mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining a message to be sent in one of a plurality of active messaging conversations; determining a conversation to which the message is relevant from among the active messaging conversations based at least in part on data from historical conversations; and designating the message to be sent to at least one recipient, wherein the at least one recipient comprises a party participating in the determined conversation, characterized in that the data from historical conversations comprise key word pairs, wherein a first key word in a key word pair appears in a first message and a second key word in a key word pair appears in a second message within the same conversation. determining a message to be sent in one of a plurality of active messaging conversations; determining a conversation to which the message is relevant from among the active messaging conversations based at least in part on data from historical conversations; and designating the message to be sent to at least one recipient, wherein the at least one recipient comprises a party participating in the determined conversation, characterized in that the data from historical conversations comprise key word pairs, wherein a first key word in a key word pair appears in a first message and a second key word in a key word pair appears in a second message within the same conversation.
A stapling assembly for use with a stapler, the stapling assembly comprising: an anvil comprising an array of forming pockets, wherein each forming pocket is configured to deform a fastener; and a tissue thickness compensator (22220, 22320) attached to the anvil; characterized by the tissue thickness compensator in an uncompressed configuration comprising a plurality of raised portions (22222, 22322) on a surface thereof facing the anvil, each raised portion defining thereunder a cavity aligned with and extending into a respective forming pocket; and at least one medicament positioned within each cavity. an anvil comprising an array of forming pockets, wherein each forming pocket is configured to deform a fastener; and a tissue thickness compensator (22220, 22320) attached to the anvil; characterized by the tissue thickness compensator in an uncompressed configuration comprising a plurality of raised portions (22222, 22322) on a surface thereof facing the anvil, each raised portion defining thereunder a cavity aligned with and extending into a respective forming pocket; and at least one medicament positioned within each cavity.
A body comprising at least one part in polyurethane foam and at least one part in polyurethane gel and wherein a layer is comprised characterized in that said layer is interposed between said part in polyurethane gel and the part in polyurethane foam, said layer being in the form of a fabric or of a non-woven fabric and wherein said layer is connected with the gel through the implicit glueing features of the gel during its reactive process of solidification and, on the opposite part, with a pre-fabricated solid block of polyurethane foam through a glueing material.
A latent heat exchanger comprising: a box-shaped case main body with an open top; an exhaust gas inlet formed on one side of the case main body; an exhaust gas outlet formed on the other side of the case main body; a heat absorbing pipe for recovering latent heat, which is extendedly provided across a stream of an exhaust gas directed from the exhaust gas inlet to the exhaust gas outlet in the case main body; and a top plate which closes the top of the case main body, wherein the top plate has a panel section, which has a rectangular shape in a planar view, a standing section formed along a peripheral edge of the panel section, and a lateral bead section which projects upward from the panel section and extends in a direction along which the heat absorbing pipe is extendedly provided, characterized in that the lateral bead section has each end thereof connected to the standing section; and the lateral bead section is formed at a position displaced to the exhaust gas outlet side or the exhaust gas inlet side with respect to a position right above the heat absorbing pipe. a box-shaped case main body with an open top; an exhaust gas inlet formed on one side of the case main body; an exhaust gas outlet formed on the other side of the case main body; a heat absorbing pipe for recovering latent heat, which is extendedly provided across a stream of an exhaust gas directed from the exhaust gas inlet to the exhaust gas outlet in the case main body; and a top plate which closes the top of the case main body, wherein the top plate has a panel section, which has a rectangular shape in a planar view, a standing section formed along a peripheral edge of the panel section, and a lateral bead section which projects upward from the panel section and extends in a direction along which the heat absorbing pipe is extendedly provided, characterized in that the lateral bead section has each end thereof connected to the standing section; and the lateral bead section is formed at a position displaced to the exhaust gas outlet side or the exhaust gas inlet side with respect to a position right above the heat absorbing pipe.
