mhurhangee/patent-ind-claim-en huggingface dataset:
Force touch display device comprising: a liquid crystal display panel , a back light unit configured to supply light to the display panel , a plurality of first electrodes (E1) disposed within the display panel , a second electrode (E2) for sensing a touch force of the user, a cut cover bottom having a central area removed and which supports only an edge area of the back light unit, a mid-frame disposed on a back side of the cut cover bottom and serving as a support part covering the entire back surface of the display panel , a cover glass disposed on a front side of the display panel , wherein the mid-frame is connected to the cover glass and configured as a back structure for the entire display device , and a touch driver configured to select one of a cut cover bottom and a mid-frame as the second electrode (E2) depending on a force touch sensing position, wherein a first gap (AG1) is disposed between the back light unit and the display panel , wherein when the touch driver senses a touch input on an edge area (A2), the touch driver is adapted to measure a change of a first capacitance (C1) caused by a change of the first gap (AG1) and to sense the touch input, and wherein a second gap (AG2) is disposed between the back light unit and the mid-frame , wherein when the touch driver senses a touch input on a central area (A1), the touch driver is adapted to measure a change of a second capacitance (C2) caused by a change of the second gap (AG2) and to sense the touch input. a liquid crystal display panel , a back light unit configured to supply light to the display panel , a plurality of first electrodes (E1) disposed within the display panel , a second electrode (E2) for sensing a touch force of the user, a cut cover bottom having a central area removed and which supports only an edge area of the back light unit, a mid-frame disposed on a back side of the cut cover bottom and serving as a support part covering the entire back surface of the display panel , a cover glass disposed on a front side of the display panel , wherein the mid-frame is connected to the cover glass and configured as a back structure for the entire display device , and a touch driver configured to select one of a cut cover bottom and a mid-frame as the second electrode (E2) depending on a force touch sensing position, wherein a first gap (AG1) is disposed between the back light unit and the display panel , wherein when the touch driver senses a touch input on an edge area (A2), the touch driver is adapted to measure a change of a first capacitance (C1) caused by a change of the first gap (AG1) and to sense the touch input, and wherein a second gap (AG2) is disposed between the back light unit and the mid-frame , wherein when the touch driver senses a touch input on a central area (A1), the touch driver is adapted to measure a change of a second capacitance (C2) caused by a change of the second gap (AG2) and to sense the touch input.
Flowmeter comprising a measuring tube with a sensor arrangement and an evaluation unit designed to determine a flow velocity, a volume flow and/or a mass flow, wherein the sensor arrangement is arranged on or in a measuring tube, wherein the measuring tube comprises: a measuring tube wall consisting of a metal support material and a first material layer designed to protect the metal support material against corrosive media to be measured, wherein said layer is applied on an inner lateral surface of the measuring tube wall, wherein the first material layer is made from a plastic material based on a polyfluorinated polymer and/or a natural or synthetic rubber; characterized in that a second material layer to reduce mechanical stress is provided in the measuring tube on the side of the first material layer facing towards the medium, wherein the second material layer has a hardness that is greater than the first material layer, wherein the second material layer is designed as a ceramic tube, which is arranged loosely in the measuring tube, wherein the second material layer is replaceable, wherein the first material layer does not have an adhesive connection to the metal support material and in that the second material layer is designed in such a way that it supports the first material layer in the event of a negative pressure in the measuring tube. a measuring tube wall consisting of a metal support material and a first material layer designed to protect the metal support material against corrosive media to be measured, wherein said layer is applied on an inner lateral surface of the measuring tube wall, wherein the first material layer is made from a plastic material based on a polyfluorinated polymer and/or a natural or synthetic rubber; characterized in that a second material layer to reduce mechanical stress is provided in the measuring tube on the side of the first material layer facing towards the medium, wherein the second material layer has a hardness that is greater than the first material layer, wherein the second material layer is designed as a ceramic tube, which is arranged loosely in the measuring tube, wherein the second material layer is replaceable, wherein the first material layer does not have an adhesive connection to the metal support material and in that the second material layer is designed in such a way that it supports the first material layer in the event of a negative pressure in the measuring tube.
Creamer comprising vegetable lipid, casein, maltose, phosphate, and allulose, wherein the allulose is contained such that a dry solid content thereof is in an amount of 20-150 parts by weight relative to 100 parts by weight of the vegetable lipid.
