mhurhangee/patent-ind-claim-en huggingface dataset:
A suction strainer for being provided in a tank configured to store oil, the suction strainer comprising: a first filtration portion having a substantially cylindrical shape and formed by bending a thin plate into a pleated shape; and a second filtration portion having a substantially cylindrical shape and provided to an outer side of the first filtration portion , the second filtration portion being formed of a material having a plurality of spaces formed in a surface and interior of the material, whereby the spaces are suitable to capture bubbles contained in the oil such that the bubbles become larger in the spaces to eventually rise upward, away from the second filtration portion, and a first plate configured to cover entire upper end surfaces of the first filtration portion and the second filtration portion , whereby the suction strainer further comprises a float provided to the first plate , the float being provided movable between a position where a first hole formed in the first plate is closed and a position where the first hole is open, for removing air accumulated on the lower side of the first plate, characterised in that the first plate further comprises a second hole that is formed between a first portion that comes into contact with the first filtration portion and a second portion that comes into contact with the second filtration portion and is larger than a hole formed in the first filtration portion . a first filtration portion having a substantially cylindrical shape and formed by bending a thin plate into a pleated shape; and a second filtration portion having a substantially cylindrical shape and provided to an outer side of the first filtration portion , the second filtration portion being formed of a material having a plurality of spaces formed in a surface and interior of the material, whereby the spaces are suitable to capture bubbles contained in the oil such that the bubbles become larger in the spaces to eventually rise upward, away from the second filtration portion, and a first plate configured to cover entire upper end surfaces of the first filtration portion and the second filtration portion , whereby the suction strainer further comprises a float provided to the first plate , the float being provided movable between a position where a first hole formed in the first plate is closed and a position where the first hole is open, for removing air accumulated on the lower side of the first plate, characterised in that the first plate further comprises a second hole that is formed between a first portion that comes into contact with the first filtration portion and a second portion that comes into contact with the second filtration portion and is larger than a hole formed in the first filtration portion .
A method of monitoring tire pressure of an aircraft, the method comprising: exciting a primary coil of a transformer with a driving waveform comprising an alternating current, wherein the primary coil is mounted to a non-rotating structure of the aircraft ; coupling, by the transformer, the alternating current to a secondary coil in response to the exciting, wherein the secondary coil is mounted to a wheel of the aircraft, wherein a distance between the primary coil and the secondary coil varies in response to at least one of mechanical load, mechanical shifting, and mechanical vibrations relative to one or both of the non-rotating structure and the wheel; monitoring, by an effectivity monitor physically and electrically coupled to the secondary coil, an efficiency of a coupling between the primary coil and the secondary coil; communicating, by the effectivity monitor, data representative of a magnitude of at least one of the alternating current and the load to a controller; directing, by the controller , a power supply to change a frequency of the driving waveform in response to the data; and maximizing, by the controller, at least one of the alternating current coupled to the secondary coil and the load on the primary coil in response to the directing. exciting a primary coil of a transformer with a driving waveform comprising an alternating current, wherein the primary coil is mounted to a non-rotating structure of the aircraft ; coupling, by the transformer, the alternating current to a secondary coil in response to the exciting, wherein the secondary coil is mounted to a wheel of the aircraft, wherein a distance between the primary coil and the secondary coil varies in response to at least one of mechanical load, mechanical shifting, and mechanical vibrations relative to one or both of the non-rotating structure and the wheel; monitoring, by an effectivity monitor physically and electrically coupled to the secondary coil, an efficiency of a coupling between the primary coil and the secondary coil; communicating, by the effectivity monitor, data representative of a magnitude of at least one of the alternating current and the load to a controller; directing, by the controller , a power supply to change a frequency of the driving waveform in response to the data; and maximizing, by the controller, at least one of the alternating current coupled to the secondary coil and the load on the primary coil in response to the directing.
Lighting system (2; 102) for a motor vehicle, comprising lighting means capable of together emitting an overall beam (1; 101) having at least one colour, acquisition means (6; 106) for acquiring a light ray of said overall beam after reflection of said ray on an element of the road scene, analysis means for analysing the acquired ray to obtain information relating to the colour of said element of the road scene and control means for modifying the colour of the overall beam as a function of this information, characterized in that the lighting means each comprise at least one light-emitting diode, the diodes being white with hues different from one another.
