mhurhangee/patent-ind-claim-en huggingface dataset:
An air-conditioning system comprising: an input unit configured to receive at least information on a human body factor and an operation mode, the human body factor being an element for identifying a person; a plurality of variable devices configured to change at least one environmental factor, which is an element for identifying an environment; and a control unit configured to control the plurality of variable devices based on the information received from the input unit and cause a plurality of the environmental factors to be within a comfort range, characterized by a detection unit configured to detect an environmental factor, and in that the control unit is further configured to determine a target value for each of the plurality of the environmental factors to be a value within the comfort range based on the information received from the input unit , to control the plurality of variable devices according to the target values and values detected by the detection unit , and brings each value of the environmental factors to the target value, and by further comprising a display unit configured to display at least a registration screen of a parameter of the human body factor of a user, a setting screen of the operation mode, and a display screen of the target values. an input unit configured to receive at least information on a human body factor and an operation mode, the human body factor being an element for identifying a person; a plurality of variable devices configured to change at least one environmental factor, which is an element for identifying an environment; and a control unit configured to control the plurality of variable devices based on the information received from the input unit and cause a plurality of the environmental factors to be within a comfort range, characterized by a detection unit configured to detect an environmental factor, and in that the control unit is further configured to determine a target value for each of the plurality of the environmental factors to be a value within the comfort range based on the information received from the input unit , to control the plurality of variable devices according to the target values and values detected by the detection unit , and brings each value of the environmental factors to the target value, and by further comprising a display unit configured to display at least a registration screen of a parameter of the human body factor of a user, a setting screen of the operation mode, and a display screen of the target values.
A photovoltaic connection box which is mounted on the surface of a solar panel comprises: a box, a conductive terminal received in the box and having a first lateral wall which is perpendicular to the surface of the solar panel ; and a diode connected to the first lateral wall of the conductive terminal , wherein the conductive terminal further comprises a bottom wall ; and a second lateral wall opposite to the first lateral wall , wherein the first and second lateral walls are perpendicular to the bottom wall , and extend upward vertically from either side of the bottom wall , respectively, and wherein the conductive terminal further comprises: a lateral wing which is perpendicular to the second lateral wall and extends outwards horizontally from the second lateral wall , and wherein a busbar mounted on the solar panel is introduced into the photovoltaic connection box from the bottom wall , and is electrically connected to the lateral wing of the conductive terminal . a box, a conductive terminal received in the box and having a first lateral wall which is perpendicular to the surface of the solar panel ; and a diode connected to the first lateral wall of the conductive terminal , wherein the conductive terminal further comprises a bottom wall ; and a second lateral wall opposite to the first lateral wall , wherein the first and second lateral walls are perpendicular to the bottom wall , and extend upward vertically from either side of the bottom wall , respectively, and wherein the conductive terminal further comprises: a lateral wing which is perpendicular to the second lateral wall and extends outwards horizontally from the second lateral wall , and wherein a busbar mounted on the solar panel is introduced into the photovoltaic connection box from the bottom wall , and is electrically connected to the lateral wing of the conductive terminal . a lateral wing which is perpendicular to the second lateral wall and extends outwards horizontally from the second lateral wall , and wherein a busbar mounted on the solar panel is introduced into the photovoltaic connection box from the bottom wall , and is electrically connected to the lateral wing of the conductive terminal .
A device for welding pipe branches and extensions to a main pipe from inside the main pipe, the device including a frame and a frame cylinder , an elongated electrode shaft having a longitudinal central axis, around which the electrode shaft is rotatably arranged, a rotator disc of the electrode shaft , through which the electrode shaft is able to slide axially, an electrode holder in the end of the electrode shaft, an electrode fastened to the holder , a welding jig (1, 1.2, 1.3; 2.3, 2.4, 2.5) for supporting the main pipe (6.1; 2.2a) in the welding station, a fastening element of the welding jig, a rotating element of the welding jig, to which the fastening element is fastened and which is rotatably bearing-mounted inside the frame cylinder such that the rotational axis of the welding jig combines with the central axis of the electrode shaft, characterized in that the welding jig has a support bracket (1.2, 1.3; 2.4, 2.5) for the main pipe (6.1; 2.2a), by which the main pipe (6.1) is to be supported in the station, in which the central axes of the main pipe (6.1; 2.2a) and the electrode shaft are combined, that the welding jig has, surrounding the electrode shaft , an adapter piece , to which is connected a shielding gas channel , the shielding gas being adapted to be guided through the adapter piece into the main pipe, and through it, also into the pipe branch or extension to be welded, when the main pipe, or the pipe extension (6.3) to be welded to the main pipe, or a shielding gas pipe (2.3) surrounding the main pipe rests against the adapter piece , and that the rotator disc of the electrode shaft is equipped with a locking device , with which the electrode shaft is to be locked axially immobile in relation to the rotator disc .