A basketball goal system comprising: a) a vertical support (14,16) comprising a pole; b) a backboard support assembly having a top arm with a proximal end coupled to a backboard and a distal end rotatably connected to the pole, and a bottom arm with a proximal end coupled to a backboard and a middle section rotatably coupled to the pole; c) an elevator assembly comprising a lower strut having a lower end affixed to the pole; an upper strut having an upper end rotatably connected to a distal end of the bottom arm characterized in that the elevator assembly further comprises a spring assembly having a spring expandably coiled around the lower strut and a housing containing the spring; the upper strut having a lower end coupled to the housing; and i) a handle pivotally attached to the vertical support (14,16) and pivotally attached to the housing, and having a spring trigger configured to expand the spring to release a normal force on said lower strut when triggered and contract the spring to apply a normal force on the lower strut when released. a) a vertical support (14,16) comprising a pole; b) a backboard support assembly having a top arm with a proximal end coupled to a backboard and a distal end rotatably connected to the pole, and a bottom arm with a proximal end coupled to a backboard and a middle section rotatably coupled to the pole; c) an elevator assembly comprising a lower strut having a lower end affixed to the pole; an upper strut having an upper end rotatably connected to a distal end of the bottom arm characterized in that the elevator assembly further comprises a spring assembly having a spring expandably coiled around the lower strut and a housing containing the spring; the upper strut having a lower end coupled to the housing; and i) a handle pivotally attached to the vertical support (14,16) and pivotally attached to the housing, and having a spring trigger configured to expand the spring to release a normal force on said lower strut when triggered and contract the spring to apply a normal force on the lower strut when released. an upper strut having an upper end rotatably connected to a distal end of the bottom arm characterized in that the elevator assembly further comprises a spring assembly having a spring expandably coiled around the lower strut and a housing containing the spring; the upper strut having a lower end coupled to the housing; and i) a handle pivotally attached to the vertical support (14,16) and pivotally attached to the housing, and having a spring trigger configured to expand the spring to release a normal force on said lower strut when triggered and contract the spring to apply a normal force on the lower strut when released. i) a handle pivotally attached to the vertical support (14,16) and pivotally attached to the housing, and having a spring trigger configured to expand the spring to release a normal force on said lower strut when triggered and contract the spring to apply a normal force on the lower strut when released.
A can changer for a spinning preparation machine, preferably for a drawing frame, carding machine, or comber, the can changer comprising at least two can gripper devices by means of which one can each can be brought between a first position and a second position, each can gripper device comprising a contact surface for the can and a retaining element that is moveably mounted relative to the contact surface and each retaining element being able to be moved by means of an actuation device between a closed position, in which a can can be fixed by means of the retaining element and the associated contact surface of the associated can gripper device, and an open position, in which the can is not fixed, characterized in that the retaining elements of two adjacent can gripper devices can be moved by a common actuation device.
Method for cleaning wash ware in a program-controlled ware washer having a treatment chamber for accommodating the wash ware to be cleaned, wherein the method has the following program-controlled method steps to be executed successively: - a wash phase, in which wash liquid is sprayed from a tank by means of a wash pump through a wash line system into the treatment chamber and can flow back into the tank from the treatment chamber because of the force of gravity; and - a rinse phase, in which rinse fluid is conducted into the treatment chamber, wherein the rinse phase is composed of a fresh-water rinse phase, in which a rinse liquid is sprayed from a rinse-liquid supply device (14, 21) by means of a rinse pump (12, 13) through a rinse line system into the treatment chamber and can flow from the treatment chamber into the tank because of the force of gravity, and of a steam rinse phase, in which steam is generated by means of a steam generator, which is connected to a fresh-water feed line, and is conducted into the treatment chamber, characterized in that a total of 1,0 to 1,7 litres of rinse liquid per unit area of 500 mm x 500 mm, which is enclosed by the wall of the treatment chamber in a top view of the treatment chamber, are sprayed into the treatment chamber during the fresh-water rinse phase, and that a total water quantity of 0.10 to 0.15 litre per unit area of 500 mm x 500 mm, which is enclosed by the wall of the treatment chamber in a top view of the treatment chamber, is conducted in steam form during the steam rinse phase into the treatment chamber. - a wash phase, in which wash liquid is sprayed from a tank by means of a wash pump through a wash line system into the treatment chamber and can flow back into the tank from the treatment chamber because of the force of gravity; and - a rinse phase, in which rinse fluid is conducted into the treatment chamber,
A surgical planning method comprising, without making any bone cuts: capturing data in a surgical computer system representative of a corrected limb pose at a plurality of poses within a range of motion of an actual physical joint associated with a particular individual, the joint comprising a first bone and a second bone, while the first bone, the second bone, or both are subject to a corrective force aligning the first and second bones in a desired alignment; representing the first bone of the joint; representing the second bone of the joint; associating a first implant model with the representation of the first bone; associating a second implant model with the representation of the second bone; based on the captured data, determining a relationship between the first implant model and the second implant model at one or more poses of the plurality of poses within the range of motion of the joint; and displaying information representative of the determined relationship. capturing data in a surgical computer system representative of a corrected limb pose at a plurality of poses within a range of motion of an actual physical joint associated with a particular individual, the joint comprising a first bone and a second bone, while the first bone, the second bone, or both are subject to a corrective force aligning the first and second bones in a desired alignment; representing the first bone of the joint; representing the second bone of the joint; associating a first implant model with the representation of the first bone; associating a second implant model with the representation of the second bone; based on the captured data, determining a relationship between the first implant model and the second implant model at one or more poses of the plurality of poses within the range of motion of the joint; and displaying information representative of the determined relationship.
