mhurhangee/ep-ind-claims huggingface dataset:
A beverage machine, comprising a body, a water tank, a control means configured to control operating of the beverage machine, and a water amount detecting means, comprising a float disposed in the water tank, a sensor disposed in the body, wherein the sensor detects and determines a position of the float, and transmits a signal to the control means, wherein the sensor is a magnetic sensor, characterized in that the float has a cavity structure, wherein the float comprises a first part and a second part, the cavity structure being constructed by closedly connecting the first part and the second part and wherein the first part and the second part are manufactured by using a magnetic material.
A hand machine tool comprising a tool and an electric motor for driving the tool, a housing, and a light module which is attached to the machine and which has at least one light source for illuminating a working region, wherein the light module is configured for a gesture control, wherein the machine comprises a programmable control unit which is configured to recognize gestures and to control the light module in dependence on recognized gestures, characterized in that the control unit is configured to recognize a single or multiple tapping or knocking at the outer side of the housing as a gesture for controlling the light module and thus for changing the state of the light source of the light module. a tool and an electric motor for driving the tool, a housing, and a light module which is attached to the machine and which has at least one light source for illuminating a working region, wherein the light module is configured for a gesture control, wherein the machine comprises a programmable control unit which is configured to recognize gestures and to control the light module in dependence on recognized gestures, characterized in that the control unit is configured to recognize a single or multiple tapping or knocking at the outer side of the housing as a gesture for controlling the light module and thus for changing the state of the light source of the light module.
Cleaning system with motion and position detection, characterised in that the cleaning system comprises: - an evaluating device; and - at least one cleaning utensil (12; 10a, 10b, 10c, 12a) which has at least one motion sensor mechanism (14, 16, 18), as well as - a data transfer module, wherein - the motion sensor mechanism (14, 16, 18) detects the motion of the cleaning utensil (12; 10a, 10b, 10c, 12a); and - the data transfer module is suitable for transmitting data wirelessly to the evaluating device, preferably by a near field communication transmission method or by Bluetooth, wherein - a position detection device comprises a server-based radio positioning system; characterised in that the motion sensor mechanism further comprises a sensor for magnetic field strengths; and wherein the server-based radio positioning system detects the field strengths of radio transmitters and, by mapping of the positions of radio transmitters and their field strengths, which is filed in a memory, calculates the position of the cleaning utensil (10a, 10b, 10c, 12a). - an evaluating device; and - at least one cleaning utensil (12; 10a, 10b, 10c, 12a) which has at least one motion sensor mechanism (14, 16, 18), as well as - a data transfer module, wherein - the motion sensor mechanism (14, 16, 18) detects the motion of the cleaning utensil (12; 10a, 10b, 10c, 12a); and - the data transfer module is suitable for transmitting data wirelessly to the evaluating device, preferably by a near field communication transmission method or by Bluetooth, wherein - a position detection device comprises a server-based radio positioning system;
A partially reflective multilayer optical film body having a first principal in-plane axis, comprising: a first packet of microlayers; and a second packet of microlayers connected to the first packet such that at least some light can pass through the first and second packets of microlayers sequentially; wherein the first and second packets (310a, 310b) are each configured to partially transmit and partially reflect, over an extended wavelength range, normally incident light linearly polarized along the first principal in-plane axis; wherein the first and second packets (310a, 310b), in combination, have a first combined internal transmission in a range from 0.05 (5%) to 0.95 (95%) for the normally incident light when averaged over the extended wavelength range; wherein the first and second packets (310a, 310b), in combination, have a second combined internal transmission for oblique light that is (a) incident at 60 degrees in a first principal plane containing the first principal in-plane axis, and (b) linearly polarized in the first principal plane, the second combined internal transmission being in a range from 0.1 (10%) to 0.9 (90%) when averaged over the extended wavelength range; wherein, at least in a first test area of the multilayer optical film body, a high frequency spectral variability (Δcomb) of the first and second packets (310a, 310b) in combination is less than a high frequency spectral variability (Δ1) of the first packet by itself; and wherein a reflection band of the first packet and a reflection band of the second packet overlap by at least 70%. a first packet of microlayers; and a second packet of microlayers connected to the first packet such that at least some light can pass through the first and second packets of microlayers sequentially; wherein the first and second packets (310a, 310b) are each configured to partially transmit and partially reflect, over an extended wavelength range, normally incident light linearly polarized along the first principal in-plane axis; wherein the first and second packets (310a, 310b), in combination, have a first combined internal transmission in a range from 0.05 (5%) to 0.95 (95%) for the normally incident light when averaged over the extended wavelength range; wherein the first and second packets (310a, 310b), in combination, have a second combined internal transmission for oblique light that is (a) incident at 60 degrees in a first principal plane containing the first principal in-plane axis, and (b) linearly polarized in the first principal plane, the second combined internal transmission being in a range from 0.1 (10%) to 0.9 (90%) when averaged over the extended wavelength range; wherein, at least in a first test area of the multilayer optical film body, a high frequency spectral variability (Δcomb) of the first and second packets (310a, 310b) in combination is less than a high frequency spectral variability (Δ1) of the first packet by itself; and wherein a reflection band of the first packet and a reflection band of the second packet overlap by at least 70%.
