mhurhangee/patent-ind-claim-en huggingface dataset:
An internal combustion engine comprising: a variable valve timing mechanism configured by winding a timing chain thereon; intake and exhaust hydraulic control valves each controlling a hydraulic oil supplied to the variable valve timing mechanism; and a chain casing fixed to a cylinder head, to cover the timing chain and the variable valve timing mechanism, wherein a bulging portion bulging in a crank shaft direction so as to be away from the cylinder head is formed in the chain casing , the bulging portion covering the variable valve timing mechanism, wherein the chain casing includes: a cylindrical intake side cylinder portion provided on a lower portion of the bulging portion and bulging in the crank shaft direction so as to be away from the cylinder head, into which the intake hydraulic control valve is inserted; a cylindrical exhaust side cylinder portion provided on the lower portion of the bulging portion and bulging in the crank shaft direction so as to be away from the cylinder head, into which the exhaust hydraulic control valve is inserted; and intake and exhaust side fastening boss portions , provided on respective lower portions of the intake and exhaust side cylinder portions , attaching the chain casing to the cylinder head. a variable valve timing mechanism configured by winding a timing chain thereon; intake and exhaust hydraulic control valves each controlling a hydraulic oil supplied to the variable valve timing mechanism; and a chain casing fixed to a cylinder head, to cover the timing chain and the variable valve timing mechanism, wherein a bulging portion bulging in a crank shaft direction so as to be away from the cylinder head is formed in the chain casing , the bulging portion covering the variable valve timing mechanism, wherein the chain casing includes: a cylindrical intake side cylinder portion provided on a lower portion of the bulging portion and bulging in the crank shaft direction so as to be away from the cylinder head, into which the intake hydraulic control valve is inserted; a cylindrical exhaust side cylinder portion provided on the lower portion of the bulging portion and bulging in the crank shaft direction so as to be away from the cylinder head, into which the exhaust hydraulic control valve is inserted; and intake and exhaust side fastening boss portions , provided on respective lower portions of the intake and exhaust side cylinder portions , attaching the chain casing to the cylinder head. a cylindrical intake side cylinder portion provided on a lower portion of the bulging portion and bulging in the crank shaft direction so as to be away from the cylinder head, into which the intake hydraulic control valve is inserted; a cylindrical exhaust side cylinder portion provided on the lower portion of the bulging portion and bulging in the crank shaft direction so as to be away from the cylinder head, into which the exhaust hydraulic control valve is inserted; and intake and exhaust side fastening boss portions , provided on respective lower portions of the intake and exhaust side cylinder portions , attaching the chain casing to the cylinder head.
A light emitting sealed body comprising: a housing which stores a discharge gas (G1) and is provided with a first opening to which first light (L1) is configured to be incident along a first optical axis (A1) and a second opening from which second light (L2) is configured to be emitted along a second optical axis (A2), wherein the first light (L1) is laser light configured to maintain plasma generated in the discharge gas (G1) and the second light (L2) is light from the plasma; a first window portion that hermetically seals the first opening and transmits the first light (L1); a second window portion which hermetically seals the second opening and transmits the second light (L2), and a first electrode and a second electrode which face each other with an intersection between the first optical axis (A1) and the second optical axis (A2) interposed therebetween, wherein the housing is formed of a light shielding material which does not transmit the first light (L1) and the second light (L2), wherein an internal space (S3) is defined by the housing , the first window portion , and the second window portion and the internal space (S3) is filled with the discharge gas (G1), wherein the first opening and the second opening are disposed so that the first optical axis (A1) and the second optical axis (A2) intersectable with each other, characterized in that the housing is formed of a metal material, and wherein the first electrode is fixed to the housing via an insulation member and is electrically separated from the housing and the second electrode is electrically connected to the housing . a housing which stores a discharge gas (G1) and is provided with a first opening to which first light (L1) is configured to be incident along a first optical axis (A1) and a second opening from which second light (L2) is configured to be emitted along a second optical axis (A2), wherein the first light (L1) is laser light configured to maintain plasma generated in the discharge gas (G1) and the second light (L2) is light from the plasma; a first window portion that hermetically seals the first opening and transmits the first light (L1); a second window portion which hermetically seals the second opening and transmits the second light (L2), and a first electrode and a second electrode which face each other with an intersection between the first optical axis (A1) and the second optical axis (A2) interposed therebetween, wherein the housing is formed of a light shielding material which does not transmit the first light (L1) and the second light (L2), wherein an internal space (S3) is defined by the housing , the first window portion , and the second window portion and the internal space (S3) is filled with the discharge gas (G1), wherein the first opening and the second opening are disposed so that the first optical axis (A1) and the second optical axis (A2) intersectable with each other, characterized in that the housing is formed of a metal material, and wherein the first electrode is fixed to the housing via an insulation member and is electrically separated from the housing and the second electrode is electrically connected to the housing .