Screw-spindle pump having at least two screw spindles , which comprise a drive spindle and a running spindle which runs oppositely with respect to the drive spindle , and a pump housing for receiving the two screw spindles , wherein the two screw spindles form, together with at least the pump housing , delivery chambers , which move from a suction side to a pressure side of the pump (P) as a consequence of a rotation of the screw spindles , wherein the pump housing has a first abutment for the drive spindle and a second abutment for the running spindle , wherein at least one of the two abutments is set at an angle (α 1 , α 2 ) with respect to a first plane (X - Z) of the pump (P) in order to counteract operationally induced crossing of the two spindles , characterized in that - the pump housing has at least one insert means which functions as an abutment element for the screw spindles and which has the first abutment and the second abutment and against which the screw spindles are supported, - and in that the insert means is provided with a peripheral shoulder for axial fixing with respect to the pump housing , and/or in that the insert means is provided with shaped elements for tangential fixing with respect to the pump housing . at least two screw spindles , which comprise a drive spindle and a running spindle which runs oppositely with respect to the drive spindle , and a pump housing for receiving the two screw spindles , wherein the two screw spindles form, together with at least the pump housing , delivery chambers , which move from a suction side to a pressure side of the pump (P) as a consequence of a rotation of the screw spindles , wherein the pump housing has a first abutment for the drive spindle and a second abutment for the running spindle , wherein at least one of the two abutments is set at an angle (α 1 , α 2 ) with respect to a first plane (X - Z) of the pump (P) in order to counteract operationally induced crossing of the two spindles , characterized in that - the pump housing has at least one insert means which functions as an abutment element for the screw spindles and which has the first abutment and the second abutment and against which the screw spindles are supported, - and in that the insert means is provided with a peripheral shoulder for axial fixing with respect to the pump housing , and/or in that the insert means is provided with shaped elements for tangential fixing with respect to the pump housing . - the pump housing has at least one insert means which functions as an abutment element for the screw spindles and which has the first abutment and the second abutment and against which the screw spindles are supported, - and in that the insert means is provided with a peripheral shoulder for axial fixing with respect to the pump housing , and/or in that the insert means is provided with shaped elements for tangential fixing with respect to the pump housing .
A reinforced polypropylene material, characterized in that , the material comprises the following components in parts by weight: a, 10 to 90 parts of a polypropylene resin; b, 0.5 to 25 parts of a compatilizer; c, 5 to 60 parts of reinforcing fibers; d, 0.1 to 20 parts of a colorant powder having a Moh's hardness less than 6; wherein the reinforcing fibers comprise a component I, a component II and a component III: the component I is composed of reinforcing fibers with a length of 0.1 mm - 0.6 mm, accounting for 35% - 50% of a number of reinforcing fibers; the component II is composed of reinforcing fibers with a length of 0.7 mm - 1.3 mm, accounting for 35% - 45% of the number of reinforcing fibers; the component III is composed of reinforcing fibers with a length of 1.4 mm - 2.0 mm, accounting for 5% - 20% of the number of reinforcing fibers. a, 10 to 90 parts of a polypropylene resin; b, 0.5 to 25 parts of a compatilizer; c, 5 to 60 parts of reinforcing fibers; d, 0.1 to 20 parts of a colorant powder having a Moh's hardness less than 6; the component I is composed of reinforcing fibers with a length of 0.1 mm - 0.6 mm, accounting for 35% - 50% of a number of reinforcing fibers; the component II is composed of reinforcing fibers with a length of 0.7 mm - 1.3 mm, accounting for 35% - 45% of the number of reinforcing fibers; the component III is composed of reinforcing fibers with a length of 1.4 mm - 2.0 mm, accounting for 5% - 20% of the number of reinforcing fibers.
