mhurhangee/patent-ind-claim-en huggingface dataset:
A controller comprising: a case provided with at least one open side; a cover arranged to cover the at least one open side; a circuit board provided within the case; and a heat generating unit on the circuit board, wherein the cover comprises a cover body and a heat dissipation unit in which a portion of the cover is formed convexly inward towards the circuit board, so as to be closely adhered to the heat generating unit to dissipate heat generated by the heat generating unit, and wherein the heat dissipation unit includes: a heat dissipation plate closely adhered to an upper surface of the heat generating unit ; and a support part bent from the outer circumferential portion of the heat dissipation plate and connected to the cover body ; characterised in that a thickness (ti) of the cover body is smaller than a thickness (t2) of the heat dissipation plate . a case provided with at least one open side; a cover arranged to cover the at least one open side; a circuit board provided within the case; and a heat generating unit on the circuit board, wherein the cover comprises a cover body and a heat dissipation unit in which a portion of the cover is formed convexly inward towards the circuit board, so as to be closely adhered to the heat generating unit to dissipate heat generated by the heat generating unit, and wherein the heat dissipation unit includes: a heat dissipation plate closely adhered to an upper surface of the heat generating unit ; and a support part bent from the outer circumferential portion of the heat dissipation plate and connected to the cover body ; characterised in that a thickness (ti) of the cover body is smaller than a thickness (t2) of the heat dissipation plate . a heat dissipation plate closely adhered to an upper surface of the heat generating unit ; and a support part bent from the outer circumferential portion of the heat dissipation plate and connected to the cover body ; characterised in that a thickness (ti) of the cover body is smaller than a thickness (t2) of the heat dissipation plate .
A fluid product dispenser comprising: a fluid product vessel advantageously made of glass and provided with an externally threaded neck and internally defining an opening communicating with the inside of the vessel, the neck forming at least one helical thread , which comprises an upper thread start , a lower thread end and an intermediate portion , - a dispensing head mounted on the neck of the vessel , the head comprising a dispensing member , such as a pump or a valve; a pusher for actuating the dispensing member ; and a fastening member engaged both with the threaded neck of the vessel and with the dispensing member, the fastening member comprising: - a deformable and malleable skirt intended to engage with the threaded neck , and - a rigid collar that is engaged around the skirt so as to push the skirt radially against the threaded neck in such a manner as to deform the skirt against the thread so as to create a thread imprint in the skirt, characterized in that the intermediate portion has, over at least part of its length, a cross-section which decreases in the unscrewing direction and increases in the screwing direction, so that the unscrewing torque decreases and the rescrewing torque increases. a fluid product vessel advantageously made of glass and provided with an externally threaded neck and internally defining an opening communicating with the inside of the vessel, the neck forming at least one helical thread , which comprises an upper thread start , a lower thread end and an intermediate portion , - a dispensing head mounted on the neck of the vessel , the head comprising a dispensing member , such as a pump or a valve; a pusher for actuating the dispensing member ; and a fastening member engaged both with the threaded neck of the vessel and with the dispensing member, the fastening member comprising: - a deformable and malleable skirt intended to engage with the threaded neck , and - a rigid collar that is engaged around the skirt so as to push the skirt radially against the threaded neck in such a manner as to deform the skirt against the thread so as to create a thread imprint in the skirt, - a dispensing head mounted on the neck of the vessel , the head comprising a dispensing member , such as a pump or a valve; a pusher for actuating the dispensing member ; and a fastening member engaged both with the threaded neck of the vessel and with the dispensing member, the fastening member comprising: - a deformable and malleable skirt intended to engage with the threaded neck , and - a rigid collar that is engaged around the skirt so as to push the skirt radially against the threaded neck in such a manner as to deform the skirt against the thread so as to create a thread imprint in the skirt, characterized in that the intermediate portion has, over at least part of its length, a cross-section which decreases in the unscrewing direction and increases in the screwing direction, so that the unscrewing torque decreases and the rescrewing torque increases.
