mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter comprising: an elongated catheter body ; a distal electrode member having a porous substrate and a plurality of surface electrodes , the porous substrate having at least one exposed surface area spanning between at least a pair of surface electrodes , the porous substrate having an interior chamber adapted to receive conductive fluid; a plurality of lead wires , each connected to a respective surface electrode ; and a lead wire having a distal portion extending into the interior chamber , the lead wire adapted to electrify the conductive fluid in the chamber , wherein the porous substrate is adapted to pass the conductive fluid from the chamber to the at least one exposed surface area ; characterized in that the distal portion of the lead wire extending into the interior chamber is either: i) wrapped around itself, ii) coiled around a distal portion of an irrigation tubing , or iii) widely spiraling approaching the inner surface of the interior chamber . an elongated catheter body ; a distal electrode member having a porous substrate and a plurality of surface electrodes , the porous substrate having at least one exposed surface area spanning between at least a pair of surface electrodes , the porous substrate having an interior chamber adapted to receive conductive fluid; a plurality of lead wires , each connected to a respective surface electrode ; and a lead wire having a distal portion extending into the interior chamber , the lead wire adapted to electrify the conductive fluid in the chamber , wherein the porous substrate is adapted to pass the conductive fluid from the chamber to the at least one exposed surface area ; characterized in that the distal portion of the lead wire extending into the interior chamber is either: i) wrapped around itself, ii) coiled around a distal portion of an irrigation tubing , or iii) widely spiraling approaching the inner surface of the interior chamber . i) wrapped around itself, ii) coiled around a distal portion of an irrigation tubing , or iii) widely spiraling approaching the inner surface of the interior chamber .
A method for the separation of at least one component from a liquid feed mixture in a simulated moving bed separation device, - wherein the separation device comprises a plurality of separation units each with a fixed inlet and a fixed outlet through which during operation of the simulated moving bed separation device a liquid flow can be established in each separation unit in an upward direction, resulting for each separation unit into an input stream and an output stream; - wherein each of the plurality of separation units comprises an expanded bed of a separation matrix; - wherein in each of the separation units the space above the separation matrix bed is completely filled with liquid without a gas void above the separation matrix bed; - wherein each of said plurality of separation units is communicatively coupled to at least one inflow control unit and to at least one outflow control unit; - wherein each inflow control unit comprises at least one pump and at least one valve; - wherein each outflow control unit comprises at least one valve; - wherein each outflow control unit does not comprise a pump; - wherein the outlet ends of the separation units are provided with a fixed top adapter; - wherein the liquid feed mixture is fed to the inlet of each separation unit in sequence; - wherein each of the separation units is subsequently subjected to one of a washing step, an elution step, a cleaning step, an equilibration step or a compensation step; and - wherein a purified product outlet stream containing the at least one component is collected. - wherein the separation device comprises a plurality of separation units each with a fixed inlet and a fixed outlet through which during operation of the simulated moving bed separation device a liquid flow can be established in each separation unit in an upward direction, resulting for each separation unit into an input stream and an output stream; - wherein each of the plurality of separation units comprises an expanded bed of a separation matrix; - wherein in each of the separation units the space above the separation matrix bed is completely filled with liquid without a gas void above the separation matrix bed; - wherein each of said plurality of separation units is communicatively coupled to at least one inflow control unit and to at least one outflow control unit; - wherein each inflow control unit comprises at least one pump and at least one valve; - wherein each outflow control unit comprises at least one valve; - wherein each outflow control unit does not comprise a pump; - wherein the outlet ends of the separation units are provided with a fixed top adapter; - wherein the liquid feed mixture is fed to the inlet of each separation unit in sequence; - wherein each of the separation units is subsequently subjected to one of a washing step, an elution step, a cleaning step, an equilibration step or a compensation step; and - wherein a purified product outlet stream containing the at least one component is collected.
