mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic method for measuring the concentration of a specific component gas in sample gas based on a propagation time till an ultrasonic wave transmitted from two ultrasonic transducers (2a, 2b) transmitting / receiving the ultrasonic wave, arranged opposite to each other in piping through which a sample gas flows, is received by the ultrasonic transducer arranged on the opposite side, the method comprising steps of: measuring a propagation time till the ultrasonic wave transmitted from each of the two ultrasonic transducers is received by the other ultrasonic transducer; measuring a sample gas temperature; and characterized by correcting the propagation time till the ultrasonic transducer receives the ultrasonic wave based on a propagation speed correction coefficient according to the temperature and pressure of the sample gas, wherein the step for correcting the propagation time till the ultrasonic transducer receives the ultrasonic wave is a step for correcting a propagation speed of the ultrasonic wave by the following expression: C = kRT M 1 + P RT B T where k: ratio between constant-volume molar specific heat and constant-pressure molar specific heat, R: gas constant, T: measured temperature of sample gas, M: average molecular weight of sample gas, P: measured pressure of sample gas, B: propagation speed correction coefficient, and the step for correcting the propagation time till the ultrasonic transducer receives the ultrasonic wave is a step for correcting a propagation speed based on a function of a temperature T of the propagation speed correction coefficient by acquiring a propagation speed correction coefficient B(Ta) at a temperature Ta from the ultrasonic propagation speeds of a plurality of sample gases with different pressure values at the temperature Ta. measuring a propagation time till the ultrasonic wave transmitted from each of the two ultrasonic transducers is received by the other ultrasonic transducer; measuring a sample gas temperature; and characterized by correcting the propagation time till the ultrasonic transducer receives the ultrasonic wave based on a propagation speed correction coefficient according to the temperature and pressure of the sample gas, wherein the step for correcting the propagation time till the ultrasonic transducer receives the ultrasonic wave is a step for correcting a propagation speed of the ultrasonic wave by the following expression: C = kRT M 1 + P RT B T where k: ratio between constant-volume molar specific heat and constant-pressure molar specific heat, R: gas constant, T: measured temperature of sample gas, M: average molecular weight of sample gas, P: measured pressure of sample gas, B: propagation speed correction coefficient, and the step for correcting the propagation time till the ultrasonic transducer receives the ultrasonic wave is a step for correcting a propagation speed based on a function of a temperature T of the propagation speed correction coefficient by acquiring a propagation speed correction coefficient B(Ta) at a temperature Ta from the ultrasonic propagation speeds of a plurality of sample gases with different pressure values at the temperature Ta.
Security element for enhancing the protection from forgery of security papers, valuable documents, identity cards, or products of any type, wherein the security element a. consists of a substrate, the surface of which diffusely reflects incident light, and b. consists of a coating, which at least partially covers the surface of the substrate, wherein the surface of the coating at least partially reflects incident light like a mirror, characterized in that the coating has regions having reduced layer thickness and/or having recesses, wherein these regions, for an observer - at specific observation angles have no or only a minor recognizable contrast and - at other observation angles have a clearly recognizable contrast in relation to the surrounding regions of the coating without reduced layer thickness or without recesses, wherein - the coating appears bright in incident light if the mirrored reflective coating of the security element reflects the incident light directly into the eye of the observer, whereas the regions having reduced layer thickness and/or having recesses appear dark, - the coating appears dark in incident light if the mirrored reflective coating does not reflect the incident light to the observer, whereas the regions having reduced layer thickness and/or having recesses appear bright, - in a viewing angle range between these two extreme cases, in which the mirrored reflective coating reflects the incident light essentially just past the eye of the observer, the coating and the regions having reduced layer thickness and/or having recesses appear equally or nearly equally bright in incident light. a. consists of a substrate, the surface of which diffusely reflects incident light, and b. consists of a coating, which at least partially covers the surface of the substrate, wherein the surface of the coating at least partially reflects incident light like a mirror, - at specific observation angles have no or only a minor recognizable contrast and - at other observation angles have a clearly recognizable contrast - the coating appears bright in incident light if the mirrored reflective coating of the security element reflects the incident light directly into the eye of the observer, whereas the regions having reduced layer thickness and/or having recesses appear dark, - the coating appears dark in incident light if the mirrored reflective coating does not reflect the incident light to the observer, whereas the regions having reduced layer thickness and/or having recesses appear bright, - in a viewing angle range between these two extreme cases, in which the mirrored reflective coating reflects the incident light essentially just past the eye of the observer, the coating and the regions having reduced layer thickness and/or having recesses appear equally or nearly equally bright in incident light.
