mhurhangee/patent-ind-claim-en huggingface dataset:
A connector comprising: a housing , the housing having a cavity formed along an insertion direction (A), the cavity having a pair of spaced apart slots and a shoulder formed in each slot , wherein a protrusion is defined between the slots of the housing ; a terminal , the terminal configured to be inserted into the cavity , the terminal having a body portion , the body portion having a contacting portion extending along the insertion direction (A) and a terminal securing portion extending along the insertion direction (A), the body portion having a pair of spaced apart rails extending at an angle from the body portion and configured to be aligned with the pair of slots formed in the cavity and to slide along the pair of slots upon insertion of the terminal into the cavity ; a terminal position assurance, TPA , the TPA configured to be fixably attached to the housing , the TPA having a locking arm , the locking arm having a pair of spaced apart projections that are configured to be inserted into the pair of slots formed in the cavity of the housing ; and wherein the rails formed on the terminal are positioned between the shoulder formed in the slots in the housing and the projections formed on the TPA along the insertion direction (A). a housing , the housing having a cavity formed along an insertion direction (A), the cavity having a pair of spaced apart slots and a shoulder formed in each slot , wherein a protrusion is defined between the slots of the housing ; a terminal , the terminal configured to be inserted into the cavity , the terminal having a body portion , the body portion having a contacting portion extending along the insertion direction (A) and a terminal securing portion extending along the insertion direction (A), the body portion having a pair of spaced apart rails extending at an angle from the body portion and configured to be aligned with the pair of slots formed in the cavity and to slide along the pair of slots upon insertion of the terminal into the cavity ; a terminal position assurance, TPA , the TPA configured to be fixably attached to the housing , the TPA having a locking arm , the locking arm having a pair of spaced apart projections that are configured to be inserted into the pair of slots formed in the cavity of the housing ; and wherein the rails formed on the terminal are positioned between the shoulder formed in the slots in the housing and the projections formed on the TPA along the insertion direction (A).
A snap-on assembly comprising: a housing comprising an integrated circuit, IC, the IC comprising a sensor; a connector to supply power to the IC and to transmit a signal from the IC to an electronic circuit; and an insert to fit into an opening of the housing, the insert to secure a conductor in the housing without a mechanical fastener, wherein the sensor measures a magnetic field resulting from a current travelling through the conductor, characterized in the insert further comprising a plurality of legs extending from a back surface of the insert, the plurality of legs comprising: a first leg and a second leg to be placed on one side of the conductor as the insert is inserted into the opening of the housing; and a third leg and a fourth leg to be placed on an opposing side of the conductor as the insert is inserted into the opening of the housing. a housing comprising an integrated circuit, IC, the IC comprising a sensor; a connector to supply power to the IC and to transmit a signal from the IC to an electronic circuit; and an insert to fit into an opening of the housing, the insert to secure a conductor in the housing without a mechanical fastener, wherein the sensor measures a magnetic field resulting from a current travelling through the conductor, characterized in the insert further comprising a plurality of legs extending from a back surface of the insert, the plurality of legs comprising: a first leg and a second leg to be placed on one side of the conductor as the insert is inserted into the opening of the housing; and a third leg and a fourth leg to be placed on an opposing side of the conductor as the insert is inserted into the opening of the housing. a first leg and a second leg to be placed on one side of the conductor as the insert is inserted into the opening of the housing; and a third leg and a fourth leg to be placed on an opposing side of the conductor as the insert is inserted into the opening of the housing.
A television pedestal comprising: a base , the base being provided with a first threaded through hole ; a holding block , a bottom of which comprises a second threaded hole corresponding to the first threaded through hole , and a first bolt for going through the first threaded through hole and the second threaded hole to connect the base with the holding block , wherein the holding block is used for connecting with a backplane of a television body and positioned inside a back cover of the television body when the television pedestal is connected with the television body, characterized in that the holding block is in a cuboid shape, and an extension part extends from a top surface of the holding block towards a direction facing away from a bottom surface thereof, wherein when the television pedestal is connected with the television body, the top surface of the holding block and a front surface of the extension part are used for attaching to the backplane , and a back surface of the extension part is opposite to an inner surface of the back cover , the bottom surface of the holding block is flush with a bottom surface of the television body. a base , the base being provided with a first threaded through hole ; a holding block , a bottom of which comprises a second threaded hole corresponding to the first threaded through hole , and a first bolt for going through the first threaded through hole and the second threaded hole to connect the base with the holding block , wherein the holding block is used for connecting with a backplane of a television body and positioned inside a back cover of the television body when the television pedestal is connected with the television body, characterized in that the holding block is in a cuboid shape, and an extension part extends from a top surface of the holding block towards a direction facing away from a bottom surface thereof, wherein when the television pedestal is connected with the television body, the top surface of the holding block and a front surface of the extension part are used for attaching to the backplane , and a back surface of the extension part is opposite to an inner surface of the back cover , the bottom surface of the holding block is flush with a bottom surface of the television body.