A method comprising: answering, by an automated call-answering device, in parallel, a plurality of calls associated with an incident; asking, by the automated call-answering device, to the plurality of calls, one or more initial questions to determine that the plurality of calls are associated with the same incident at the same location; assigning, by the automated call-answering device, to the plurality of calls, questions associated with the incident, each of the questions assigned to at least two of the plurality of calls; asking, by the automated call-answering device, the questions on the plurality of calls, as assigned; receiving, by the automated call-answering device, answers to the questions; when received answers to the given question contradict each other, the given question asked on a first call and a second call of the plurality of calls, asking the given question on at least a third call of the plurality of calls; determining a group of the plurality of calls where one or more consistent answers were received in response to a given question by comparing the text of answers to the questions asked on the calls; selecting, by the automated call-answering device, a call to be forwarded to a communication device operated by a human user, the call selected from the group of the plurality of calls, the call further selected based on voice attributes of callers in the group of the plurality of calls; and forwarding, from the automated call-answering device to the communication device, the call as selected. answering, by an automated call-answering device, in parallel, a plurality of calls associated with an incident; asking, by the automated call-answering device, to the plurality of calls, one or more initial questions to determine that the plurality of calls are associated with the same incident at the same location; assigning, by the automated call-answering device, to the plurality of calls, questions associated with the incident, each of the questions assigned to at least two of the plurality of calls; asking, by the automated call-answering device, the questions on the plurality of calls, as assigned; receiving, by the automated call-answering device, answers to the questions; when received answers to the given question contradict each other, the given question asked on a first call and a second call of the plurality of calls, asking the given question on at least a third call of the plurality of calls; determining a group of the plurality of calls where one or more consistent answers were received in response to a given question by comparing the text of answers to the questions asked on the calls; selecting, by the automated call-answering device, a call to be forwarded to a communication device operated by a human user, the call selected from the group of the plurality of calls, the call further selected based on voice attributes of callers in the group of the plurality of calls; and forwarding, from the automated call-answering device to the communication device, the call as selected.
Polyethylene composition having a density (according ISO 1183-1 and ASTM D4703) of 950 - 960 kg/m 3, a SHI (1,100) of 4 - 12, a melt index MI 2 (according to ISO 1133) between 0.2 and 2 g/10 min, and a relationship between spiral flow 'SF' (measured in mm at 250°C/1000 bar/100nun/s) and ESCR 'E' (measured in hours) of E > 200 - SF, wherein the composition comprises 48-62wt% of an ethylene polymer and 38-52wt% of an ethylene copolymer, copolymer having a higher weight average molecular weight than polymer, and both of fractions and have a reverse comonomer distribution such that comonomer content increases with increasing molecular weight in the individual fraction (the methods to measure the parameters are defined in the description)
Detection terminal comprising a piezoelectric transducer emitting and receiving ultrasonic waves via a membrane to which it is attached, said membrane is arranged opposite an opening of a housing provided in a box, connected to said box by connecting means (9, 23, 31), said connecting means providing for sound insulation, and connected to a rigid structure (11, 33) inserted into the housing, in a position for which the rigid structure (11, 33) has a space with respect to a surface (15, 16) of the housing, opposite the opening, characterised in that the rigid structure (11, 33) allows the membrane, when subjected to pressure, to retract through the opening in the housing, in a retracted position for which the rigid structure (11, 33) abuts against said surface (15,16) of the housing provided in the box, by allowing the housing to oppose the pressure exerted on the membrane to protect the piezoelectric transducer.
