mhurhangee/ep-ind-claims huggingface dataset:
Device for the fastening of an electrical conductor within a tube like metallic clamp, which has in its wall at least one threaded hole for the receiption of a clamping screw, which has at least one breaking area for limiting the force which is applied to the screw by a tool that rotates the same, wherein: - the clamping screw has a contact part which can be screwed into the threaded hole of the clamp and is designed as a cylindrical hollow body having an outside screw thread and at its one end face which is provided for the contact to the conductor, a taphole which runs in parallel to the axis of the contact part, - the clamping screw in addition has a tube like operation part which has an internal thread corresponding to the outside thread of the contact part, which is screwed in mounting position onto the contact part and which has an inner contact surface with a polygonal cross-section for the insertion of a third part of the screw with a corresponding polygonal cross-section which in mounting position is screwed onto the contact part and which protrudes with its one end from the operation part as a contact surface for the tool, - that the third part has an outer thread at its other end which corresponds to the taphole of the contact part and being screwed in mounting position of the clamping screw into the contact part, - the third part has a breaking area at its end which is screwed into the contact part short above the thread at its end and - the contact part has a defined wall thickness depending on the maximum force of the tool for a tight fit of the same on the one hand and on the shearing off of the contact part by the operation part on the other hand when the tight fit is achieved. - the clamping screw has a contact part which can be screwed into the threaded hole of the clamp and is designed as a cylindrical hollow body having an outside screw thread and at its one end face which is provided for the contact to the conductor, a taphole which runs in parallel to the axis of the contact part, - the clamping screw in addition has a tube like operation part which has an internal thread corresponding to the outside thread of the contact part, which is screwed in mounting position onto the contact part and which has an inner contact surface with a polygonal cross-section for the insertion of a third part of the screw with a corresponding polygonal cross-section which in mounting position is screwed onto the contact part and which protrudes with its one end from the operation part as a contact surface for the tool, - that the third part has an outer thread at its other end which corresponds to the taphole of the contact part and being screwed in mounting position of the clamping screw into the contact part, - the third part has a breaking area at its end which is screwed into the contact part short above the thread at its end and - the contact part has a defined wall thickness depending on the maximum force of the tool for a tight fit of the same on the one hand and on the shearing off of the contact part by the operation part on the other hand when the tight fit is achieved.
A node (112, 117, 118) of a cellular network, comprising: - an interface (112-1, 117-1) configured to communicate with a terminal on a time-synchronized communication channel implemented on a radio link of the cellular network, wherein transmission frames of the time-synchronized communication channel comprise resource blocks defined in time and frequency domain which carry synchronization signals enabling the node (112, 117, 118) and the terminal to synchronize communication on the radio link, - at least one processor (112-2, 117-2) configured to receive, via the interface (112-1, 117-1) from the terminal, a message including data associated with a service implemented by the terminal and the node (112, 117, 118), the message having been transmitted by the terminal on the channel at a first point in time, wherein the at least one processor (112-2, 117-2) is configured to determine a timeout point in time of communication (160, 201-203, 211) associated with the service based on the first point in time, and wherein the at least one processor (112-2, 117-2) is configured, upon expiry of the timeout point in time, to discard the data and to send a further message (401, 403, 405) to a further terminal, the further message (401, 403, 405) informing the further terminal about discarding of the data. - an interface (112-1, 117-1) configured to communicate with a terminal on a time-synchronized communication channel implemented on a radio link of the cellular network, wherein transmission frames of the time-synchronized communication channel comprise resource blocks defined in time and frequency domain which carry synchronization signals enabling the node (112, 117, 118) and the terminal to synchronize communication on the radio link, - at least one processor (112-2, 117-2) configured to receive, via the interface (112-1, 117-1) from the terminal, a message including data associated with a service implemented by the terminal and the node (112, 117, 118), the message having been transmitted by the terminal on the channel at a first point in time, wherein the at least one processor (112-2, 117-2) is configured to determine a timeout point in time of communication (160, 201-203, 211) associated with the service based on the first point in time, and wherein the at least one processor (112-2, 117-2) is configured, upon expiry of the timeout point in time, to discard the data and to send a further message (401, 403, 405) to a further terminal, the further message (401, 403, 405) informing the further terminal about discarding of the data.
