mhurhangee/patent-ind-claim-en huggingface dataset:
A bubble assembly using reflection, comprising: a non-opaque body ; a bubble unit arranged in the body ; wherein the body comprises: a datum face for measuring a verticality of a measured surface, the bubble unit having a longitudinal axis that is perpendicular to the datum face , the datum face arranged between a first end of the bubble unit and the measured surface; at least one sloping surface arranged at an angle with the bubble unit to form an image of the bubble unit by reflection, the sloping surface intersecting with the datum face , the sloping surface and the datum face forming an obtuse angle; a first observation surface arranged to observe the image of the bubble unit formed by the reflection of the sloping surface , the bubble unit arranged between the first observation surface and the datum face ; characterized in that the first observation surface is a planar surface; and wherein the at least one sloping surface comprises two sloping surfaces which are arranged symmetrically about the bubble unit . a non-opaque body ; a bubble unit arranged in the body ; wherein the body comprises: a datum face for measuring a verticality of a measured surface, the bubble unit having a longitudinal axis that is perpendicular to the datum face , the datum face arranged between a first end of the bubble unit and the measured surface; at least one sloping surface arranged at an angle with the bubble unit to form an image of the bubble unit by reflection, the sloping surface intersecting with the datum face , the sloping surface and the datum face forming an obtuse angle; a first observation surface arranged to observe the image of the bubble unit formed by the reflection of the sloping surface , the bubble unit arranged between the first observation surface and the datum face ; a datum face for measuring a verticality of a measured surface, the bubble unit having a longitudinal axis that is perpendicular to the datum face , the datum face arranged between a first end of the bubble unit and the measured surface; at least one sloping surface arranged at an angle with the bubble unit to form an image of the bubble unit by reflection, the sloping surface intersecting with the datum face , the sloping surface and the datum face forming an obtuse angle; a first observation surface arranged to observe the image of the bubble unit formed by the reflection of the sloping surface , the bubble unit arranged between the first observation surface and the datum face ; characterized in that the first observation surface is a planar surface; and wherein the at least one sloping surface comprises two sloping surfaces which are arranged symmetrically about the bubble unit .
A method performed by an evolved Node B, eNB, of a Long Term Evolution cellular system, the method comprising: the eNB allocating orthogonal resources and other orthogonal resources, said orthogonal resources being for use relatively near a center of a cell of the eNB and said other orthogonal resources being for use relatively near an edge of a cell of the eNB , and the method being further characterized by comprising: the eNB receiving an indication from at least one surrounding eNB of orthogonal resources in use near an edge of a cell of the at least one surrounding eNB via at least one X2 interface between the eNB and the at least one surrounding eNB , the eNB being informed not to use said orthogonal resources in use near the edge of the cell of the at least one surrounding eNB for relatively near the edge of the cell of the eNB . the eNB allocating orthogonal resources and other orthogonal resources, said orthogonal resources being for use relatively near a center of a cell of the eNB and said other orthogonal resources being for use relatively near an edge of a cell of the eNB , and the method being further characterized by comprising: the eNB receiving an indication from at least one surrounding eNB of orthogonal resources in use near an edge of a cell of the at least one surrounding eNB via at least one X2 interface between the eNB and the at least one surrounding eNB , the eNB being informed not to use said orthogonal resources in use near the edge of the cell of the at least one surrounding eNB for relatively near the edge of the cell of the eNB . the eNB receiving an indication from at least one surrounding eNB of orthogonal resources in use near an edge of a cell of the at least one surrounding eNB via at least one X2 interface between the eNB and the at least one surrounding eNB , the eNB being informed not to use said orthogonal resources in use near the edge of the cell of the at least one surrounding eNB for relatively near the edge of the cell of the eNB .
