mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing, by hot-stamping, a composite part having continuous fibrous reinforcement in a thermoplastic matrix, the method comprising the steps of: a. obtaining a blank consisting of an unconsolidated lamination of plies consisting of unidirectional layers (110, 310) of fibres pre-impregnated with a thermoplastic polymer; b. heating the unconsolidated blank in the open air to a temperature higher than or equal to the melting temperature of the polymer making the matrix; c. hot-stamping the unconsolidated blank following the heating step b) by deforming it between a matrix and a shaping device or complementary shape to that of the matrix so as to make part in shape. a. obtaining a blank consisting of an unconsolidated lamination of plies consisting of unidirectional layers (110, 310) of fibres pre-impregnated with a thermoplastic polymer; b. heating the unconsolidated blank in the open air to a temperature higher than or equal to the melting temperature of the polymer making the matrix; c. hot-stamping the unconsolidated blank following the heating step b) by deforming it between a matrix and a shaping device or complementary shape to that of the matrix so as to make part in shape.
Clearing strip for the clearing blade of a snowplow, wherein the clearing strip has a steel attachment neck and a rubber body vulcanized onto the attachment neck, which body is reinforced on its outside by steel plates, said steel plates attached to the outer surface of the rubber body are divided into separate steel segments disposed next to one another, which segments together form a uniform clearing edge close to the ground, characterized in that steel segments extend, on the front side and the back side of the rubber body, over its entire height, and that the steel attachment neck extends all the way into the region between the front and the back steel segments, and is vulcanized into the rubber body at a distance from them.
A method for plasma dicing a substrate, the method comprising: providing the substrate having a substrate diameter, a top surface and a bottom surface, the top surface having a plurality of device structures and unprotected street areas; providing a process chamber having a wall; providing a plasma source adjacent to the wall of the process chamber; providing a work piece support within the process chamber; providing an electrostatic chuck having an outer diameter within said work piece support, said outer diameter of the electrostatic chick being greater than the substrate diameter; placing the bottom surface of the substrate onto a support film on a frame to form a work piece; loading the work piece onto the work piece support; generating a plasma through the plasma source; and etching the unprotected street areas on the top surface of the substrate of the work piece through the generated plasma; providing a cover ring having an inner diameter vertically disposed above the work piece during the plasma etching step, the inner diameter of the cover ring being greater than the substrate diameter, said cover ring not contacting the frame of said work piece and said cover ring overlapping the frame but not overlapping the substrate during the plasma etching step; controlling the temperature of the cover ring during the etching step; and electrostatically clamping an area of the support film exposed to the generated plasma that is not shielded from the generated plasma by the cover ring using said electrostatic chuck during the etching step. providing the substrate having a substrate diameter, a top surface and a bottom surface, the top surface having a plurality of device structures and unprotected street areas; providing a process chamber having a wall; providing a plasma source adjacent to the wall of the process chamber; providing a work piece support within the process chamber; providing an electrostatic chuck having an outer diameter within said work piece support, said outer diameter of the electrostatic chick being greater than the substrate diameter; placing the bottom surface of the substrate onto a support film on a frame to form a work piece; loading the work piece onto the work piece support; generating a plasma through the plasma source; and etching the unprotected street areas on the top surface of the substrate of the work piece through the generated plasma; providing a cover ring having an inner diameter vertically disposed above the work piece during the plasma etching step, the inner diameter of the cover ring being greater than the substrate diameter, said cover ring not contacting the frame of said work piece and said cover ring overlapping the frame but not overlapping the substrate during the plasma etching step; controlling the temperature of the cover ring during the etching step; and electrostatically clamping an area of the support film exposed to the generated plasma that is not shielded from the generated plasma by the cover ring using said electrostatic chuck during the etching step.
Brush having a brush body and having bristle bundles which are held on a bristle carrier and are embedded with their fastening-side end in the bristle carrier, wherein the fastening-side ends of the bristle bundles are surrounded by the material of the bristle carrier, characterised in that an intermediate layer of an additional elastic material component is provided between the brush body and the bristle carrier, and in that the bristle carrier forms a separating layer which keeps the intermediate layer and the bristle bundles spaced apart.
