mhurhangee/ep-ind-claims huggingface dataset:
An elevator system in which an elevator car controlled by an elevator controller can be moved between floors (L, L1), comprising: an elevator operating device that is communicatively connected to the elevator controller and is arranged on a floor (L, L1), wherein the elevator operating device has a first radio device, an audio device and a touch-sensitive screen for inputting a destination floor desired by a passenger and for outputting travel information, and characterized by an activation device which has an actuation device accessible to the passenger and a second radio device for radio communication with the first radio device, and which is arranged on one of the floors (L, L1) within radio range of the elevator operating device arranged there, wherein the second radio device is configured to transmit an activation radio signal when the actuation device is actuated by the passenger, and wherein the elevator operating device is configured to switch from a normal operating mode to a special operating mode when the activation radio signal is received by the first radio device, to generate an operating instruction for a call input by the passenger in the special operating mode, and to switch into the normal operating mode when the call input is complete. an elevator operating device that is communicatively connected to the elevator controller and is arranged on a floor (L, L1), wherein the elevator operating device has a first radio device, an audio device and a touch-sensitive screen for inputting a destination floor desired by a passenger and for outputting travel information, and characterized by an activation device which has an actuation device accessible to the passenger and a second radio device for radio communication with the first radio device, and which is arranged on one of the floors (L, L1) within radio range of the elevator operating device arranged there, wherein the second radio device is configured to transmit an activation radio signal when the actuation device is actuated by the passenger, and wherein the elevator operating device is configured to switch from a normal operating mode to a special operating mode when the activation radio signal is received by the first radio device, to generate an operating instruction for a call input by the passenger in the special operating mode, and to switch into the normal operating mode when the call input is complete.
A mobile wireless communications device comprising: a wireless local area network "WLAN" radio configured to generate a WLAN transmit signal; a Bluetooth radio configured to generate a Bluetooth transmit signal; an antenna; a circulator coupled downstream of said antenna; a transmit path coupling said WLAN radio and said Bluetooth radio to said circulator such that said WLAN radio and said Bluetooth radio are capable of transmitting simultaneously; and a receive path also coupling said WLAN radio and said Bluetooth radio to said circulator such that said WLAN radio and said Bluetooth radio are capable of receiving simultaneously, wherein the transmit path further comprises a first bandpass filter coupled between the WLAN and Bluetooth radios (14, 16) and the circulator and wherein the receive path comprises a second bandpass filter coupled downstream from said circulator. a wireless local area network "WLAN" radio configured to generate a WLAN transmit signal; a Bluetooth radio configured to generate a Bluetooth transmit signal; an antenna; a circulator coupled downstream of said antenna; a transmit path coupling said WLAN radio and said Bluetooth radio to said circulator such that said WLAN radio and said Bluetooth radio are capable of transmitting simultaneously; and a receive path also coupling said WLAN radio and said Bluetooth radio to said circulator such that said WLAN radio and said Bluetooth radio are capable of receiving simultaneously, wherein the transmit path further comprises a first bandpass filter coupled between the WLAN and Bluetooth radios (14, 16) and the circulator and wherein the receive path comprises a second bandpass filter coupled downstream from said circulator.
