mhurhangee/patent-ind-claim-en huggingface dataset:
Rotary electric machine comprising an external stator provided with a body bearing a stator winding, a chamber, which is in particular annular, for cooling the machine , said chamber being delimited by an external wall and an internal wall for receiving a heat-transfer fluid, and a casing comprising a pot-shaped front end plate and a rear end plate closing the front end plate , said casing housing an internal rotor , wherein: - the external wall of the cooling chamber is annular and formed in the front end plate and is preferably made of a mouldable material, such as aluminium; - the internal wall of the chamber belongs to a component, which is in particular made of steel , of smaller thickness than the external wall ; - the component is shaped so as to have a mounting region for mounting the body of the stator and two docking regions each bearing a gasket and being arranged on either side of the mounting region for mounting the body of the stator; - one of the docking regions , referred to as first docking region, has an external diameter that is larger than that of the other docking region , referred to as second docking region; - the external wall , which is in particular made of a mouldable material, is extended internally at one end by a first bearing surface having the same inside diameter as the external wall and intended to interact with the gasket of the first docking region and at its other end by a step having an internal diameter that is smaller than the internal diameter of the external wall , said step forming a second bearing surface for interacting with the gasket of the second docking region . - the external wall of the cooling chamber is annular and formed in the front end plate and is preferably made of a mouldable material, such as aluminium; - the internal wall of the chamber belongs to a component, which is in particular made of steel , of smaller thickness than the external wall ; - the component is shaped so as to have a mounting region for mounting the body of the stator and two docking regions each bearing a gasket and being arranged on either side of the mounting region for mounting the body of the stator; - one of the docking regions , referred to as first docking region, has an external diameter that is larger than that of the other docking region , referred to as second docking region; - the external wall , which is in particular made of a mouldable material, is extended internally at one end by a first bearing surface having the same inside diameter as the external wall and intended to interact with the gasket of the first docking region and at its other end by a step having an internal diameter that is smaller than the internal diameter of the external wall , said step forming a second bearing surface for interacting with the gasket of the second docking region .
A supported organotin catalyst, wherein the supported organotin catalyst is prepared by coupling an organotin functional group to an inorganic carrier, and the coupling structure of the organotin functional group is as follows: wherein, R is an atom of the inorganic carrier coupled to the organotin functional group; n is the number of carbon atoms of a carbon chain; R 1 , R 2 , and R 3 are groups on the tin atom, wherein at least one and at most two of the groups R 1 , R 2 , and R 3 are(is) hydrocarbyl, and the remainder(s) is(are) selected from one or two of an oxygen atom, a hydroxyl group, a hydrocarbyloxy group, and an acetoxy group.
Method for adjusting a predetermined ratio between handlebar angle and steering angle of a front wheel of a bicycle , wherein the method has the following method steps: - detecting a lift-off of a rear wheel of the bicycle , and - adjusting the predefined ratio between handlebar angle (β) and steering angle (α) of the front wheel in a manner dependent on the determined lift-off of the rear wheel , by means of an actuator arranged on a handlebar of the bicycle . - detecting a lift-off of a rear wheel of the bicycle , and - adjusting the predefined ratio between handlebar angle (β) and steering angle (α) of the front wheel in a manner dependent on the determined lift-off of the rear wheel , by means of an actuator arranged on a handlebar of the bicycle .
A proton conducting membrane for a fuel cell, the proton conducting membrane comprising light-transmissive proton conducting material, characterised in that the proton conducting membrane comprises light scattering material for scattering light within the membrane, and in that the proton conducting material is optically coupled to a light guide through which light can enter the proton conducting membrane.
A data center cooling system , comprising: a first module comprising a warm air plenum positionable to receive an airflow from one or more rows of racks that support a plurality of heat-generating electronic devices , the warm air plenum comprising a warmed air inlet adjacent an open side of the one or more racks and a warmed air outlet adjacent a data center volume which is a space above the one or more racks ; a second module positionable in the data center volume above the one or more racks and comprising at least one fan and at least one cooling module , the fan positioned to circulate a warmed airflow from the one or more racks , through the warmed air plenum , into the data center volume, through the cooling module to cool the warmed airflow , and into a human-occupiable workspace of the data center which is a space adjacent the one or more racks ; and an airflow partition mountable in the data center volume above the one or more racks and adjustable to interrupt the warmed airflow between the warmed air plenum and the second module . a first module comprising a warm air plenum positionable to receive an airflow from one or more rows of racks that support a plurality of heat-generating electronic devices , the warm air plenum comprising a warmed air inlet adjacent an open side of the one or more racks and a warmed air outlet adjacent a data center volume which is a space above the one or more racks ; a second module positionable in the data center volume above the one or more racks and comprising at least one fan and at least one cooling module , the fan positioned to circulate a warmed airflow from the one or more racks , through the warmed air plenum , into the data center volume, through the cooling module to cool the warmed airflow , and into a human-occupiable workspace of the data center which is a space adjacent the one or more racks ; and an airflow partition mountable in the data center volume above the one or more racks and adjustable to interrupt the warmed airflow between the warmed air plenum and the second module .