An apparatus for use with an isolator, comprising: a crown for releasably joining with a beta port of the isolator, wherein the crown includes at least one anchoring support ; a hook on the at least one anchoring support; a needle block including at least one through hole for having a needle positioned therein, wherein the at least one needle is joined with tubing ; a yoke releasably joined with the tubing; and a biasing element releasably joined with the yoke and the at least one anchoring support; wherein the needle block is releasably joined to the crown. a crown for releasably joining with a beta port of the isolator, wherein the crown includes at least one anchoring support ; a hook on the at least one anchoring support; a needle block including at least one through hole for having a needle positioned therein, wherein the at least one needle is joined with tubing ; a yoke releasably joined with the tubing; and a biasing element releasably joined with the yoke and the at least one anchoring support; wherein the needle block is releasably joined to the crown.
Pump arrangement at least comprising a pump having a pressure side and an intake side and a drive unit for the pump which are arranged in a common housing , wherein the drive unit is an axial flow electric drive which comprises a stator which is connected to the housing in a rotationally secure manner and a rotor which is arranged so as to be able to be rotated with respect to the housing , wherein the rotor is arranged with a first end face opposite the stator in an axial direction and forms an outer conveying means of the pump and has on an inner circumferential face a first conveying profile , wherein in a radial direction inside the rotor there is arranged an inner conveying means of the pump which has on an outer circumferential face a second conveying profile which cooperates with the first conveying profile in order to convey a fluid ; characterized in that the conveying means are arranged with spacing from the first end face ; wherein the inner conveying means is supported on a centering element which is connected to the housing in a rotationally secure manner; wherein at least the rotor and the outer conveying means are configured to be supported exclusively via the fluid conveyed by the pump ; wherein at least between the first end face and the stator a first fluid guiding structure is arranged and connected to the pressure side so that during operation of the electric drive a gap between the first end face and the stator can be produced by the fluid .
A power tool , comprising: a housing including a motor housing portion , a drive housing , and a mounting portion between the motor housing portion and the drive housing; a motor located within the motor housing portion; a spindle configured to rotate about a rotational axis in response to torque received from the motor; a handle holder coupled to the drive housing, the handle holder defining a first mounting point and the mounting portion defining a second mounting point ; and an auxiliary handle ; characterized in that : the first and second mounting points are each configured to receive the auxiliary handle such that the auxiliary handle is selectively attachable to each of the first and second mounting points, and the first mounting point is located at a first position along the rotational axis, and the second mounting point is located at a second position offset from the first position along the rotational axis. a housing including a motor housing portion , a drive housing , and a mounting portion between the motor housing portion and the drive housing; a motor located within the motor housing portion; a spindle configured to rotate about a rotational axis in response to torque received from the motor; a handle holder coupled to the drive housing, the handle holder defining a first mounting point and the mounting portion defining a second mounting point ; and an auxiliary handle ; characterized in that : the first and second mounting points are each configured to receive the auxiliary handle such that the auxiliary handle is selectively attachable to each of the first and second mounting points, and the first mounting point is located at a first position along the rotational axis, and the second mounting point is located at a second position offset from the first position along the rotational axis. the first and second mounting points are each configured to receive the auxiliary handle such that the auxiliary handle is selectively attachable to each of the first and second mounting points, and the first mounting point is located at a first position along the rotational axis, and the second mounting point is located at a second position offset from the first position along the rotational axis.
