mhurhangee/ep-ind-claims huggingface dataset:
A method of curing a hardenable dental article (10, 110, 510), the hardenable dental article (10, 110, 510) comprising: a shell (12, 112, 512) defining a volume, the shell comprising a circumferential base (14, 114, 514) and an incisal/occlusal region (16, 116, 516) distal from the circumferential base; a hardenable dental composition (18, 118, 518) located within the volume, wherein the hardenable dental composition exhibits a yield stress from 50 Pa to 4,000 Pa at 37 °C; and an isolation film (20, 120, 520) located at the circumferential base (14, 114, 514) of the shell (12, 112, 512), wherein the isolation film (20, 120, 520) is bonded to the circumferential base (14, 114, 514); characterised in that the method comprises: placing the hardenable dental article (10, 110, 510) onto a dental structure; and thereafter curing the hardenable dental composition (18, 118, 518), wherein the isolation film (20, 120, 520) remains in contact with at least a portion of the hardenable dental composition (18, 118, 518) during curing, thereby providing a gap between the cured dental article and the dental structure; wherein the dental structure is a prepared tooth; wherein the hardenable dental article is a crown. a shell (12, 112, 512) defining a volume, the shell comprising a circumferential base (14, 114, 514) and an incisal/occlusal region (16, 116, 516) distal from the circumferential base; a hardenable dental composition (18, 118, 518) located within the volume, wherein the hardenable dental composition exhibits a yield stress from 50 Pa to 4,000 Pa at 37 °C; and an isolation film (20, 120, 520) located at the circumferential base (14, 114, 514) of the shell (12, 112, 512), wherein the isolation film (20, 120, 520) is bonded to the circumferential base (14, 114, 514); placing the hardenable dental article (10, 110, 510) onto a dental structure; and thereafter curing the hardenable dental composition (18, 118, 518), wherein the isolation film (20, 120, 520) remains in contact with at least a portion of the hardenable dental composition (18, 118, 518) during curing, thereby providing a gap between the cured dental article and the dental structure; wherein the dental structure is a prepared tooth; wherein the hardenable dental article is a crown.
A device for attaching a first part to a second part, which is attached to a third part, the first part bearing a screw that can be inserted into an opening in the second part and into a hole in the third part, a nut, which is screwed on the screw being able to be used to tighten the first part against the second part, the screw being solidly connected to the first part by means of an element (8, 17) that can deform elastically as the nut is being tightened, said element being a spring (8, 17), the screw having a surface adapted to be able to rest on the third part and a play (j) being comprised between this support surface and the third part before tightening of the nut, characterized in that said spring (8, 17) has a sufficient deformation course and rigidity to be able to compensate the play (j) as the nut is being tightened and to hold the first part flat on the second part according to a predetermined force.
Machine for packaging a plurality of bags for foods, said machine comprising means (901, 902) for producing plastic bags containing foods and a conveying apparatus of the bags which are to be or have been packaged, said conveying apparatus comprises a closed loop chain meshed between a driving ring gear and an idle ring gear, both with their own vertical rotation axis, and a plurality of retaining elements of the bags which are to be or have been packaged, each retaining element of the plurality of retaining elements being associated with said chain, a single bag which is to be or has been packaged of said plurality of bags which are to be or have been packaged being retained by a retaining element of said plurality of retaining elements, said bags to be packaged are plastic bags and said production means are able to make bags starting from a plastic film so that the head of said bags is partially closed, said machine comprising a plurality of modules (200, 300, 400, 500, 600, 800) able to act on the bags for packaging them, said plurality of modules (200, 300, 400, 500, 600, 800) comprising a first module configured to form the head of the bag for foods, a second module able to weld said head of the bag so as to form a single flap,, said conveying apparatus being configured to take said bags into all the modules (200, 300, 400, 500, 600, 800), characterized in that the second module is able to cut the top part of the head, said plurality of modules (200, 300, 400, 500, 600, 800) comprises a third module configured to fold and press the flaps of the bags exiting from the second module, said machine comprising also box-like elements able to contain the wiring means of the machine, said box-like elements being placed over a load-bearing frame which houses the conveying apparatus and said modules (200, 300, 400, 500, 600, 800).