A saline aqueous solution comprising: a) a mixture of biologically acceptable mineral salts consisting of sodium chloride, potassium chloride, sodium bicarbonate, sodium dihydrogen phosphate, magnesium chloride and calcium chloride, b) D-glucose and c) at least a water-soluble vitamin, wherein: i) the concentration of b) glucose is < 6mM, ii) said at least one water soluble vitamin c) is an association of vitamin C and B6. a) a mixture of biologically acceptable mineral salts consisting of sodium chloride, potassium chloride, sodium bicarbonate, sodium dihydrogen phosphate, magnesium chloride and calcium chloride, b) D-glucose and c) at least a water-soluble vitamin, wherein: i) the concentration of b) glucose is < 6mM, ii) said at least one water soluble vitamin c) is an association of vitamin C and B6. i) the concentration of b) glucose is < 6mM, ii) said at least one water soluble vitamin c) is an association of vitamin C and B6.
Method for evaluating a dental situation of a patient, said method having the following successive steps, implemented by a computer: 1) generating an initial model of at least one dental arch of the patient; 2) splitting the initial model in order to define a tooth model for each of at least some of the teeth represented on the initial model and thereby to obtain a split model; 3) defining an initial support curve in the split model; 4) fixing each tooth model virtually to the initial support curve, in such a way that the position and the orientation of said tooth model modify as the initial support curve is deformed; 5) modifying the split model by deformation of the initial support curve until a deformed support curve is obtained, so as to obtain a first deformed model, a "model" being a three-dimensional digital representation composed of a set of voxels; 6) taking one or more measurements of size on the first deformed model. 1) generating an initial model of at least one dental arch of the patient; 2) splitting the initial model in order to define a tooth model for each of at least some of the teeth represented on the initial model and thereby to obtain a split model; 3) defining an initial support curve in the split model; 4) fixing each tooth model virtually to the initial support curve, in such a way that the position and the orientation of said tooth model modify as the initial support curve is deformed; 5) modifying the split model by deformation of the initial support curve until a deformed support curve is obtained, so as to obtain a first deformed model, a "model" being a three-dimensional digital representation composed of a set of voxels; 6) taking one or more measurements of size on the first deformed model.
An installation for producing containers by thermoforming, comprising conveying means able to be controlled by a control unit (ECU) for driving a thermoplastic substrate in a series of processing stations along a conveying direction (F), the processing stations comprising at least one station for heating the substrate and one station for thermoforming containers in the heated substrate, each processing station defining a processing length (L) measured in the conveying direction (F), the conveying means comprising a plurality of basic conveyors each configured to drive, in the processing stations, a basic sheet of substrate whose length, measured in the conveying direction, is substantially equal to the processing length, the basic conveyors cooperating with a travel track and their respective movements being controlled according to respective movement control instructions generated by the control unit (ECU), such that the basic conveyors are parked longer in the heating station than in the thermoforming station and are displaced more rapidly between the heating station and the thermoforming station than downstream of the thermoforming station.