An optical device comprising: a display (105, 305) oriented toward an eye-side of the optical device and configured to emit light toward the eye-side of the optical device based on an input signal; a lightguide (101,301) having: an incoupler surface (345, 445, 1145) at a top side of the lightguide (101, 301); a curved first surface (122, 315) at the eye-side of the optical device; and a curved second (121, 313) surface for reflecting the light through the curved first surface (122, 315) to a user eye; a reflector (309, 409,1109) having a reflective surface positioned at the eye-side relative to the display (105, 305) above the incoupler surface (345, 445, 1145) and at least one of the curved first surface (122, 315) and the curved second surface (121, 313) of the lightguide (101, 301), wherein the reflector (309, 409, 1109) is positioned to reflect light from the display (105, 305) into the lightguide (101, 301); and a head mountable frame supporting the display (105, 305), the reflective surface, and the lightguide (101, 301), wherein the display (105, 305) is positioned at a top of the head mountable frame. a display (105, 305) oriented toward an eye-side of the optical device and configured to emit light toward the eye-side of the optical device based on an input signal; a lightguide (101,301) having: an incoupler surface (345, 445, 1145) at a top side of the lightguide (101, 301); a curved first surface (122, 315) at the eye-side of the optical device; and a curved second (121, 313) surface for reflecting the light through the curved first surface (122, 315) to a user eye; a curved first surface (122, 315) at the eye-side of the optical device; and a curved second (121, 313) surface for reflecting the light through the curved first surface (122, 315) to a user eye; a reflector (309, 409,1109) having a reflective surface positioned at the eye-side relative to the display (105, 305) above the incoupler surface (345, 445, 1145) and at least one of the curved first surface (122, 315) and the curved second surface (121, 313) of the lightguide (101, 301), wherein the reflector (309, 409, 1109) is positioned to reflect light from the display (105, 305) into the lightguide (101, 301); and a head mountable frame supporting the display (105, 305), the reflective surface, and the lightguide (101, 301), wherein the display (105, 305) is positioned at a top of the head mountable frame.
A fabric conditioning composition comprising an emulsion of particles in an aqueous vehicle, the particles comprising (a) fatty acid triglyceride, and (b) a water swellable cationic polymer.
A micro-droplet-emulsifier to generate a micro-droplet-emulsion for application on digital polymerase chain reaction, comprising: a) a micro-pipette having an inlet and an outlet; b) a micro-droplet-generator-head that has an open-top to attach to the outlet of the micro-pipette, and has a plurality of substantially flat micro-channels, wherein each of the substantially flat micro-channels has a length and a cross-sectional shape that has a height and a width; c) a chamber to contain a continuous-phase-liquid in which the micro-droplet-generator-head is inserted in, whereby a dispersed-phase-liquid is forced through the micro-droplet-generator-head and flowing through the plurality of substantially flat micro-channels to generate a plurality of micro-droplets of the dispersed-phase-liquid in the continuous-phase-liquid inside the chamber and whereby a size of each of the micro-droplets is controlled by the shape, and the length of each of the substantially flat micro-channels, and a contact angle of the micro-droplets that is defined by a material of the micro-droplet-generator-head. a) a micro-pipette having an inlet and an outlet; b) a micro-droplet-generator-head that has an open-top to attach to the outlet of the micro-pipette, and has a plurality of substantially flat micro-channels, wherein each of the substantially flat micro-channels has a length and a cross-sectional shape that has a height and a width; c) a chamber to contain a continuous-phase-liquid in which the micro-droplet-generator-head is inserted in,
A process for producing a printable film comprising: a. providing a web of film; b. at a first location subjecting at least a first surface of the film web to a modified atmosphere dielectric barrier discharge (MADBD) treatment; c. winding the film web onto a reel; d. transporting the wound film web to a second location; e. unwinding the film web from the reel; and f. subjecting the first surface of the film to corona treatment. a. providing a web of film; b. at a first location subjecting at least a first surface of the film web to a modified atmosphere dielectric barrier discharge (MADBD) treatment; c. winding the film web onto a reel; d. transporting the wound film web to a second location; e. unwinding the film web from the reel; and f. subjecting the first surface of the film to corona treatment.