A memory comprising: an external power supply rail ; a first core power supply rail configured to provide power to a first plurality of bitcells; a first power switch transistor (P3) coupled between the first core power supply rail and the external power supply rail; a first control transistor (M1) configured to switch on in response to a control signal, wherein the first power switch transistor is configured to switch on in response to the switch on of the first control transistor; a second core power supply rail configured to provide power to a second plurality of bitcells; a second power switch transistor (P6) coupled between the second core power supply rail and the external power supply rail; a second control transistor (M3) having a gate connected to the first core power supply rail, wherein the second power switch transistor is configured to switch on in response to a switch on of the second control transistor; and an inverter (M4, P4, P5) configured to invert an active-low sleep signal, wherein the drain of the second control transistor is connected to a ground node for the inverter, and wherein an output node of the inverter is connected to the gate of the second power switch transistor. an external power supply rail ; a first core power supply rail configured to provide power to a first plurality of bitcells; a first power switch transistor (P3) coupled between the first core power supply rail and the external power supply rail; a first control transistor (M1) configured to switch on in response to a control signal, wherein the first power switch transistor is configured to switch on in response to the switch on of the first control transistor; a second core power supply rail configured to provide power to a second plurality of bitcells; a second power switch transistor (P6) coupled between the second core power supply rail and the external power supply rail; a second control transistor (M3) having a gate connected to the first core power supply rail, wherein the second power switch transistor is configured to switch on in response to a switch on of the second control transistor; and an inverter (M4, P4, P5) configured to invert an active-low sleep signal, wherein the drain of the second control transistor is connected to a ground node for the inverter, and wherein an output node of the inverter is connected to the gate of the second power switch transistor.
An air-conditioning apparatus for a vehicle, comprising: a casing adapted to be provided on a roof of a vehicle and formed with an air inlet through which air in the vehicle can be sucked from an opening formed in the roof of the vehicle ; and an apparatus main body installed in the casing and conditioning the air of the vehicle , that is sucked through the air inlet , characterized in that a wiring through hole (31 to 34) for passing a wiring cable extending from the apparatus main body through a space between the roof of the vehicle and the casing is formed in a bottom plate of the casing , and in that the wiring cable is disposable so as to be passed through the space between the bottom plate of the casing and the roof of the vehicle via the wiring through hole (31 to 34) from the apparatus main body and to extend into the opening from a position that is in the bottom plate of the casing and above the opening of the vehicle . a casing adapted to be provided on a roof of a vehicle and formed with an air inlet through which air in the vehicle can be sucked from an opening formed in the roof of the vehicle ; and an apparatus main body installed in the casing and conditioning the air of the vehicle , that is sucked through the air inlet , characterized in that a wiring through hole (31 to 34) for passing a wiring cable extending from the apparatus main body through a space between the roof of the vehicle and the casing is formed in a bottom plate of the casing , and in that the wiring cable is disposable so as to be passed through the space between the bottom plate of the casing and the roof of the vehicle via the wiring through hole (31 to 34) from the apparatus main body and to extend into the opening from a position that is in the bottom plate of the casing and above the opening of the vehicle .
A lottery ticket dispenser bin , comprising: a housing having a front side that faces a purchaser in operational use of a dispenser array , an opposite back side , and an internal space defining one or more compartments for receipt of a supply of interconnected lottery tickets; each compartment comprising an electronic drive mechanism that dispenses the lottery tickets through a dispensing slot in the back side ; a pivotal door configured on the housing and defining the back side , the pivotal door movable between a fully closed position and a fully open position relative to the housing , the pivotal door further comprising: a back wall , wherein the back wall faces the compartment ; and a bottom frame member mounted to the housing , wherein the door is configured to pivot relative to the bottom frame member ; characterized by one or more spring-loaded, elongated tabs pivotally mounted to the bottom frame member , the elongated tab extending transversely from the bottom frame member and biased against the back wall , the elongated tab comprising a length so as to be continuously engaged against the back wall as the pivotal door moves between the fully open and fully closed positions; and wherein the elongated tab defines a bridge that prevents the lottery tickets from moving into a hinge area between the housing and the pivotal door . a housing having a front side that faces a purchaser in operational use of a dispenser array , an opposite back side , and an internal space defining one or more compartments for receipt of a supply of interconnected lottery tickets; each compartment comprising an electronic drive mechanism that dispenses the lottery tickets through a dispensing slot in the back side ; a pivotal door configured on the housing and defining the back side , the pivotal door movable between a fully closed position and a fully open position relative to the housing , the pivotal door further comprising: a back wall , wherein the back wall faces the compartment ; and a bottom frame member mounted to the housing , wherein the door is configured to pivot relative to the bottom frame member ; a back wall , wherein the back wall faces the compartment ; and a bottom frame member mounted to the housing , wherein the door is configured to pivot relative to the bottom frame member ; characterized by one or more spring-loaded, elongated tabs pivotally mounted to the bottom frame member , the elongated tab extending transversely from the bottom frame member and biased against the back wall , the elongated tab comprising a length so as to be continuously engaged against the back wall as the pivotal door moves between the fully open and fully closed positions; and wherein the elongated tab defines a bridge that prevents the lottery tickets from moving into a hinge area between the housing and the pivotal door .
