mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting an attempt to manipulate a sensor of a vehicle, wherein the sensor is configured to capture a measured value of a first measurement variable during intended operation and to output a first measurement signal representative of this measured value, wherein the first measurement variable differs from a temperature, said method comprising the steps of: A1) reading in a second measurement signal which is representative of a measured value of the temperature of the sensor; B) determining whether the second measurement signal falls below or exceeds a predefined threshold; C) outputting an output signal which is representative of an attempt to manipulate the sensor if it is determined in step B) that the second measurement signal falls below or exceeds the predefined threshold; wherein furthermore - the second measurement signal is representative of a temperature of a first region of the sensor, - the method also comprises a step of: A2) reading in a third measurement signal which is representative of a temperature in a second region of the vehicle that differs from the first region; - the threshold is predefined on the basis of the third measurement signal. A1) reading in a second measurement signal which is representative of a measured value of the temperature of the sensor; B) determining whether the second measurement signal falls below or exceeds a predefined threshold; C) outputting an output signal which is representative of an attempt to manipulate the sensor if it is determined in step B) that the second measurement signal falls below or exceeds the predefined threshold; wherein furthermore - the second measurement signal is representative of a temperature of a first region of the sensor, - the method also comprises a step of: - the second measurement signal is representative of a temperature of a first region of the sensor, - the method also comprises a step of: A2) reading in a third measurement signal which is representative of a temperature in a second region of the vehicle that differs from the first region; - the threshold is predefined on the basis of the third measurement signal. - the threshold is predefined on the basis of the third measurement signal.
An electric cooking appliance comprising a cavity comprising a cooking chamber and a machine room; a door rotatably coupled to the cavity and configured to open and close the cooking chamber; a base plate provided below the cavity and including a through hole formed therethrough in a vertical direction; a connection line extending out of the cavity through the through hole, said connection line also extending from the machine room and being connected to an internal portion of the door; a cap provided below the base plate and having an accommodation space formed therein to accommodate a portion of the connection line, which extends out of the cavity; a coupling boss extending in a vertical direction at the cap and coupled to the base plate below the base plate; and a fastener inserted through the base plate from the upper portion of the base plate to couple the base plate and the coupling boss.
A feeding tube system, comprising: a gastric access device having a length; a controller in communication with the gastric access device; one or more impedance or conductivity sensors (Z1-Z5) positioned along the length with at least one impedance or conductivity sensor (Z1-Z5) positioned at or in proximity to a distal end of the length, wherein each of the one or more impedance or conductivity sensors (Z1-Z5) is in communication with the controller which is configured to receive a first signal and confirm that the first signal is indicative of an impedance or conductivity level of a fluid within a subject and in contact with the one or more impedance or conductivity sensors (Z1-Z5); one or more temperature sensors (T1, T2) positioned about a circumference of the gastric access device and in communication with the controller which is further configured to receive a second signal and confirm that the second signal is indicative of a temperature level of an environment within the subject that is associated with respiration and in contact with the one or more temperature sensors (T1, T2), wherein the one or more temperature sensors (T1, T2) are positioned along the length such that insertion of the gastric access device within a stomach positions the one or more temperature sensors (T1, T2) within the stomach or the esophagus; and wherein the controller is configured to receive the first signal and the second signal and determine whether a placement of the gastric access device is within the stomach of the subject. a gastric access device having a length; a controller in communication with the gastric access device; one or more impedance or conductivity sensors (Z1-Z5) positioned along the length with at least one impedance or conductivity sensor (Z1-Z5) positioned at or in proximity to a distal end of the length, wherein each of the one or more impedance or conductivity sensors (Z1-Z5) is in communication with the controller which is configured to receive a first signal and confirm that the first signal is indicative of an impedance or conductivity level of a fluid within a subject and in contact with the one or more impedance or conductivity sensors (Z1-Z5); one or more temperature sensors (T1, T2) positioned about a circumference of the gastric access device and in communication with the controller which is further configured to receive a second signal and confirm that the second signal is indicative of a temperature level of an environment within the subject that is associated with respiration and in contact with the one or more temperature sensors (T1, T2), wherein the one or more temperature sensors (T1, T2) are positioned along the length such that insertion of the gastric access device within a stomach positions the one or more temperature sensors (T1, T2) within the stomach or the esophagus; and wherein the controller is configured to receive the first signal and the second signal and determine whether a placement of the gastric access device is within the stomach of the subject.