An autonomous lawn mower comprising: - a mower body having at least one motor arranged to drive a cutting blade and to propel the mower body on an operating surface via a wheel arrangement, wherein the mower body includes a navigation system arranged to assist a controller to control the operation of the mower body within a predefined operating area; and - a battery module arranged to provide power supply to the motor; characterized in that the battery module is placed at a lower position within a rear mower body of the lawn mower and the battery module is arranged at a tilted angle with respect to the operating surface to facilitate the access to the battery module. - a mower body having at least one motor arranged to drive a cutting blade and to propel the mower body on an operating surface via a wheel arrangement, wherein the mower body includes a navigation system arranged to assist a controller to control the operation of the mower body within a predefined operating area; and - a battery module arranged to provide power supply to the motor;
A method comprising: detecting a first gesture performed while a cursor is placed in an input field in a first application; displaying an application list in response to the first gesture, wherein the application list is displayed based on an attribute of the input field and includes applications that are capable of rendering content that the input field is configured to accept; detecting a selection of a second application from the application list; opening a first file with the second application and displaying a content of the first file; detecting a second gesture being performed on a portion of the content of the first file; and inserting the portion of the content of the first file into the input field of the first application. detecting a first gesture performed while a cursor is placed in an input field in a first application; displaying an application list in response to the first gesture, wherein the application list is displayed based on an attribute of the input field and includes applications that are capable of rendering content that the input field is configured to accept; detecting a selection of a second application from the application list; opening a first file with the second application and displaying a content of the first file; detecting a second gesture being performed on a portion of the content of the first file; and inserting the portion of the content of the first file into the input field of the first application.
Composition, comprising: a) one or more compounds selected from the group consisting of: lenalidomide, and thalidomide, and b) compound ethacrynic acid, for use in the treatment of myeloma. a) one or more compounds selected from the group consisting of: lenalidomide, and thalidomide, and lenalidomide, and thalidomide, and b) compound ethacrynic acid,
A work vehicle management system for managing a work vehicle configured to perform work using a battery as a driving source, comprising: a battery work information generation unit configured to generate battery work information, which includes a location of a work site where the work is carried out, a work date and time, and a work load level of the work, battery work information indicating a use state of the battery during the work of the work vehicle; a battery deterioration information generation unit configured to chronologically diagnose the battery work information to generate battery deterioration information that indicates a deterioration trend of the battery that is unique to the work vehicle; and a notification unit configured to perform notification of the battery deterioration information, wherein an environment state and an appropriate work load level are added as attribute information of the battery deterioration information, the environment state including at least one of a weather and a ground state of the work site, each derived from the vehicle position during work travel of the work vehicle and the work date and time of the work site; and the appropriate work load level being a level that is recommended for appropriate use of the battery. a battery work information generation unit configured to generate battery work information, which includes a location of a work site where the work is carried out, a work date and time, and a work load level of the work, battery work information indicating a use state of the battery during the work of the work vehicle; a battery deterioration information generation unit configured to chronologically diagnose the battery work information to generate battery deterioration information that indicates a deterioration trend of the battery that is unique to the work vehicle; and a notification unit configured to perform notification of the battery deterioration information, wherein an environment state and an appropriate work load level are added as attribute information of the battery deterioration information, the environment state including at least one of a weather and a ground state of the work site, each derived from the vehicle position during work travel of the work vehicle and the work date and time of the work site; and the appropriate work load level being a level that is recommended for appropriate use of the battery.
A laser engraving machine comprising first and second laser tools (10, 13), a cabinet having front and rear panels and parallel side panels (23, 25), and having within the cabinet first and second beams (20, 22) defining a Y-axis and structurally tied into the front and rear panels of the cabinet, so that the first and second beams (20, 22) are mounted closer together without having a negative effect on X-axis translation scope, therefore adding substantial rigidity to the cabinet and allowing for the use of lighter materials of construction, the machine further having within the cabinet a third beam defining an X-axis and extending substantially between the side panels at right angles to the first and second beams (20, 22) anc extending beyond the first and second beams (20, 22), all of said beams (18, 20, 22) supporting the first laser tool and the second laser tool for incremental reciprocal movement along the respective X- or Y-axis, the first and second laser tools (10, 13) being disposed on the third beam within the cabinet characterized in that: the third beam carries a closed loop belt mechanism carrying the first and second laser tools (10, 13) on opposite sides thereof to simultaneously produce translations of said laser tools (10, 13) in opposite directions whereby the second laser tool is identical to the first laser tool, wherein the first and second laser tools (10, 13) counterweight one another during translation thereof along the third beam; wherein the third beam is supported by and between the first and second beams (20, 22); and wherein the laser engraving machine comprises one single laser source with mirror (52, 56) and beamsplitter mirror for illuminating the laser tools (10, 13). the third beam carries a closed loop belt mechanism carrying the first and second laser tools (10, 13) on opposite sides thereof to simultaneously produce translations of said laser tools (10, 13) in opposite directions whereby the second laser tool is identical to the first laser tool, wherein the first and second laser tools (10, 13) counterweight one another during translation thereof along the third beam; wherein the third beam is supported by and between the first and second beams (20, 22); and wherein the laser engraving machine comprises one single laser source with mirror (52, 56) and beamsplitter mirror for illuminating the laser tools (10, 13).