A gas burner unit intended for a heat exchanger, having a perforated burner wall and an air and fuel duct, in the air and fuel duct , over the perforated burner wall , there is a transverse baffle featuring holes and dividing the air and fuel duct into two segments, before and after the said baffle, where the baffle is shaped so that the cross section of the segment of the air and fuel duct located between the baffle and perforated burner wall increases along the baffle towards the perforated burner wall , and the cross section of the segment of the air and fuel duct located within the inner space delimited by the baffle decreases towards the perforated burner wall , and where fixed to the wall of the air and fuel duct above the baffle is a deflector for the air and fuel mix, shaped so that its cross section decreases towards the perforated burner wall , the air and fuel mix deflector is conical in shape with its apex pointing towards the perforated burner wall and the angle of inclination of the side surface of the air and fuel mix deflector with respect to the perforated burner wall corresponds to the angle of inclination of the side surface of the baffle with respect to the perforated burner wall , characterised in that the baffle is given the shape of the side wall of a pyramid, or the shape of the side wall of a truncated pyramid with the smaller base.
An anti-proliferative compound selected from the group consisting of Ramelteon, Quinestrol, diltiazem HCl, levocetirizine 2HCl, Norethynodrel and xylazine or a pharmaceutical composition comprising said anti-proliferative compound for use in the prevention or treatment of cancer, tumor metastasis or tumor recurrence, in a subject, wherein said subject has been preselected for treatment by a screening method comprising the detection of the presence or absence of target cells in a biological sample obtained from the subject, wherein the presence of said target cells is an indicator for the susceptibility of said subject for a positive treatment outcome with said anti-proliferative compound, characterized in that said preselection comprises the step of detecting the expression by said target cells of the biomarker TPM4 (tropomyosin 4) of Ensembl ID: ENSG00000167460 or a splice variant thereof, wherein the absence and/or non-expression of said biomarker is an indicator for the susceptibility of said subject for a positive treatment outcome with said anti-proliferative compound.
A method for imaging tissue, comprising: - causing a macroscopic image of a tissue surface captured by a macroscopic imager to be displayed on a visual display ; - receiving a selection of at least one portion of the macroscopic image ; - for each selected portion of the macroscopic image, causing a plurality of confocal images captured by a confocal imager at different depths in a corresponding portion of the tissue to be displayed on the visual display ; - receiving a selection, from among the plurality of confocal images, of at least one target depth image; and - for each selected target depth image, instructing the confocal imager to capture a plurality of additional images at different locations over a selected region of the tissue and at a common depth with the target depth image. - causing a macroscopic image of a tissue surface captured by a macroscopic imager to be displayed on a visual display ; - receiving a selection of at least one portion of the macroscopic image ; - for each selected portion of the macroscopic image, causing a plurality of confocal images captured by a confocal imager at different depths in a corresponding portion of the tissue to be displayed on the visual display ; - receiving a selection, from among the plurality of confocal images, of at least one target depth image; and - for each selected target depth image, instructing the confocal imager to capture a plurality of additional images at different locations over a selected region of the tissue and at a common depth with the target depth image.
Method for determining the pollutant emissions of a vehicle that has covered a path, said vehicle comprising an internal combustion engine and a system for the post-treatment of the exhaust gases from said engine, said method implementing an onboard measurement system comprising at least one sensor (CAP) positioned downstream of said post-treatment system and a computer system (SIN) for determining said pollutant emissions of said vehicle by implementing a generic model (MOD GEN) of said vehicle, characterized in that the following steps are implemented: a) a volumetric concentration of said pollutant emissions (Rmes) downstream of said post-treatment system is measured by means of said sensor (CAP); b) the fuel consumption of said vehicle is estimated using said generic model of said vehicle; c) the mass flow rate of carbon dioxide downstream of said post-treatment system is determined from said estimated fuel consumption of said engine; and d) the pollutant emissions Q pol downstream of said post-treatment system of said vehicle are determined from said measurement of said volumetric concentration of said pollutant emissions and from said determined mass flow rate of carbon dioxide. a) a volumetric concentration of said pollutant emissions (Rmes) downstream of said post-treatment system is measured by means of said sensor (CAP); b) the fuel consumption of said vehicle is estimated using said generic model of said vehicle; c) the mass flow rate of carbon dioxide downstream of said post-treatment system is determined from said estimated fuel consumption of said engine; and d) the pollutant emissions Q pol downstream of said post-treatment system of said vehicle are determined from said measurement of said volumetric concentration of said pollutant emissions and from said determined mass flow rate of carbon dioxide.
