mhurhangee/patent-ind-claim-en huggingface dataset:
Iron comprising an ironing sole plate comprising at least one steam outlet orifice and a heating body comprising a steam chamber connected by a steam distribution circuit to the at least one steam outlet orifice , the steam chamber having a bottom wall comprising a water injection zone on which water is intended to be injected to produce steam, the heating body comprising a first electrical heating resistor extending into a first zone of the bottom wall and a second electrical heating resistor , the first electrical heating resistor having a curved portion (18.3) extending between two connecting ends to its electrical supply and the second electrical heating resistor having a curved portion (19.3) extending between two connecting ends for its electrical supply, and the first electrical heating resistor and the second electrical heating resistor being arranged head-to-tail, the curved portions (18.3, 19.3) of the first and second electrical resistors being arranged opposite one another, characterised in that the second electrical heating resistor extends into a second zone of the bottom wall of the steam chamber .
Numerical control tool machine (MC) comprising: a table turnable about an - in use - vertical axis (Y1), N processing stations , N ≥ 2, arranged around the table , a support for a workpiece , the support being connected to the table for reaching in sequence the N stations and making the piece be processed thereat, means for connecting the support to the table or releasing it depending on the state of a control input, the support comprising locking members for retaining the workpiece on itself during all the operations performed at the N stations , characterized in that each support is composed by two heads and a central body , the two heads , a lower one and an upper one, being fixed respectively on a different flange of the table , while the central body protrudes from a drum of the table to bring the workpiece closer to tools of the stations , the central body comprising blocking members to hold the workpiece thereon during rotation of the table . a table turnable about an - in use - vertical axis (Y1), N processing stations , N ≥ 2, arranged around the table , a support for a workpiece , the support being connected to the table for reaching in sequence the N stations and making the piece be processed thereat, means for connecting the support to the table or releasing it depending on the state of a control input, the support comprising locking members for retaining the workpiece on itself during all the operations performed at the N stations , characterized in that each support is composed by two heads and a central body , the two heads , a lower one and an upper one, being fixed respectively on a different flange of the table , while the central body protrudes from a drum of the table to bring the workpiece closer to tools of the stations , the central body comprising blocking members to hold the workpiece thereon during rotation of the table .
A length- and wide-adjustable boot characterized in that it comprises: - a rearward base piece (BP) with two inner rails, left rail of rearward base (BPr1) and right rail of rearward base (BPr2) with an inclination of these rails with respect to the axis of symmetry of the boot with an angle α determined by the ratio length/width of the foot comprised between 0° and 90°; - a forward base piece (BA) with two inner rails, left forward rail (BAr3) and right forward rail (BAr4), perpendicular to the axis of symmetry of the boot; - a right side piece (LR) with two rails in its bottom, rearward rail of the right side (LRr2) and forward rail of the right side (LRr4), so that the rearward rail of the right side (LRr2) couples with the right rail of the rearward base (BPr2) and the forward rail of the right side (LRr4); - a left side piece (LL) with two rails in its bottom, rearward rail of the left side (LLr1) and forward rail of the left side (LLr3), so that the rearward rail of the left side (LLr1) couples with the left rail of the rearward base (BPr1) and the rearward rail of the left side (LLr3) couples to the left rail of the rearward base (BPr3); - an only fixing and adjustment system that allows to move the rearward base piece (BP), the forward base piece (BA), the left side piece (LL) and the right side piece (LR) simultaneously, so that the movement of any of the four pieces (BP, BA, LR, LL) produces a proportional movement to the width and length of the food in the other three pieces. - a rearward base piece (BP) with two inner rails, left rail of rearward base (BPr1) and right rail of rearward base (BPr2) with an inclination of these rails with respect to the axis of symmetry of the boot with an angle α determined by the ratio length/width of the foot comprised between 0° and 90°; - a forward base piece (BA) with two inner rails, left forward rail (BAr3) and right forward rail (BAr4), perpendicular to the axis of symmetry of the boot; - a right side piece (LR) with two rails in its bottom, rearward rail of the right side (LRr2) and forward rail of the right side (LRr4), so that the rearward rail of the right side (LRr2) couples with the right rail of the rearward base (BPr2) and the forward rail of the right side (LRr4); - a left side piece (LL) with two rails in its bottom, rearward rail of the left side (LLr1) and forward rail of the left side (LLr3), so that the rearward rail of the left side (LLr1) couples with the left rail of the rearward base (BPr1) and the rearward rail of the left side (LLr3) couples to the left rail of the rearward base (BPr3); - an only fixing and adjustment system that allows to move the rearward base piece (BP), the forward base piece (BA), the left side piece (LL) and the right side piece (LR) simultaneously, so that the movement of any of the four pieces (BP, BA, LR, LL) produces a proportional movement to the width and length of the food in the other three pieces.