A method of analyzing a location of driver visual interest derived from observation of driver physiological orientation in a vehicle, said method comprising: - obtaining data descriptive of a plurality of driver gaze direction instances, wherein each driver gaze direction instance is defined by a data set; - processing said data using a computer-based processor; - classifying a plurality of said data as either on-location or off-location in preparation for further analysis related to said location of driver visual interest and transforming each of the plurality of classified driver gaze direction instances into one of two binary values representative of whether the respective driver gaze direction instance is on-location or off-location; - building a classification signal which determines in each sample or unit of time whether the location of driver visual interest is on-location or off-location; - clustering classified data derived from the classified driver gaze direction instances; characterized further by - starting the data treatment process by determining off-location visual fixations based on the determination of on-location visual fixations by classifying data that is not classified as on-location visual fixation as off-location data and ignoring the off-location visual fixation; and - applying a filter on either the measured signal or on the binary on-location or off-location classified signal, wherein the filter ignores glances being shorter than a specified length. - obtaining data descriptive of a plurality of driver gaze direction instances, wherein each driver gaze direction instance is defined by a data set; - processing said data using a computer-based processor; - classifying a plurality of said data as either on-location or off-location in preparation for further analysis related to said location of driver visual interest and transforming each of the plurality of classified driver gaze direction instances into one of two binary values representative of whether the respective driver gaze direction instance is on-location or off-location; - building a classification signal which determines in each sample or unit of time whether the location of driver visual interest is on-location or off-location; - clustering classified data derived from the classified driver gaze direction instances; characterized further by - starting the data treatment process by determining off-location visual fixations based on the determination of on-location visual fixations by classifying data that is not classified as on-location visual fixation as off-location data and ignoring the off-location visual fixation; and - applying a filter on either the measured signal or on the binary on-location or off-location classified signal, wherein the filter ignores glances being shorter than a specified length.
A lighting device comprising a split lighting engine with at least two thermally separated sub-engines , said lighting device further comprising an envelope , wherein the sub-engines are arranged within the envelope along an optical axis (A) of the lighting device , wherein each sub-engine comprises: at least one solid state light source ; and a component adapted to regulate electric current or power to the at least one solid state light source , the lighting device further comprising driver circuitry common to the sub-engines and connected to each sub-engine for driving the at least one solid state light source , so that the sub-engines are individually drivable based on a thermal environment of each sub-engine, and wherein each sub-engine may adapt and operate at a maximum temperature and light output based on the present thermal environment. at least one solid state light source ; and a component adapted to regulate electric current or power to the at least one solid state light source , the lighting device further comprising driver circuitry common to the sub-engines and connected to each sub-engine for driving the at least one solid state light source , so that the sub-engines are individually drivable based on a thermal environment of each sub-engine, and wherein each sub-engine may adapt and operate at a maximum temperature and light output based on the present thermal environment.
A capsule adapted to contain at least one liquid substance for aerosol therapy, comprising a capsule body forming a closed chamber adapted to contain the at least one substance, the closed chamber being delimited at the bottom by a bottom capsule wall , in which at least one puncturable and/or tearable and/or peelable portion is obtained to allow the substance to flow out of the capsule, wherein a capsule nozzle is obtained in the capsule body, adapted to be fitted onto a device nozzle of a dispensing device so as to define, together with the device nozzle, at least one substance suction channel for the suction of the substance by the Venturi effect, wherein the capsule nozzle crosses the whole capsule body and protrudes, with a conical upper portion thereof, from a top wall of the capsule body, and wherein the capsule body supports nebulization means adapted to cause a nebulization of the substance leaving the capsule nozzle by means of an impact between the substance and said nebulization means .