A system, comprising: a shut-off valve configured to stop water flow from a water supply network to a residential water network; an actuator configured to operate the shut-off valve between an opened position and a closed position; a remote signal source configured to send a shut-off signal; and a controller configured to receive the shut-off signal and to control the actuator to close the shut-off valve, characterized in that: the remote signal source is a manual call point for water shut-off, wherein; the manual call point for water shut-off is an emergency shut-off switch, protected by a glass, wherein the switch may be activated only after breaking the glass; and the controller is configured to shut off a circulator pump as a response to the shut-off signal. a shut-off valve configured to stop water flow from a water supply network to a residential water network; an actuator configured to operate the shut-off valve between an opened position and a closed position; a remote signal source configured to send a shut-off signal; and a controller configured to receive the shut-off signal and to control the actuator to close the shut-off valve, characterized in that: the remote signal source is a manual call point for water shut-off, wherein; the manual call point for water shut-off is an emergency shut-off switch, protected by a glass, wherein the switch may be activated only after breaking the glass; and the controller is configured to shut off a circulator pump as a response to the shut-off signal. the remote signal source is a manual call point for water shut-off, wherein; the manual call point for water shut-off is an emergency shut-off switch, protected by a glass, wherein the switch may be activated only after breaking the glass; and the controller is configured to shut off a circulator pump as a response to the shut-off signal.
A heat pump apparatus (100, 100a) including a refrigerant circuit, in which a compressor, a condenser, expansion means, and an evaporator are serially connected, comprising: condensation temperature detection means that detects the saturation temperature of said condenser; evaporation temperature detection means that detects the saturation temperature of said evaporator; and a control section that estimates operation efficiency by a value obtained by dividing heating ability estimated from a detection value of said condensation temperature detection means by a difference between the detection value of said condensation temperature detection means and the detection value of said evaporation temperature detection means or dissipation power estimated from said difference, said control section starts a defrosting operation when an estimated operation efficiency decreases to a value of average operation efficiency from a start of normal operation to an end of the defrosting operation when the defrosting operation is performed at the present time, where the value of average operation efficiency is estimated based on an average value of the operation efficiency from a start of normal operation to the present time. condensation temperature detection means that detects the saturation temperature of said condenser; evaporation temperature detection means that detects the saturation temperature of said evaporator; and a control section that estimates operation efficiency by a value obtained by dividing heating ability estimated from a detection value of said condensation temperature detection means by a difference between the detection value of said condensation temperature detection means and the detection value of said evaporation temperature detection means or dissipation power estimated from said difference, said control section starts a defrosting operation when an estimated operation efficiency decreases to a value of average operation efficiency from a start of normal operation to an end of the defrosting operation when the defrosting operation is performed at the present time, where the value of average operation efficiency is estimated based on an average value of the operation efficiency from a start of normal operation to the present time.
A cardiac monitoring system comprising: an ECG input element configured to provide an ECG signal (410, 810) of a biological system; a state space transformation component responsive to an output of the ECG input element and configured to generate a partial state space (450, 830) by applying a Hilbert transform directly to the ECG signal (410, 810) to generate a transformed ECG signal, the ECG signal and the transformed ECG signal forming the partial state space, and providing the ECG signal (410,810) and the transformed ECG signal to a QRS identification component; and the QRS identification component, responsive to an output of the state space transformation component, the QRS identification component having one or more dynamical quantity calculators and being configured to generate one or more dynamical quantities from the ECG signal (410,810) and the transformed ECG signal, the dynamical quantities representing measures of heart activity; wherein at least one of the one or more dynamical quantities is a nonlinear transformation of the ECG signal (410, 810) and the transformed ECG signal in the state space (450, 830). an ECG input element configured to provide an ECG signal (410, 810) of a biological system; a state space transformation component responsive to an output of the ECG input element and configured to generate a partial state space (450, 830) by applying a Hilbert transform directly to the ECG signal (410, 810) to generate a transformed ECG signal, the ECG signal and the transformed ECG signal forming the partial state space, and providing the ECG signal (410,810) and the transformed ECG signal to a QRS identification component; and the QRS identification component, responsive to an output of the state space transformation component, the QRS identification component having one or more dynamical quantity calculators and being configured to generate one or more dynamical quantities from the ECG signal (410,810) and the transformed ECG signal, the dynamical quantities representing measures of heart activity; wherein at least one of the one or more dynamical quantities is a nonlinear transformation of the ECG signal (410, 810) and the transformed ECG signal in the state space (450, 830).
