mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing purified caprolactam, comprising the steps a) extraction of crude caprolactam, obtained from the Beckmann rearrangement of cyclohexanone oxime, with an organic extractant, b) removal of the organic phase from step a), c) distillative separation of the organic extractant from the organic phase from step b) giving rise to water-containing lactam extract, the distillative separation being preceded by addition of aqueous alkali metal hydroxide solution in an amount of from 0.5 to 6 mmol of alkali metal hydroxide/kg of caprolactam, d) addition of 0 to 30 mmol of alkali metal hydroxide/kg of caprolactam to the water-containing lactam extract from step c), e) distillative removal of water from the water-containing lactam extract treated with alkali metal hydroxide from step d), f) freeing the caprolactam from step e) from byproducts lower- and higher-boiling than caprolactam by distillation, with addition in steps c) and d) together of at least 1.5 mmol of alkali metal hydroxide/kg of caprolactam. a) extraction of crude caprolactam, obtained from the Beckmann rearrangement of cyclohexanone oxime, with an organic extractant, b) removal of the organic phase from step a), c) distillative separation of the organic extractant from the organic phase from step b) giving rise to water-containing lactam extract, the distillative separation being preceded by addition of aqueous alkali metal hydroxide solution in an amount of from 0.5 to 6 mmol of alkali metal hydroxide/kg of caprolactam, d) addition of 0 to 30 mmol of alkali metal hydroxide/kg of caprolactam to the water-containing lactam extract from step c), e) distillative removal of water from the water-containing lactam extract treated with alkali metal hydroxide from step d), f) freeing the caprolactam from step e) from byproducts lower- and higher-boiling than caprolactam by distillation,
A computer-implemented method for truncating entered text of a text box user interface element, the method comprising: displaying a user interface on a display device of a client computing device, the user interface including one or more text entry fields (202A, 202B) within a text entry box, each text entry field having a maximum size based on a spatial relationship between the text entry field and the text entry box; determining a threshold number of characters for a respective text entry field, the threshold number of characters based on the text entry field maximum size; receiving a stream of characters into the text entry field, said stream being input by a user via the user interface; initially displaying all characters of the stream as the text entry field receives the stream; and truncating the displayed characters at a truncation point (216, 228) of the displayed stream as a number of characters of the displayed stream exceeds the threshold number of characters while receiving the stream, as new characters are being received at the user interface; wherein the truncation point includes a displayed character after a first displayed character of the received character stream, such that during said truncating the text entry field being used displays both a beginning portion of the text and an ending portion of the text, while the text is being input into the text entry field. displaying a user interface on a display device of a client computing device, the user interface including one or more text entry fields (202A, 202B) within a text entry box, each text entry field having a maximum size based on a spatial relationship between the text entry field and the text entry box; determining a threshold number of characters for a respective text entry field, the threshold number of characters based on the text entry field maximum size; receiving a stream of characters into the text entry field, said stream being input by a user via the user interface; initially displaying all characters of the stream as the text entry field receives the stream; and truncating the displayed characters at a truncation point (216, 228) of the displayed stream as a number of characters of the displayed stream exceeds the threshold number of characters while receiving the stream, as new characters are being received at the user interface; wherein the truncation point includes a displayed character after a first displayed character of the received character stream, such that during said truncating the text entry field being used displays both a beginning portion of the text and an ending portion of the text, while the text is being input into the text entry field.
A method for producing a wood fiberboard, with the steps: (a) Pressing a fibrous fleece to produce a raw wood fiberboard, (b) Application of an aqueous liquid to at least parts of a first side of the raw wood fiberboard, (c) the aqueous liquid being applied in such a way that the raw wood fiberboard cools, (d) Application of negative pressure (ps) to at least parts of a second side opposite the first side, so the aqueous liquid is sucked in and/or through the raw wood fiberboard, (e) a predetermined amount of fluid of the aqueous liquid being applied, that is specified in such a way that the wood fiberboard, after applying the negative pressure (ps), has a predetermined final moisture level, and (f) the aqueous liquid comprising at least a surfactant. (a) Pressing a fibrous fleece to produce a raw wood fiberboard, (b) Application of an aqueous liquid to at least parts of a first side of the raw wood fiberboard, (c) the aqueous liquid being applied in such a way that the raw wood fiberboard cools, (d) Application of negative pressure (ps) to at least parts of a second side opposite the first side, so the aqueous liquid is sucked in and/or through the raw wood fiberboard, (e) a predetermined amount of fluid of the aqueous liquid being applied, that is specified in such a way that the wood fiberboard, after applying the negative pressure (ps), has a predetermined final moisture level, and (f) the aqueous liquid comprising at least a surfactant.