A delivery device for delivering an implantable leadless pacing device , the delivery device comprising: an outer tubular member including a lumen extending from a proximal end to a distal end thereof; an inner tubular member including a lumen extending from a proximal end to a distal end thereof, the inner tubular member slidably disposed within the lumen of the outer tubular member ; a distal holding section extending distally of a distal end of the inner tubular member , the distal holding section defining a cavity therein for receiving an implantable leadless pacing device ; and a handle assembly positioned adjacent the proximal end of the outer tubular member ; wherein the handle assembly includes a first locking mechanism , the first locking mechanism having a locked configuration in which the inner tubular member is held in tension and the outer tubular member is held in compression. wherein the distal holding section includes a hub portion that applies a proximal force on the distal end of the outer tubular member thus placing the outer tubular member in compression, in the locked configuration. an outer tubular member including a lumen extending from a proximal end to a distal end thereof; an inner tubular member including a lumen extending from a proximal end to a distal end thereof, the inner tubular member slidably disposed within the lumen of the outer tubular member ; a distal holding section extending distally of a distal end of the inner tubular member , the distal holding section defining a cavity therein for receiving an implantable leadless pacing device ; and a handle assembly positioned adjacent the proximal end of the outer tubular member ; wherein the handle assembly includes a first locking mechanism , the first locking mechanism having a locked configuration in which the inner tubular member is held in tension and the outer tubular member is held in compression. wherein the distal holding section includes a hub portion that applies a proximal force on the distal end of the outer tubular member thus placing the outer tubular member in compression, in the locked configuration.
Auxiliary heating system for a motor vehicle with an electric drive train, comprising at least one electric motor that is connected to a coolant circuit of the motor vehicle, a power loss controller that is adapted to adjust the power loss Pv of the electric motor to a desired value (Pvsoll), a look-up table , a field-oriented drive controller , a modulation unit , an output stage , characterised by a power loss monitor that is adapted to process measured or estimated temperatures in the stator and/or pulse width modulation inverter of the electric motor , and volume flows in the coolant circuit and flows measured in the flow circuit controlled by the power loss controller and to determine an actual value of the power loss (Pvlst) of the electric motor .
A stretching device to stretch a film made of synthetic material at least in the transverse direction, comprising: - a guide rail including a first guide surface (15.1) intended to be turned toward the film and a second guide surface (15.2) opposite to the first guide surface (15.1), - a plurality of first clamps of a first type and a plurality of second clamps of a second type each intended to grip a same longitudinal edge of the film , the first and second clamps being alternately disposed along the guide rail and being configured to be guided by the guide rail , - an endless chain connected to the first and second clamps and configured to drive the first and second clamps along the guide rail , the endless chain being deformable between a first state in which the first and second clamps are disposed in close proximity to each other, and a second state in which the first and second clamps are distant from each other, each first clamp includes a primary guide roller configured to cooperate with the first guide surface (15.1) of the guide rail and each second clamp includes a secondary guide roller configured to cooperate with the first guide surface (15.1) of the guide rail , the primary guide roller of each first clamp being shifted vertically with respect to the secondary guide roller of each second clamp adjacent to said first clamp , the stretching device being characterized in that the first and second clamps are configured such that, when the endless chain is in the first state, the primary guide roller of each first clamp and the secondary guide roller of each second clamp adjacent to said first clamp overlap at least partially. - a guide rail including a first guide surface (15.1) intended to be turned toward the film and a second guide surface (15.2) opposite to the first guide surface (15.1), - a plurality of first clamps of a first type and a plurality of second clamps of a second type each intended to grip a same longitudinal edge of the film , the first and second clamps being alternately disposed along the guide rail and being configured to be guided by the guide rail , - an endless chain connected to the first and second clamps and configured to drive the first and second clamps along the guide rail , the endless chain being deformable between a first state in which the first and second clamps are disposed in close proximity to each other, and a second state in which the first and second clamps are distant from each other,
Device for producing and treating a gas stream (F), which device comprises an exchange enclosure having at least one first opening for discharging a gas stream, means (3; 4) for supplying the enclosure with a liquid (L) such that the exchange enclosure can contain a volume (V) of this liquid with said first discharge opening of the exchange enclosure being positioned above the surface (S) of the volume of liquid (V) contained in the exchange enclosure, means (3; 5) for discharging the liquid (L) contained in the exchange enclosure and aeraulic means , which are capable, during operation, of creating, by suction or blowing, an incoming gas stream (F) coming from the outside of the exchange enclosure , such that this incoming gas stream (F) is introduced into the volume of liquid (V) contained in the exchange enclosure , below the surface (S) of said volume of liquid, and such that an outgoing gas stream (F') treated by direct contact with said volume of liquid rises up inside the exchange enclosure and is discharged out of said exchange enclosure by passing through the discharge opening of the exchange enclosure , characterized in that said device further comprises first means for measuring a first operating parameter (X out ) measured in the outgoing gas stream (F') or first means for measuring a first operating parameter (X out ) measuring the concentration (CL out ) of a compound in the liquid contained in the exchange enclosure or coming from the exchange enclosure , or measuring the pH (pH out ) of the liquid contained in the exchange enclosure or coming from the exchange enclosure , and in that said device comprises electronic control means for automatically controlling the supply means (3; 4) of the exchange enclosure and the discharge means (3; 5) of the exchange enclosure so as to automatically adjust the height (h) of liquid in the exchange enclosure depending on at least this first operating parameter (X out ).