An event-driven spiking neural network system for detecting a physiological condition of a person based on a detected physiological signal of the person, comprising at least the following components: - At least one sensor configured and arranged to detect a physiological signal and to convert the physiological signal in a sensor signal indicative of the physiological signal, - A signal conversion module configured and arranged to receive the sensor signal from the at least one sensor and to convert the sensor signal in at least one time series of discrete events, wherein the generation of events is independent of a global synchronizing clock for synchronizing the components of the system, - An artificial neuron population comprising a plurality of artificial event-driven spiking neurons (131-1, 131-N) arranged in an event-driven spiking neural network, wherein the neuron population is configured and arranged to receive the time series of discrete events wherein the neuron population is arranged to recognize the physiological condition of the person based on the received events, wherein the neuron population is configured to provide one or more processed time series of events to, - A condition detection module arranged and configured to receive the events from the neuron population and to output a trigger signal, when the events received from the artificial neuron population indicate that the physiological signal comprises a feature indicative of the physiological condition. - At least one sensor configured and arranged to detect a physiological signal and to convert the physiological signal in a sensor signal indicative of the physiological signal, - A signal conversion module configured and arranged to receive the sensor signal from the at least one sensor and to convert the sensor signal in at least one time series of discrete events, wherein the generation of events is independent of a global synchronizing clock for synchronizing the components of the system, - An artificial neuron population comprising a plurality of artificial event-driven spiking neurons (131-1, 131-N) arranged in an event-driven spiking neural network, wherein the neuron population is configured and arranged to receive the time series of discrete events wherein the neuron population is arranged to recognize the physiological condition of the person based on the received events, wherein the neuron population is configured to provide one or more processed time series of events to, - A condition detection module arranged and configured to receive the events from the neuron population and to output a trigger signal, when the events received from the artificial neuron population indicate that the physiological signal comprises a feature indicative of the physiological condition.
A see-through night vision apparatus, comprising: an optical subsystem with a first Amici reflector that has a first fold angle, said first Amici reflector is located along an optical path; and an image intensifier coupled with said optical subsystem and located along said optical path, where an image entering said optical subsystem is rotationally misaligned with the real-world; characterized in that said optical subsystem further includes at least two flat fold mirrors (162, 164), each having their respective fold angle, and which are located along said optical path, said optical path defining at least two non-parallel planes; wherein said first fold angle is other than ninety degrees; wherein said optical subsystem is configured to rotate said image entering said optical subsystem by an angle other than one hundred eighty degrees, and other than a multiple of one hundred eighty degrees, such to directionally and angularly align said image with the real-world. an optical subsystem with a first Amici reflector that has a first fold angle, said first Amici reflector is located along an optical path; and an image intensifier coupled with said optical subsystem and located along said optical path, where an image entering said optical subsystem is rotationally misaligned with the real-world; characterized in that said optical subsystem further includes at least two flat fold mirrors (162, 164), each having their respective fold angle, and which are located along said optical path, said optical path defining at least two non-parallel planes; wherein said first fold angle is other than ninety degrees; wherein said optical subsystem is configured to rotate said image entering said optical subsystem by an angle other than one hundred eighty degrees, and other than a multiple of one hundred eighty degrees, such to directionally and angularly align said image with the real-world.
A system comprising: (a) a base having a first drive coupler and a second drive coupler; (b) a first container configured to engage the first drive coupler, the first container having a first processing assembly wherein the first drive coupler is operable to rotate the first processing assembly at a first speed; (c) a second container configured to engage the second drive coupler, the second container having a second processing assembly wherein the second drive coupler is operable to rotate the second processing assembly at a second speed; characterised in that the system further comprises (d) a third container configured to engage one of the first drive coupler and the second drive coupler, the third container having a third processing assembly and a transmission system, wherein the one of the first drive coupler and the second drive coupler is operable to drive the transmission system to rotate the third processing assembly at a third speed. (a) a base having a first drive coupler and a second drive coupler; (b) a first container configured to engage the first drive coupler, the first container having a first processing assembly wherein the first drive coupler is operable to rotate the first processing assembly at a first speed; (c) a second container configured to engage the second drive coupler, the second container having a second processing assembly wherein the second drive coupler is operable to rotate the second processing assembly at a second speed; characterised in that the system further comprises (d) a third container configured to engage one of the first drive coupler and the second drive coupler, the third container having a third processing assembly and a transmission system, wherein the one of the first drive coupler and the second drive coupler is operable to drive the transmission system to rotate the third processing assembly at a third speed.