A method for managing the transmission of information packets on channels of a telecommunications network, comprising the steps of: - arranging said packets into user queues received in respective buffers, - measuring the occupancy level of said buffers, - sorting said users into respective real time or non real time classes (RT, NRT) identified by the service modes requested by said users, - measuring the propagation conditions on the transmission channel respectively associated to said users, characterised in that it further comprises the step of determining the priority in the transmission of said packets, by choosing the order in which said respective queues are visited as a function of: - firstly, a first level priority, linked to whether said users belong to said respective real time or non real time classes (RT, NRT),- secondly, a second level priority, linked to both the occupancy level of the respective buffer and the propagation conditions of said respective channel. - arranging said packets into user queues received in respective buffers, - measuring the occupancy level of said buffers, - sorting said users into respective real time or non real time classes (RT, NRT) identified by the service modes requested by said users, - measuring the propagation conditions on the transmission channel respectively associated to said users, characterised in that it further comprises the step of determining the priority in the transmission of said packets, by choosing the order in which said respective queues are visited as a function of: - firstly, a first level priority, linked to whether said users belong to said respective real time or non real time classes (RT, NRT),- secondly, a second level priority, linked to both the occupancy level of the respective buffer and the propagation conditions of said respective channel. - firstly, a first level priority, linked to whether said users belong to said respective real time or non real time classes (RT, NRT),- secondly, a second level priority, linked to both the occupancy level of the respective buffer and the propagation conditions of said respective channel.
A communication quality estimation method comprising: a reception step of receiving a signal digital-modulated and transmitted according to a first modulation system, characterized by a communication quality simulated estimation step of estimating communication quality in simulation, assuming a signal is digital-modulated and transmitted according to a second modulation system which is different from said first modulation system, and said communication quality simulated estimation step comprises a threshold calculation step of calculating thresholds on an IQ plane based on an average position of sequentially input symbols on the IQ plane of the first digital-modulated signal which is digital-modulated according to said first modulation system and a theoretical distribution state of the symbols on the IQ plane of the second digital-modulated signal which is digital-modulated according to said second modulation system. a reception step of receiving a signal digital-modulated and transmitted according to a first modulation system, characterized by a communication quality simulated estimation step of estimating communication quality in simulation, assuming a signal is digital-modulated and transmitted according to a second modulation system which is different from said first modulation system, and said communication quality simulated estimation step comprises a threshold calculation step of calculating thresholds on an IQ plane based on an average position of sequentially input symbols on the IQ plane of the first digital-modulated signal which is digital-modulated according to said first modulation system and a theoretical distribution state of the symbols on the IQ plane of the second digital-modulated signal which is digital-modulated according to said second modulation system.
A construction machine or commercial vehicle with at least one vehicle cabin or at least one driver's cab with a first seat with first operator controls for a first operator, from where all essential driving and/or operating functions of the commercial vehicle/the construction machine can be carried out, wherein provision is made in the vehicle cabin / the driver's cab for at least one second seat with second operator controls for a second operator, from where all essential driving and/or operating functions of the commercial vehicle/the construction machine can be carried out, including a steering function for the vehicle, wherein control elements are provided by means of which, if the first and second operator controls are operated simultaneously, the second operator controls are assigned a higher ranking, so that the second operator controls override the first operator controls, and wherein the first operator controls and the second operator controls each comprise at least one manually operated multifunction control device (43, 44), characterised in that the vehicle cabin or the driver's cab is configured longer, wider or higher compared to a standard vehicle, and in that the centre of gravity of the vehicle/the construction machine is balanced by means of weights such that the centre of gravity, for an elongated or widened vehicle cabin / an elongated or widened driver's cabin, lies approximately in the centre of the area of a central rotary axis of the vehicle cabin / the driver's cab or is optimised otherwise to match the operation of the construction machine / the commercial vehicle.
A heat exchanger comprising: a primary plate (22; 64) including a first surface, a second surface, a leading edge, a trailing edge and a plurality of internal passages (30; 76) extending between an inlet (32; 72) and an outlet (34; 74); and a secondary plate (24; 66) attached to at least one of the first surface and second surface of the primary plate (22; 64), the secondary plate (24; 66) including a first side including heat transfer structures; characterised in that the first and second surfaces (40, 42) of the primary plate (22; 64) are smooth, and the secondary plate (24; 66) further includes a flat joint side that corresponds with the at least one of the first and second smooth surfaces (40, 42) of the primary plate (22; 64) and is attached thereto. a primary plate (22; 64) including a first surface, a second surface, a leading edge, a trailing edge and a plurality of internal passages (30; 76) extending between an inlet (32; 72) and an outlet (34; 74); and a secondary plate (24; 66) attached to at least one of the first surface and second surface of the primary plate (22; 64), the secondary plate (24; 66) including a first side including heat transfer structures; characterised in that the first and second surfaces (40, 42) of the primary plate (22; 64) are smooth, and the secondary plate (24; 66) further includes a flat joint side that corresponds with the at least one of the first and second smooth surfaces (40, 42) of the primary plate (22; 64) and is attached thereto.