A method comprising: receiving, by a telecommunication device, a network packet from an application of the telecommunication device; selecting, by the telecommunication device, a network connectivity from a plurality of network connectivities based at least in part on user routing criteria, connectivity metrics and network packet attributes associated with the network packet, the plurality of network connectivities being respectively associated with a plurality of network operators; and transmitting, by the telecommunication device, the network packet using the selected network connectivity. receiving, by a telecommunication device, a network packet from an application of the telecommunication device; selecting, by the telecommunication device, a network connectivity from a plurality of network connectivities based at least in part on user routing criteria, connectivity metrics and network packet attributes associated with the network packet, the plurality of network connectivities being respectively associated with a plurality of network operators; and transmitting, by the telecommunication device, the network packet using the selected network connectivity.
Soil penetrating device, comprising: a soil penetrating lance (102, 202, 302, 402) comprising a substantially straight hollow cylinder (103, 203, 303, 403) having a first end (104, 204, 304, 404) with a liquid inlet (105, 205, 305, 405) and a second end (106, 206, 306, 406) with a liquid outlet (107, 207, 307, 407), wherein the liquid inlet (105, 205, 305, 405) is connectable to a liquid feed line (110, 210, 310, 410), wherein the soil penetrating lance (102, 202, 302, 402) is configured for transporting pressurized liquid from the first end to the second end and for ejecting pressurized liquid from the liquid outlet as the soil penetrating lance (102, 202, 302, 402) is inserted in the soil by penetration, characterized in that the soil penetrating device further comprises an imaging device (111, 211, 311, 411) which is provided within the soil penetrating lance (102, 202, 302, 402), wherein the imaging device (111, 211, 311, 411) faces the liquid outlet (107, 207, 307, 407) and is configured for imaging the environment adjacent to the second end (106, 206, 306, 406) of the soil penetrating lance (102, 202, 302, 402). a soil penetrating lance (102, 202, 302, 402) comprising a substantially straight hollow cylinder (103, 203, 303, 403) having a first end (104, 204, 304, 404) with a liquid inlet (105, 205, 305, 405) and a second end (106, 206, 306, 406) with a liquid outlet (107, 207, 307, 407), wherein the liquid inlet (105, 205, 305, 405) is connectable to a liquid feed line (110, 210, 310, 410), wherein the soil penetrating lance (102, 202, 302, 402) is configured for transporting pressurized liquid from the first end to the second end and for ejecting pressurized liquid from the liquid outlet as the soil penetrating lance (102, 202, 302, 402) is inserted in the soil by penetration, characterized in that the soil penetrating device further comprises an imaging device (111, 211, 311, 411) which is provided within the soil penetrating lance (102, 202, 302, 402), wherein the imaging device (111, 211, 311, 411) faces the liquid outlet (107, 207, 307, 407) and is configured for imaging the environment adjacent to the second end (106, 206, 306, 406) of the soil penetrating lance (102, 202, 302, 402).
A door for a vehicle comprising a first panel and a second panel, in which in a closed position of the door, the first panel is positioned vertically above the second panel so that a lower edge of the first panel touches an upper edge of the second panel characterized in that, in an open position of the said door, the second panel is arranged so as to be completely superimposed over the first panel so that a lower edge of the second panel is positioned in front of a lower edge of the first panel, the lower edges (7b, 8a) of the two panels (7, 8) being positioned vertically above a wheel of the said vehicle, the first panel being configured to move laterally with respect to a lateral wall of the vehicle until it is above the said wheel.