An assembly to support and couple a conduit to a structure on a crane comprising: a strap configured to wrap at least partly around said conduit, said strap including: a first side and a second side spaced apart from said first side; a first end and a second end spaced apart from said first end by a length of said strap; at least one loop affixed to said strap; and, characterized by a mooring point affixed to said structure and at least one attachment device affixed to said strap, wherein said attachment device is configured to be attached to at least one of said loop and said mooring point. a strap configured to wrap at least partly around said conduit, said strap including: a first side and a second side spaced apart from said first side; a first end and a second end spaced apart from said first end by a length of said strap; at least one loop affixed to said strap; and, a first side and a second side spaced apart from said first side; a first end and a second end spaced apart from said first end by a length of said strap; at least one loop affixed to said strap; and, characterized by a mooring point affixed to said structure and at least one attachment device affixed to said strap, wherein said attachment device is configured to be attached to at least one of said loop and said mooring point.
Raceway element (3, 5, 7) for a large roller bearing, having the following features: - at least one raceway (21, 23) in contact with a rolling element (3, 5, 7), - the raceway (3, 5, 7) has a basic structure and an inductively hardened surface layer, the inductively hardened surface layer being hardened by means of an inductive hardening process which comprises heating with an inductor and subsequent quenching with a sprinkler, - the raceway element (21, 23) consists of a steel which has an addition of carbon of at least 0.46% by mass, characterized in that - a depth of the inductively hardened surface layer is adapted to a voltage profile generated by Hertzian contact with the rolling element, which it covers; and - the surface layer (21, 23), after the quenching, has a maximum hardness, generated by the inductive hardening, which is lower than the maximum achievable hardness of the steel used, the surface layer of the raceway having the same hardness, within manufacturing tolerances, along the entire raceway element. - at least one raceway (21, 23) in contact with a rolling element (3, 5, 7), - the raceway (3, 5, 7) has a basic structure and an inductively hardened surface layer, the inductively hardened surface layer being hardened by means of an inductive hardening process which comprises heating with an inductor and subsequent quenching with a sprinkler, - the raceway element (21, 23) consists of a steel which has an addition of carbon of at least 0.46% by mass, - a depth of the inductively hardened surface layer is adapted to a voltage profile generated by Hertzian contact with the rolling element, which it covers; and - the surface layer (21, 23), after the quenching, has a maximum hardness, generated by the inductive hardening, which is lower than the maximum achievable hardness of the steel used, the surface layer of the raceway having the same hardness, within manufacturing tolerances, along the entire raceway element.
Method for automatically processing a number of log files (P1 to Pn) in different formats of an automation system in a technical plant, comprising steps as follows: - identifying a number of relevant log files (PR1 to PRx) in different formats from the multiplicity of generated log files (P1 to Pn) on the basis of at least one log parameter, - transforming the identified relevant log files (PR1 to PRx) in different formats into relevant standardised log files (PR1' to PRx') in the same format by means of agent-based software, - analysing and/or processing data records of the relevant standardised log files (PR1' to PRx') in the same format by means of uniform evaluation methods, and - outputting and/or saving the data records of the relevant standardised log files (PR1' to PRx'). - identifying a number of relevant log files (PR1 to PRx) in different formats from the multiplicity of generated log files (P1 to Pn) on the basis of at least one log parameter, - transforming the identified relevant log files (PR1 to PRx) in different formats into relevant standardised log files (PR1' to PRx') in the same format by means of agent-based software, - analysing and/or processing data records of the relevant standardised log files (PR1' to PRx') in the same format by means of uniform evaluation methods, and - outputting and/or saving the data records of the relevant standardised log files (PR1' to PRx').
