mhurhangee/patent-ind-claim-en huggingface dataset:
An extrusion system for processing a tire blank formed by combining a plurality of rubber formulations, comprising: a base ; a moving mechanism , the moving mechanism being mounted on the base , the moving mechanism being provided with a mounting frame; an extruder assembly , the extruder assembly comprising a plurality of extruders , each of the plurality of extruders extruding one rubber formulation; and a main machine head , the main machine head being mounted in a front of the extruder assembly , the main machine head being provided with a rubber outlet hole, and the rubber outlet hole being in communication with machine heads of the plurality of extruders , characterized in that the extruder assembly is mounted on the mounting frame, the moving mechanism comprises: a longitudinal moving frame , being arranged on the base ; and a transverse moving frame , being arranged on the longitudinal moving frame , and the mounting frame being mounted on the transverse moving frame , wherein, after a processing of one rubber material from one of the plurality of extruders is completed, another extruder of the plurality of extruders needing to discharge rubber from the extruder assembly is selected to discharge rubber. a base ; a moving mechanism , the moving mechanism being mounted on the base , the moving mechanism being provided with a mounting frame; an extruder assembly , the extruder assembly comprising a plurality of extruders , each of the plurality of extruders extruding one rubber formulation; and a main machine head , the main machine head being mounted in a front of the extruder assembly , the main machine head being provided with a rubber outlet hole, and the rubber outlet hole being in communication with machine heads of the plurality of extruders , characterized in that the extruder assembly is mounted on the mounting frame, the moving mechanism comprises: a longitudinal moving frame , being arranged on the base ; and a transverse moving frame , being arranged on the longitudinal moving frame , and the mounting frame being mounted on the transverse moving frame , wherein, after a processing of one rubber material from one of the plurality of extruders is completed, another extruder of the plurality of extruders needing to discharge rubber from the extruder assembly is selected to discharge rubber. a longitudinal moving frame , being arranged on the base ; and a transverse moving frame , being arranged on the longitudinal moving frame , and the mounting frame being mounted on the transverse moving frame , wherein, after a processing of one rubber material from one of the plurality of extruders is completed, another extruder of the plurality of extruders needing to discharge rubber from the extruder assembly is selected to discharge rubber.
A vehicle comprising: a first lateral vehicle underbody diffuser disposed at an aft position on a first side of the vehicle ; and a second lateral vehicle underbody diffuser disposed at an aft position on a second side of the vehicle ; the first and second lateral diffusers being movable from a retracted position to at least a first deployed position to reduce the aerodynamic drag of the vehicle . a first lateral vehicle underbody diffuser disposed at an aft position on a first side of the vehicle ; and a second lateral vehicle underbody diffuser disposed at an aft position on a second side of the vehicle ; the first and second lateral diffusers being movable from a retracted position to at least a first deployed position to reduce the aerodynamic drag of the vehicle .
A sensor for detecting at least one of the density or the viscosity of a liquid, comprising a sensing element (4, 4 III , 4 IV ) for the contact with said fluid, and wherein the state of said sensing element (4, 4 III , 4 IV ) is affected by at least one of the density or viscosity of the liquid, and wherein the sensing element (4, 4 III , 4 IV ) comprises a bender-type piezoelectric active element (32,32 III ), wherein means are associated with the sensing element (4, 4 III , 4 IV ) for detecting the resonance frequency of said sensing element (4, 4 III , 4 IV ) and/or the damping of the oscillation thereof at a fixed frequency characterized in that it comprises at least one reference element (28, 28 I , 28 II , 28 III ) juxtaposed to or positioned near the sensing element (4, 4 III , 4 IV ), in such a way that it lies at a substantially uniform distance from said sensing element (4, 4 III , 4 IV ) or from a prevalent part thereof, so as to define therewith at least a portion of the liquid path where at least one of the density or viscosity of the liquid will be detected, holes (28 I a, 28 III a, 28 III b) being present in said reference element (28, 28 I , 28 II , 28 III ) that have the function of forming channels for the liquid, for allowing the liquid to flow with laminar motion, and wherein the reference element (28 I , 28 II , 28 III ) operates as a check or damping element wherein said distance from the sensing element (4, 4 III , 4 IV ) is such as to increase the degree of damping or to enhance measurement sensitivity by increasing the resonance frequency variation occurring as density/viscosity change. and wherein the sensing element (4, 4 III , 4 IV ) comprises a bender-type piezoelectric active element (32,32 III ), wherein means are associated with the sensing element (4, 4 III , 4 IV ) for detecting the resonance frequency of said sensing element (4, 4 III , 4 IV ) and/or the damping of the oscillation thereof at a fixed frequency characterized in that it comprises at least one reference element (28, 28 I , 28 II , 28 III ) juxtaposed to or positioned near the sensing element (4, 4 III , 4 IV ), in such a way that it lies at a substantially uniform distance from said sensing element (4, 4 III , 4 IV ) or from a prevalent part thereof, so as to define therewith at least a portion of the liquid path where at least one of the density or viscosity of the liquid will be detected, holes (28 I a, 28 III a, 28 III b) being present in said reference element (28, 28 I , 28 II , 28 III ) that have the function of forming channels for the liquid, for allowing the liquid to flow with laminar motion, and wherein the reference element (28 I , 28 II , 28 III ) operates as a check or damping element wherein said distance from the sensing element (4, 4 III , 4 IV ) is such as to increase the degree of damping or to enhance measurement sensitivity by increasing the resonance frequency variation occurring as density/viscosity change.