A method for the concatameric amplification of a plurality of nucleic acid sequences comprising, a) taking a population of different single stranded nucleic acid molecules of at least 50 nucleotides in length wherein the single strands have a different sequence and each of the single strands has a common hairpin region at the 3' end and a common hairpin region at the 5' end, wherein each hairpin has hybridising stem arms of between 15-30 base pairs in length, the stem arms having a Tm in the range of 45-55 °C, and a single stranded loop between the stem arms, the loop being 15-30 nucleotides in length and having a Tm in the range of 55-65 °C when annealed to a complementary primer; and b) amplifying the population of different single stranded nucleic acid molecules using a reaction mixture containing a strand displacing polymerase, nucleotide monomers and amplification primers wherein at least one of the amplification primers (P1') is complementary to at least a portion of the loop of LP1 and one of the amplification primers contains the same sequence as at least a portion of a copy of the loop of LP2 (LP2'). a) taking a population of different single stranded nucleic acid molecules of at least 50 nucleotides in length wherein the single strands have a different sequence and each of the single strands has a common hairpin region at the 3' end and a common hairpin region at the 5' end, wherein each hairpin has hybridising stem arms of between 15-30 base pairs in length, the stem arms having a Tm in the range of 45-55 °C, and a single stranded loop between the stem arms, the loop being 15-30 nucleotides in length and having a Tm in the range of 55-65 °C when annealed to a complementary primer; and b) amplifying the population of different single stranded nucleic acid molecules using a reaction mixture containing a strand displacing polymerase, nucleotide monomers and amplification primers wherein at least one of the amplification primers (P1') is complementary to at least a portion of the loop of LP1 and one of the amplification primers contains the same sequence as at least a portion of a copy of the loop of LP2 (LP2').
A lawn mower, comprising: a work unit including a housing having a downward-facing opening and a cutter blade rotatably provided in the housing such that when rotated, the cutter blade cuts grass and generates a transport air flow flowing from the opening of the housing to inside; a grass clippings receptacle configured to receive grass clippings cut by the work unit; a grass clippings transport passage connecting an interior of the housing with the grass clippings receptacle; a shutter device including a shutter configured to selectively open and close the grass clippings transport passage and an actuator configured to drive the shutter; a controller configured to control the shutter device; and a pressure sensor provided in the grass clippings transport passage to detect a pressure in the grass clippings transport passage, wherein the controller is configured to control the shutter device based on the pressure detected by pressure sensor, wherein the pressure sensor is located in a part of the grass clippings transport passage between the shutter and an end of the grass clippings transport passage on a side of the grass clippings receptacle, characterized in that the controller is configured to fully close the shutter in a case where the pressure detected by the pressure sensor is lower than or equal to a predetermined first threshold pressure at a time after a predetermined transition period has elapsed from a start of driving of the work unit. a work unit including a housing having a downward-facing opening and a cutter blade rotatably provided in the housing such that when rotated, the cutter blade cuts grass and generates a transport air flow flowing from the opening of the housing to inside; a grass clippings receptacle configured to receive grass clippings cut by the work unit; a grass clippings transport passage connecting an interior of the housing with the grass clippings receptacle; a shutter device including a shutter configured to selectively open and close the grass clippings transport passage and an actuator configured to drive the shutter; a controller configured to control the shutter device; and a pressure sensor provided in the grass clippings transport passage to detect a pressure in the grass clippings transport passage, wherein the controller is configured to control the shutter device based on the pressure detected by pressure sensor, wherein the pressure sensor is located in a part of the grass clippings transport passage between the shutter and an end of the grass clippings transport passage on a side of the grass clippings receptacle, characterized in that the controller is configured to fully close the shutter in a case where the pressure detected by the pressure sensor is lower than or equal to a predetermined first threshold pressure at a time after a predetermined transition period has elapsed from a start of driving of the work unit.