A medical connector comprising: a housing comprising: a male luer end ; a female luer end ; a central axis; and an internal cavity comprising a passage connecting a first region and a second region ; and a rigid valve member configured to be advanced towards and away from the second region along the central axis of the housing, the rigid valve member comprising an internal passageway and a fluid chamber at one end of the valve member , the fluid chamber having a closed tip and a hole adjacent the closed tip ; wherein the medical connector has a first position in which at least a portion of the fluid chamber comprising the hole is positioned in the passage and fluid flow between the internal passageway and the first region is impeded, and wherein the fluid flow between the female luer end and the internal passageway is impeded when the medical connector is in the first position; wherein the medical connector has a second position in which the rigid valve member is advanced towards the first region and fluid communication between the interior of the medical connector and the first region via the hole is enabled, and wherein the fluid flow between the female luer end and the internal passageway is enabled when the medical connector is in the second position; and wherein the passage has a cross-sectional width that is smaller than both a cross-sectional width of the first region and a cross-sectional width of the second region . a housing comprising: a male luer end ; a female luer end ; a central axis; and an internal cavity comprising a passage connecting a first region and a second region ; and a male luer end ; a female luer end ; a central axis; and an internal cavity comprising a passage connecting a first region and a second region ; and a rigid valve member configured to be advanced towards and away from the second region along the central axis of the housing, the rigid valve member comprising an internal passageway and a fluid chamber at one end of the valve member , the fluid chamber having a closed tip and a hole adjacent the closed tip ; wherein the medical connector has a first position in which at least a portion of the fluid chamber comprising the hole is positioned in the passage and fluid flow between the internal passageway and the first region is impeded, and wherein the fluid flow between the female luer end and the internal passageway is impeded when the medical connector is in the first position; wherein the medical connector has a second position in which the rigid valve member is advanced towards the first region and fluid communication between the interior of the medical connector and the first region via the hole is enabled, and wherein the fluid flow between the female luer end and the internal passageway is enabled when the medical connector is in the second position; and wherein the passage has a cross-sectional width that is smaller than both a cross-sectional width of the first region and a cross-sectional width of the second region .
Brake test system for performing at least one part of an automatic brake test of a brake system of at least one rail vehicle (201 - 20n), wherein the brake test system is not part of a rail vehicle (201 - 20n) and is not part of a system, which is arranged to move the rail vehicle (201 - 20n), wherein the brake test system has a data processing device with a data source , characterised by a first automatic coupling apparatus , which can be coupled to at least one fluid connector of the at least one rail vehicle (201 - 20n) for providing a pressurised fluid to the brake system of the at least one rail vehicle (201 - 20n), and a second automatic coupling apparatus , which is connected to the data processing device and is designed for coupling to an electric connector of the at least one rail vehicle (201 - 20n), wherein the data processing device is configured, to receive data for performing the at least one part of the automatic brake test from the data source and to transmit test signals for performing the at least one part of the automatic brake test to the at least one rail vehicle (201 - 20n), to receive signal responses from the at least one rail vehicle (201 - 20n) during the performing or after completion of the at least one part of the automatic brake test, and to transmit the signal responses or signals derived therefrom to at least one evaluation apparatus for the evaluation of the received signal responses. to move the rail vehicle (201 - 20n), wherein the brake test system has a data processing device with a data source , characterised by a first automatic coupling apparatus , which can be coupled to at least one fluid connector of the at least one rail vehicle (201 - 20n) for providing a pressurised fluid to the brake system of the at least one rail vehicle (201 - 20n), and a second automatic coupling apparatus , which is connected to the data processing device and is designed for coupling to an electric connector of the at least one rail vehicle (201 - 20n), wherein the data processing device is configured, to receive data for performing the at least one part of the automatic brake test from the data source and to transmit test signals for performing the at least one part of the automatic brake test to the at least one rail vehicle (201 - 20n), to receive signal responses from the at least one rail vehicle (201 - 20n) during the performing or after completion of the at least one part of the automatic brake test, and to transmit the signal responses or signals derived therefrom to at least one evaluation apparatus for the evaluation of the received signal responses.