Method for checking the quality of a photovoltaic device comprising a photovoltaic cell assembled with a substrate via an assembly interface , comprising the following steps: • injection (S0) of an electrical current (I ctrl ) through the photovoltaic cell ; • acquisition (S2) of a first electroluminescence image (IM 0 ) of the cell under the effect of the injected current (I ctrl ) ; characterized in that the first electroluminescence image (IM 0 ) is acquired during a transient thermal state phase of the cell , and in that it comprises a step (S3) of acquisition of a second electroluminescence image (IM i ) of the cell , offset in time relative to the first electroluminescence image (IM 0 ), and an image processing step (S4) during which data are determined relating to a difference between the two images (IM 0 , IM i ). • injection (S0) of an electrical current (I ctrl ) through the photovoltaic cell ; • acquisition (S2) of a first electroluminescence image (IM 0 ) of the cell under the effect of the injected current (I ctrl ) ;
Stacked patch antenna comprising: a first metal layer disposed on a first surface of a first ceramic layer ; a second metal layer disposed between a second surface of the first ceramic layer and a first surface of a second ceramic layer ; the stacked patch antenna being characterized in that : the first ceramic layer has one or more first air cavities that do not extend through an entirety of the first ceramic layer to reach the first metal layer and each opening of the one or more first air cavities is disposed against the second metal layer; and in that the second ceramic layer has one or more second air cavities that do not extend through an entirety of the second ceramic layer to reach the second metal layer and each opening of the one or more second air cavities is located on a second surface of the second ceramic layer . a first metal layer disposed on a first surface of a first ceramic layer ; a second metal layer disposed between a second surface of the first ceramic layer and a first surface of a second ceramic layer ; the stacked patch antenna being characterized in that : the first ceramic layer has one or more first air cavities that do not extend through an entirety of the first ceramic layer to reach the first metal layer and each opening of the one or more first air cavities is disposed against the second metal layer; and in that the second ceramic layer has one or more second air cavities that do not extend through an entirety of the second ceramic layer to reach the second metal layer and each opening of the one or more second air cavities is located on a second surface of the second ceramic layer . the first ceramic layer has one or more first air cavities that do not extend through an entirety of the first ceramic layer to reach the first metal layer and each opening of the one or more first air cavities is disposed against the second metal layer; and in that the second ceramic layer has one or more second air cavities that do not extend through an entirety of the second ceramic layer to reach the second metal layer and each opening of the one or more second air cavities is located on a second surface of the second ceramic layer .
Method for producing a sieve-like demoulding tool, comprising the steps: - providing a nickel tube , - covering the surface of the nickel tube with a protective lacquer, - creating a plurality of holes in the protective lacquer for forming an etch mask on the nickel tube , - spray etching the nickel tube together with the etch mask, for creating a plurality of cavities in the nickel tube at the places at which the holes are located in the etch mask, characterised in that - the spray etching step is followed by at least one second spray etching step in order to create cavities in the form of through holes , and the inner surfaces of the cavities are treated in a further step by means of a laser for removing constrictions formed in the cavities as a result of the successive spray etching steps . - providing a nickel tube , - covering the surface of the nickel tube with a protective lacquer, - creating a plurality of holes in the protective lacquer for forming an etch mask on the nickel tube , - spray etching the nickel tube together with the etch mask, for creating a plurality of cavities in the nickel tube at the places at which the holes are located in the etch mask, - the spray etching step is followed by at least one second spray etching step in order to create cavities in the form of through holes , and the inner surfaces of the cavities are treated in a further step by means of a laser for removing constrictions formed in the cavities as a result of the successive spray etching steps .