Ligand of receptor B7h for use in the treatment of a subject suffering from a tumor, wherein the ligand of B7h receptor is loaded into or onto a biocompatible micro- or nano-carrier, and the ligand of receptor B7h is able of binding the receptor B7h and triggering the receptor B7h activity, wherein the ligand is selected from: a) a human ICOS protein having an amino acid sequence as set forth in SEQ ID No.: 1 or portions thereof; b) a human ICOS extracellular domain having an amino acid sequence as set forth in SEQ ID No.: 2 or portions thereof; and c) a homologue of any one of proteins a) and b) having at least 80%, preferably at least 90%, more preferably at least 95%, still more preferably at least 98%, sequence identity to the amino acid sequences as set forth in SEQ ID No.: 1, 2 or portions thereof. a) a human ICOS protein having an amino acid sequence as set forth in SEQ ID No.: 1 or portions thereof; b) a human ICOS extracellular domain having an amino acid sequence as set forth in SEQ ID No.: 2 or portions thereof; and c) a homologue of any one of proteins a) and b) having at least 80%, preferably at least 90%, more preferably at least 95%, still more preferably at least 98%, sequence identity to the amino acid sequences as set forth in SEQ ID No.: 1, 2 or portions thereof.
A method for managing a transfer of a feature license between a first utility meter and a second utility meter communicatively coupled to the first utility meter, the method comprising: obtaining feature license data about the first utility meter and the second utility meter; receiving a selection of the feature license to be transferred from the first utility meter to the second utility meter; and enabling the direct transfer of the selected feature license from the first utility meter to the second utility meter via a network. obtaining feature license data about the first utility meter and the second utility meter; receiving a selection of the feature license to be transferred from the first utility meter to the second utility meter; and enabling the direct transfer of the selected feature license from the first utility meter to the second utility meter via a network.
A method comprising: obtaining multiple multi-exposure images of a scene using at least one red-green-blue-white, RGBW, image sensor; generating single multi-channel frames at different exposure levels from the images; generating multiple motion maps by estimating motion across exposure differences between the multi-channel frames at different exposure levels using a white channel of the multi-channel frames as a guidance signal; generating multiple saturation maps by estimating saturated pixels across the exposure differences between the multi-channel frames at different exposure levels for the red, green and blue channels of the multi-channel frames and separately for the white channel of the multi-channel frames; using the generated motion maps and saturation maps to achieve red, green and blue saturation recovery and white saturation recovery from the different exposure levels and concatenating outputs to generate a saturation-free RGBW frame; and processing the saturation-free RGBW frame to generate a final image of the scene. obtaining multiple multi-exposure images of a scene using at least one red-green-blue-white, RGBW, image sensor; generating single multi-channel frames at different exposure levels from the images; generating multiple motion maps by estimating motion across exposure differences between the multi-channel frames at different exposure levels using a white channel of the multi-channel frames as a guidance signal; generating multiple saturation maps by estimating saturated pixels across the exposure differences between the multi-channel frames at different exposure levels for the red, green and blue channels of the multi-channel frames and separately for the white channel of the multi-channel frames; using the generated motion maps and saturation maps to achieve red, green and blue saturation recovery and white saturation recovery from the different exposure levels and concatenating outputs to generate a saturation-free RGBW frame; and processing the saturation-free RGBW frame to generate a final image of the scene.
Circuit arrangement for monitoring the temperature of at least one electronic component, which can be impinged with an electric current in particular and which can be connected to at least one voltage source, wherein the electronic component has a temperature-dependent electrical resistance value and is part of at least one Wheatstone bridge surrounded by the circuit arrangement, and that at least one switching device is provided, which influences the impingement of the electronic component with the electric current on the basis of a bridge transverse voltage of the Wheatstone bridge, wherein the switching device influences an electrical connection between the voltage source and the electronic component on the basis of the bridge transverse voltage, wherein the switching device has at least one comparator and one switch, wherein the bridge transverse voltage of the Wheatstone bridge is applied to two inputs of the comparator, and wherein the comparator influences the switch, characterized in that the switch is arranged and designed in such a manner that, in a switching state upstream of the electronic component, it short-circuits the voltage source so that no current flows via the downstream electronic component, thereby interrupting a connection between the voltage source and the electronic component.