An activation system for activating a wellsite component of a wellsite, the activation system comprising an activation unit comprising a pump unit , a pressure circuit comprising an unloader valve to selectively permit fluid to pass from the pump unit to the wellsite component, and an accumulator bank operatively connectable to the pressure circuit to store at least a portion of the fluid under pressure for passage to the wellsite component whereby the wellsite component is selectively activated, characterized by , the activation system further comprising a charging unit comprising: a charging circuit operatively connectable to the pressure circuit to selectively receive the fluid from the pump unit; a charging accumulator operatively connectable to the charging circuit to store at least a portion of the fluid received from the pump unit under pressure; and a pressure reducing valve operatively connectable to the charging circuit to selectively pass the fluid from the charging accumulator to the accumulator bank whereby an activation pressure of the fluid provided to the well site component is maintained. a charging circuit operatively connectable to the pressure circuit to selectively receive the fluid from the pump unit; a charging accumulator operatively connectable to the charging circuit to store at least a portion of the fluid received from the pump unit under pressure; and a pressure reducing valve operatively connectable to the charging circuit to selectively pass the fluid from the charging accumulator to the accumulator bank whereby an activation pressure of the fluid provided to the well site component is maintained.
Method of manufacturing a mesh cable tray having a U-shaped cross-section, with a bottom wall and two side walls , and which is made up of a plurality of transverse rods and a plurality of longitudinal rods , said transverse rods and the longitudinal rods intersecting with one another forming a mesh and being joined to one another, characterized in that it comprises the following steps: - forming, by means of extrusion, a continuous channel made of a polymeric material with a U-shaped cross-section; - perforating said continuous channel forming openings in said channel, such that the remaining portions of said continuous channel demarcating said openings constitute the transverse rods and the longitudinal rods . - forming, by means of extrusion, a continuous channel made of a polymeric material with a U-shaped cross-section; - perforating said continuous channel forming openings in said channel, such that the remaining portions of said continuous channel demarcating said openings constitute the transverse rods and the longitudinal rods .
An article of footwear , comprising: an upper ; a sole structure secured to the upper, the sole structure including a cavity ; a force sensitive resistor having an active portion and a tail portion joined to the active portion, the force sensitive resistor comprising: a plurality of layers, each of the plurality of layers being elongated in a substantially horizontal direction and comprising: a top substrate layer ; a first adhesive layer ; and a bottom substrate layer , wherein the first adhesive layer is disposed between the top substrate layer and the bottom substrate layer; characterized in that a shaft extends in a substantially vertical direction through at least the bottom substrate layer, the shaft leading to an opening formed in an outermost surface of the bottom substrate layer; a horizontal passageway extends in a substantially horizontal direction from the active portion to the tail portion, the horizontal passageway being in fluid communication with the shaft, the horizontal passageway providing a first flowpath through the force sensitive resistor, the shaft providing a second flowpath through the force sensitive resistor; and an elastic membrane, secured over the opening, deforms in response to increased air pressure in the shaft. an upper ; a sole structure secured to the upper, the sole structure including a cavity ; a force sensitive resistor having an active portion and a tail portion joined to the active portion, the force sensitive resistor comprising: a plurality of layers, each of the plurality of layers being elongated in a substantially horizontal direction and comprising: a top substrate layer ; a first adhesive layer ; and a bottom substrate layer , a top substrate layer ; a first adhesive layer ; and a bottom substrate layer , wherein the first adhesive layer is disposed between the top substrate layer and the bottom substrate layer; characterized in that a shaft extends in a substantially vertical direction through at least the bottom substrate layer, the shaft leading to an opening formed in an outermost surface of the bottom substrate layer; a horizontal passageway extends in a substantially horizontal direction from the active portion to the tail portion, the horizontal passageway being in fluid communication with the shaft, the horizontal passageway providing a first flowpath through the force sensitive resistor, the shaft providing a second flowpath through the force sensitive resistor; and an elastic membrane, secured over the opening, deforms in response to increased air pressure in the shaft.