An airbag for an avalanche airbag system with a first textile layer , which is coated with a polymer on at least one side, characterized in that the airbag includes at least one strap , which is coated with a thermoplastic polymer at least on its side facing the polymer of the first textile layer , and the width of which is less than a length of the strap , wherein the first textile layer forms at least one overlap seam with the at least one strap , at which the first textile layer is connected to the at least one strap by welding, wherein the airbag includes at least one second textile layer , which is coated with a polymer at least on its side facing the thermoplastic polymer of the at least one strap and forms at least one further overlap seam with the at least one strap , at which the second textile layer is connected to the at least one strap by welding, wherein the weldable coating in the form of the thermoplastic polymer of the at least one strap has a greater surface-related mass than the coating formed by the polymer of the first textile layer and the second textile layer , and wherein the thermoplastic polymer of the at least one strap is applied to a coating of the strap , which is formed by a polymer .
A door with a door leaf guided on two side guides running in the vertical direction and movable along a closing path by means of a drive at least between an open position and a closed position, a control unit for controlling the drive and a presence detection device for detecting obstacles located in the closing path of the door leaf , wherein the control unit is configured to stop the drive when the presence detection device is triggered, wherein at least one side guide comprises a cavity and a longitudinal opening running in the closing direction (y) and wherein the door leaf is held on the at least one side guide by means of at least one fastening element , wherein the fastening element is constituted by an anchor section arranged in the cavity , which has an excess dimension compared to the longitudinal opening , wherein the connection between the fastening element and the door leaf is designed to be separable by the action of force, wherein the distance from a detection region of presence detection device to the underside end of the side guides is less than the height of the fastening element 17, 17) measured in the extension direction of the side guides and wherein the fastening element is designed to enter into the detection region after a separation from the door leaf under the effect of gravity in order to trigger the presence detection device .
An apparatus , comprising: a frame ; a drive system supported by the frame and configured to move the frame along a surface; a cleaning assembly coupled to the frame , the cleaning assembly configured to engage the surface to transfer detritus from the surface to a storage volume supported by the frame; and an electronics system supported by the frame, the electronics system having at least a processor and a memory, the processor configured to execute a set of instructions stored in the memory associated with defining a map of the surface, decomposing the map of the surface into a plurality of sectors based on an efficiency associated with the cleaning assembly transferring detritus from the mapped surface, and defining a path along each sector from the plurality of sectors based at least in part on an efficiency associated with cleaning a portion of the surface for that sector from the plurality of sectors, the processor configured to combine the path for each sector from the plurality of sectors to define a predetermined path and to send to the drive system a signal indicative of an instruction to move the cleaning assembly relative to the surface along the predetermined path. a frame ; a drive system supported by the frame and configured to move the frame along a surface; a cleaning assembly coupled to the frame , the cleaning assembly configured to engage the surface to transfer detritus from the surface to a storage volume supported by the frame; and an electronics system supported by the frame, the electronics system having at least a processor and a memory, the processor configured to execute a set of instructions stored in the memory associated with defining a map of the surface, decomposing the map of the surface into a plurality of sectors based on an efficiency associated with the cleaning assembly transferring detritus from the mapped surface, and defining a path along each sector from the plurality of sectors based at least in part on an efficiency associated with cleaning a portion of the surface for that sector from the plurality of sectors, the processor configured to combine the path for each sector from the plurality of sectors to define a predetermined path and to send to the drive system a signal indicative of an instruction to move the cleaning assembly relative to the surface along the predetermined path.