A method for reconfiguration in a wireless mesh network served by at least one network node , the method being performed by a first network device (i2d) having a first metric, the method comprising: maintaining (S102) an operative connection to one of the at least one network node via a link to a second network device , the second network device having a better metric than the first metric; acquiring (S104) an indication that the first network device is to be detached from the operative connection to the network node by means of a radio link failure occurring on the link between the first network device (i2d) and the second network device ; scanning (S108) for, and establishing an operative connection to, a further second network device having a metric for establishing a new operative connection to said one of the at least one network node; updating (S118) the first metric based on the metric of the further second network device; and disconnecting (S112) the operative connection to the second network device after having verified that the operative connection to the further second network device is to be established. maintaining (S102) an operative connection to one of the at least one network node via a link to a second network device , the second network device having a better metric than the first metric; acquiring (S104) an indication that the first network device is to be detached from the operative connection to the network node by means of a radio link failure occurring on the link between the first network device (i2d) and the second network device ; scanning (S108) for, and establishing an operative connection to, a further second network device having a metric for establishing a new operative connection to said one of the at least one network node; updating (S118) the first metric based on the metric of the further second network device; and disconnecting (S112) the operative connection to the second network device after having verified that the operative connection to the further second network device is to be established.
Crystal form A of ((5-nitroquinolin-8-yl)oxy)methyl-isobutyryl-L-prolinate, characterized in that , the X-ray powder diffraction pattern thereof, which is obtained by using Cu-Kα irradiation and expressed in 2θ angle, comprises characteristic peaks at 5.74±0.2°, 6.78±0.2°, 10.86±0.2°, 13.54±0.2°, 16.70±0.2° and 22.65±0.2°.
A converter valve component, comprising a mounting frame , a plurality of Insulated Gate Bipolar Transistor (IGBT) units and a plurality of thyristor units , wherein the plurality of IGBT units forms a string structure extending along a left-right direction, the plurality of thyristor units forms a string structure extending along the left-right direction, and the plurality of thyristor units are positioned below the plurality of IGBT units; IGBTs and radiators of the plurality of IGBT units are crimped together through an IGBT spring crimping structure, every two adjacent IGBT units are spaced out through an insulating part , the IGBT spring crimping structure comprises one IGBT spring crimping unit, and all IGBT units are crimped together through the IGBT spring crimping unit; a thyristor of the thyristor unit is crimped through a thyristor spring crimping structure, the thyristor spring crimping structure comprises a plurarity of thyristor spring crimping units with a same number as same as that of the thyristor units, and the thyristor of each thyristor unit is crimped through the corresponding thyristor spring crimping unit; and the IGBT spring crimping structure is arranged on the mounting frame.
A person-support structure comprising: a control system ; a plurality of inputs configured to communicate first input signals to the control system ; and a first sensor configured to sense a physiological characteristic of a person supported on the person-support structure and communicate a second input signal corresponding to the physiological characteristic to the control system ; wherein: the person-support structure includes a bed frame having an upper frame movably supported above a lower frame ; the plurality of inputs include a second sensor coupled to the bed frame and configured to sense a status of the bed frame; and the first input signals include information corresponding to the status of the bed frame; characterised in that: the first input signals include information corresponding to a characteristic of a care facility; the control system is configured to: calculate a condition score as a function of the first input signals and the physiological characteristic of the person and compare the condition score to a predetermined threshold; and cause an alert signal to be output when the condition score is greater than the predetermined threshold; and the control system scales at least one of the physiological characteristic of the person and the predetermined threshold as a function of the first input signals, at least as a function of the status of the bed frame and of the characteristic of the care facility. a control system ; a plurality of inputs configured to communicate first input signals to the control system ; and a first sensor configured to sense a physiological characteristic of a person supported on the person-support structure and communicate a second input signal corresponding to the physiological characteristic to the control system ; the person-support structure includes a bed frame having an upper frame movably supported above a lower frame ; the plurality of inputs include a second sensor coupled to the bed frame and configured to sense a status of the bed frame; and the first input signals include information corresponding to the status of the bed frame; the first input signals include information corresponding to a characteristic of a care facility; the control system is configured to: calculate a condition score as a function of the first input signals and the physiological characteristic of the person and compare the condition score to a predetermined threshold; and cause an alert signal to be output when the condition score is greater than the predetermined threshold; and calculate a condition score as a function of the first input signals and the physiological characteristic of the person and compare the condition score to a predetermined threshold; and cause an alert signal to be output when the condition score is greater than the predetermined threshold; and the control system scales at least one of the physiological characteristic of the person and the predetermined threshold as a function of the first input signals, at least as a function of the status of the bed frame and of the characteristic of the care facility.