A cold rolling method for cold-rolling a material to be rolled by a rolling mill including a plurality of stands (3 N ), wherein an N-th stand (N is a natural number equal to or greater than 2) arranged in an N-th position from an upstream side of the material to be rolled (S) in a transfer direction among the plurality of stands, includes a tapered work roll (4a1) having a taper formed on an end portion of a roll having a uniform diameter, and the N-th stand rolls the material to be rolled with a linear load of 0.8 t/mm or more, wherein the linear load is the quotient of rolling load divided by a width of the sheet of the material to be rolled, and the method being characterised in that in a case where the N-th stand rolls the material to be rolled with a linear load of 1.4 t/mm or more, the material to be rolled is rolled by setting a tapered rolling portion width WRδ which is a length, which faces the material to be rolled, of the taper formed on the tapered work roll of the N-th stand as -50 mm to -5 mm, wherein in a case where the width direction end surface of the sheet of the material to be rolled protrudes from the taper start end , the tapered rolling portion width WRδ is a negative value, and in a case where the width direction end surface of the sheet of the material to be rolled is recessed from the taper start end, the tapered rolling portion width WRδ is a positive value. wherein an N-th stand (N is a natural number equal to or greater than 2) arranged in an N-th position from an upstream side of the material to be rolled (S) in a transfer direction among the plurality of stands, includes a tapered work roll (4a1) having a taper formed on an end portion of a roll having a uniform diameter, and the N-th stand rolls the material to be rolled with a linear load of 0.8 t/mm or more, wherein the linear load is the quotient of rolling load divided by a width of the sheet of the material to be rolled, and the method being characterised in that in a case where the N-th stand rolls the material to be rolled with a linear load of 1.4 t/mm or more, the material to be rolled is rolled by setting a tapered rolling portion width WRδ which is a length, which faces the material to be rolled, of the taper formed on the tapered work roll of the N-th stand as -50 mm to -5 mm, wherein in a case where the width direction end surface of the sheet of the material to be rolled protrudes from the taper start end , the tapered rolling portion width WRδ is a negative value, and in a case where the width direction end surface of the sheet of the material to be rolled is recessed from the taper start end, the tapered rolling portion width WRδ is a positive value.
Tyre , defining three main directions: circumferential, axial and radial, comprising a crown comprising a tread , two sidewalls , and two beads , each sidewall connecting each bead to the crown , a carcass reinforcement anchored in each of the beads and extending in the sidewalls and in the crown , a crown reinforcement extending in the crown in the circumferential direction (Z) and situated radially between the carcass reinforcement and the tread , the crown reinforcement comprising a working reinforcement comprising at least first and second working plies , each first and second working ply respectively comprising first and second reinforcing elements arranged substantially parallel to one another in each first and second working ply , characterized in that at least one of the following relationships I and II is satisfied: − 4053 × E 1 + 4720 ≤ D 1 4 × d 1 × 1000 / E 1 where: - D1 is the diameter of each first reinforcing element made up of a metallic monofilament , expressed in mm, with D1 ranging from 0.34 to 0.38 mm, - d1 is the density of the first reinforcing elements in the first working ply , expressed in monofilaments per decimetre and measured in a direction perpendicular to the main axis of the metallic monofilaments , - E1 is the mean thickness of the first working ply , expressed in mm and measured in the radial direction (Y); − 4053 × E 2 + 4720 ≤ D 2 4 × d 2 × 1000 / E 2 where - D2 is the diameter of each second reinforcing element made up of a metallic monofilament , expressed in mm, with D2 ranging from 0.34 to 0.38 mm, - d2 is the density of the second reinforcing elements in the second working ply , expressed in monofilaments per decimetre and measured in a direction perpendicular to the main axis of the metallic monofilaments , - E2 is the mean thickness of the second working ply , expressed in mm and measured in the radial direction (Y); the characteristics D1, D2, d1, d2, E1, E2 being measured in the central part of the crown reinforcement of the tyre in the vulcanized state, on each side of the midplane (M) over a total axial width of 4 cm. - D1 is the diameter of each first reinforcing element made up of a metallic monofilament , expressed in mm, with D1 ranging from 0.34 to 0.38 mm, - d1 is the density of the first reinforcing elements in the first working ply , expressed in monofilaments per decimetre and measured in a direction perpendicular to the main axis of the metallic monofilaments , - E1 is the mean thickness of the first working ply , expressed in mm and measured in the radial direction (Y); − 4053 × E 2 + 4720 ≤ D 2 4 × d 2 × 1000 / E 2 - D2 is the diameter of each second reinforcing element made up of a metallic monofilament , expressed in mm, with D2 ranging from 0.34 to 0.38 mm, - d2 is the density of the second reinforcing elements in the second working ply , expressed in monofilaments per decimetre and measured in a direction perpendicular to the main axis of the metallic monofilaments , - E2 is the mean thickness of the second working ply , expressed in mm and measured in the radial direction (Y);
A method of customizing a nail-biting and/or finger sucking treatment solution, comprising the steps of: (A) obtaining a first solution with a first bitterness level; (B) obtaining a second solution with a second bitterness level; and (C) adding at least a portion of the second solution to at least a portion of the first solution to form a combined solution with a third bitterness level; wherein the third bitterness level is greater than the first bitterness level. (A) obtaining a first solution with a first bitterness level; (B) obtaining a second solution with a second bitterness level; and (C) adding at least a portion of the second solution to at least a portion of the first solution to form a combined solution with a third bitterness level;
A vacuum cleaner nozzle with a housing , with a suction channel formed in the housing , with a suction mouth , which is formed on an underside of the housing, extends in a transverse direction (y) and adjoins the suction channel , with a cleaning element rotatably arranged about an axis of rotation (d) in the suction channel , with a transmission chamber arranged next to the suction channel in the transverse direction (y), and with an electric drive , which is at least partly arranged in the transmission chamber and which has an electric motor , which electric drive is mechanically coupled to the cleaning element in the transmission chamber , wherein the electric drive has a cooling air outlet , which is fluidically connected to the transmission chamber , characterized in that the electric motor has a motor housing , which forms the cooling air outlet and has at least one cooling air inlet , and that the cooling air outlet is connected to the transmission chamber by means of a waste air line .