A method of making a vulcanized article comprising a multi-layered structure bonded to a vulcanized rubber layer, wherein the multi-layered structure comprises: a core layer having a first side and a second side, wherein the core layer has a gas transmission rate of 0.05 to 0.1 cc/(m 2 24 hr atm) for N 2 measured at 23 degrees Celsius and 0 percent relative humidity; and a first cap layer, the first cap layer having a cap layer first side and a cap layer second side, wherein the cap layer first side is adjacent with the first side of the core layer, the method comprising: placing the cap layer second side in direct contact with a portion of an uncured or partially cured rubber layer to form a layered article; and exposing the layered article to a condition effective to vulcanize at least the portion of the uncured or partially cured rubber layer in direct contact with the cap layer second side to fully cure the uncured or partially cured rubber layer, producing the vulcanized article, characterized in that the first cap layer comprises a cap layer material comprising at least one polydiene polyol-based polyurethane and further comprising an uncured rubber compound, wherein the uncured rubber compound includes less than 5 weight percent of volatile compounds released from the uncured rubber compound when the uncured rubber compound is heated to a temperature of 200 degrees Celsius, and wherein the weight percent of volatile compounds is based on a total amount of uncured rubber composition present in the cap layer material. a core layer having a first side and a second side, wherein the core layer has a gas transmission rate of 0.05 to 0.1 cc/(m 2 24 hr atm) for N 2 measured at 23 degrees Celsius and 0 percent relative humidity; and a first cap layer, the first cap layer having a cap layer first side and a cap layer second side, wherein the cap layer first side is adjacent with the first side of the core layer, placing the cap layer second side in direct contact with a portion of an uncured or partially cured rubber layer to form a layered article; and exposing the layered article to a condition effective to vulcanize at least the portion of the uncured or partially cured rubber layer in direct contact with the cap layer second side to fully cure the uncured or partially cured rubber layer, producing the vulcanized article, characterized in that the first cap layer comprises a cap layer material comprising at least one polydiene polyol-based polyurethane and further comprising an uncured rubber compound, wherein the uncured rubber compound includes less than 5 weight percent of volatile compounds released from the uncured rubber compound when the uncured rubber compound is heated to a temperature of 200 degrees Celsius, and wherein the weight percent of volatile compounds is based on a total amount of uncured rubber composition present in the cap layer material.
Disk brake for a utility vehicle, having a brake caliper which engages over a disk brake, having at least one application device for applying the disk brake by means of a displaceably guided bridge, wherein the bridge has at least one threaded bore into which there is screwed an actuating spindle which is equipped with an external thread and which extends through a closure plate, which actuating spindle bears a thrust piece which is rotatable for this purpose and by means of which a brake pad can be pressed against the brake disk, and having a readjustment device which is operatively connected to the actuating spindle and which serves for the readjustment of an air gap, wherein the passage region of the actuating spindle is sealed off by means of a bellows which is held at one side on the brake caliper and at the other side on the thrust piece, characterized in that a securing ring is provided which is held on the actuating spindle in a manner secured against relative rotation and on the thrust piece in an axially secured and relatively rotatable manner.
A method of decomposing plastic and organic waste involving converting plastic and/or organic waste to gas, the method comprising the step of stirring while heating the plastic and/or organic waste in a range of 420°C to 560°C together with a catalyst formed of titanium oxide granules containing titanium oxide as an active component, wherein the catalyst has the following characteristics: the granules each have a substantially spherical shape; and granules each having a particle diameter of 0.2 mm to 1.0 mm account for 70% or more of all the granules, wherein the phrase "the granules each have a substantially spherical shape" comprises the following characteristics: (a) an angle at which a granule first starts sliding is 0.5° to 15.0°; and (b) an angle at which all the granules finish sliding is 2.0° to 30.0°. the granules each have a substantially spherical shape; and granules each having a particle diameter of 0.2 mm to 1.0 mm account for 70% or more of all the granules, (a) an angle at which a granule first starts sliding is 0.5° to 15.0°; and (b) an angle at which all the granules finish sliding is 2.0° to 30.0°.
Household dishwasher having a dishwasher cavity, a sump which is arranged at a bottom of the dishwasher cavity, a filter system which is provided at the sump, a spray arm for applying washing liquor and/or fresh water to a dishwasher load that is held in the dishwasher cavity, wherein the spray arm comprises an extension piece which is actively driven and which is mounted on the sump and can rotate about a first axis of rotation, and a spray arm satellite which is mounted on the extension piece and can rotate about a second axis of rotation, and wherein the extension piece has a filter cleaning nozzle for cleaning the filter system with the aid of the washing liquor and/or fresh water, and a drive facility for actively driving the extension piece, characterised in that the drive facility is configured to perform a filter cleaning program with the aid of the filter cleaning nozzle, during which the extension piece remains in a predefined angular position for the purpose of cleaning the filter system and/or during which the extension piece moves back and forth between two different predefined angular positions.