Image-generation device for a head-up display of a motor vehicle driving assistance device, comprising: - a light source , - a light modulator suitable for spatially modulating the light emitted by the light source , and - a computer suitable for driving the light source and the light modulator in such a way that they generate an image, characterized in that the light source is formed by a printed circuit which comprises a support plate and, on one face of this support plate, an array of light-emitting diodes forming several distinct light elements , and in that the computer is suitable for modulating the light intensity emitted by each light element independently of the light intensities emitted by the other light elements such that only the parts of the light modulator that have to display information are lit by the light elements of the light source, the other light elements being left off so that the parts of the light modulator that do not have to display any information are not lit, and in which an optical assembly is provided which is interposed between the light source and the light modulator and which contains the light emitted by each light element towards a corresponding effective zone of the light modulator , the optical assembly comprising an array of convergent lenses , each situated in front of one of the light-emitting diodes . - a light source , - a light modulator suitable for spatially modulating the light emitted by the light source , and - a computer suitable for driving the light source and the light modulator in such a way that they generate an image, characterized in that the light source is formed by a printed circuit which comprises a support plate and, on one face of this support plate, an array of light-emitting diodes forming several distinct light elements , and in that the computer is suitable for modulating the light intensity emitted by each light element independently of the light intensities emitted by the other light elements such that only the parts of the light modulator that have to display information are lit by the light elements of the light source, the other light elements being left off so that the parts of the light modulator that do not have to display any information are not lit, and in which an optical assembly is provided which is interposed between the light source and the light modulator and which contains the light emitted by each light element towards a corresponding effective zone of the light modulator , the optical assembly comprising an array of convergent lenses , each situated in front of one of the light-emitting diodes .
A de-icer, comprising: first and second structural layers each having a trapezoidal shape and comprising wide and narrow ends, a centerline which extends between the wide and narrow ends at a normal angle to each, and a tapered non-inflatable edge , which extends between the wide and narrow ends and is angled with respect to the centerline; edge sealing material disposed to adhere the first and second structural layers together to form a non-inflatable edge area extending along at least the tapered non-inflatable edge and surrounding a central area; and stitching disposed to stitch the first and second structural layers together in the central area to form tubes comprising an outermost tube (161 1 ) which is closest to and parallel with the tapered non-inflatable edge. first and second structural layers each having a trapezoidal shape and comprising wide and narrow ends, a centerline which extends between the wide and narrow ends at a normal angle to each, and a tapered non-inflatable edge , which extends between the wide and narrow ends and is angled with respect to the centerline; edge sealing material disposed to adhere the first and second structural layers together to form a non-inflatable edge area extending along at least the tapered non-inflatable edge and surrounding a central area; and stitching disposed to stitch the first and second structural layers together in the central area to form tubes comprising an outermost tube (161 1 ) which is closest to and parallel with the tapered non-inflatable edge.
Method for securing a processing machine , in particular a portable machine tool, wherein in one method step a location detection variable is transmitted to a communication unit of an external unit by means of a communication unit of the processing machine , and in one method step an operator-specific characteristic variable is transmitted to the communication unit of the processing machine by means of the communication unit of the external unit , wherein in one method step the location characteristic variable of the processing machine is evaluated, and in one method step the processing machine is enabled in accordance with the operator-specific characteristic variable, characterized in that in one method step the communication unit of the processing machine is activated automatically in accordance with a movement characteristic variable of the communication unit , and in one method step the communication unit of the external unit is activated automatically in accordance with a movement characteristic variable of the communication unit of the external unit .
A solenoid for a bleed valve arrangement, comprising: a solenoid body with an actuation fluid passage , a bleed valve passage , and drive fluid chamber ; a main armature disposed within the solenoid body and movable between an open position and a closed position, the actuation fluid passage being in fluid communication with the bleed valve passage in the open position, the actuation fluid passage being fluidly isolated from the bleed valve passage in the closed position; a coil and a pilot armature disposed within the solenoid body and movable relative to the main armature, wherein upon application of a current to the coil , the coil applies an electromagnetic force to the pilot armature which is operably coupled to the main armature by the drive fluid chamber to move the main armature between the open position and the closed position by controlling issue of a drive fluid into and out of the drive fluid chamber; and further including a guide block disposed within the solenoid body, the main armature being slideably received within the guide block, wherein the guide block comprises an overboard drain separated from the drive fluid chamber by a gasket , characterised in that the gasket is a first gasket, and in that the solenoid further comprises a second gasket separating the overboard drain from the actuation fluid passage. a solenoid body with an actuation fluid