A sandwich panel in which a skin layer is provided to upper and lower surfaces of a core , wherein the sandwich panel is characterized in that : the skin layer is obtained by layering unidirectional-fiber-reinforced resin bodies that comprise a matrix resin and a unidirectional fiber body in which carbon fiber bundles and glass fiber bundles are aligned in one direction, and woven-fiber-reinforced resin bodies that comprise a matrix resin and an interwoven fiber body in which glass fiber bundles are interwoven as warp bundles and weft bundles; and commingled parts in which the nap of the carbon fiber bundles and that of the glass fiber bundles commingle, or unitary parts where only the nap of the carbon fiber bundles is present, are provided along the length direction of each fiber bundle between adjacent carbon fiber bundles and glass fiber bundles in the unidirectional-fiber-reinforced resin bodies.
A polypeptide comprising: a) an amino acid sequence as set forth in SEQ ID NO: 1; or b) an amino acid sequence with at least 80% sequence identity to a sequence as set forth in SEQ ID NO: 1, wherein said amino acid sequence comprises a glutamic acid at position 61 and one or more of the following: 1) proline at position 66; 2) proline at position 95; 3) glycine at position 96; and 4) valine at position 97, wherein the specified amino acid residues are at positions equivalent to the positions in SEQ ID NO: 1 and wherein said polypeptide is capable of promoting the formation of an isopeptide bond between the lysine residue at position 9 of SEQ ID NO: 2 and the asparagine residue at position 17 of SEQ ID NO: 3. a) an amino acid sequence as set forth in SEQ ID NO: 1; or b) an amino acid sequence with at least 80% sequence identity to a sequence as set forth in SEQ ID NO: 1, wherein said amino acid sequence comprises a glutamic acid at position 61 and one or more of the following: 1) proline at position 66; 2) proline at position 95; 3) glycine at position 96; and 4) valine at position 97, wherein the specified amino acid residues are at positions equivalent to the positions in SEQ ID NO: 1 and wherein said polypeptide is capable of promoting the formation of an isopeptide bond between the lysine residue at position 9 of SEQ ID NO: 2 and the asparagine residue at position 17 of SEQ ID NO: 3. 1) proline at position 66; 2) proline at position 95; 3) glycine at position 96; and 4) valine at position 97,
A component carrier , wherein the component carrier is configured as one of the group consisting of a printed circuit board, and an IC substrate, the component carrier comprising: component carrier material ; a heat spreading module which comprises a dielectric shell and a carbon structure, in particular graphite structure , enclosed within the dielectric shell for disabling contact between the carbon structure and the component carrier material , wherein the dielectric shell is fully circumferential encasing the carbon structure; and an adhesion promoter promoting adhesion and arranged between the carbon structure and the dielectric shell . component carrier material ; a heat spreading module which comprises a dielectric shell and a carbon structure, in particular graphite structure , enclosed within the dielectric shell for disabling contact between the carbon structure and the component carrier material , wherein the dielectric shell is fully circumferential encasing the carbon structure; and an adhesion promoter promoting adhesion and arranged between the carbon structure and the dielectric shell .