A heat-conducting sheet comprising: an elastomer resin at the volume proportion of 30 to 70%; and a thermally conductive filler at the volume proportion of 30 to 70%, the elastomer resin having a viscosity at 25°C of 3000 Pa·s or less; and the elastomer resin having a lamella length of 20 mm or more, and the heat-conducting sheet having an initial Asker C hardness of 50 or less. an elastomer resin at the volume proportion of 30 to 70%; and a thermally conductive filler at the volume proportion of 30 to 70%, the elastomer resin having a viscosity at 25°C of 3000 Pa·s or less; and the elastomer resin having a lamella length of 20 mm or more, and the heat-conducting sheet having an initial Asker C hardness of 50 or less.
A cooking attachment for a heatable vessel of a kitchen appliance, wherein the cooking attachment has a bottom with bottom openings, through which steam, which escapes from the vessel, can enter the cooking attachment and/or condensate, which escapes from the cooking attachment, can enter the vessel, the bottom openings have at least one steam opening and at least one condensate opening, which is embodied separately from the steam opening, wherein the steam opening tapers in a steam flow direction from the vessel into the interior of the cooking attachment, and the condensate opening moves in a condensate flow direction from the interior of the cooking attachment into the vessel, characterized in that the steam opening and/or condensate opening, both on the side facing in the direction of the cooking attachment side, as well as on the side facing in the direction of the vessel, a collar element is assigned, projecting from the bottom.
A microwave oven having a cooking cavity with an opening, a source of microwave radiation that transmits microwaves into the cooking cavity, and a door positioned adjacent the opening and movable between an open position where the cooking cavity can be accessed through the opening and a closed position where the cooking cavity is inaccessible through the opening, the door further having a transparent glass panel (32, 100) where the cooking cavity is viewable through the door when the door is in the closed position, and having a conductive metal transparent coating (102, 104) on at least one surface of the transparent glass panel that attenuates microwave transmission from the cooking cavity through the door wherein the conductive metal transparent coating (102, 104) has a sheet resistance and is electrically grounded; characterised by a circuit connected to the transparent coating (102, 104) that measures the sheet resistance of the transparent coating (102, 104).
Method for inserting at least one septum into a placement opening of a support element, characterised in that, in a first step, the septum is fastened to a suction mandrel by means of said suction mandrel by being suctioned thereon, in a second step, the septum is arranged above an opening of a placement sleeve arranged between the suction mandrel and the support element in a vertical direction, and, after the placement sleeve has been arranged so as to be flush on the support element, the septum is pushed by means of the suction mandrel through a placement channel of the placement sleeve, the cross section of which placement channel tapers from the opening towards the support element, and is pushed into the placement opening of the support element, the septum being resiliently compressed, at least in the lateral direction, while the septum is being pushed through the placement channel, in order to clamp the septum in the placement opening.
Method for navigating within a menu comprising at least one menu entry for controlling a vehicle and/or selecting a menu entry from the menu for controlling a vehicle by means of at least one head movement of a driver of the vehicle, whereby a setting of the menu entries of the menu is dependent on at least one direction of view and/or a position of the head of the driver, characterised in that the setting of the menu entries is dependent on a frequency with which predetermined visual objects (2, 3, 4) appearing within the field of vision of the driver are targeted.
A charged particle system, comprising: a sample (306; 606) containing fluorescent markers; a charged particle optical column (302; 602) for directing a charged particle beam onto the sample; a secondary electron detector (320; 620) for collecting secondary electrons (332;632) emitted from the sample upon impact of the charged particle beam; a light source (322; 622) for exciting the fluorescent markers in the sample; and a light detector (360; 660) for detecting fluorescent light emitted by the fluorescent markers in the sample; and an electrically conductive mirror (314; 614), the mirror configured to: direct light (324; 624) from the light source to a region of the sample including the impact point of the charged particle beam with the sample; characterized by the mirror being further configured to: reflect the fluorescent light emitted by the fluorescent markers toward the light detector; and provide an electric field to deflect the secondary electrons from the sample into the secondary electron detector. a sample (306; 606) containing fluorescent markers; a charged particle optical column (302; 602) for directing a charged particle beam onto the sample; a secondary electron detector (320; 620) for collecting secondary electrons (332;632) emitted from the sample upon impact of the charged particle beam; a light source (322; 622) for exciting the fluorescent markers in the sample; and a light detector (360; 660) for detecting fluorescent light emitted by the fluorescent markers in the sample; and an electrically conductive mirror (314; 614), the mirror configured to: direct light (324; 624) from the light source to a region of the sample including the impact point of the charged particle beam with the sample; characterized by the mirror being further configured to: reflect the fluorescent light emitted by the fluorescent markers toward the light detector; and provide an electric field to deflect the secondary electrons from the sample into the secondary electron detector. direct light (324; 624) from the light source to a region of the sample including the impact point of the charged particle beam with the sample; characterized by the mirror being further configured to: reflect the fluorescent light emitted by the fluorescent markers toward the light detector; and provide an electric field to deflect the secondary electrons from the sample into the secondary electron detector. reflect the fluorescent light emitted by the fluorescent markers toward the light detector; and provide an electric field to deflect the secondary electrons from the sample into the secondary electron detector.