A heat exchanger, which comprises a multiplicity of heat transfer pipes and a centrally disposed bypass pipe, which are each held between a first pipe plate of a gas intake chamber and a second pipe plate of a gas exit chamber, wherein the respective pipe plates (5, 6) are connected to a cylindrical shell, inside of which a shell space is formed, in which the heat transfer pipes and the bypass pipe are enclosed and into which a coolant can be introduced, wherein at least one inlet nozzle is arranged, which is connected to the cylindrical shell for introducing a coolant into the shell space on the shell side of the heat transfer pipes; wherein at least one outlet nozzle is attached, which is connected to the cylindrical shell for discharging water/steam mixture generated by indirect heat transfer via the shell side of the heat transfer pipes from the shell space; wherein an intake nozzle (13, 13.1) is fastened, which is arranged on the gas intake side of the pipe plate laterally or axially on the gas inlet chamber in a gas flow direction in front of the first pipe plate for introducing a hot exhaust gas flow into the heat transfer pipes and the bypass pipe; wherein an exit nozzle (15, 15.1) is attached, which is arranged on the gas exit side of the pipe plate laterally or axially on the gas exit chamber in a gas flow direction behind the second pipe plate for discharging a mixture of the cooled exhaust gas flows from the heat transfer pipes and of the uncooled exhaust gas flow from the bypass pipe, wherein a regulator is arranged on the outlet end of the bypass pipe, which comprises a valve and an actuator arranged outside the heat exchanger, wherein the valve connected to the actuator is provided for adjusting a gas exit temperature of the heat exchanger within a predetermined temperature range by mixing the cooled exhaust gas flows from the heat transfer pipes with the uncooled gas flow from the bypass pipe, wherein an exit speed and an exit volume of the uncooled exhaust gas flow from the bypass pipe can be regulated via the valve arranged on the outlet end of the bypass pipe and adjustable by means of the actuator of the regulator, wherein the valve for the temperature range sensitive to high temperature corrosion, which lies at temperatures of around 500° C to ca. 850° C, is made of a material resistant to high temperature corrosion, characterized in that the valve is designed as a throttle valve and is arranged in a valve housing.
A system comprising: a percutaneous osseointegrated prosthesis (POPs) configured to create an interface between an osseointegrated fixture of the POPs and an amputation stump; and an anti-microbial device attachable to an extracorporeal portion of the osseointegrated fixture and configured to irradiate at least a portion of the interface with at least one wavelength of light, characterized in that at least a portion of an external surface of the extracorporeal portion of the osseointegrated fixture is coated with at least one material with waveguiding properties, and wherein the at least one material with waveguiding properties is coated by a different material to allow light emission only in regions of the extracorporeal portion of the osseointegrated fixture susceptible to microbial infection. a percutaneous osseointegrated prosthesis (POPs) configured to create an interface between an osseointegrated fixture of the POPs and an amputation stump; and an anti-microbial device attachable to an extracorporeal portion of the osseointegrated fixture and configured to irradiate at least a portion of the interface with at least one wavelength of light, characterized in that at least a portion of an external surface of the extracorporeal portion of the osseointegrated fixture is coated with at least one material with waveguiding properties, and wherein the at least one material with waveguiding properties is coated by a different material to allow light emission only in regions of the extracorporeal portion of the osseointegrated fixture susceptible to microbial infection.
An intercom device for recording an audio stream, the intercom device comprising: a user interface including an input mechanism; a memory; and an electronic processor communicatively coupled to the user interface and the memory, the electronic processor configured to receive a user-selectable entry from the input mechanism; set an away mode of the intercom device in response to the user-selectable entry; receive an audio stream from another intercom device; receive a record signal indicative of a request to record the audio stream from the another intercom device; and record the audio stream in the memory in response to receiving the record signal when operating in the away mode. a user interface including an input mechanism; a memory; and an electronic processor communicatively coupled to the user interface and the memory, the electronic processor configured to receive a user-selectable entry from the input mechanism; set an away mode of the intercom device in response to the user-selectable entry; receive an audio stream from another intercom device; receive a record signal indicative of a request to record the audio stream from the another intercom device; and record the audio stream in the memory in response to receiving the record signal when operating in the away mode. receive a user-selectable entry from the input mechanism; set an away mode of the intercom device in response to the user-selectable entry; receive an audio stream from another intercom device; receive a record signal indicative of a request to record the audio stream from the another intercom device; and record the audio stream in the memory in response to receiving the record signal when operating in the away mode.