A chocolate-like food, characterized by comprising a highly unsaturated fatty acid-containing oil and fat composition, wherein the chocolate-like food has a total of 0.02 to 5 weight% of EPA and DHA, the pH of the chocolate-like food is adjusted to 5.8 to 8, and the highly unsaturated fatty acid-containing oil and fat composition comprises 1 to 10 weight% of an aqueous phase containing a total of 3 to 65 weight% of a water-soluble antioxidant dispersed in a particle size of 300 nm or less in an oil phase.
Method for forming a detachment plane in the interior of a solid body, at least comprising introducing laser radiation of a laser into the interior of the solid body via a first surface of the solid body, wherein the solid body forms a crystal structure, wherein modifications are produced at predetermined locations on a production plane in the interior of the solid body by the laser radiation, wherein a number of linear shapes which are parallel to one another are produced by the modifications, wherein the solid body cracks subcritically in the region of the respective modification, wherein the subcritical cracks have orthogonally to the direction of longitudinal extent of the respective linear shape an average crack length of less than 150 μm and form the detachment plane, wherein modifications that belong to the same linear shape and are successively produced are produced at a distance from one another, characterized in that the distance is defined by a function (d-x)/d<-0.31, where d indicates a diameter of the modifications and x a centre-to-centre distance of adjacent modifications. wherein the solid body forms a crystal structure, wherein modifications are produced at predetermined locations on a production plane in the interior of the solid body by the laser radiation, wherein a number of linear shapes which are parallel to one another are produced by the modifications, wherein the solid body cracks subcritically in the region of the respective modification, wherein the subcritical cracks have orthogonally to the direction of longitudinal extent of the respective linear shape an average crack length of less than 150 μm and form the detachment plane, wherein modifications that belong to the same linear shape and are successively produced are produced at a distance from one another, characterized in that the distance is defined by a function (d-x)/d<-0.31, where d indicates a diameter of the modifications and x a centre-to-centre distance of adjacent modifications.
A vacuum cleaner comprising: a motor (16,216) coupled to a fan (18,218) for generating air flow; an elongate body with a handle at longitudinal end and a cleaner head arranged at an opposite longitudinal end; a dirt separation means (8,208) located in a path of the air flow generated by the fan; and at least one support wheel for supporting the vacuum cleaner upon a floor, wherein the dirt separation means comprises: a hollow dirt container, an air inlet port (126,326) to said dirt container, wherein the air inlet port is in communication with the cleaner head located in the path of the air flow upstream of the dirt separation means and wherein the at least one support wheel rotates about the dirt container, characterized in that said hollow dirt container is a substantially cylindrical dirt container (120,130,320,330) with a longitudinal central axis (21,321) arranged transverse to the elongate body. a motor (16,216) coupled to a fan (18,218) for generating air flow; an elongate body with a handle at longitudinal end and a cleaner head arranged at an opposite longitudinal end; a dirt separation means (8,208) located in a path of the air flow generated by the fan; and at least one support wheel for supporting the vacuum cleaner upon a floor, a hollow dirt container, an air inlet port (126,326) to said dirt container, wherein the air inlet port is in communication with the cleaner head located in the path of the air flow upstream of the dirt separation means and wherein the at least one support wheel rotates about the dirt container, characterized in that said hollow dirt container is a substantially cylindrical dirt container (120,130,320,330) with a longitudinal central axis (21,321) arranged transverse to the elongate body.
An optical splitter/combiner comprising: one or more wave division multiplexers - WDMs - adapted for receiving upstream optical signals; a passive splitter adapted for splitting a downstream optical signal, the split signals remaining in an optical domain; and multiple detectors (402, 404, 406, 408), said detectors concatenated in a transmission line structure for receiving a respective one of the upstream optical signals, wherein the transmission line structure is adapted to combine outputs from the multiple detectors into a single radio frequency signal, thereby providing a signal representative of the sum of the delayed detector currents at the output. one or more wave division multiplexers - WDMs - adapted for receiving upstream optical signals; a passive splitter adapted for splitting a downstream optical signal, the split signals remaining in an optical domain; and multiple detectors (402, 404, 406, 408), said detectors concatenated in a transmission line structure for receiving a respective one of the upstream optical signals, wherein the transmission line structure is adapted to combine outputs from the multiple detectors into a single radio frequency signal, thereby providing a signal representative of the sum of the delayed detector currents at the output.