A flying object landing system comprising: a passive guidance mechanism having a pair of guide rails arranged side by side with a space therebetween and provided so that the space increases toward one set of tips of the guide rails , wherein one guide rail is supported so as to be rotatable about a first shaft extending in a direction perpendicular to a plane including the guide rails , at or near the tip thereof, and the other guide rail is supported so as to be rotatable about a second shaft extending in a direction perpendicular to the plane including the guide rails , at or near the tip thereof; a flying object having a suspension portion provided on an upper part so as to be inserted between the guide rails from sides of the one set of tips of the guide rails ; and a landing means arranged on the sides of the other set of tips of the guide rails and provided so as to be able to land the flying object guided from sides of the one set of tips of the guide rails to the sides of the other set of tips through the suspension portion between the guide rails . a passive guidance mechanism having a pair of guide rails arranged side by side with a space therebetween and provided so that the space increases toward one set of tips of the guide rails , wherein one guide rail is supported so as to be rotatable about a first shaft extending in a direction perpendicular to a plane including the guide rails , at or near the tip thereof, and the other guide rail is supported so as to be rotatable about a second shaft extending in a direction perpendicular to the plane including the guide rails , at or near the tip thereof; a flying object having a suspension portion provided on an upper part so as to be inserted between the guide rails from sides of the one set of tips of the guide rails ; and a landing means arranged on the sides of the other set of tips of the guide rails and provided so as to be able to land the flying object guided from sides of the one set of tips of the guide rails to the sides of the other set of tips through the suspension portion between the guide rails .
A ferromagnetic lamination for a magnetic conductive member of a winding structure of an electric machine, wherein a plurality of grooves opening towards an in-slot space are provided at a ferromagnetic boundary , where a tooth slot for accommodating a coil winding is formed, of the ferromagnetic lamination , and the plurality of grooves are formed on an inner edge of the tooth slot and are each in communication with the tooth slot via an opening; and characterized in that said opening is a gradually contracting opening so that the size of the groove gradually decreases in the direction facing the inside of the tooth slot . of an electric machine, wherein a plurality of grooves opening towards an in-slot space are provided at a ferromagnetic boundary , where a tooth slot for accommodating a coil winding is formed, of the ferromagnetic lamination , and the plurality of grooves are formed on an inner edge of the tooth slot and are each in communication with the tooth slot via an opening; and characterized in that said opening is a gradually contracting opening so that the size of the groove gradually decreases in the direction facing the inside of the tooth slot .
A transmission apparatus comprising: a video encoding unit that generates a video stream formed with a video packet having coded image data in a payload; a subtitle encoding unit that generates a subtitle stream formed with a subtitle packet having subtitle information in a payload; a multiplexed stream generation unit that generates a multiplexed stream including the video stream and the subtitle stream; and a transmission unit that transmits the multiplexed stream, characterized in that the multiplexed stream generation unit arranges the subtitle packet at a random access position, wherein the subtitle encoding unit inserts a first timestamp (PTS timestamp), which has a value equal to or close to the value of the timestamp inserted into the timestamp insertion position of the header of the video packet at the random access position, and a second (unique timestamp) timestamp, which indicates a display time of a subtitle, into one of a header and a payload of the subtitle packet, wherein the multiplexed stream generation unit inserts identification information indicating that the unique timestamp has been inserted into the subtitle packet, into the multiplexed stream, wherein each of the video packet and the subtitle packet is a PES packet. a video encoding unit that generates a video stream formed with a video packet having coded image data in a payload; a subtitle encoding unit that generates a subtitle stream formed with a subtitle packet having subtitle information in a payload; a multiplexed stream generation unit that generates a multiplexed stream including the video stream and the subtitle stream; and a transmission unit that transmits the multiplexed stream, characterized in that the multiplexed stream generation unit arranges the subtitle packet at a random access position, wherein the subtitle encoding unit inserts a first timestamp (PTS timestamp), which has a value equal to or close to the value of the timestamp inserted into the timestamp insertion position of the header of the video packet at the random access position, and a second (unique timestamp) timestamp, which indicates a display time of a subtitle, into one of a header and a payload of the subtitle packet, wherein the multiplexed stream generation unit inserts identification information indicating that the unique timestamp has been inserted into the subtitle packet, into the multiplexed stream, wherein each of the video packet and the subtitle packet is a PES packet.