A resin laminate having a structure in which a support, an intermediate layer and an image-forming resin layer are laminated in the order mentioned, the resin laminate comprising: (A) a cationic polymer in the image-forming resin layer; and (B) an anionic polymer in the intermediate layer that is in contact with image-forming resin layer, wherein the image-forming resin layer is a photosensitive resin layer, and wherein the (B) anionic polymer in the intermediate layer is a modified and partially saponified polyvinyl acetate in which a carboxyl group is introduced to a polymer side chain using a hydroxyl group of a partially saponified polyvinyl acetate as an origin of introduction. (A) a cationic polymer in the image-forming resin layer; and (B) an anionic polymer in the intermediate layer that is in contact with image-forming resin layer,
A tire comprising: a tread portion; and a pair of bead portions comprising a bead core and a bead filler disposed on a radial outside of the bead core, wherein tread rubber forming the tread portion comprises a rubber composition including a rubber component (A) including 50 mass% or more of natural rubber, at least one kind of thermoplastic resin (B) selected from the group consisting of Cs-based resins, C 5 - to C 9 -based resins, C 9 -based resins, terpene-based resins, terpene-aromatic compound-based resins, rosin-based resins, dicyclopentadiene resins, and alkylphenol-based resins, 5 parts by mass to 50 parts by mass per 100 parts by mass of the rubber component (A) of the at least one kind of thermoplastic resin (B) being included, and a filler (C) including silica, 20 parts by mass to 120 parts by mass per 100 parts by mass of the rubber component (A) of the filler (C) being included, and a dynamic storage modulus (E') of the bead filler measured at 1% strain at 25°C exceeds 50 MPa. a tread portion; and a pair of bead portions comprising a bead core and a bead filler disposed on a radial outside of the bead core, wherein tread rubber forming the tread portion comprises a rubber composition including a rubber component (A) including 50 mass% or more of natural rubber, at least one kind of thermoplastic resin (B) selected from the group consisting of Cs-based resins, C 5 - to C 9 -based resins, C 9 -based resins, terpene-based resins, terpene-aromatic compound-based resins, rosin-based resins, dicyclopentadiene resins, and alkylphenol-based resins, 5 parts by mass to 50 parts by mass per 100 parts by mass of the rubber component (A) of the at least one kind of thermoplastic resin (B) being included, and a filler (C) including silica, 20 parts by mass to 120 parts by mass per 100 parts by mass of the rubber component (A) of the filler (C) being included, and a dynamic storage modulus (E') of the bead filler measured at 1% strain at 25°C exceeds 50 MPa.
A centrifugal filter unit for an apparatus, wherein the apparatus is for use in the treatment of a substrate with a treatment formulation, the centrifugal filter unit comprising; a) a housing having an outlet configured to allow a filtrate to exit the centrifugal filter unit ; b) a filter rotatably mounted in the housing , wherein the filter comprises a first end proximate a first end of the housing, a second end proximate a second end of the housing and a side wall connecting the first end of the filter and the second end of the filter , wherein the first end , second end and side wall of the filter define a filter chamber , and wherein the side wall comprises perforations configured to allow liquid to pass through but to prevent solid material from passing through; c) a lid configured to substantially seal the first end of the housing , wherein the lid is openable; d) an inlet configured to allow a feed to enter the filter chamber ; e) a cap at the first end of the filter , wherein the cap comprises an aperture that cooperates with the inlet to allow the feed to enter the filter chamber ; f) a drive means for rotating the filter ; g) a removable portion configured to be positioned in the filter chamber during operation of the centrifugal filter unit and which when removed from the filter chamber following operation of the centrifugal filter unit takes with it at least a portion of the solid material prevented from passing through the perforations; and h) an impeller wherein the impeller is comprised in the filter chamber , wherein the removable portion comprises the impeller and the cap . a) a housing having an outlet configured to allow a filtrate to exit the centrifugal filter unit ; b) a filter rotatably mounted in the housing , wherein the filter comprises a first end proximate a first end of the housing, a second end proximate a second end of the housing and a side wall connecting the first end of the filter and the second end of the filter , wherein the first end , second end and side wall of the filter define a filter chamber , and wherein the side wall comprises perforations configured to allow liquid to pass through but to prevent solid material from passing through; c) a lid configured to substantially seal the first end of the housing , wherein the lid is openable; d) an inlet configured to allow a feed to enter the filter chamber ; e) a cap at the first end of the filter , wherein the cap comprises an aperture that cooperates with the inlet to allow the feed to enter the filter chamber ; f) a drive means for rotating the filter ; g) a removable portion configured to be positioned in the filter chamber during operation of the centrifugal filter unit and which when removed from the filter chamber following operation of the centrifugal filter unit takes with it at least a portion of the solid material prevented from passing through the perforations; and h) an impeller wherein the impeller is comprised in the filter chamber ,
A submersible pump assembly with an electric motor with a stator , with a rotor , with a shaft which is connected to the rotor in a rotationally fixed manner and which carries at least one impeller of a single-stage or multi-stage centrifugal pump, and with a rotor can between the rotor and the stator , characterized in that the rotor can consists of plastic or composite material and is manufactured in the extrusion or pulltrusion method.