A method for controlling the crane of a forwarder, wherein - the crane can be slewed around a rotation axis (X c), - the forwarder comprises a load space that is open at the top, - the crane supports a tool suspended in the area of its head, - the tool and the crane can be moved to travel substantially in the horizontal direction above the load space, - the movement of the crane is controlled by a control unit, - at least one target position (P t) is defined in the radial direction of the crane, - the target position (P t) is stored in a memory of the control unit, - the control unit controls the crane to move the tool towards the target position (P t) on the basis of a signal received in the control unit, characterized in that - the transfer to the target position (P t) is activated by means of a separate control switch, a button on a touch screen in the cabin of the forwarder, - the crane head is guided towards the target position (P t) when the crane is steered by turning the controller moving it in the direction of the target position (P t), or by means of a control function controlling the slewing table to slew towards the centre line (L c) of the load space in relation to its rotation axis (X c), - after the crane head has reached the target position (Pt), its movement stops. even if the driver still held the controller turned in said direction. - the crane can be slewed around a rotation axis (X c), - the forwarder comprises a load space that is open at the top, - the crane supports a tool suspended in the area of its head, - the tool and the crane can be moved to travel substantially in the horizontal direction above the load space, - the movement of the crane is controlled by a control unit, - at least one target position (P t) is defined in the radial direction of the crane, - the target position (P t) is stored in a memory of the control unit, - the control unit controls the crane to move the tool towards the target position (P t) on the basis of a signal received in the control unit, characterized in that - the transfer to the target position (P t) is activated by means of a separate control switch, a button on a touch screen in the cabin of the forwarder, - the crane head is guided towards the target position (P t) when the crane is steered by turning the controller moving it in the direction of the target position (P t), or by means of a control function controlling the slewing table to slew towards the centre line (L c) of the load space in relation to its rotation axis (X c), - after the crane head has reached the target position (Pt), its movement stops. even if the driver still held the controller turned in said direction.
A process for producing DRI having chemically-combined carbon, comprising: providing DRI at a temperature above 400°C; providing a first gas stream comprising hydrogen and carbon monoxide, said first gas stream being a syngas with a low content of methane; passing said first gas stream through a methane forming process where methane is produced from said hydrogen and carbon monoxide resulting in a second gas stream containing a higher concentration of methane than said first gas stream; and contacting said second gas stream with said DRI.
A method of casting a steel semi-product from a liquid steel, the steel semi-product having a targeted composition in titanium of at least 3,5% in weight, the method comprising the following steps: A/ addition of aluminium to the liquid steel so that liquid steel contains at least 0,1% in weight of aluminium, B/ addition to the liquid steel of mineral compounds containing CaF2 and aluminium and calcium and optionally magnesium, to reach and maintain a slag composition wherein the ratio of CaO versus Al 2 O 3 (CaO/Al 2 O 3) is comprised from 0,7 to 2 and the slag contains up to 25%in weight of CaF2, C/ addition of titanium to the liquid steel to reach the targeted composition, D/ casting the steel in the form of a semi-product. A/ addition of aluminium to the liquid steel so that liquid steel contains at least 0,1% in weight of aluminium, B/ addition to the liquid steel of mineral compounds containing CaF2 and aluminium and calcium and optionally magnesium, to reach and maintain a slag composition wherein the ratio of CaO versus Al 2 O 3 (CaO/Al 2 O 3) is comprised from 0,7 to 2 and the slag contains up to 25%in weight of CaF2, C/ addition of titanium to the liquid steel to reach the targeted composition, D/ casting the steel in the form of a semi-product.