A cooling flow circuit for a gas turbine engine actuator, comprising: a main line having first and second sections for being ported to piston extend and return sides of the gas turbine engine actuator, respectively; an orifice disposed along the main line between the first and second sections; a bypass line fluidly coupled to the first and second sections at opposite ends thereof, respectively; and a bypass valve disposed along the bypass line between the opposite ends thereof and having a variable flow area which is responsive to a pressure differential between the first and second sections; wherein the bypass valve comprises: a first valve opening which is fluidly coupled to one end of the bypass line; a second valve opening which is fluidly coupled to the other end of the bypass line; a valve element which is elastically biased to move between open and closed positions relative to the first and second valve openings in response to the pressure differential, characterized by springs by which the valve element is anchored to the first and second valve openings and by which the valve element is elastically biased. a main line having first and second sections for being ported to piston extend and return sides of the gas turbine engine actuator, respectively; an orifice disposed along the main line between the first and second sections; a bypass line fluidly coupled to the first and second sections at opposite ends thereof, respectively; and a bypass valve disposed along the bypass line between the opposite ends thereof and having a variable flow area which is responsive to a pressure differential between the first and second sections; a first valve opening which is fluidly coupled to one end of the bypass line; a second valve opening which is fluidly coupled to the other end of the bypass line; a valve element which is elastically biased to move between open and closed positions relative to the first and second valve openings in response to the pressure differential, characterized by springs by which the valve element is anchored to the first and second valve openings and by which the valve element is elastically biased.
A method for measuring a measurement area of an object having a plurality of holes , which are separated by a pitch between the plurality of holes , using a coordinate measuring machine including a probe based on a displacement of the probe , wherein a measurement piece is movable within a predetermined range and is positioned at an end of a stylus of the probe , the method comprising: driving and supporting the probe by a drive mechanism ; driving the measurement piece by a measurement-piece drive unit of the probe by driving the stylus in each of directions of three axes orthogonal to each other; measuring, by a first measuring unit , the displacement of the measurement piece in each of the directions of the three axes; measuring, by a second measuring unit , the displacement of the probe , wherein a measurement accuracy of the second measuring unit is lower than a measurement accuracy of the first measuring unit ; outputting, by a drive controller , to the measurement-piece drive unit a position command for driving the stylus , when a hole of the plurality of the holes of the measurement area of the object is measured; and outputting, by the drive controller , to the drive mechanism a position command for driving the probe when the pitch between the plurality of the holes of the measurement area of the object is measured. driving and supporting the probe by a drive mechanism ; driving the measurement piece by a measurement-piece drive unit of the probe by driving the stylus in each of directions of three axes orthogonal to each other; measuring, by a first measuring unit , the displacement of the measurement piece in each of the directions of the three axes; measuring, by a second measuring unit , the displacement of the probe , wherein a measurement accuracy of the second measuring unit is lower than a measurement accuracy of the first measuring unit ; outputting, by a drive controller , to the measurement-piece drive unit a position command for driving the stylus , when a hole of the plurality of the holes of the measurement area of the object is measured; and outputting, by the drive controller , to the drive mechanism a position command for driving the probe when the pitch between the plurality of the holes of the measurement area of the object is measured.
A device for stacking products of thermoplastic polymer, which are dispensed from a multi-cavity mold of a thermoforming machine, comprising at least one base body , which particularly is plate-shaped, and a plurality of holding elements , which particularly have a conical shape, wherein each holding element is arranged on the base body by means of a suction line , wherein one respective product can be detachably received on each of the holding elements by means of a vacuum applied to the suction line , and wherein the base body can be displaced between the multi-cavity mold of the thermoforming machine and, in particular, a stacking collection station together with the holding elements and the received products, characterized in that a sensor element is arranged on each of the holding elements , wherein said sensor element makes it possible to detect the presence and/or absence of a product on the holding element and the sensor element is realized in the form of an optical sensor and/or an inductive or capacitive sensor or a mechanical contact switch.