A computer-implemented method (500; 600) for determining sandbox configurations (925-a,..., 925-n) for malware analysis on a computer system (105, 150), comprising: receiving (505; 605) via one or more processors (135, 140, 145), a plurality of files (905-a,..., 905-c); extracting (510; 610) via the one or more processors (135, 140, 145), at least one element (910-1, 910-b) from at least one file from the plurality of files (905-a,..., 905-c); identifying (515; 625) via the one or more processors (135, 140, 145), one or more properties (915-a,... 915-k) associated with an endpoint, wherein the endpoint is related to at least one of the plurality of files (905-a,..., 905-c); determining (520; 630) via the one or more processors (135, 140, 145), a correlation between the at least one extracted element (910-1, 910-b) and the one or more properties (915-a,... 915-k) of the endpoint; and determining (525; 635) via the one or more processors (135, 140, 145), one or more sandbox configurations (925-a,..., 925-n) based at least in part on the determined correlation. receiving (505; 605) via one or more processors (135, 140, 145), a plurality of files (905-a,..., 905-c); extracting (510; 610) via the one or more processors (135, 140, 145), at least one element (910-1, 910-b) from at least one file from the plurality of files (905-a,..., 905-c); identifying (515; 625) via the one or more processors (135, 140, 145), one or more properties (915-a,... 915-k) associated with an endpoint, wherein the endpoint is related to at least one of the plurality of files (905-a,..., 905-c); determining (520; 630) via the one or more processors (135, 140, 145), a correlation between the at least one extracted element (910-1, 910-b) and the one or more properties (915-a,... 915-k) of the endpoint; and determining (525; 635) via the one or more processors (135, 140, 145), one or more sandbox configurations (925-a,..., 925-n) based at least in part on the determined correlation.
A compound for use in detecting a caspase in a sample, said sample comprising cell lysate or intact cells, wherein the compound comprises aminoluciferin or a carboxy-terminal protected derivative thereof covalently linked via a peptide bond to a substrate for a caspase that specifically cleaves a substrate comprising aspartate, and wherein the substrate is a peptide linked to the remainder of the compound through an aspartate group at the C terminus of the peptide forming a peptide bond; wherein the substrate comprises X 1 -X 2 -X 3 -D, wherein X 1 is Y, D, L, V, I, A, W, or P; X 2 is V or E; and X 3 is any amino acid.
A felt for an industrial ironing system, comprising: first and second batt layers (34, 36) overlying and underlying, respectively, a plurality of yarns extending parallel to each other in the machine direction, the felt being devoid of additional yarns interweaving perpendicular to the plurality of yarns extending in the machine direction, wherein the plurality of yarns have a size of between 30 and 300 tex and spacing between the plurality of yarns creates a yarn density of between about 6 and 12 yarns per cm, and wherein the plurality of yarns are aramid yarns. first and second batt layers (34, 36) overlying and underlying, respectively, a plurality of yarns extending parallel to each other in the machine direction, the felt being devoid of additional yarns interweaving perpendicular to the plurality of yarns extending in the machine direction, wherein the plurality of yarns have a size of between 30 and 300 tex and spacing between the plurality of yarns creates a yarn density of between about 6 and 12 yarns per cm, and wherein the plurality of yarns are aramid yarns.