A blood sample processor for imaging a centrifuged blood sample, comprising: a transparent container with the centrifuged blood sample therein; an illumination source for illuminating the centrifuged blood sample and positioned to illuminate the centrifuged blood sample at an oblique angle to the transparent container; a digital camera disposed opposite the transparent container for imaging the centrifuged blood sample; and a processor for processing the centrifuged blood sample image and determining relative locations of component layers of the centrifuged blood sample; characterised in that the blood sample processor comprises a pipette with a liquid level height sensor for determining an actual location of a surface at the top of the centrifuged blood sample. a transparent container with the centrifuged blood sample therein; an illumination source for illuminating the centrifuged blood sample and positioned to illuminate the centrifuged blood sample at an oblique angle to the transparent container; a digital camera disposed opposite the transparent container for imaging the centrifuged blood sample; and a processor for processing the centrifuged blood sample image and determining relative locations of component layers of the centrifuged blood sample; characterised in that the blood sample processor comprises a pipette with a liquid level height sensor for determining an actual location of a surface at the top of the centrifuged blood sample.
Method for assisting a user in operating a user interface in a 3-D-gesture mode, in which an operation of the user interface can take place by gestures freely executed in space, hereinafter referred to as 3-D gestures, comprising - displaying a graphic content on a display unit of the user interface , - detecting a hand of the user by means of a sensor , - presenting a representation of the hand as an overlay of the graphic content , - receiving a second, predefined signal and, in response thereto, - changing an optical appearance of the representation of the hand , wherein the predefined, second signal is generated in response to - an actuation of a mechanical switch, and/or - an actuation of a button realized using software, and/or - a recognition of a voice command. - displaying a graphic content on a display unit of the user interface , - detecting a hand of the user by means of a sensor , - presenting a representation of the hand as an overlay of the graphic content , - receiving a second, predefined signal and, in response thereto, - changing an optical appearance of the representation of the hand , wherein the predefined, second signal is generated in response to - an actuation of a mechanical switch, and/or - an actuation of a button realized using software, and/or - a recognition of a voice command.
A soft ballistic armor comprising: an upper portion having a contoured center edge connecting a set of top edges , the upper portion having a set of upper side edges each extending inwardly from one of the top edges , and the top edges being connected by a center edge ; a lower portion having a set of outwardly extending edges each connected to a lower side edge , the lower side edges extending distally to a bottom edge ; and a set of lateral portions , each of the lateral portions connected to one of the upper side edges at an upper valley and to one of the outwardly extending edges at a lower valley , each of the lateral portions extending outwardly from the upper valley to the lower valley , the upper portion , the lower portion , and the set of lateral portions forming an armor female shape. an upper portion having a contoured center edge connecting a set of top edges , the upper portion having a set of upper side edges each extending inwardly from one of the top edges , and the top edges being connected by a center edge ; a lower portion having a set of outwardly extending edges each connected to a lower side edge , the lower side edges extending distally to a bottom edge ; and a set of lateral portions , each of the lateral portions connected to one of the upper side edges at an upper valley and to one of the outwardly extending edges at a lower valley , each of the lateral portions extending outwardly from the upper valley to the lower valley , the upper portion , the lower portion , and the set of lateral portions forming an armor female shape.
A composition comprising liquid vesicles suspended within a pharmaceutically acceptable liquid carrier, wherein: a. the liquid vesicles comprise: i. minoxidil or a pharmaceutically acceptable salt thereof; and ii. an C 8 -C 24 alcohol ester of a carboxylic acid; and b. the pharmaceutically acceptable liquid carrier comprises, one or more solubilizer(s), one or more solubilizing acid(s) or mixtures thereof. a. the liquid vesicles comprise: i. minoxidil or a pharmaceutically acceptable salt thereof; and ii. an C 8 -C 24 alcohol ester of a carboxylic acid; and i. minoxidil or a pharmaceutically acceptable salt thereof; and ii. an C 8 -C 24 alcohol ester of a carboxylic acid; b. the pharmaceutically acceptable liquid carrier comprises, one or more solubilizer(s), one or more solubilizing acid(s) or mixtures thereof.