A machine tool comprising: a machining chamber for machining a workpiece ; a tool storage chamber for storing a plurality of tools ; a partition wall that separates the machining chamber and the tool storage chamber and has an opening for taking the tools out from the tool storage chamber; a shutter that has a shape covering the opening and which opens and closes the opening; wherein the partition wall includes a side wall member extending in a vertical direction and an inclined wall member that is inclined so as to decrease in height from the side wall member toward inside of the machining chamber, at least a part of the opening is formed in the inclined wall member, the machine tool being characterised in that it further comprises a receiving member having an inner surface that is U-shaped in cross section so as to receive a cutting fluid, wherein the receiving member is fixed on the side wall member so as to be adjacent to the opening under the shutter and is disposed so as to receive the cutting fluid falling along the side wall member when the shutter is opened. a machining chamber for machining a workpiece ; a tool storage chamber for storing a plurality of tools ; a partition wall that separates the machining chamber and the tool storage chamber and has an opening for taking the tools out from the tool storage chamber; a shutter that has a shape covering the opening and which opens and closes the opening; wherein the partition wall includes a side wall member extending in a vertical direction and an inclined wall member that is inclined so as to decrease in height from the side wall member toward inside of the machining chamber, at least a part of the opening is formed in the inclined wall member, the machine tool being characterised in that it further comprises a receiving member having an inner surface that is U-shaped in cross section so as to receive a cutting fluid, wherein the receiving member is fixed on the side wall member so as to be adjacent to the opening under the shutter and is disposed so as to receive the cutting fluid falling along the side wall member when the shutter is opened.
A method for controlling operation of semiconductor gates in a power conversion system including one or more multilevel inverters coupleable to a modulator and a controller , the method comprising: generating, via the controller , a control signal responsive to an output current power factor associated with the inverters; producing a discontinuous pulse width modulation reference signal based upon the control signal and a target output power, the discontinuous pulse width modulation reference signal being indicative of shifting a phase angle between current and voltage; and generating a gating signal, for output from the modulator , as a function of the reference signal and a carrier waveform; wherein the gating signal adjusts the phase angle to prevent switching of the semiconductor gates; the method further comprising, aligning the output current power factor with an output current or an output voltage associated with the semiconductors, in order to generate real power or reactive power. generating, via the controller , a control signal responsive to an output current power factor associated with the inverters; producing a discontinuous pulse width modulation reference signal based upon the control signal and a target output power, the discontinuous pulse width modulation reference signal being indicative of shifting a phase angle between current and voltage; and generating a gating signal, for output from the modulator , as a function of the reference signal and a carrier waveform; wherein the gating signal adjusts the phase angle to prevent switching of the semiconductor gates; the method further comprising, aligning the output current power factor with an output current or an output voltage associated with the semiconductors, in order to generate real power or reactive power.
An electronic component mounting device comprising: a component tape in which a cover tape is adhered to a carrier tape accommodating multiple electronic components at a predetermined pitch; a tape feeder for feeding the component tape from a tape reel, the tape feeder having a peeling mechanism peeling the cover tape from the carrier tape at a component supply position and being configured to eject an used carrier tape out from a distal end of the tape feeder ; a mounting head configured to take out the electronic components from the carrier tape at the component supply position and mount the electronic components on a board; the electronic component mounting device being characterized by: a carrier tape collection portion consisting of a discharge duct with a tape slot on the end, that opens laterally toward the distal end of the tape feeder , the discharge duct being configured to define a discharge path along which the used carrier tape from which the electronic components have been taken out, is guided from the tape feeder to a collection box , wherein a static charge elimination member is provided attached to the tape slot or inside the discharge duct and is configured to neutralize static charges of the used carrier tape passing through the discharge duct . a component tape in which a cover tape is adhered to a carrier tape accommodating multiple electronic components at a predetermined pitch; a tape feeder for feeding the component tape from a tape reel, the tape feeder having a peeling mechanism peeling the cover tape from the carrier tape at a component supply position and being configured to eject an used carrier tape out from a distal end of the tape feeder ; a mounting head configured to take out the electronic components from the carrier tape at the component supply position and mount the electronic components on a board; the electronic component mounting device being characterized by: a carrier tape collection portion consisting of a discharge duct with a tape slot on the end, that opens laterally toward the distal end of the tape feeder , the discharge duct being configured to define a discharge path along which the used carrier tape from which the electronic components have been taken out, is guided from the tape feeder to a collection box , wherein a static charge elimination member is provided attached to the tape slot or inside the discharge duct and is configured to neutralize static charges of the used carrier tape passing through the discharge duct .