A dental handpiece comprising: a housing having an inlet through which a shank of a rotary dental tool (28, 55) can be inserted; a tool retaining mechanism (60, 90) for releasably retaining the shank of the rotary dental tool, the mechanism retaining the tool such that the tool extends from the housing, through the inlet, along a first axis; and an adjustment mechanism (40, 41, 81, 82, 93, 94, 95) arranged to act on the tool retaining mechanism (60, 90) to adjust the position of the tool retaining mechanism within the housing, in the direction of the first axis, to thereby vary the length of tool which projects from the housing.
A mobile terminal, comprising a metal rear cover used as a grounding component, bezels (50, 51, 52, 53), a display, a printed circuit board accommodated between the metal rear cover and the display, and at least one antenna (8, 80), wherein a radio frequency circuit and a reference ground that are corresponding to each antenna are disposed on the printed circuit board, the reference ground is connected to the metal rear cover, each antenna comprises a grounding pin, the grounding pin is electrically connected to the metal rear cover, and wherein bezels are disposed around the metal rear cover, each antenna further comprises a feeding pin, and the feeding pin is electrically connected to the radio frequency circuit corresponding to the respective antenna, characterized in that the bezels comprise a lower bezel which includes a metal material and gaps (71, 72, 73) of a nonmetallic material to form metal parts (510, 511, 512); one of the at least one antenna comprises an antenna wire that is connected to two metal parts (510, 511) of the lower bezel; and said one of the at least one antenna further comprises a parasitic component in a position that is close to the feeding pin, said parasitic component comprising a further antenna wire and a further metal part of the lower bezel. wherein a radio frequency circuit and a reference ground that are corresponding to each antenna are disposed on the printed circuit board, the reference ground is connected to the metal rear cover, each antenna comprises a grounding pin, the grounding pin is electrically connected to the metal rear cover, and wherein bezels are disposed around the metal rear cover, each antenna further comprises a feeding pin, and the feeding pin is electrically connected to the radio frequency circuit corresponding to the respective antenna, characterized in that the bezels comprise a lower bezel which includes a metal material and gaps (71, 72, 73) of a nonmetallic material to form metal parts (510, 511, 512); one of the at least one antenna comprises an antenna wire that is connected to two metal parts (510, 511) of the lower bezel; and said one of the at least one antenna further comprises a parasitic component in a position that is close to the feeding pin, said parasitic component comprising a further antenna wire and a further metal part of the lower bezel.
Winding device (1, 13, 14, 19) for covering of building openings or for providing flexible walls, in particular for an essentially vertical application, comprising a flat, flexible cover element for at least partially covering the at least one building opening and a winding element driven by a drive unit (26, 27, 33a) for adjusting the area covered by the covering, wherein the cover element can be wound and unwound by the winding element, wherein in addition to a first cover element (9, 15, 21) there is a second cover element (10, 16, 22), which can be arranged to overlap the first cover element (9, 15, 21) in the covering state, wherein the cover elements (9, 10; 15, 16; 21, 22) can be wound and unwound by a winding element (11, 12; 17, 18; 20), characterised in that an upper edge of the first cover element (9; 15; 21) and an upper edge of the second cover element (10; 16; 22) are fixed onto a common mount, wherein the mount is designed as an elongated profile, wherein there is no winding or unwinding of the upper edges.
A key for a cylinder lock, characterised in that the key has encodings of different depths, which taper from a surface of the key in the direction of a longitudinal axis of the key, wherein at least two encodings are provided, whose extensions on the surface are substantially identical and which differ in their depths and inclination of their tapering in the direction of the longitudinal axis, characterised in that the encodings on the surface of the key are connected by a groove running continuously parallel to the longitudinal axis of the key without the formation of edges.