Hair-styling apparatus for shaping hair comprising: - a first longitudinal case receiving a first treatment surface of hair intended to be heated by a first electric means of heating ; - a second longitudinal case receiving a second treatment surface of hair intended to be heated by a second electric means of heating ; - the first case is mobile with respect to the second case about a pivot axis (Δ) between an open position of the treatment surfaces making it possible to introduce the lock of hair and a closed position for the contact of the treatment surfaces allowing said surfaces to pinch the lock and then defining a treatment zone (Z) of the hair; - at least one means for gripping and for actuating at least one of the cases , the means for gripping and for actuating making it possible to switch between the open and closed positions and having a longitudinal axis Lp at least in said closed position; - the treatment zone (Z) defined in the closed position has a plane Ps of orthogonal symmetry, said plane Ps containing at least one longitudinal axis Lz of the treatment zone (Z); - The axis Lp of said means for gripping and for actuating being contained in said plane Ps, characterised in that the axis (Lp) and the axis (Lz) are secant in the plane Ps and form an acute angle α comprised between 25 and 75°, the angle α being formed in the plane orthogonal to the pivot axis (Δ). - a first longitudinal case receiving a first treatment surface of hair intended to be heated by a first electric means of heating ; - a second longitudinal case receiving a second treatment surface of hair intended to be heated by a second electric means of heating ; - the first case is mobile with respect to the second case about a pivot axis (Δ) between an open position of the treatment surfaces making it possible to introduce the lock of hair and a closed position for the contact of the treatment surfaces allowing said surfaces to pinch the lock and then defining a treatment zone (Z) of the hair; - at least one means for gripping and for actuating at least one of the cases , the means for gripping and for actuating making it possible to switch between the open and closed positions and having a longitudinal axis Lp at least in said closed position; - the treatment zone (Z) defined in the closed position has a plane Ps of orthogonal symmetry, said plane Ps containing at least one longitudinal axis Lz of the treatment zone (Z); - The axis Lp of said means for gripping and for actuating being contained in said plane Ps, characterised in that the axis (Lp) and the axis (Lz) are secant in the plane Ps and form an acute angle α comprised between 25 and 75°, the angle α being formed in the plane orthogonal to the pivot axis (Δ).
A pipetting system comprising: a pipette head including a multichannel air displacement system for aspirating and dispensing liquids; a pipetting system base tower in connection with a base , wherein the pipetting system base tower includes a linear guide system along which the pipette head may be moved vertically with respect to the pipetting system base tower ; counterbalance means for counterbalancing at least a portion of a weight of the pipette head ; and characterized in that the system further comprises a linear actuator motor system that advances a repositionable shaft as an adjustable stop for downward travel of the pipette head by interaction of an end of the repositionable shaft with a fixed stop , wherein: the fixed stop is connected to the base and the linear actuator motor system is connected to the pipette head , or the fixed stop is connected to the pipette head and the linear actuator motor system is connected to the base . a pipette head including a multichannel air displacement system for aspirating and dispensing liquids; a pipetting system base tower in connection with a base , wherein the pipetting system base tower includes a linear guide system along which the pipette head may be moved vertically with respect to the pipetting system base tower ; counterbalance means for counterbalancing at least a portion of a weight of the pipette head ; and characterized in that the system further comprises a linear actuator motor system that advances a repositionable shaft as an adjustable stop for downward travel of the pipette head by interaction of an end of the repositionable shaft with a fixed stop , wherein: the fixed stop is connected to the base and the linear actuator motor system is connected to the pipette head , or the fixed stop is connected to the pipette head and the linear actuator motor system is connected to the base . the fixed stop is connected to the base and the linear actuator motor system is connected to the pipette head , or the fixed stop is connected to the pipette head and the linear actuator motor system is connected to the base .