A pneumatic tire , comprising: a circumferential main groove ; and a row of small blocks (B1) formed by partitioning with a plurality of circumferential narrow grooves and a plurality of width direction narrow grooves that intersect with the circumferential narrow grooves , the width direction narrow grooves including at least one bent portion, and a bend angle (θ) at the bent portion being not less than 40° and not more than 160°, at least any one of the small blocks (B1) including at least one sipe (S1, S2) formed therein, characterized in that the circumferential narrow grooves being disposed with a tire width direction disposal density, which is the number of circumferential narrow grooves per unit length in the tire width direction for the tire width direction region between the two ground contact edges (E), of not less than 0.06 grooves/mm and not more than 0.2 grooves/mm and a groove width of the width direction narrow grooves is at least 1.0 mm and less than 4.0 mm. a circumferential main groove ; and a row of small blocks (B1) formed by partitioning with a plurality of circumferential narrow grooves and a plurality of width direction narrow grooves that intersect with the circumferential narrow grooves , the width direction narrow grooves including at least one bent portion,
Device for individualizing small loose objects , comprising: - a plate for receiving loose objects , the plate comprising a peripheral retaining rim and a receiving surface that is higher at the rim than towards the centre of the plate , the receiving surface of the plate sloping from the peripheral rim towards the centre of the plate and having a structure for orienting the objects, - a drive motor for the plate for driving the plate both in rotation, in order to move the objects in the direction of the peripheral rim by way of the centrifugal force, and also in vibration, and - a robotic gripping unit for gripping the objects thus oriented. - a plate for receiving loose objects , the plate comprising a peripheral retaining rim and a receiving surface that is higher at the rim than towards the centre of the plate , the receiving surface of the plate sloping from the peripheral rim towards the centre of the plate and having a structure for orienting the objects, - a drive motor for the plate for driving the plate both in rotation, in order to move the objects in the direction of the peripheral rim by way of the centrifugal force, and also in vibration, and - a robotic gripping unit for gripping the objects thus oriented.
A cable comprising: a sensor optical fiber unit spirally arranged around a central axis of the cable in a longitudinal direction, the sensor optical fiber unit including a plurality of optical fiber cores , wherein at least one of the optical fiber cores is arranged in the vicinity of a central axis of the sensor optical fiber unit , wherein the other optical fiber cores are spirally arranged about the at least one optical fiber core in the longitudinal direction such that their centers are equidistant from the center of the at least one optical fiber core and are equiangular about the at least one optical fiber core , and wherein the sensor optical fiber unit and the plurality of optical fiber cores are fixed at a plurality of positions in the longitudinal direction of the cable (IOF) so as to achieve substantially no displacement in a cable radial direction. a sensor optical fiber unit spirally arranged around a central axis of the cable in a longitudinal direction, the sensor optical fiber unit including a plurality of optical fiber cores , wherein at least one of the optical fiber cores is arranged in the vicinity of a central axis of the sensor optical fiber unit , wherein the other optical fiber cores are spirally arranged about the at least one optical fiber core in the longitudinal direction such that their centers are equidistant from the center of the at least one optical fiber core and are equiangular about the at least one optical fiber core , and wherein the sensor optical fiber unit and the plurality of optical fiber cores are fixed at a plurality of positions in the longitudinal direction of the cable (IOF) so as to achieve substantially no displacement in a cable radial direction.
A hydroxyalkyl alkyl cellulose having a volume-based average particle size, determined by dry laser diffractometry, of more than 100 μm and not more than 150 μm; and having, on a basis of a dynamic image analysis to divide all particles into fine particles, spherical particles and fibrous particles, a volume fraction of the fibrous particles relative to all of the particles of more than 40% and not more than 50%, and a volume fraction of the fine particles relative to all of the particles of less than 2.0%; wherein the fine particles have a length of fiber of less than 40 μm, and the fibrous particles have a length of fiber of 40 μm or more and are particles other than the spherical particles consisting of first and second spherical particles, wherein the first spherical particles have an elongation, which is a ratio of a diameter of fiber to a length of fiber, of 0.5 or more, and the second spherical particles have an elongation of less than 0.5, an aspect ratio, which is a ratio of a minimal Feret diameter to a maximal Feret diameter, of 0.5 or more, and a circularity, which is a ratio of a perimeter (P EQPC ) of a circle that has the same area as a projection area to a perimeter (P real ) of a real particle, of 0.7 or more. the fine particles have a length of fiber of less than 40 μm, and the fibrous particles have a length of fiber of 40 μm or more and are particles other than the spherical particles consisting of first and second spherical particles, wherein the first spherical particles have an elongation, which is a ratio of a diameter of fiber to a length of fiber, of 0.5 or more, and the second spherical particles have an elongation of less than 0.5, an aspect ratio, which is a ratio of a minimal Feret diameter to a maximal Feret diameter, of 0.5 or more, and a circularity, which is a ratio of a perimeter (P EQPC ) of a circle that has the same area as a projection area to a perimeter (P real ) of a real particle, of 0.7 or more.
A stent delivery system having three independent controls for retracting an outer jacket to deliver a stent or similar prosthesis, wherein, when any of the three controls is actuated, it creates a proximal force on the jacket thereby retracting the jacket and releasing said stent or similar prosthesis at a distal end of the delivery system.