An electromagnetic contactor comprising a contact mechanism including a pair of fixed contacts, interposed in a current conduction path, which have their respective fixed contact portions (22, 23) and a movable contact having a pair of movable contact portions which are able to come into and out of contact with the pair of fixed contact portions, whereby at least one of the pair of fixed contacts or movable contact is formed in a shape such as to form magnetic fields which generate Lorentz forces opposing electromagnetic repulsion forces generated in an opening direction between the fixed contact portions and movable contact portions when current is conducted, characterised in that the attachment direction of the fixed contact portions (22, 23), each of which belonging to an external connection conductor (20, 21) connected to an external connection terminal (2i, 2j) of the corresponding fixed contact, is set so as to cross the direction of current flowing through the movable contact, and each of the external connection conductors (20, 21) also includes a conductor portion (25, 28), connected on the side opposite to the external connection terminal of the fixed portion, the extension direction of which is parallel to the extension direction of the movable contact and the direction of current flowing through which is the reverse of the direction of current flowing through the movable contact.
A micro-organism detection apparatus consisting of: a transparent vial with at least one light path therethrough and containing a sample fluid to be tested and an indicator, which changes colour in the fluid as the micro-organisms in the test fluid grow, therein, a vial incubator at least partially surrounding a vial receiving space, a light source capable of transmitting light through the vial and mounted on the incubator, a light sensor fixed in relation to the vial incubator and capable of detecting light of at least red, green, and blue optical bands which has passed through the fluid from the light source, the light source being capable of transmitting white light or at least red, green and blue light, and means for recording the amount of red, green and blue light received at the light sensor at a starting point, means for monitoring and recording the red, green and blue light received at the light sensor, and a comparator configured to compare the red, green and blue light received over time at the sensor with the recording of the red, green and blue light received at the sensor at the starting point to detect changes indicative of the presence or absence of micro-organisms in the contained fluid, and wherein said comparator is configured to compare said colour changes over time, in each of the red, green and blue optical bands, to known changes indicative of the growth of at least one known micro-organism to identify one or more known micro-organisms, or indicate the absence thereof. a transparent vial with at least one light path therethrough and containing a sample fluid to be tested and an indicator, which changes colour in the fluid as the micro-organisms in the test fluid grow, therein, a vial incubator at least partially surrounding a vial receiving space, a light source capable of transmitting light through the vial and mounted on the incubator, a light sensor fixed in relation to the vial incubator and capable of detecting light of at least red, green, and blue optical bands which has passed through the fluid from the light source, the light source being capable of transmitting white light or at least red, green and blue light, and means for recording the amount of red, green and blue light received at the light sensor at a starting point, means for monitoring and recording the red, green and blue light received at the light sensor, and a comparator configured to compare the red, green and blue light received over time at the sensor with the recording of the red, green and blue light received at the sensor at the starting point to detect changes indicative of the presence or absence of micro-organisms in the contained fluid, and wherein said comparator is configured to compare said colour changes over time, in each of the red, green and blue optical bands, to known changes indicative of the growth of at least one known micro-organism to identify one or more known micro-organisms, or indicate the absence thereof.
Work machine, comprising a drive means, a clutch arrangement and a working means, wherein the clutch arrangement comprises a clutch and an evaluation device, wherein the clutch comprises a torque input means, a torque output means, a clutch means and a shift means, wherein the clutch is provided with at least one condition monitoring means, wherein the condition monitoring means is configured as at least one friction lining wear monitoring means, characterised in that the evaluation device is adapted to generate a maintenance plan from the data of the friction lining wear monitoring means in dependence on the actual state of wear of the clutch discs.