Robot for autonomously processing an agricultural area containing plants arranged in rows , comprising - a chassis having two axles , namely a rear axle and a front axle , which are connected to one another by way of a central crossmember , wherein a respective axle is arranged so as to be steerable at the crossmember about an axis of rotation and wherein each axle has two steerable wheels which are rotatable about a steering axis and at least one of which is drivable, - a construction which is attachable to the chassis and, selectively or in combination, has an autonomously actuatable tool for processing fields, has a sensor system or an analysis device, or is designed to receive a spreading matter, - a control device configured to control the chassis and to carry out autonomous driving manoeuvres, such that, for a change of row, a transverse driving manoeuvre is able to be carried out transversely over a row with the aid of the control device , in which transverse driving manoeuvre the wheels are each rotated about their steering axis and the axles are each rotated about their axis of rotation . - a chassis having two axles , namely a rear axle and a front axle , which are connected to one another by way of a central crossmember , wherein a respective axle is arranged so as to be steerable at the crossmember about an axis of rotation and wherein each axle has two steerable wheels which are rotatable about a steering axis and at least one of which is drivable, - a construction which is attachable to the chassis and, selectively or in combination, has an autonomously actuatable tool for processing fields, has a sensor system or an analysis device, or is designed to receive a spreading matter, - a control device configured to control the chassis and to carry out autonomous driving manoeuvres, such that, for a change of row, a transverse driving manoeuvre is able to be carried out transversely over a row with the aid of the control device , in which transverse driving manoeuvre the wheels are each rotated about their steering axis and the axles are each rotated about their axis of rotation .
A vehicle comprising: an internal combustion engine , the internal combustion engine including a recirculation device that recirculates exhaust gas of the internal combustion engine to an intake passage, the recirculation device including an exhaust gas recirculation passage and an exhaust gas recirculation valve provided in the exhaust gas recirculation passage, such that the exhaust gas recirculation passage communicates between an exhaust passage of the internal combustion engine and the intake passage when the exhaust gas recirculation valve is opened, and the exhaust gas recirculation passage is blocked when the exhaust gas recirculation valve is closed; an electric power output device configured to output electric power generated by using the internal combustion engine to the outside of the vehicle; and an electronic control unit characterized in that the electronic control unit is configured to control a recirculation amount of the exhaust gas by adjusting an opening degree of the exhaust gas recirculation valve of the recirculation device in accordance with an operation point of the internal combustion engine such that, under the same operation point, the recirculation amount of the exhaust gas is restricted by reducing the opening degree by a predefined reduced amount (ΔX) when the internal combustion engine is operated to generate electric power and the electric power output device outputs the electric power to the outside of the vehicle compared to when the internal combustion engine is operated to drive the vehicle. an internal combustion engine , the internal combustion engine including a recirculation device that recirculates exhaust gas of the internal combustion engine to an intake passage, the recirculation device including an exhaust gas recirculation passage and an exhaust gas recirculation valve provided in the exhaust gas recirculation passage, such that the exhaust gas recirculation passage communicates between an exhaust passage of the internal combustion engine and the intake passage when the exhaust gas recirculation valve is opened, and the exhaust gas recirculation passage is blocked when the exhaust gas recirculation valve is closed; an electric power output device configured to output electric power generated by using the internal combustion engine to the outside of the vehicle; and an electronic control unit characterized in that the electronic control unit is configured to control a recirculation amount of the exhaust gas by adjusting an opening degree of the exhaust gas recirculation valve of the recirculation device in accordance with an operation point of the internal combustion engine such that, under the same operation point, the recirculation amount of the exhaust gas is restricted by reducing the opening degree by a predefined reduced amount (ΔX) when the internal combustion engine is operated to generate electric power and the electric power output device outputs the electric power to the outside of the vehicle compared to when the internal combustion engine is operated to drive the vehicle.
Hob apparatus with a housing unit (12a-b) and with at least one web-like reinforcing unit (14a-b), which is provided for reinforcing the housing unit (12a-b) and is fastened to the housing unit (12a-b), at least in an assembled state, characterised in that the reinforcing unit (14a-b) has at least one fastening element (16a-b), which, in the assembled state, is provided for fastening at least to a side wall (18a-b) of the housing unit (12a-b) in a manner which cannot be released without tools.
A process for preparing apixaban of formula (V), said process comprising: (i) providing a compound of formula (III), wherein Hal is Br or Cl; (ii) cyclizing the compound of formula (III) in the presence of potassium carbonate, a first solvent, and a phase transfer catalyst, to obtain a compound of formula (IV) (iii) amidating the compound of formula (IV) to obtain apixaban of formula (V); and (iv) optionally crystallizing apixaban of formula (V). (i) providing a compound of formula (III), wherein Hal is Br or Cl; (ii) cyclizing the compound of formula (III) in the presence of potassium carbonate, a first solvent, and a phase transfer catalyst, to obtain a compound of formula (IV) (iii) amidating the compound of formula (IV) to obtain apixaban of formula (V); and (iv) optionally crystallizing apixaban of formula (V).