Compound according to formula wherein • X and Y, either are both-CH 2 -, or one of X and Y is -CH 2 - and the other one is-O-; and • R 1 is a methyl group or an ethyl group; and • A is either carbon or oxygen; and • one of Z 1 and Z 2 represents a hydroxyl group and the other one is a hydrogen atom; and • R 2 and R 3, independently of each other, represent a hydrogen atom, a methyl group, an ethyl group, or a CF 3 group, or R 2 and R 3, together with the carbon they are bound to form a cyclopropyl group; and • wherein the dotted/ solid lines ( ------) represent either a single carbon-carbon bond or a double carbon-carbon bond, with the proviso that, if two of said bonds are double bonds, these bonds are conjugated; and • R 4 and R 5, independently of each other, represent a hydrogen atom, a methyl group or an ethyl group. • X and Y, either are both-CH 2 -, or one of X and Y is -CH 2 - and the other one is-O-; and • R 1 is a methyl group or an ethyl group; and • A is either carbon or oxygen; and • one of Z 1 and Z 2 represents a hydroxyl group and the other one is a hydrogen atom; and • R 2 and R 3, independently of each other, represent a hydrogen atom, a methyl group, an ethyl group, or a CF 3 group, or R 2 and R 3, together with the carbon they are bound to form a cyclopropyl group; and • wherein the dotted/ solid lines ( ------) represent either a single carbon-carbon bond or a double carbon-carbon bond, with the proviso that, if two of said bonds are double bonds, these bonds are conjugated; and • R 4 and R 5, independently of each other, represent a hydrogen atom, a methyl group or an ethyl group.
A method of forming a cast component, comprising: packing an investment mold and heat-insulating material in a vessel such that the investment mold is surrounded by the heat-insulating material between walls of the vessel and the investment mold; feeding a molten alloy into the investment mold that is surrounded by the heat-insulating packing material to provide a filled investment mold; and agitating the filled investment mold while solidifying the molten alloy, feeding the molten alloy in a first machine and then moving the filled investment mold to a second, different machine to conduct the agitation such that the heat-insulating packing material insulates the investment mold so that no solidification occurs during moving of the filled investment mold between the first machine and the second machine. packing an investment mold and heat-insulating material in a vessel such that the investment mold is surrounded by the heat-insulating material between walls of the vessel and the investment mold; feeding a molten alloy into the investment mold that is surrounded by the heat-insulating packing material to provide a filled investment mold; and agitating the filled investment mold while solidifying the molten alloy, feeding the molten alloy in a first machine and then moving the filled investment mold to a second, different machine to conduct the agitation such that the heat-insulating packing material insulates the investment mold so that no solidification occurs during moving of the filled investment mold between the first machine and the second machine.
An automotive telematics apparatus for discriminating between types of event on a motor vehicle, wherein the automotive telematics apparatus is provided by a computer that is remote from the motor vehicle, the computer comprising: a template library storing a plurality of different templates, each template corresponding to an event type; and a pattern matching processor configured to: (i) receive motion sensor data from one or more motion sensors (306, 308) on the motor vehicle, (ii) apply a wavelet transformation to the motion sensor data in order to identify features of transformed motion sensor data, (iii) compare one or more of the identified features of the transformed motion sensor data with templates in the template library, and (iv) determine an event type based on the comparison. a template library storing a plurality of different templates, each template corresponding to an event type; and a pattern matching processor configured to: (i) receive motion sensor data from one or more motion sensors (306, 308) on the motor vehicle, (ii) apply a wavelet transformation to the motion sensor data in order to identify features of transformed motion sensor data, (iii) compare one or more of the identified features of the transformed motion sensor data with templates in the template library, and (iv) determine an event type based on the comparison. (i) receive motion sensor data from one or more motion sensors (306, 308) on the motor vehicle, (ii) apply a wavelet transformation to the motion sensor data in order to identify features of transformed motion sensor data, (iii) compare one or more of the identified features of the transformed motion sensor data with templates in the template library, and (iv) determine an event type based on the comparison.