An injection device for delivering a medicament from a syringe contained, in use, within a housing of the device, the device being configured to move the syringe through the housing to cause insertion of a needle of the syringe into a user's skin and to subsequently move a bung of the syringe through a syringe body to deliver medicament through the needle, the device comprising: a plunger for engaging with said bung; a sleeve located around the plunger; an insertion spring biasing the sleeve relative to the housing; a delivery spring biasing the plunger relative to the sleeve; a release mechanism for releasing the sleeve from the housing to commence insertion and for releasing the plunger from the sleeve, following insertion, to commence delivery of the medicament, and a velocity regulator for regulating the velocity of the plunger upon its release from the sleeve and for disengaging from the plunger during delivery, the velocity regulator comprising a screw thread associated with one of the sleeve and the plunger and one or more thread engaging members formed on the other of the sleeve and the plunger, and wherein said release mechanism comprises features fixed relative to the housing and being in engagement with said screw thread prior to and during insertion and being disengaged with the screw thread following insertion. a plunger for engaging with said bung; a sleeve located around the plunger; an insertion spring biasing the sleeve relative to the housing; a delivery spring biasing the plunger relative to the sleeve; a release mechanism for releasing the sleeve from the housing to commence insertion and for releasing the plunger from the sleeve, following insertion, to commence delivery of the medicament, and a velocity regulator for regulating the velocity of the plunger upon its release from the sleeve and for disengaging from the plunger during delivery, the velocity regulator comprising a screw thread associated with one of the sleeve and the plunger and one or more thread engaging members formed on the other of the sleeve and the plunger, and wherein said release mechanism comprises features fixed relative to the housing and being in engagement with said screw thread prior to and during insertion and being disengaged with the screw thread following insertion.
A fuel cell system comprising: a fuel cell that generates electric power using reforming gas and oxidizer gas; an evaporating unit that generates water vapor from reforming water and includes a first casing having conductivity; a reforming unit that generates the reforming gas from a reforming raw material supplied from a supply source (Gs) and the water vapor supplied from the evaporating unit and includes a second casing having conductivity; a reforming gas supply pipe that supplies the reforming gas to a fuel flow passage (51a2, 51b2) of the fuel cell; a combustion unit that corresponds to a combustion space in which combustible gas led out from the fuel cell is burned between the evaporating unit, the reforming unit, and a plurality of lead-out ports (51a3, 51b3) for the combustible gas; a firing-up apparatus that performs discharge to ignite the combustible gas and fire up the combustion unit; and a temperature sensor that includes a temperature detection unit (37a3) detecting a temperature of the combustion unit, wherein the firing-up apparatus includes a grounding electrode and a discharge electrode arranged in the combustion unit and performs the discharge between the grounding electrode and the discharge electrode using electric power supplied from a power source, characterized in that the temperature sensor includes a third casing having conductivity and accommodating the temperature detection unit (37a3), and the grounding electrode is one of the first casing, the second casing, and the third casing. a fuel cell that generates electric power using reforming gas and oxidizer gas; an evaporating unit that generates water vapor from reforming water and includes a first casing having conductivity; a reforming unit that generates the reforming gas from a reforming raw material supplied from a supply source (Gs) and the water vapor supplied from the evaporating unit and includes a second casing having conductivity; a reforming gas supply pipe that supplies the reforming gas to a fuel flow passage (51a2, 51b2) of the fuel cell; a combustion unit that corresponds to a combustion space in which combustible gas led out from the fuel cell is burned between the evaporating unit, the reforming unit, and a plurality of lead-out ports (51a3, 51b3) for the combustible gas; a firing-up apparatus that performs discharge to ignite the combustible gas and fire up the combustion unit; and a temperature sensor that includes a temperature detection unit (37a3) detecting a temperature of the combustion unit, wherein the firing-up apparatus includes a grounding electrode and a discharge electrode arranged in the combustion unit and performs the discharge between the grounding electrode and the discharge electrode using electric power supplied from a power source, characterized in that the temperature sensor includes a third casing having conductivity and accommodating the temperature detection unit (37a3), and the grounding electrode is one of the first casing, the second casing, and the third casing.
A controller for an electronic device, the controller comprising: a housing comprising a bottom surface; an upper element having a first surface and a second surface; an input device including a trackpad configured to receive touch input through the first surface of the upper element; a switch positioned in the housing, a portion of the first surface of the upper element being bendable relative to the second surface toward the bottom surface to actuate the switch; and a transmitter configured to transmit signals to the external electronic device. a housing comprising a bottom surface; an upper element having a first surface and a second surface; an input device including a trackpad configured to receive touch input through the first surface of the upper element; a switch positioned in the housing, a portion of the first surface of the upper element being bendable relative to the second surface toward the bottom surface to actuate the switch; and a transmitter configured to transmit signals to the external electronic device.