A cabinet comprising: a housing ; a first drawer arranged to slide relative to the housing between an open position and a closed position; a first snap fit lock mechanism for locking automatically the first drawer to the housing when the first drawer reaches the closed position, so as to retain the first drawer in the closed position, and comprising a first locking member mounted on the first drawer ; a second locking member mounted on the housing ; and wherein one of the first locking member and the second locking member is moveable between an engaged position, wherein the second locking member is engaged with the first locking member while the first drawer is in the closed position, and a disengaged position, wherein the second locking member is disengaged from the first locking member allowing the drawer to slide relative to the housing ; an actuator for causing the first snap fit lock mechanism to unlock the first drawer from the housing , so as to allow the first drawer to leave the closed position; and characterized in that the cabinet further comprises a shutter arranged between the first drawer and the second locking element at least partially, wherein the shutter comprises an opening to allow the first locking element to pass through the shutter . a housing ; a first drawer arranged to slide relative to the housing between an open position and a closed position; a first snap fit lock mechanism for locking automatically the first drawer to the housing when the first drawer reaches the closed position, so as to retain the first drawer in the closed position, and comprising a first locking member mounted on the first drawer ; a second locking member mounted on the housing ; and wherein one of the first locking member and the second locking member is moveable between an engaged position, wherein the second locking member is engaged with the first locking member while the first drawer is in the closed position, and a disengaged position, wherein the second locking member is disengaged from the first locking member allowing the drawer to slide relative to the housing ; a first locking member mounted on the first drawer ; a second locking member mounted on the housing ; and wherein one of the first locking member and the second locking member is moveable between an engaged position, wherein the second locking member is engaged with the first locking member while the first drawer is in the closed position, and a disengaged position, wherein the second locking member is disengaged from the first locking member allowing the drawer to slide relative to the housing ; an actuator for causing the first snap fit lock mechanism to unlock the first drawer from the housing , so as to allow the first drawer to leave the closed position; and characterized in that the cabinet further comprises a shutter arranged between the first drawer and the second locking element at least partially, wherein the shutter comprises an opening to allow the first locking element to pass through the shutter .
Method for operating a cooling section which is arranged within a rolling train or upstream or downstream of the rolling train and by means of which a hot-rolled product made of metal is cooled, - wherein a number of application devices of the cooling section are supplied with a respective actual flow (F) of a liquid, water-based coolant via a respective supply line and a respective pump , - wherein the respective actual flow (F) of the coolant is applied to the hot-rolled product by means of the respective application device , - wherein the hot-rolled product is transported in a horizontal transport direction (x) within the cooling section during the application of the coolant , characterized in that a controller of the cooling section dynamically determines a respective target control state (S*) for the respective pump on the basis of a respective target flow (F*) of the coolant to be applied to the hot-rolled product by means of the respective application device and controls the respective pump in a corresponding manner such that the respective actual flow (F) delivered by the respective pump is approximated as far as possible to the respective target flow (F*) at any time. - wherein a number of application devices of the cooling section are supplied with a respective actual flow (F) of a liquid, water-based coolant via a respective supply line and a respective pump , - wherein the respective actual flow (F) of the coolant is applied to the hot-rolled product by means of the respective application device , - wherein the hot-rolled product is transported in a horizontal transport direction (x) within the cooling section during the application of the coolant ,
Use of metal pigments in a liquid polymer formulation for improving the electroplatability of the surface of the polymer formation after curing thereof, wherein the metal pigments comprise a coating which produces floating of the metal pigments in the liquid polymer formation and/or in the polymer formation as it cures.
Assembly having a high-performance semiconductor module and having a cooling device which has at least a base with fixing device for arranging the high-performance semiconductor module and at least two configurations of first and second cooling ribs which are each connected in one piece to the base , the respective first and second cooling ribs being formed in their outline as flat moulded bodies and being arranged in relation to the base of the cooling device in such a way that they are arranged with their vertical extent parallel to the surface normal to the main surface of the base and their longitudinal extent extends at right angles to this surface normal, the respective first and second cooling ribs having different masses, the first and second cooling ribs having the same material but different volumes, characterized in that the respective first and second cooling ribs are arranged in a sequence "ABABA", contours being arranged on the surface of the second cooling ribs , extending in the form of waves on the surface of the first and the first and second cooling ribs in the direction of the surface normal to the main surface of the base .