An aircraft gas turbine engine comprising: a fan coupled to a fan drive turbine , the fan being configured to provide a bypass flow (B) and a core flow (A) in use; a reduction gearbox which couples the fan to the fan drive turbine ; a core compressor arrangement , the core compressor arrangement having a core inlet at an upstream end of a core gas flow passage (A) defined by radially inner and outer walls , the radially inner wall of the core inlet defining a first diameter (D INLET ); wherein; the core compressor arrangement comprises an axially forwardmost compressor rotor blade , a root leading edge of the axially forwardmost compressor rotor blade defining a second diameter (D COMP ), wherein a first ratio (R 1 ) of the first diameter (D INLET ) to the second diameter (D COMP ) is greater than or equal to 1.4, characterised in that a first axial distance (A 1 ) is defined by an axial distance between the core inlet and the root leading edge of the axially forwardmost compressor rotor blade , a second ratio (R 2 ) is defined by a ratio of the first axial distance (A 1 ) divided by a difference between the first diameter and the second diameter (D INLET - D COMP ), wherein the second ratio (R 2 ) is greater than or equal to 1, and less than or equal to 1.5. a fan coupled to a fan drive turbine , the fan being configured to provide a bypass flow (B) and a core flow (A) in use; a reduction gearbox which couples the fan to the fan drive turbine ; a core compressor arrangement , the core compressor arrangement having a core inlet at an upstream end of a core gas flow passage (A) defined by radially inner and outer walls , the radially inner wall of the core inlet defining a first diameter (D INLET ); wherein; the core compressor arrangement comprises an axially forwardmost compressor rotor blade , a root leading edge of the axially forwardmost compressor rotor blade defining a second diameter (D COMP ), wherein a first ratio (R 1 ) of the first diameter (D INLET ) to the second diameter (D COMP ) is greater than or equal to 1.4, characterised in that a first axial distance (A 1 ) is defined by an axial distance between the core inlet and the root leading edge of the axially forwardmost compressor rotor blade , a second ratio (R 2 ) is defined by a ratio of the first axial distance (A 1 ) divided by a difference between the first diameter and the second diameter (D INLET - D COMP ), wherein the second ratio (R 2 ) is greater than or equal to 1, and less than or equal to 1.5.
A device (9; 24) adapted for rapid removal/reinstallation of a backrest of a vehicle seat , the seat comprising a seating part , integral with a structure of the vehicle, and a backrest which is attached, in the use position of the seat , and via at least one first strap , between the seating part and one or more first high attachment points to a ceiling of the vehicle, said first strap(s) being adjustable in tension and being, in the use position of the seat , tightened so as to maintain in position the backrest , the device (9; 24) being characterised in that it comprises a hanging intermediary structure (11; 26), provided with means for connecting to said first strap(s) , and a fixed structure (10; 25) which is adapted to be integral with the ceiling of the vehicle and forms said first high attachment point(s), the fixed structure (10; 25) comprising for this purpose: - retaining means (12d; 31c) for removably connecting the hanging intermediary structure (11; 26) to the fixed structure (10; 25) and for supporting the hanging intermediary structure (11; 26) in the use position of the seat , position in which the hanging intermediary structure (11; 26) has been brought with a movement towards the ceiling so as to put under tension the hanging intermediary structure (11; 26) thanks to the tension of the first strap(s) ; and - locking means (16; 33) for, in a first position, locking the hanging intermediary structure (11; 26) in the use position of the seat and for, in a second position, unlocking the hanging intermediary structure (11; 26) such that the latter is moved away from the ceiling so as to release the tension applied by the first strap(s) on the hanging intermediary structure (11; 26) and thus allow the hanging intermediary structure (11; 26) to be disengaged from the retaining means (12d; 31c), the latter being configured to support the hanging intermediary structure (11; 26) during said movement away from the ceiling , whereby the backrest can thus be removed or reinstalled without any action on the tension setting of said first strap (s) . - retaining means (12d; 31c) for removably connecting the hanging intermediary structure (11; 26) to the fixed structure (10; 25) and for supporting the hanging intermediary structure (11; 26) in the use position of the seat , position in which the hanging intermediary structure (11; 26) has been brought with a movement towards the ceiling so as to put under tension the hanging intermediary structure (11; 26) thanks to the tension of the first strap(s) ; and - locking means (16; 33) for, in a first position, locking the hanging intermediary structure (11; 26) in the use position of the seat and for, in a second position, unlocking the hanging intermediary structure (11; 26) such that the latter is moved away from the ceiling so as to release the tension applied by the first strap(s) on the hanging intermediary structure (11; 26) and thus allow the hanging intermediary structure (11; 26) to be disengaged from the retaining means (12d; 31c), the latter being configured to support the hanging intermediary structure (11; 26) during said movement away from the ceiling ,
A method of fabricating a heterostructure system, comprising: epitaxially growing a crystalline layer of a first substance on a crystalline base layer by surface catalysis in a solution, wherein said growth is self-terminated once a monolayer of said first substance is formed on said base layer; and epitaxially growing an additional crystalline layer of a second substance on said monolayer, thereby forming a heterostructure system comprising said base layer said monolayer and said additional layer, characterised in that the solution is an anhydrous solution. epitaxially growing a crystalline layer of a first substance on a crystalline base layer by surface catalysis in a solution, wherein said growth is self-terminated once a monolayer of said first substance is formed on said base layer; and epitaxially growing an additional crystalline layer of a second substance on said monolayer, thereby forming a heterostructure system comprising said base layer said monolayer and said additional layer, characterised in that the solution is an anhydrous solution.