Monitoring device for safety monitoring of a handling device, the handling device having a safety region, the handling device having a safe operating state and a working state, the handling device being configured to carry out a handling step in the working state, comprising a first sensor unit, a second sensor unit and an evaluation module, the first sensor unit being configured to detect an entry of an object into the safety region and to provide same to the evaluation module as first sensor data, the evaluation module being configured, on the basis of the first sensor data, to control the handling device to adopt the safe operating state as soon as an entry into the safety region has been detected, characterized in that the second sensor unit is configured to monitor the safety region by sensing and, upon entry of the object into the safety region, to determine additional data for the object and to provide same to the evaluation module, the evaluation module being configured, on the basis of the additional data, to classify the object as a person or as a non-person, the evaluation module being configured, on the basis of the additional data, to control the handling device to adopt the working state if the object was classified as a non-person. the handling device having a safety region, the handling device having a safe operating state and a working state, the handling device being configured to carry out a handling step in the working state, comprising a first sensor unit, a second sensor unit and an evaluation module, the first sensor unit being configured to detect an entry of an object into the safety region and to provide same to the evaluation module as first sensor data, the evaluation module being configured, on the basis of the first sensor data, to control the handling device to adopt the safe operating state as soon as an entry into the safety region has been detected, characterized in that the second sensor unit is configured to monitor the safety region by sensing and, upon entry of the object into the safety region, to determine additional data for the object and to provide same to the evaluation module, the evaluation module being configured, on the basis of the additional data, to classify the object as a person or as a non-person, the evaluation module being configured, on the basis of the additional data, to control the handling device to adopt the working state if the object was classified as a non-person.
A mask for covering areas of a wearer's face, said mask comprising: a mask body, said mask body being constructed primarily of a material that includes a cidal metal or cidal metal alloy wherein said cidal metal or cidal metal alloy is the major structural component of said mask body; said mask body being positioned to cover at least a portion of the wearer's mouth, nose, or mouth and nose when said mask is worn on the wearer's face; and said mask having a filtering portion (30, 52, 54), said filtering portion (30, 52, 54) comprising cidal metal mesh or cidal metal alloy mesh for providing cidal action, air purification, and self-disinfection; and said filtering portion (30, 52, 54) either forms the major structural component of the mask body itself or is separately fixed or forms a removable mask component (30, 52, 54), whereby said cidal metal mesh or cidal metal alloy mesh consists of copper, silver, gold, bronze, brass, or an alloy thereof, characterized by, said filtering portion (30, 52, 54) has an average wire diameter and an average width of opening of sufficient size to prevent, due to water viscosity, the penetration of water through said filtering portion (30, 52, 54) and to allow, due to disinfecting solution viscosity that is less than water viscosity, the penetration of disinfecting solution through said filtering portion (30, 52, 54), whereby said average wire diameter of said mesh is between 0.03556 mm (0.0014 inches) and 0.1143 mm (0.0045 inches) and said average width openings of said mesh is between 0.14097 mm (0.00555 inches) and 0.1778 mm (0.0070 inches). a mask body, said mask body being constructed primarily of a material that includes a cidal metal or cidal metal alloy wherein said cidal metal or cidal metal alloy is the major structural component of said mask body; said mask body being positioned to cover at least a portion of the wearer's mouth, nose, or mouth and nose when said mask is worn on the wearer's face; and said mask having a filtering portion (30, 52, 54), said filtering portion (30, 52, 54) comprising cidal metal mesh or cidal metal alloy mesh for providing cidal action, air purification, and self-disinfection; and said filtering portion (30, 52, 54) either forms the major structural component of the mask body itself or is separately fixed or forms a removable mask component (30, 52, 54), whereby said cidal metal mesh or cidal metal alloy mesh consists of copper, silver, gold, bronze, brass, or an alloy thereof, characterized by, said filtering portion (30, 52, 54) has an average wire diameter and an average width of opening of sufficient size to prevent, due to water viscosity, the penetration of water through said filtering portion (30, 52, 54) and to allow, due to disinfecting solution viscosity that is less than water viscosity, the penetration of disinfecting solution through said filtering portion (30, 52, 54), whereby said average wire diameter of said mesh is between 0.03556 mm (0.0014 inches) and 0.1143 mm (0.0045 inches) and said average width openings of said mesh is between 0.14097 mm (0.00555 inches) and 0.1778 mm (0.0070 inches).