A seatback for an aircraft seat, comprising a seatback structure (2.1) which has: - a rear side (2.2) having a partially circumferential outer edge (2.3) and a recess (2.4) which is partially surrounded by the outer edge, and - a panel (3.1) at least partially arranged within the recess and at least partially covered by the outer edge, wherein the panel is detachably retained to and/or in the recess and is configured as an interchangeable and customized part, wherein the outer edge is arranged on a circumference of the seatback structure and projecting substantially perpendicular away from a rear side surface (2.2.1) of the seatback structure, wherein the panel (3.1) comprises a main panel body (3.6), and wherein the main panel body (3.6) comprises a printed cover, and wherein the panel comprises a circumferential outer area (3.7) bent in a direction away from the main panel body (3.6), the circumferential outer area (3.7) at least partially corresponding to the outer edge (2.3) of the seatback structure (2.1). - a rear side (2.2) having a partially circumferential outer edge (2.3) and a recess (2.4) which is partially surrounded by the outer edge, and - a panel (3.1) at least partially arranged within the recess and at least partially covered by the outer edge, wherein the panel is detachably retained to and/or in the recess and is configured as an interchangeable and customized part, wherein the outer edge is arranged on a circumference of the seatback structure and projecting substantially perpendicular away from a rear side surface (2.2.1) of the seatback structure, wherein the panel (3.1) comprises a main panel body (3.6), and wherein the main panel body (3.6) comprises a printed cover, and wherein the panel comprises a circumferential outer area (3.7) bent in a direction away from the main panel body (3.6), the circumferential outer area (3.7) at least partially corresponding to the outer edge (2.3) of the seatback structure (2.1). wherein the panel is detachably retained to and/or in the recess and is configured as an interchangeable and customized part, wherein the outer edge is arranged on a circumference of the seatback structure and projecting substantially perpendicular away from a rear side surface (2.2.1) of the seatback structure, wherein the panel (3.1) comprises a main panel body (3.6), and wherein the main panel body (3.6) comprises a printed cover, and wherein the panel comprises a circumferential outer area (3.7) bent in a direction away from the main panel body (3.6), the circumferential outer area (3.7) at least partially corresponding to the outer edge (2.3) of the seatback structure (2.1).
Automatic cutter, comprising: one or more feed devices to feed at least one printed support to be cut according to at least one cutting line, said printed support being provided with at least one demarcation line positioned in proximity to said cutting line; at least one horizontal cutting unit, able to cut the printed support in at least a first horizontal direction; and one or more vertical cutting devices, able to cut said printed support in at least a second vertical direction; and a plurality of sensors (15, 15') able to detect, by means of said demarcation line, whether the cutting line of the printed support is aligned with said horizontal direction, wherein said horizontal cutting unit is stationary and comprises at least a corresponding crosspiece stably attached on lateral edges (11, 12) of the automatic cutter, said automatic cutter being characterised in that at least said feed devices of the printed support are positioned on a framework hinged to one lateral edge (11, 12) so as to define an axis of oscillation of said framework and connected, on the other lateral edge (12, 11), to an oscillation device configured to rotate said framework and therefore at least said feed devices of the printed support around said axis with respect to the stationary horizontal cutting unit, thus obtaining the alignment of the cutting line of the printed support in the horizontal direction. one or more feed devices to feed at least one printed support to be cut according to at least one cutting line, said printed support being provided with at least one demarcation line positioned in proximity to said cutting line; at least one horizontal cutting unit, able to cut the printed support in at least a first horizontal direction; and one or more vertical cutting devices, able to cut said printed support in at least a second vertical direction; and a plurality of sensors (15, 15') able to detect, by means of said demarcation line, whether the cutting line of the printed support is aligned with said horizontal direction,
A SRSF3 agent for use in the treatment of a patient having: a. a neurological condition characterized by elevated pSRSF3 level relative to a control; b. astrocytoma, glioblastoma or oligodendroglioma characterized by elevated pSRSF3 level relative to a control; c. a viral or bacterial infection characterized by elevated pSRSF3 level relative to a control; wherein: - the SRSF3 agent inhibits expression or function of SRSF3, and - the SRSF3 agent is an antibody, an antisense, an interfering RNA molecule, a CRISPR system (CRISPR/Cas9), a zinc finger nuclease, or a transcription activator-like effector nuclease system (TALENs). a. a neurological condition characterized by elevated pSRSF3 level relative to a control; b. astrocytoma, glioblastoma or oligodendroglioma characterized by elevated pSRSF3 level relative to a control; c. a viral or bacterial infection characterized by elevated pSRSF3 level relative to a control; - the SRSF3 agent inhibits expression or function of SRSF3, and - the SRSF3 agent is an antibody, an antisense, an interfering RNA molecule, a CRISPR system (CRISPR/Cas9), a zinc finger nuclease, or a transcription activator-like effector nuclease system (TALENs).