A device for measuring the concentration of substance in blood that measures the concentration of substance that is included in the blood of a body, including: a laser oscillator that oscillates a first laser light having a specific wavelength and that is absorbed by the substance; a light-guiding unit that guides the first laser light to the body, and guides first diffused reflected light that is generated by the first laser light from the body; and a light-detection unit that detects the light intensity of the first diffused reflected light, the specific wavelength of the first laser light is selected from the range 2.5 μm to 12 μm; in the light-guiding unit, an incident-side optical waveguide that guides the first laser light to the body and an exit-side optical waveguide that guides the first diffused reflected light to the light-detection unit (40_ are each formed as a through hole so as to penetrate through the same light-guiding unit; and the first laser light is collected by the incident side optical waveguide which is formed as a through hole, wherein a window is provided to the light-guiding unit at a position that, in use, faces the body and is operable to be in close contact therewith when the concentration of the substance is being measured, a side of the window operable to come into close contact with the body has a concave section or a convex section configured such that, in use, when the window is in close contact with the body, a space through which the first laser light and the first diffused reflected light pass is formed between the window and the body, the window made of a material transparent to mid-infrared light. a laser oscillator that oscillates a first laser light having a specific wavelength and that is absorbed by the substance; a light-guiding unit that guides the first laser light to the body, and guides first diffused reflected light that is generated by the first laser light from the body; and a light-detection unit that detects the light intensity of the first diffused reflected light, the specific wavelength of the first laser light is selected from the range 2.5 μm to 12 μm; in the light-guiding unit, an incident-side optical waveguide that guides the first laser light to the body and an exit-side optical waveguide that guides the first diffused reflected light to the light-detection unit (40_ are each formed as a through hole so as to penetrate through the same light-guiding unit; and the first laser light is collected by the incident side optical waveguide which is formed as a through hole, wherein a window is provided to the light-guiding unit at a position that, in use, faces the body and is operable to be in close contact therewith when the concentration of the substance is being measured, a side of the window operable to come into close contact with the body has a concave section or a convex section configured such that, in use, when the window is in close contact with the body, a space through which the first laser light and the first diffused reflected light pass is formed between the window and the body, the window made of a material transparent to mid-infrared light.
A mandrel assembly for thickening a brim portion of a tube, the assembly comprising: a central core element receivable by an inner surface of the tube; and a plurality of segments, disposable between the central core element and the inner surface of the tube, characterized in that the plurality of segments are configured to surround the central core element about perimeter region and along entire length of the central core element and both ends of each of the plurality of segments are defined with a forming region, wherein each of the plurality of segments is detachably positioned on the central core element, wherein, in use, the brim portion of the tube is deformable along the forming region in both ends of each of the plurality of segments. a central core element receivable by an inner surface of the tube; and a plurality of segments, disposable between the central core element and the inner surface of the tube, characterized in that the plurality of segments are configured to surround the central core element about perimeter region and along entire length of the central core element and both ends of each of the plurality of segments are defined with a forming region, wherein each of the plurality of segments is detachably positioned on the central core element, wherein, in use, the brim portion of the tube is deformable along the forming region in both ends of each of the plurality of segments.
A device, comprising: a housing configured to be externally attached to an incontinence product worn by a subject, wherein the housing comprises: (a) a first sensor comprising: (i) a first light-emitting diode configured to illuminate the incontinence product; (ii) a first photodetector configured to output an indication of the amount of light reflected from the incontinence product; and (iii) a first integrated circuit, configured to receive the indication from the first photodetector, and compute, based on the indication from the first photodetector, a hydration level of the subject based on a detection of a shade of the urine secreted by the subject into the incontinence product. a housing configured to be externally attached to an incontinence product worn by a subject, wherein the housing comprises: (a) a first sensor comprising: (i) a first light-emitting diode configured to illuminate the incontinence product; (ii) a first photodetector configured to output an indication of the amount of light reflected from the incontinence product; and (iii) a first integrated circuit, configured to receive the indication from the first photodetector, and compute, based on the indication from the first photodetector, a hydration level of the subject based on a detection of a shade of the urine secreted by the subject into the incontinence product. (a) a first sensor comprising: (i) a first light-emitting diode configured to illuminate the incontinence product; (ii) a first photodetector configured to output an indication of the amount of light reflected from the incontinence product; and (iii) a first integrated circuit, configured to receive the indication from the first photodetector, and compute, based on the indication from the first photodetector, a hydration level of the subject based on a detection of a shade of the urine secreted by the subject into the incontinence product. (i) a first light-emitting diode configured to illuminate the incontinence product; (ii) a first photodetector configured to output an indication of the amount of light reflected from the incontinence product; and (iii) a first integrated circuit, configured to receive the indication from the first photodetector, and compute, based on the indication from the first photodetector, a hydration level of the subject based on a detection of a shade of the urine secreted by the subject into the incontinence product.