Dose setting mechanism for a drug delivery device, the mechanism comprising: a drug delivery device housing; a dose dial component positioned at least partly in the housing and rotatable during dose setting and dose delivery, a clutch member rotatable during dose setting and non-rotatable during dose delivery; characterized by at least one dual state track within the housing that is axially and rotationally fixed with respect to the housing, which comprises a first track, a second track, and a third track; a clutch plate rotationally fixed relative to the housing; and a clutch blocker in threaded engagement with the clutch plate and having at least one radial key engaged with the at least one dual state track, wherein the radial key is engaged with the first track during dose setting until a predetermined minimum dose is dialed with the dose dial component and with the second track after a predetermined minimum dose is dialed with the dose dial component. a drug delivery device housing; a dose dial component positioned at least partly in the housing and rotatable during dose setting and dose delivery, a clutch member rotatable during dose setting and non-rotatable during dose delivery; characterized by at least one dual state track within the housing that is axially and rotationally fixed with respect to the housing, which comprises a first track, a second track, and a third track; a clutch plate rotationally fixed relative to the housing; and a clutch blocker in threaded engagement with the clutch plate and having at least one radial key engaged with the at least one dual state track, wherein the radial key is engaged with the first track during dose setting until a predetermined minimum dose is dialed with the dose dial component and with the second track after a predetermined minimum dose is dialed with the dose dial component.
Method for slip control of a vehicle wheel driven via an electric drive, comprising at least the following steps: - actuating the electric drive of the vehicle wheel with an actual drive torque in torque control in a torque control step, - determining a wheel speed (n) and a wheel slip (s) of the vehicle wheel, and characterized in that the method for slip control further includes the following additional steps: - evaluating the wheel slip (s) as to whether an instability is present by means of an instability criterion, - when an instability is detected, directly or indirectly transitioning into slip control of the wheel slip (s) to a setpoint slip (s-soll) by actuating the electric drive (St4, superimposed slip control step), - determining whether an end criterion for terminating the slip control is met, - if the end criterion is met, returning to the torque control in the torque control step. - actuating the electric drive of the vehicle wheel with an actual drive torque in torque control in a torque control step, - determining a wheel speed (n) and a wheel slip (s) of the vehicle wheel, and characterized in that the method for slip control further includes the following additional steps: - evaluating the wheel slip (s) as to whether an instability is present by means of an instability criterion, - when an instability is detected, directly or indirectly transitioning into slip control of the wheel slip (s) to a setpoint slip (s-soll) by actuating the electric drive (St4, superimposed slip control step), - determining whether an end criterion for terminating the slip control is met, - if the end criterion is met, returning to the torque control in the torque control step.
A bicycle assembly comprising: a frame (2, 6) comprising a main frame, a shock-absorber, and a sub-frame; the main frame comprising a seat tube, a head tube and a top tube connecting the seat tube and the head tube; the sub-frame being configured to rotate with respect to the main frame, the frame (2, 3) being configured to regulate the relationship between the main frame and the sub-frame with the shock absorber having a first eyelet for connecting to the main frame and a second eyelet; an extension body having a first portion configured to connect to the second eyelet of the shock absorber and a second portion; a fastener to secure the extension body and the second eyelet of the shock absorber; and a spacer having an off-center hole to receive the fastener, characterized in that the spacer being configured to reside within the second eyelet such that the position of the spacer within the eyelet allows for a user to adjust a length of the shock absorber and the extension body. a frame (2, 6) comprising a main frame, a shock-absorber, and a sub-frame; the main frame comprising a seat tube, a head tube and a top tube connecting the seat tube and the head tube; the sub-frame being configured to rotate with respect to the main frame, the frame (2, 3) being configured to regulate the relationship between the main frame and the sub-frame with the shock absorber having a first eyelet for connecting to the main frame and a second eyelet; an extension body having a first portion configured to connect to the second eyelet of the shock absorber and a second portion; a fastener to secure the extension body and the second eyelet of the shock absorber; and a spacer having an off-center hole to receive the fastener, characterized in that the spacer being configured to reside within the second eyelet such that the position of the spacer within the eyelet allows for a user to adjust a length of the shock absorber and the extension body.