A tactile sensing device for fish , comprising: a yarn with a marked portion attached to its end for fish to pull, a pressure sensor for sensing pressure, a pressing member connected to the other end of the yarn and for transmitting a tensile force applied to the yarn to an operating portion of the pressure sensor, and an elastic member for preventing overload on the pressure sensor and the yarn from being cut; said tactile sensing device being characterized in that one end of the elastic member is connected to the pressing member and the other end is connected to an elastic force adjusting means, and wherein the elastic force adjusting means is provided near the elastic member for adjusting an elastic force in the elastic member according to a tensile force applied on the pressing member, by the yarn when a fish pulls the yarn, and the elastic force adjusting means applies a tensile force to the elastic member with an arbitrary force in a direction opposite the tensile force applied to the pressing member by the yarn. a yarn with a marked portion attached to its end for fish to pull, a pressure sensor for sensing pressure, a pressing member connected to the other end of the yarn and for transmitting a tensile force applied to the yarn to an operating portion of the pressure sensor, and an elastic member for preventing overload on the pressure sensor and the yarn from being cut; said tactile sensing device being characterized in that one end of the elastic member is connected to the pressing member and the other end is connected to an elastic force adjusting means, and wherein the elastic force adjusting means is provided near the elastic member for adjusting an elastic force in the elastic member according to a tensile force applied on the pressing member, by the yarn when a fish pulls the yarn, and the elastic force adjusting means applies a tensile force to the elastic member with an arbitrary force in a direction opposite the tensile force applied to the pressing member by the yarn.
A urine specimen analyzing method comprising: (i) flowing a measurement sample containing a urine specimen through a flow cell; (ii) irradiating light on the measurement sample flowing through the flow cell; (iii) generating a signal waveform indicating a temporal change of intensity of light given off by the measurement sample; and (iv) detecting and discriminating casts and mucus threads contained in the urine specimen, based on information related to respective slope at both end sides of the signal waveform corresponding to each formed element contained in the urine specimen, wherein the step (iv) comprises identifying a formed element corresponding to a signal waveform as a mucus thread when at least one end side of the signal waveform has a slope less than a threshold value, or as a cast when each end side of the signal waveform has a slope greater than a threshold value. (i) flowing a measurement sample containing a urine specimen through a flow cell; (ii) irradiating light on the measurement sample flowing through the flow cell; (iii) generating a signal waveform indicating a temporal change of intensity of light given off by the measurement sample; and (iv) detecting and discriminating casts and mucus threads contained in the urine specimen, based on information related to respective slope at both end sides of the signal waveform corresponding to each formed element contained in the urine specimen, wherein
A foldable and carriable trolley, comprising a front wheel group, a rear wheel group, a seat frame and a handlebar; the front wheel group is installed at a bottom of a front foot tube , the rear wheel group is installed at a bottom of a rear foot tube , and the seat frame is installed between the front/rear foot tubes (6/5) and the handlebar; the handlebar consists of a top tube and a bottom tube , and a rear end of the bottom tube is connected to the top tube through a mobile upper joint ; an upper end of the front foot tube and the rear foot tube are flexibly connected to a front end of the handlebar bottom tube , a middle-upper part of the rear foot tube is connected to a rotatable lower supporting tube , and a tail end of the lower supporting tube is rotatably connected to a lower end of the handlebar top tube ; the seat frame is installed in a seat frame tube , both sides at a rear end of the seat frame tube are connected to a middle part of a right and a left sides of the lower supporting tube through a spindle, both sides in the middle of the seat frame are connected to a rotatable seat frame connector , a front end of the seat frame connector is rotatably connected to a tail end of a front supporting tube , and a front end of the front supporting tube is connected to a middle part of the front foot tube ; being installed on the bottom, an extension handlebar shows itself ahead of the seat frame ; a backrest upper tube which is foldable upward is installed at a rear part of the seat frame , a front end of the backrest upper tube is flexibly installed on a rotatable bracket, the rotatable bracket is fixed at a tail end of a backrest lower tube , and the backrest lower tube is installed on the seat frame tube ; characterized in that, a flexible foot joint rod is installed between a front end of the handlebar bottom tube and a tail end of the front foot tube , and an upper end of the rear foot tube is connected to the foot joint rod through a flexible rear foot joint .
Vane cell machine comprising a stator and a rotor , said rotor having radially displaceable vanes bearing on an inside of the stator and bordering, together with the rotor , the stator , and a side wall at each axial end of the rotor , work chambers the volume of which changes during a rotation of said rotor , at least one side wall bearing an insert in form of a ring , characterized in that said ring comprises a centric bore , wherein an auxiliary element is located radially outside said ring , extends no more than 180° in circumferential direction of said ring , and is used as axial bearing.