A method, comprising: obtaining a reference profile of a piston ring, wherein the reference profile comprises a plurality of reference fiducials; receiving a measured profile of the piston ring, wherein the measured profile comprises a plurality of measured fiducials; aligning the measured profile with the reference profile based on one or more of the plurality of reference fiducials and one or more of the plurality of measured fiducials; determining one or more wear parameters based on the aligned measured profile and the reference profile, wherein the one or more wear parameters comprises a wear depth value and a wear volume value; generating a wear model based on the one or more wear parameters; and estimating a life of the piston ring based on the wear model. obtaining a reference profile of a piston ring, wherein the reference profile comprises a plurality of reference fiducials; receiving a measured profile of the piston ring, wherein the measured profile comprises a plurality of measured fiducials; aligning the measured profile with the reference profile based on one or more of the plurality of reference fiducials and one or more of the plurality of measured fiducials; determining one or more wear parameters based on the aligned measured profile and the reference profile, wherein the one or more wear parameters comprises a wear depth value and a wear volume value; generating a wear model based on the one or more wear parameters; and estimating a life of the piston ring based on the wear model.
An implant having suture pockets (128, 132) comprising: a first pocket having a first planar wall segment; a second pocket having a second planar wall segment; and a suture hole disposed between the first and second pockets, the suture hole having a first sidewall segment extending from a first opening to a second opening, the suture hole including a second sidewall segment opposite the first sidewall segment, the second sidewall segment extending from the first opening to the second opening, characterized in that the first planar wall segment, the second planar wall segment and the first sidewall segment of the suture hole form a planar wall such that a suture needle can be slidably guided along the first and second planar wall segments and the first sidewall segment of the suture hole. a first pocket having a first planar wall segment; a second pocket having a second planar wall segment; and a suture hole disposed between the first and second pockets, the suture hole having a first sidewall segment extending from a first opening to a second opening, the suture hole including a second sidewall segment opposite the first sidewall segment, the second sidewall segment extending from the first opening to the second opening, characterized in that the first planar wall segment, the second planar wall segment and the first sidewall segment of the suture hole form a planar wall such that a suture needle can be slidably guided along the first and second planar wall segments and the first sidewall segment of the suture hole.
A time-shift retransmission system that is a system that manages communication of a remote sensor (1004a-d), the time-shift retransmission system comprising: a) temporary storage means in which measurement values Dt measured according to a sampling schedule by the remote sensor (1004a-d) are temporarily stored at a predetermined interval, m; and b) retransmission means that retransmits the measurement values, A, after a first delay time according to a first retransmission schedule and retransmits the measurement values, B, after a second delay time according to a second retransmission schedule with a cycle different from that of the first retransmission schedule, wherein the first delay time from the measurement to the retransmission in the first retransmission schedule is shorter than the second delay time from the measurement to the retransmission in the second retransmission schedule; the delay time in each of the first retransmission schedule and the second retransmission schedule is set in a range in which a data amount of a measurement value group that is temporarily stored within the delay time falls within a storage capacity of the temporary storage means; and a first sampling interval at which first measurement values A of the measurement values Dt are measured is shorter than a second sampling interval at which second measurement values B of the measurement values Dt are measured, the first measurement values A being temporarily stored in the temporary storage means for retransmitting the first measurement values A after the first delay time according to the first retransmission schedule and the second measurement values B being temporarily stored in the temporary storage means for retransmitting the second measurement values B after the second delay time according to the second retransmission schedule. a) temporary storage means in which measurement values Dt measured according to a sampling schedule by the remote sensor (1004a-d) are temporarily stored at a predetermined interval, m; and b) retransmission means that retransmits the measurement values, A, after a first delay time according to a first retransmission schedule and retransmits the measurement values, B, after a second delay time according to a second retransmission schedule with a cycle different from that of the first retransmission schedule,
A capturing plate to be attached to an on-orbit device to allow a capturing device to capture the on-orbit device in space, the capturing plate comprising: a base; a surface treated layer disposed on a surface of the base and configured so that a bonding component including adhesive in the capturing device can adhere to the surface treated layer in space when the capturing device captures the on-orbit device in space; and a magnetic layer disposed on a back side of the base as a guide structure to define the bonding position of the on-orbit device with the capturing device. a base; a surface treated layer disposed on a surface of the base and configured so that a bonding component including adhesive in the capturing device can adhere to the surface treated layer in space when the capturing device captures the on-orbit device in space; and a magnetic layer disposed on a back side of the base as a guide structure to define the bonding position of the on-orbit device with the capturing device.