Textile part, in particular textile orthopaedic aid, comprising a textile main body , and at least one functional element which is made of plastics material and disposed on the main body , wherein the functional element is connected in a form-fitting and materially integral manner to at least one fastening element , wherein corresponding form-fit contours which engage with one another or span across one another are provided for establishing the form-fitting connection on the functional element and on the fastening element , and the fastening element is connected in a materially integral manner to the main body .
A vehicle information system for a vehicle , said vehicle comprising a set of compartment closing members adapted to close an interior compartment of the vehicle to the environment ambient of the vehicle , wherein said set of compartment closing members comprises a left front door and a left rear door , said vehicle further comprising a set of operating lights , arranged outwardly of the vehicle , and intended to be used during driving of said vehicle , wherein said set of operating lights comprises a left front direction indicator and a left rear direction indicator , said vehicle information system being adapted to: - receive a compartment closing member signal indicative of a compartment closing member of said set of compartment closing members being unclosed and/or unlocked, and - upon receipt of said compartment closing member signal, issue an information signal to said vehicle such that one or more of the lights in said set of outwardly arranged operating lights is activated to thereby indicate which compartment closing member of said set of compartment closing members is unclosed and/or unlocked, each compartment closing member being assigned an individual activation of said set of outwardly arranged operating lights , wherein - upon receipt of a signal indicating that the left front door is unclosed and/or unlocked, issue a warning signal for activating the left front direction indicator, and - upon receipt of a signal indicating that the left rear door is unclosed and/or unlocked, issue a warning signal for activating the left rear direction indicator. - receive a compartment closing member signal indicative of a compartment closing member of said set of compartment closing members being unclosed and/or unlocked, and - upon receipt of said compartment closing member signal, issue an information signal to said vehicle such that one or more of the lights in said set of outwardly arranged operating lights is activated to thereby indicate which compartment closing member of said set of compartment closing members is unclosed and/or unlocked, each compartment closing member being assigned an individual activation of said set of outwardly arranged operating lights , wherein - upon receipt of a signal indicating that the left front door is unclosed and/or unlocked, issue a warning signal for activating the left front direction indicator, and - upon receipt of a signal indicating that the left rear door is unclosed and/or unlocked, issue a warning signal for activating the left rear direction indicator.
Device for mixing propellant and air of a jet engine , having at least one air-conducting channel and at least one further, propellant-conducting channel , wherein, at least in the air-conducting channel , provision is made of guide elements which extend over the channel height and are arranged distributed over the circumference of the channel and in whose region, for the purpose of improving mixing between the air and the propellant downstream of the channels (10 to 13), a swirl can be imparted to the air flowing in the air-conducting channel , characterized in that provision is made of multiple air-conducting channels and, in each air-conducting channel , provision is made of guide elements which extend over the channel height and are arranged distributed over the circumference of the respective channel and, in each case in a rear end region in the flow direction of the air, are formed, at least approximately at least regionally with triangular projections and recesses with a sharp edge in relation to the flow direction, wherein the end regions of the guide elements of an air-conducting channel are formed differently than the end regions of the guide elements of another air-conducting channel .
A lighting device for providing a natural lighting effect, comprising: at least three LED chains , each LED chain including a plurality of LED light sources separated from each other along the LED chain, wherein the LED light sources of each LED chain are electrically connected to a common drive signal line, wherein the light sources of said at least three LED chains are substantially evenly and non-symmetrically distributed over a light area , and a controller configured to apply a different drive signal to each drive signal line, wherein each drive signal is time varying so as to cause a time variation of at least one property of light emitted from the LED light sources. at least three LED chains , each LED chain including a plurality of LED light sources separated from each other along the LED chain, wherein the LED light sources of each LED chain are electrically connected to a common drive signal line, wherein the light sources of said at least three LED chains are substantially evenly and non-symmetrically distributed over a light area , and a controller configured to apply a different drive signal to each drive signal line, wherein each drive signal is time varying so as to cause a time variation of at least one property of light emitted from the LED light sources.