherein a portion of the crosstalk data comprises a crosstalk violation; identifying the crosstalk violation based on a pixel value of the subject image falling below a threshold pixel value, wherein the crosstalk violation is removed from the subject image by setting pixel values corresponding to the crosstalk violation to a minimum value; modifying a visual parameter of the background image based on at least one of a location or degree of the crosstalk violation to compensate for removing the crosstalk violation in the subject image, wherein modifying the visual parameter comprises modifying at least one of a color value or a brightness value of the background image based on the location of the crosstalk violation; and overlaying the subject image on the modified background image, the subject image and modified background image being rendered on a multiview display. generating crosstalk data to reduce crosstalk between a first view of a subject image and a second view of the subject image, the subject image comprising a multiview image to be overlaid on the background image, wherein a portion of the crosstalk data comprises a crosstalk violation; identifying the crosstalk violation based on a pixel value of the subject image falling below a threshold pixel value, wherein the crosstalk violation is removed from the subject image by setting pixel values corresponding to the crosstalk violation to a minimum value; modifying a visual parameter of the background image based on at least one of a location or degree of the crosstalk violation to compensate for removing the crosstalk violation in the subject image, wherein modifying the visual parameter comprises modifying at least one of a color value or a brightness value of the background image based on the location of the crosstalk violation; and overlaying the subject image on the modified background image, the subject image and modified background image being rendered on a multiview display.
A method for directing the motion of a vehicle, comprising: receiving commands in natural language using a processor, the commands specifying a relative path to be taken by the vehicle with respect to other objects in the environment, wherein the command contains prepositions to specify the vehicle motion; receiving a data set containing a plurality of images of an environment taken from different locations in the environment; determining a plurality of objects and associated object locations in the environment using the data set; determining an absolute path for the vehicle to follow based on the relative path using the processor, the absolute path comprising a series of coordinates in the environment; and directing the vehicle along said absolute path, wherein a degree to which a potential absolute path taken by the vehicle satisfies the command is specified by a scoring function, wherein a score representing a meaning of the entire command is formed from scores representing meanings of the individual words in the command, wherein hidden Markov models are used to represent a sequence of portions of vehicle paths corresponding to phrases in the command, and wherein objects in the environment of the same class are disambiguated by specifying their position relative to other objects using prepositions. receiving commands in natural language using a processor, the commands specifying a relative path to be taken by the vehicle with respect to other objects in the environment, wherein the command contains prepositions to specify the vehicle motion; receiving a data set containing a plurality of images of an environment taken from different locations in the environment; determining a plurality of objects and associated object locations in the environment using the data set; determining an absolute path for the vehicle to follow based on the relative path using the processor, the absolute path comprising a series of coordinates in the environment; and directing the vehicle along said absolute path, wherein a degree to which a potential absolute path taken by the vehicle satisfies the command is specified by a scoring function, wherein a score representing a meaning of the entire command is formed from scores representing meanings of the individual words in the command, wherein hidden Markov models are used to represent a sequence of portions of vehicle paths corresponding to phrases in the command, and wherein objects in the environment of the same class are disambiguated by specifying their position relative to other objects using prepositions.
An integrated power electronics assembly module (100, 310) mounted on a system board, comprising: a power unit comprising a power level circuit board and a shielding casing, the power level circuit board being contained in the shielding casing; a clamping auxiliary circuit board configured to stack outside the shielding casing and electrically couple to the power level circuit board via the shielding casing, so as to be configured to reduce a parasitic inductance generated by a commutation loop constituted by the power level circuit board and the clamping auxiliary circuit board; and a control circuit board configured to stack on the clamping auxiliary circuit board and electrically couple to the power level circuit board via the shielding casing, so as to control the power level circuit board; characterized by further comprising: an adapter mask disposed between the control circuit board and the clamping auxiliary circuit board, the adapter mask carrying the control circuit board, and a shape of the adapter mask matching with a shape of the shielding casing; and a plurality of hooks and a plurality of elastic members disposed on the shielding casing, wherein an accommodation space (g) is formed between the elastic members and the hooks to allow the adapter mask to be fixed between the hooks and the elastic members. a power unit comprising a power level circuit board and a shielding casing, the power level circuit board being contained in the shielding casing; a clamping auxiliary circuit board configured to stack outside the shielding casing and electrically couple to the power level circuit board via the shielding casing, so as to be configured to reduce a parasitic inductance generated by a commutation loop constituted by the power level circuit board and the clamping auxiliary circuit board; and a control circuit board configured to stack on the clamping auxiliary circuit board and electrically couple to the power level circuit board via the shielding casing, so as to control the power level circuit board; characterized by further comprising: an adapter mask disposed between the control circuit board and the clamping auxiliary circuit board, the adapter mask carrying the control circuit board, and a shape of the adapter mask matching with a shape of the shielding casing; and a plurality of hooks and a plurality of elastic members disposed on the shielding casing, wherein an accommodation space (g) is formed between the elastic members and the hooks to allow the adapter mask to be fixed between the hooks and the elastic members. an adapter mask disposed between the control circuit board and the clamping auxiliary circuit board, the adapter mask carrying the control circuit board, and a shape of the adapter mask matching with a shape of the shielding casing; and a plurality of hooks and a plurality of elastic members disposed on the shielding casing, wherein an accommodation space (g) is formed between the elastic members and the hooks to allow the adapter mask to be fixed between the hooks and the elastic members.
An information processing apparatus comprising: a sensor; a processing unit configured to perform processing using data from the sensor; a determination unit configured to determine whether or not precision of the sensor has been degraded; and a notification unit configured to notify a user that the precision of the sensor has been degraded in a case in which it is determined that the precision of the sensor has been degraded, wherein the notification unit is further configured to perform display for allowing the user to recognize that there is a possibility that precision of a processing result which is likely to have low precision is low, the processing result being provided by the processing unit, wherein the notification unit is further configured to display a message indicating to the user a reason for which the precision of the sensor has been degraded along with the processing result that is likely to have low precision, and/or to display a message indicating to the user a countermeasure against degradation of the precision of the sensor along with the processing result that is likely to have low precision, or wherein the notification unit is further configured to display the processing result by gradually changing a color, in case the processing result is likely to continuously have low precision. a sensor; a processing unit configured to perform processing using data from the sensor; a determination unit configured to determine whether or not precision of the sensor has been degraded; and a notification unit configured to notify a user that the precision of the sensor has been degraded in a case in which it is determined that the precision of the sensor has been degraded, wherein the notification unit is further configured to perform display for allowing the user to recognize that there is a possibility that precision of a processing result which is likely to have low precision is low, the processing result being provided by the processing unit, wherein the notification unit is further configured to display a message indicating to the user a reason for which the precision of the sensor has been degraded along with the processing result that is likely to have low precision, and/or to display a message indicating to the user a countermeasure against degradation of the precision of the sensor along with the processing result that is likely to have low precision, or wherein the notification unit is further configured to display the processing result by gradually changing a color, in case the processing result is likely to continuously have low precision.