Positive displacement pump configured to deliver desired quantities of liquid and comprising at least a cylinder , provided with at least an entrance aperture and at least an exit aperture for the liquid, and a plunger , mobile inside said cylinder and configured to transfer the liquid from said entrance aperture to said exit aperture , wherein said cylinder and said plunger extend along a longitudinal axis of development (L); said positive displacement pump also comprises a first actuator configured to drive said plunger in movement in an alternate rotational-translational motion along and around said longitudinal axis of development (L), and is characterized in that it comprises a second actuator configured to selectively move said cylinder , in an automatic and adjustable manner, at least between a first inactive position (P1) in which said cylinder is aligned with said first actuator along a reference axis (X), and a second working position (P2) in which said longitudinal axis of development (L) of said cylinder is inclined with respect to said reference axis (X).
A method of forming a disposable hygiene product comprising: providing a manufacturing line having a back sheet station , a core layer station and a top sheet station connected by a conveying system ; providing a back sheet at the back sheet station ; providing a core layer at the core layer station ; applying the core layer on the back sheet ; providing a top sheet at the top sheet station ; and applying the top sheet on the back sheet and core layer ; wherein the back sheet station comprises a fluid application device configured to discharge a curtain of material to form a polymer film , wherein the back sheet comprises the polymer film , characterised in that the method further comprises providing a cloth-like material at the back sheet station and bonding the cloth-like material to the polymer film to form the back sheet . providing a manufacturing line having a back sheet station , a core layer station and a top sheet station connected by a conveying system ; providing a back sheet at the back sheet station ; providing a core layer at the core layer station ; applying the core layer on the back sheet ; providing a top sheet at the top sheet station ; and applying the top sheet on the back sheet and core layer ; wherein the back sheet station comprises a fluid application device configured to discharge a curtain of material to form a polymer film , wherein the back sheet comprises the polymer film , characterised in that the method further comprises providing a cloth-like material at the back sheet station and bonding the cloth-like material to the polymer film to form the back sheet .
A wiper arm comprising: an arm head ; an arm main body rotatably connected to the arm head through a hinge pin ; biasing means for generating a biasing force to the rotation of the arm main body with respect to the arm head ; and a link member rotatably attached to the arm head , the arm main body including an arm main body side spring seat , the link member including a link member side spring seat disposed opposite to the hinge pin with respect to the arm main body side spring seat , the biasing means being sandwiched between the arm main body side spring seat and the link member side spring seat , characterized in that the arm main body includes a hinge block which is a block member rotatably attached to the arm head , and that the arm main body side spring seat is provided to the hinge block , wherein the arm main body includes a shaft section extending from the hinge block , and wherein the biasing means is a coil spring which is disposed to be coaxial with the shaft section . an arm head ; an arm main body rotatably connected to the arm head through a hinge pin ; biasing means for generating a biasing force to the rotation of the arm main body with respect to the arm head ; and a link member rotatably attached to the arm head , the arm main body including an arm main body side spring seat , the link member including a link member side spring seat disposed opposite to the hinge pin with respect to the arm main body side spring seat , the biasing means being sandwiched between the arm main body side spring seat and the link member side spring seat , characterized in that the arm main body includes a hinge block which is a block member rotatably attached to the arm head , and that the arm main body side spring seat is provided to the hinge block , wherein the arm main body includes a shaft section extending from the hinge block , and wherein the biasing means is a coil spring which is disposed to be coaxial with the shaft section .
A sample collection container for being removably carried by a sample receptacle of a biopsy apparatus , sample collection container comprising a sample capture body defining an interior space (54-1), the sample capture body being made of a fabric and having an interior sample capture surface (54-2) that at least partially surrounds the interior space (54-1), the fabric having a fold (54-5), the sample capture body having a pair of opposed surfaces that extend from the fold to form a V-shape of the fabric; and a frame , the sample capture body being removably attached to the frame, wherein the frame is an annular member (52-1) having an annular mounting surface (52-4) that surrounds a frame opening (52-2), the annular mounting surface (52-4) having a plurality of mechanical fasteners (52-5) around the frame opening (52-2) that are configured to attach to the fabric. a sample capture body defining an interior space (54-1), the sample capture body being made of a fabric and having an interior sample capture surface (54-2) that at least partially surrounds the interior space (54-1), the fabric having a fold (54-5), the sample capture body having a pair of opposed surfaces that extend from the fold to form a V-shape of the fabric; and a frame , the sample capture body being removably attached to the frame, wherein the frame is an annular member (52-1) having an annular mounting surface (52-4) that surrounds a frame opening (52-2), the annular mounting surface (52-4) having a plurality of mechanical fasteners (52-5) around the frame opening (52-2) that are configured to attach to the fabric.