A garden hose assembly comprising: a tubular body including: a tube defining an interior passageway of the garden hose assembly and comprising an inner tube and an outer tube , a reinforcement surrounding the tube ; and a cover surrounding the reinforcement and comprising an inner cover and an outer cover , characterized in that the inner tube is constructed from a base thermoplastic material comprising at least one of SEBS, TPV or TPU, and is substantially free of tube additives, and wherein the outer tube comprises the base thermoplastic material and at least one tube additive to the base thermoplastic material; wherein the outer cover is constructed from a base thermoplastic material comprising SEBS and a UV modifier, and the inner cover is substantially free of cover additives; and wherein the tubular body has a substantially flattened shape. a tubular body including: a tube defining an interior passageway of the garden hose assembly and comprising an inner tube and an outer tube , a reinforcement surrounding the tube ; and a cover surrounding the reinforcement and comprising an inner cover and an outer cover , characterized in that the inner tube is constructed from a base thermoplastic material comprising at least one of SEBS, TPV or TPU, and is substantially free of tube additives, and wherein the outer tube comprises the base thermoplastic material and at least one tube additive to the base thermoplastic material; wherein the outer cover is constructed from a base thermoplastic material comprising SEBS and a UV modifier, and the inner cover is substantially free of cover additives; and wherein the tubular body has a substantially flattened shape. a tube defining an interior passageway of the garden hose assembly and comprising an inner tube and an outer tube , a reinforcement surrounding the tube ; and a cover surrounding the reinforcement and comprising an inner cover and an outer cover , characterized in that the inner tube is constructed from a base thermoplastic material comprising at least one of SEBS, TPV or TPU, and is substantially free of tube additives, and wherein the outer tube comprises the base thermoplastic material and at least one tube additive to the base thermoplastic material; wherein the outer cover is constructed from a base thermoplastic material comprising SEBS and a UV modifier, and the inner cover is substantially free of cover additives; and wherein the tubular body has a substantially flattened shape.
A thermowell or gas sampling probe , said thermowell or gas sampling probe having a probe main body for insertion into a pipe transporting fluid, the probe main body comprising: an elongate upper tubular portion ; an elongate lower tubular portion which is integral with and having a diameter smaller than the upper tubular portion ; an internal bore for receiving a temperature probe or a sampling tube , the internal bore extending from the upper tubular portion to the lower tubular portion ; and a plurality of helical fins having an outer edge, the helical fins being integrally formed on the lower tubular portion and wound along and around the outer surface of the lower tubular portion to trace a three-dimensional curve, wherein the radial extension of the lower tubular portion plus the outer edges of the helical fins substantially corresponds to the external radius of the upper tubular portion , so that the outer edges of the helical fins extend in a streamline fashion from the upper tubular portion ; and characterized in that the pitch of each of the plurality of helical fins is in the range D to 20D, where D is the external diameter or width of the upper tubular portion . an elongate upper tubular portion ; an elongate lower tubular portion which is integral with and having a diameter smaller than the upper tubular portion ; an internal bore for receiving a temperature probe or a sampling tube , the internal bore extending from the upper tubular portion to the lower tubular portion ; and a plurality of helical fins having an outer edge, the helical fins being integrally formed on the lower tubular portion and wound along and around the outer surface of the lower tubular portion to trace a three-dimensional curve, wherein the radial extension of the lower tubular portion plus the outer edges of the helical fins substantially corresponds to the external radius of the upper tubular portion , so that the outer edges of the helical fins extend in a streamline fashion from the upper tubular portion ; and characterized in that the pitch of each of the plurality of helical fins is in the range D to 20D, where D is the external diameter or width of the upper tubular portion .
An apparatus for splitting up articles of tobacco industry into fragments, wherein a rod-like article comprises a filling material (A, B, C, D) wrapped in a wrapper (W), and wherein the apparatus comprises: - a carrying unit with recesses arranged to receive the rod-like articles , - a holding unit arranged to hold the rod-like article in the recess of the carrying unit , and - a splitting unit comprising a pressing surface , wherein the pressing surface is positioned adjacently to the carrying unit , wherein the distance (e, c, d, f, h, n) between the pressing surface and the bottom of the recess decreases during movement of the carrying element , which causes dislocation of a fragment of the rod-like article that is outside the recess and creates a breaking stress in the wrapper material (W) at a boundary between the fragment located in the recess and the fragment located outside the recess . - a carrying unit with recesses arranged to receive the rod-like articles , - a holding unit arranged to hold the rod-like article in the recess of the carrying unit , and - a splitting unit comprising a pressing surface , wherein the pressing surface is positioned adjacently to the carrying unit , wherein the distance (e, c, d, f, h, n) between the pressing surface and the bottom of the recess decreases during movement of the carrying element , which causes dislocation of a fragment of the rod-like article that is outside the recess and creates a breaking stress in the wrapper material (W) at a boundary between the fragment located in the recess and the fragment located outside the recess .