Electric drive motor , having a stator with at least one electrically actuatable stator winding and a rotor which is mounted in a rotationally drivable manner in the field of the at least one actuatable stator winding so as to leave free an annular gap , having a motor shaft and a magnet carrier , which is arranged coaxially in relation to the motor shaft and has at least one permanent magnet which is arranged on an outer periphery of the magnet carrier , wherein the motor shaft and the magnet carrier are of integral design by way of the motor shaft and the magnet carrier being jointly produced from an individual initial metal sheet to form an integral shaped rotor body by means of deformation, characterised in that the deep drawing manufacturing method is used for deformation purposes and that the integral shaped rotor body has a motor shaft section formed by deep drawing and a magnet carrier section formed by deep drawing, wherein the integral shaped rotor body has a connecting section formed by deep drawing, which connects the motor shaft section to the magnet carrier section as an integral design.
A product resulting from the reaction of at least: - a hydroxybenzoic acid, optionally substituted by a hydrocarbyl group, or an alkali and/or alkaline earth metal salt thereof, - a boron compound, - triethylenetetramine. - a hydroxybenzoic acid, optionally substituted by a hydrocarbyl group, or an alkali and/or alkaline earth metal salt thereof, - a boron compound, - triethylenetetramine.
Marker for identifying a cucumber plant showing a compact growth phenotype, comprising a SNP on position 147 of the sequence of SEQ ID NO:1, wherein the SNP comprises a change from adenine to guanine.
A device to create alterations in an endoluminal prosthesis, wherein the endoluminal prosthesis comprises at least one layer of biocompatible material , comprising: a means to stabilize the endoluminal prosthesis, wherein the endoluminal prosthesis can be incrementally axially rotated, wherein the stabilizing means comprises a grooved mandrel suitable for receiving the endoluminal prosthesis; the mandrel including a plurality of grooves running longitudinally down its length, the grooves being spaced around the circumference of the mandrel; and a means to manipulate the layer of biocompatible material at at least one distinct point on the endoluminal prosthesis to produce an alteration on the surface thereof, characterised in that the manipulating means comprising spaced apart teeth to create the alteration, wherein the device further comprises a means to couple the stabilizing means with the manipulating means, wherein the coupling means is adapted to rotate the stabilizing means following the formation of at least one alteration on the surface of the endoluminal prosthesis, wherein the coupling means comprises a main support structure , wherein the grooved mandrel is coupled to the main support structure by support pins which are inserted into the center of the mandrel, and wherein a stop disk is configured to abut one end of the endoluminal prosthesis to prevent the endoluminal prosthesis from migrating a means to stabilize the endoluminal prosthesis, wherein the endoluminal prosthesis can be incrementally axially rotated, wherein the stabilizing means comprises a grooved mandrel suitable for receiving the endoluminal prosthesis; the mandrel including a plurality of grooves running longitudinally down its length, the grooves being spaced around the circumference of the mandrel; and a means to manipulate the layer of biocompatible material at at least one distinct point on the endoluminal prosthesis to produce an alteration on the surface thereof, characterised in that the manipulating means comprising spaced apart teeth to create the alteration, wherein the device further comprises a means to couple the stabilizing means with the manipulating means, wherein the coupling means is adapted to rotate the stabilizing means following the formation of at least one alteration on the surface of the endoluminal prosthesis, wherein the coupling means comprises a main support structure , wherein the grooved mandrel is coupled to the main support structure by support pins which are inserted into the center of the mandrel, and wherein a stop disk is configured to abut one end of the endoluminal prosthesis to prevent the endoluminal prosthesis from migrating
Crystalline tapentadol maleate, said crystalline tapentadol maleate being crystalline tapentadol maleate characterized by the following 2-theta degrees: 11,5; 18,6; 22,1 ±0.2 , preferably further characterized by the following 2-theta degrees: 11,5; 16,4; 18,1; 18,6; 19,8; 22,1 ±0.2, more preferably further characterized by the following 2-theta degrees: 9,7; 11,5; 16,4; 18,1; 18,6; 19,8; 22,1; 23,3; 26,1 ±0.2 , or crystalline tapentadol maleate characterized by the following 2-theta degrees: 17,1; 19,2; 19,9 ±0.2, preferably characterized by the following 2-theta degrees: 16,9; 17,1; 19,2; 19,9; 22,8; 24,0 ±0.2, more preferably further characterized by the following 2-theta degrees: 16,9; 17,1; 19,2; 19,9; 21,4; 22,8; 24,0; 27,3 ±0.2, especially further characterized by the following 2-theta degrees: 11,1; 12,8; 16,9; 17,1; 19,2; 19,9; 21,4; 22,8; 24,0; 27,3 ±0.2.