A portable terminal comprising: a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein the flexible display unit with a plurality of ends includes a first end and a second end, wherein the first end of the flexible display unit is bent and disposed at the at least one side surface of the portable terminal, the flexible display unit comprising a main display area disposed on the front surface of the portable terminal and an auxiliary display area, wherein the auxiliary display area including the first end and the second end of the flexible display unit; a sensor adapted to detect a state of the portable terminal; a controller adapted to operate in a mode in which the portable terminal is adapted to output information related to an alarm event on only the auxiliary display area, and characterized in that the controller is further configured to determine whether to output information related to the alarm event on only the auxiliary display area or not based on the state of the portable terminal detected by the sensor when detecting occurrence of the alarm event. a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein the flexible display unit with a plurality of ends includes a first end and a second end, wherein the first end of the flexible display unit is bent and disposed at the at least one side surface of the portable terminal, the flexible display unit comprising a main display area disposed on the front surface of the portable terminal and an auxiliary display area, wherein the auxiliary display area including the first end and the second end of the flexible display unit; a sensor adapted to detect a state of the portable terminal; a controller adapted to operate in a mode in which the portable terminal is adapted to output information related to an alarm event on only the auxiliary display area, and characterized in that the controller is further configured to determine whether to output information related to the alarm event on only the auxiliary display area or not based on the state of the portable terminal detected by the sensor when detecting occurrence of the alarm event.
A method of monitoring a download by a client in real time, the method comprising steps of: (a) identifying an Internet Protocol, IP, address of a recursive resolver in a plurality of recursive resolvers used to resolve a Domain Name System, DNS, request for a content delivery network, CDN; (b) measuring a resolution time for resolving the DNS request; (c) identifying a uniform resource locator, URL, of the CDN returned by the recursive resolver in response to the DNS request; and (d) measuring a download time for downloading content from the content origin to the client. (a) identifying an Internet Protocol, IP, address of a recursive resolver in a plurality of recursive resolvers used to resolve a Domain Name System, DNS, request for a content delivery network, CDN; (b) measuring a resolution time for resolving the DNS request; (c) identifying a uniform resource locator, URL, of the CDN returned by the recursive resolver in response to the DNS request; and (d) measuring a download time for downloading content from the content origin to the client.
Display device for a motor vehicle, comprising a display panel for displaying at least one graphic display object and a control apparatus, wherein the display panel stands freely in a room, and wherein the display panel comprises a multiplicity of predetermined partial regions, which have respectively an adjustable degree of a light permeability, wherein depending on the degree of the light permeability an environment of the display panel is visible in the display panel, and wherein the control apparatus is configured for each of the multiplicity of predetermined partial regions of the display panel to set individually a respective light permeability to a predetermined degree, wherein the display panel of the display device has at least two layers (16, 18) arranged parallel to one another, characterised in that - at least one first layer is transparent and is configured to display the at least one graphic display object as a transparent luminous image; and wherein - at least one second layer is electrically conductive, wherein the predetermined degree of light permeability at least in those predetermined partial regions of the display panel, in which the at least one transparent luminous image is at least partially displayed in the first layer, can be varied by applying an electrical voltage in the respective predetermined partial region of the second layer; so that all in all the respective at least one graphic display object is displayed on the display panel as a light-emitting display object. - at least one first layer is transparent and is configured to display the at least one graphic display object as a transparent luminous image; and wherein - at least one second layer is electrically conductive, wherein the predetermined degree of light permeability at least in those predetermined partial regions of the display panel, in which the at least one transparent luminous image is at least partially displayed in the first layer, can be varied by applying an electrical voltage in the respective predetermined partial region of the second layer; so that
Apparatus comprising: a sensor configured to generate sensor output dependent on an intensity of light incident on the sensor and having a field of view directed at an external surface in use; an illumination source configured to emit light onto the external surface in use; an optically transparent window located between the external surface and the sensor and between the external surface and the illumination source in use, the window being configured to allow light to pass from the illumination source to the external surface and to allow light to pass to the sensor from the external surface in use; a light concentrator fixed to or integral with the window, the light concentrator being configured to concentrate at least some light from the illumination source onto the external surface in use such that the concentrated light may be reflected from the external surface onto the sensor via the window; and a processor configured to use the sensor output to determine information associated with reflection characteristics of the external surface. a sensor configured to generate sensor output dependent on an intensity of light incident on the sensor and having a field of view directed at an external surface in use; an illumination source configured to emit light onto the external surface in use; an optically transparent window located between the external surface and the sensor and between the external surface and the illumination source in use, the window being configured to allow light to pass from the illumination source to the external surface and to allow light to pass to the sensor from the external surface in use; a light concentrator fixed to or integral with the window, the light concentrator being configured to concentrate at least some light from the illumination source onto the external surface in use such that the concentrated light may be reflected from the external surface onto the sensor via the window; and a processor configured to use the sensor output to determine information associated with reflection characteristics of the external surface.