A communication terminal apparatus used in a communication system in which communication resources are allocated to communication terminals based on downlink channel quality, the apparatus comprising: a measuring section that measures downlink channel quality, a transmitter that transmits a notification signal comprising encoded information that indicates the measured downlink channel quality to a base station apparatus, wherein the information indicating the measured downlink channel quality includes a first and a second part and wherein a change of the first part results in a larger amount of change of the indicated downlink channel quality than a change of the second part, characterized in that the first part of the information indicating the measured downlink channel quality is transmitted with less susceptibility to errors than the second part. a measuring section that measures downlink channel quality, a transmitter that transmits a notification signal comprising encoded information that indicates the measured downlink channel quality to a base station apparatus, wherein the information indicating the measured downlink channel quality includes a first and a second part and wherein a change of the first part results in a larger amount of change of the indicated downlink channel quality than a change of the second part, characterized in that the first part of the information indicating the measured downlink channel quality is transmitted with less susceptibility to errors than the second part.
A tool coupler for use with a top drive system, comprising: a first component having a tubular body and a locking member ; and a second component having: a housing having an opening for receiving the tubular body ; a locking ring having a latch ; an axial channel ; and a recess , in communication with the axial channel , for receiving the locking member , wherein the latch is positioned in the axial channel to retain the locking member in the recess . a first component having a tubular body and a locking member ; and a second component having: a housing having an opening for receiving the tubular body ; a locking ring having a latch ; an axial channel ; and a recess , in communication with the axial channel , for receiving the locking member , wherein the latch is positioned in the axial channel to retain the locking member in the recess . a housing having an opening for receiving the tubular body ; a locking ring having a latch ; an axial channel ; and a recess , in communication with the axial channel , for receiving the locking member , wherein the latch is positioned in the axial channel to retain the locking member in the recess .
A control system for controlling a plurality of caravan movers mounted on a caravan wherein each caravan mover comprises: drive means comprising a brushed motor; and a lateral roller wherein the lateral roller is arranged to move in an engagement direction between a first position and a second position and, in which, in the second position the lateral roller is arranged to be urged against a ground contacting surface of a wheel of the caravan in order to transmit the drive from the drive means to the wheel, wherein a control unit is arranged to independently vary the speed of each brushed motor to enable a gradual change of speed of each brushed motor and characterized in that the control unit comprises a speed compensation system whereby the power supplied to each brushed motor changes in proportion to the load detected on the associated brushed motor, so as to maintain a desired motor speed under variable load. drive means comprising a brushed motor; and a lateral roller wherein the lateral roller is arranged to move in an engagement direction between a first position and a second position and, in which, in the second position the lateral roller is arranged to be urged against a ground contacting surface of a wheel of the caravan in order to transmit the drive from the drive means to the wheel, wherein a control unit is arranged to independently vary the speed of each brushed motor to enable a gradual change of speed of each brushed motor and characterized in that the control unit comprises a speed compensation system whereby the power supplied to each brushed motor changes in proportion to the load detected on the associated brushed motor, so as to maintain a desired motor speed under variable load.
An electro-hydraulic motor-pump unit , MPU, having a pump for conveying a fluid, an electric motor coupled to the pump for driving, a control coupled to the electric motor and arranged for actuating the electric motor , and a housing , and at least one sensor disposed in a sensor receiving means integrated in the housing and electrically connected with the control , characterized in that the housing has a pump housing part in which functional parts of the pump are received, and wherein the sensor receiving means is a structural constituent of the pump housing part .
Smart watch comprising a first screen cooperating with a first display management device of said watch contributing to broadcasting information pertaining to functions provided by said watch and a second screen that is separate from the first screen cooperating with a second display management device of the watch contributing to broadcasting information concerning all or part of a visual message pertaining to a visual and/or audio animation occurring within an environment in which said watch is located, said information being transmitted from a display control server controlling the second display management device of the watch .
A transfer roller , comprising: a heating device ; wherein the transfer roller receives an amount of wet printing fluid from a photo-imaging plate, PIP, and transfer the wet printing fluid to a printing substrate while preventing the evaporation of a carrier fluid within the printing fluid ; wherein the heating device is to heat the transfer roller to at least two distinct temperatures based on the type of printing substrate to be printed on. a heating device ; wherein the transfer roller receives an amount of wet printing fluid from a photo-imaging plate, PIP, and transfer the wet printing fluid to a printing substrate while preventing the evaporation of a carrier fluid within the printing fluid ; wherein the heating device is to heat the transfer roller to at least two distinct temperatures based on the type of printing substrate to be printed on.