A surgical device for clipping tissue, comprising: a housing comprising a motor configured to output rotary motions; a shaft extending from said housing; a clip applier head extending from said shaft, comprising: a clip magazine comprising a plurality of clips; an end effector comprising a first jaw and a second jaw , wherein said first jaw and said second jaw are movable relative to each other between an unclamped position and a clamped position; a jaw closure cam configured to move said first jaw and said second jaw toward said clamped position; and a clip advancing member operably attachable to said jaw closure cam, wherein said clip advancing member is configured to move a clip from said clip magazine into a firing position, wherein said clip advancing member comprises a biasing member configured to bias said clip advancing member in a distal direction, and wherein said jaw closure cam and said clip advancing member are configured to move in opposite directions at the same time; and a rotary drive , wherein said rotary drive is operably responsive to said rotary motions of said motor, and wherein said jaw closure cam is operably coupled to said rotary drive. a housing comprising a motor configured to output rotary motions; a shaft extending from said housing; a clip applier head extending from said shaft, comprising: a clip magazine comprising a plurality of clips; an end effector comprising a first jaw and a second jaw , wherein said first jaw and said second jaw are movable relative to each other between an unclamped position and a clamped position; a jaw closure cam configured to move said first jaw and said second jaw toward said clamped position; and a clip advancing member operably attachable to said jaw closure cam, wherein said clip advancing member is configured to move a clip from said clip magazine into a firing position, wherein said clip advancing member comprises a biasing member configured to bias said clip advancing member in a distal direction, and wherein said jaw closure cam and said clip advancing member are configured to move in opposite directions at the same time; and a clip magazine comprising a plurality of clips; an end effector comprising a first jaw and a second jaw , wherein said first jaw and said second jaw are movable relative to each other between an unclamped position and a clamped position; a jaw closure cam configured to move said first jaw and said second jaw toward said clamped position; and a clip advancing member operably attachable to said jaw closure cam, wherein said clip advancing member is configured to move a clip from said clip magazine into a firing position, wherein said clip advancing member comprises a biasing member configured to bias said clip advancing member in a distal direction, and wherein said jaw closure cam and said clip advancing member are configured to move in opposite directions at the same time; and a rotary drive , wherein said rotary drive is operably responsive to said rotary motions of said motor, and wherein said jaw closure cam is operably coupled to said rotary drive.
A system comprising a home network and a foreign network for a mobile means of a subscriber, said system being adapted to enable shortest connection route for said mobile means when said mobile means has roamed between said home network and said foreign network , characterized in that , said system comprises a voucher registry means comprised in said foreign network , that a serving means comprised in said foreign network is adapted to communicate with, and to receive information regarding a voucher, representing an amount of money, regarding said foreign network , from said voucher registry means , when said mobile means requests connection to Internet, and that said serving means is adapted to route a packet to a gateway means comprised in said foreign network if a voucher, representing enough amount of money, is registered in said voucher registry means , wherein said gateway means is adapted to allocate an IP address for said mobile means and to function as an access point to Internet.
A carousel for amusement parks comprising: - a spherical casing able to contain at least one passenger, - a plurality of rotating bodies (115A-115F) able to stay in contact and to receive in support said spherical casing , each of said rotating bodies (115A-115F) being able to rotate on itself around at least two respective axes of rotation, of which one steering axis (XA-XF) passing through the centre (C) of the spherical casing and a rolling axis (YA-YF) orthogonal to said steering axis (XA-XF), - first motor means able to actuate a first of said rotating bodies in rotation around the respective steering axis (XA), and - second motor means able to actuate said first rotating body in rotation around the respective rolling axis (YA), - third motor means able to actuate a second of said rotating bodies in rotation around the respective steering axis (XC), and - an electronic control unit , characterised in that said electronic control unit is configured to execute a control cycle that comprises the steps of: - establishing an operating configuration of the rotating bodies and a time of application, said operating configuration of the rotating bodies comprising at least one orientation of the first rotating body relative to its own steering axis (XA), a velocity of rotation of the first rotating body around its own rolling axis (YA) and an orientation of the second rotating body relative to its own steering axis (XC), and - commanding the motor means in such a way as to impart to the first rotating body and to the second rotating body the established operating configuration and to maintain it for the established application time. - a spherical casing able to contain at least one passenger, - a plurality of rotating bodies (115A-115F) able to stay in contact and to receive in support said spherical casing , each of said rotating bodies (115A-115F) being able to rotate on itself around at least two respective axes of rotation, of which one steering axis (XA-XF) passing through the centre (C) of the spherical casing and a rolling axis (YA-YF) orthogonal to said steering axis (XA-XF), - first motor means able to actuate a first of said rotating bodies in rotation around the respective steering axis (XA), and - second motor means able to actuate said first rotating body in rotation around the respective rolling axis (YA), - third motor means able to actuate a second of said rotating bodies in rotation around the respective steering axis (XC), and - an electronic control unit , - establishing an operating configuration of the rotating bodies and a time of application, said operating configuration of the rotating bodies comprising at least one orientation of the first rotating body relative to its own steering axis (XA), a velocity of rotation of the first rotating body around its own rolling axis (YA) and an orientation of the second rotating body relative to its own steering axis (XC), and - commanding the motor means in such a way as to impart to the first rotating body and to the second rotating body the established operating configuration and to maintain it for the established application time.