A cell, comprising: an element portion comprising a first electrode layer, a solid electrolyte layer that contains Zr and that is located above the first electrode layer, an intermediate layer that contains CeO 2 containing a rare earth element other than Ce and that is located above the solid electrolyte layer, and a second electrode layer located above the intermediate layer, wherein the intermediate layer comprises a first intermediate layer and a second intermediate layer containing Zr and Ce that is located at at least a portion between the first intermediate layer and the solid electrolyte layer, and in a plan view from the second electrode layer, the second intermediate layer located at an outer peripheral portion of the intermediate layer comprises a portion with a thickness greater than the second intermediate layer overlapping a center of the second electrode layer. an element portion comprising a first electrode layer, a solid electrolyte layer that contains Zr and that is located above the first electrode layer, an intermediate layer that contains CeO 2 containing a rare earth element other than Ce and that is located above the solid electrolyte layer, and a second electrode layer located above the intermediate layer, wherein a first electrode layer, a solid electrolyte layer that contains Zr and that is located above the first electrode layer, an intermediate layer that contains CeO 2 containing a rare earth element other than Ce and that is located above the solid electrolyte layer, and a second electrode layer located above the intermediate layer, wherein the intermediate layer comprises a first intermediate layer and a second intermediate layer containing Zr and Ce that is located at at least a portion between the first intermediate layer and the solid electrolyte layer, and a first intermediate layer and a second intermediate layer containing Zr and Ce that is located at at least a portion between the first intermediate layer and the solid electrolyte layer, and in a plan view from the second electrode layer, the second intermediate layer located at an outer peripheral portion of the intermediate layer comprises a portion with a thickness greater than the second intermediate layer overlapping a center of the second electrode layer.
A method for analyzing a liquid sample, the method comprising, providing a chemical sensor with a receptor layer supported thereon, supplying the liquid sample to be measured to the chemical sensor, the liquid sample to be measured being liquid at the time when the sample is supplied to the chemical sensor, performing a drying treatment on the chemical sensor, supplying one or more kinds of probe gases to the chemical sensor, and analyzing a component in the liquid sample to be measured based on a signal output from the chemical sensor exerted by a change in a physical parameter due to supply of the one or more kinds of probe gases to the chemical sensor, wherein the signal output contains a pattern of signals reflecting an interaction between the supplied one or more kinds of probe gases and the component bonded to the receptor layer, wherein the physical parameter is one or more selected from a group consisting of surface stress, stress, force, surface tension, pressure, mass, elasticity, Young's modulus, Poisson's ratio, resonance frequency, frequency, volume, thickness, viscosity, density, magnetic force, magnetic quantity, magnetic field, magnetic flux, magnetic flux density, electric resistance, electric quantity, dielectric constant, electric power, electric field, charge, current, voltage, potential, mobility, electrostatic energy, capacitance, inductance, reactance, susceptance, admittance, impedance, conductance, plasmon, refractive index, luminous intensity, and temperature. providing a chemical sensor with a receptor layer supported thereon, supplying the liquid sample to be measured to the chemical sensor, the liquid sample to be measured being liquid at the time when the sample is supplied to the chemical sensor, performing a drying treatment on the chemical sensor, supplying one or more kinds of probe gases to the chemical sensor, and analyzing a component in the liquid sample to be measured based on a signal output from the chemical sensor exerted by a change in a physical parameter due to supply of the one or more kinds of probe gases to the chemical sensor, wherein the signal output contains a pattern of signals reflecting an interaction between the supplied one or more kinds of probe gases and the component bonded to the receptor layer, wherein the physical parameter is one or more selected from a group consisting of surface stress, stress, force, surface tension, pressure, mass, elasticity, Young's modulus, Poisson's ratio, resonance frequency, frequency, volume, thickness, viscosity, density, magnetic force, magnetic quantity, magnetic field, magnetic flux, magnetic flux density, electric resistance, electric quantity, dielectric constant, electric power, electric field, charge, current, voltage, potential, mobility, electrostatic energy, capacitance, inductance, reactance, susceptance, admittance, impedance, conductance, plasmon, refractive index, luminous intensity, and temperature.