passage , a bleed valve passage , and drive fluid chamber ; a main armature disposed within the solenoid body and movable between an open position and a closed position, the actuation fluid passage being in fluid communication with the bleed valve passage in the open position, the actuation fluid passage being fluidly isolated from the bleed valve passage in the closed position; a coil and a pilot armature disposed within the solenoid body and movable relative to the main armature, wherein upon application of a current to the coil , the coil applies an electromagnetic force to the pilot armature which is operably coupled to the main armature by the drive fluid chamber to move the main armature between the open position and the closed position by controlling issue of a drive fluid into and out of the drive fluid chamber; and further including a guide block disposed within the solenoid body, the main armature being slideably received within the guide block, wherein the guide block comprises an overboard drain separated from the drive fluid chamber by a gasket ,
A cannula system comprising: a cannula comprising an elongated tubular body having a cannulation axially therethrough; an obturator sized to fit within the cannulation and having first external threads which engage the cannula when the obturator is disposed within the cannulation , characterized in that : the elongated tubular body is formed of a flexible material; and wherein the cannula has a smooth interior surface in a relaxed configuration and wherein the material of the cannula is sufficiently flexible such that temporary threads are formed within the cannulation by the obturator first external threads when the obturator is disposed within the cannulation . a cannula comprising an elongated tubular body having a cannulation axially therethrough; an obturator sized to fit within the cannulation and having first external threads which engage the cannula when the obturator is disposed within the cannulation , characterized in that : the elongated tubular body is formed of a flexible material; and wherein the cannula has a smooth interior surface in a relaxed configuration and wherein the material of the cannula is sufficiently flexible such that temporary threads are formed within the cannulation by the obturator first external threads when the obturator is disposed within the cannulation . the elongated tubular body is formed of a flexible material; and wherein the cannula has a smooth interior surface in a relaxed configuration and wherein the material of the cannula is sufficiently flexible such that temporary threads are formed within the cannulation by the obturator first external threads when the obturator is disposed within the cannulation .
An optical communication system comprising: a transmitter operative to produce and transmit an optical signal over a transmission medium , wherein in operation one or more electrical-to-optical conversion impairments are produced in the optical signal at the transmitter, the one or more electrical-to-optical conversion impairments including a timing skew between an in-phase portion and a quadrature portion of the optical signal; a receiver operative to receive a degraded version of the optical signal over the transmission medium and to derive received symbols from the degraded version of the optical signal; an estimator operative to generate from the received symbols a digital instruction regarding the one or more electrical-to-optical conversion impairments produced at the transmitter, characterising in that , regarding the timing skew, the estimator is operative to generate the digital instruction using a phase difference in the frequency domain between i) a function of real parts of the received symbols and real parts of transmitted symbols and ii) a function of imaginary parts of the received symbols and imaginary parts of the transmitted symbols. a transmitter operative to produce and transmit an optical signal over a transmission medium , wherein in operation one or more electrical-to-optical conversion impairments are produced in the optical signal at the transmitter, the one or more electrical-to-optical conversion impairments including a timing skew between an in-phase portion and a quadrature portion of the optical signal; a receiver operative to receive a degraded version of the optical signal over the transmission medium and to derive received symbols from the degraded version of the optical signal; an estimator operative to generate from the received symbols a digital instruction regarding the one or more electrical-to-optical conversion impairments produced at the transmitter, characterising in that , regarding the timing skew, the estimator is operative to generate the digital instruction using a phase difference in the frequency domain between i) a function of real parts of the received symbols and real parts of transmitted symbols and ii) a function of imaginary parts of the received symbols and imaginary parts of the transmitted symbols.
A method for manufacturing a biomaterial , comprising: • supply of a resorbable porous matrix formed of a material comprising collagen, the porous matrix being a haemostatic sponge, and having an interior volume and an exterior surface , then • hydration of the porous matrix so as to balance the pH and osmolarity of the porous matrix , • following hydration of the porous matrix , drying of the porous matrix , • following drying of the porous matrix , seeding of the porous matrix with at least one type of living biological cells of a tissue, then • a cellular growth of at least one type of biological cells , to form a biomaterial comprising: • the porous matrix , • at least one type of living biological cells of a tissue, disposed in the interior volume and alternatively or additionally on the surface of the porous matrix . • supply of a resorbable porous matrix formed of a material comprising collagen, the porous matrix being a haemostatic sponge, and having an interior volume and an exterior surface , then • hydration of the porous matrix so as to balance the pH and osmolarity of the porous matrix , • following hydration of the porous matrix , drying of the porous matrix , • following drying of the porous matrix , seeding of the porous matrix with at least one type of living biological cells of a tissue, then • a cellular growth of at least one type of biological cells , • the porous matrix , • at least one type of living biological cells of a tissue, disposed in the interior volume and alternatively or additionally on the surface of the porous matrix .