mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming an electrode array, comprising the steps of: positioning a workpiece on a mold part with a channel having an undercut such that a portion of the workpiece is within the channel of the mold part; thereafter compressing the workpiece to form a contact ; and introducing resilient material into the channel to form a flexible body . positioning a workpiece on a mold part with a channel having an undercut such that a portion of the workpiece is within the channel of the mold part; thereafter compressing the workpiece to form a contact ; and introducing resilient material into the channel to form a flexible body .
A road condition detection device , configured to be coupled to a wheel of a vehicle and comprising: an electrostatic charge variation sensor , configured to provide a charge variation signal (S Q ) indicative of an electrostatic charge variation associated with the rotation of said wheel ; and a processing unit , coupled to the electrostatic charge variation sensor to receive the charge variation signal (S Q ) and further configured to receive a rotation speed signal (S V ) indicative of the rotation speed of said wheel , wherein said processing unit is configured to jointly process said rotation speed signal (S V ) and charge variation signal (S Q ) for detecting a road condition, characterized in that said processing unit is configured to: determine, in the trend in the frequency domain of said charge variation signal (S Q ), a peak amplitude of a fundamental frequency at said rotation speed of the wheel ; and compare said peak amplitude with a threshold amplitude (Pk TH ) to determine one of a dry road condition and a wet road condition. an electrostatic charge variation sensor , configured to provide a charge variation signal (S Q ) indicative of an electrostatic charge variation associated with the rotation of said wheel ; and a processing unit , coupled to the electrostatic charge variation sensor to receive the charge variation signal (S Q ) and further configured to receive a rotation speed signal (S V ) indicative of the rotation speed of said wheel , wherein said processing unit is configured to jointly process said rotation speed signal (S V ) and charge variation signal (S Q ) for detecting a road condition, characterized in that said processing unit is configured to: determine, in the trend in the frequency domain of said charge variation signal (S Q ), a peak amplitude of a fundamental frequency at said rotation speed of the wheel ; and compare said peak amplitude with a threshold amplitude (Pk TH ) to determine one of a dry road condition and a wet road condition.
A crystalline LNnT polymorph IV, characterized in that it displays X-ray powder diffraction reflections, based on a measurement using CuKα radiation, at 8.16±0.2, 15.41±0.2, 39.14±0.2, 23.77±0.2, 7.77±0.2 and 31.15±0.2 2Θ angles, wherein the crystalline LNnT polymorph IV, after drying at 40-60°C and atmospheric pressure, contains 5 molecules of crystalline water.
Arrangement for manipulating a door lock remote control device comprising at least one actuating device which, in use, operates at least one respective pushbutton in the door lock remote control device the at least one actuating device being remotely operable by wireless communication means , characterized in that the at least one actuating device includes at least one cam operable to interact with the at least one pushbutton by a rotary relative movement between the door lock remote control device and the at least one cam ; and the arrangement further comprising a lid to be opened and closed by the rotary relative movement. the at least one actuating device includes at least one cam operable to interact with the at least one pushbutton by a rotary relative movement between the door lock remote control device and the at least one cam ; and the arrangement further comprising a lid to be opened and closed by the rotary relative movement.
Operating method for heat generating systems which have, in a liquid circuit, at least one geothermal heat source , a heat pump and additionally an air/liquid heat exchanger unit comprising at least one air/liquid heat exchanger , characterised in that the at least one air/liquid heat exchanger is operated in the liquid circuit either in a supplementary mode or in a regeneration mode, the air/liquid heat exchanger being connected in series with the heat pump and the at least one geothermal heat source in the supplementary mode, and the heat pump being separated from the liquid circuit and the air/liquid heat exchanger being connected to the at least one geothermal heat source in the regeneration mode.
An electronic musical instrument comprising: a plurality of keys that includes at least first keys corresponding to a first pitch range and second keys corresponding to a second pitch range; and at least one processor , wherein the at least one processor executes: acquiring the number of operated keys for each pitch range; giving instructions for switching an automatic accompaniment pattern of accompaniment sounds to be emitted in accordance with the acquired number of operated keys for each pitch range, wherein the instructions include instruction for muting a bass part of the automatic accompaniment pattern, and characterised in that the at least one processor executes: in a first case where the first keys for a lower pitch range corresponding to the first pitch range are operated keys and pitch ranges other than the first pitch range are not operated, giving instruction to mute the bass part. a plurality of keys that includes at least first keys corresponding to a first pitch range and second keys corresponding to a second pitch range; and at least one processor , wherein the at least one processor executes: acquiring the number of operated keys for each pitch range; giving instructions for switching an automatic accompaniment pattern of accompaniment sounds to be emitted in accordance with the acquired number of operated keys for each pitch range, acquiring the number of operated keys for each pitch range; giving instructions for switching an automatic accompaniment pattern of accompaniment sounds to be emitted in accordance with the acquired number of operated keys for each pitch range, wherein the instructions include instruction for muting a bass part of the automatic accompaniment pattern, and characterised in that the at least one processor executes: in a first case where the first keys for a lower pitch range corresponding to the first pitch range are operated keys and pitch ranges other than the first pitch range are not operated, giving instruction to mute the bass part.
A merchandising system comprising: a base configured to support product, the base comprising a track , a rack aperture and a rack , the rack defining a plurality of teeth ; a pusher configured to movably mount on the base and configured to slide along the track ; a coil spring for urging the pusher forward, the coil spring configured to coil about a first axis; a dampened gear assembly configured to mount to the pusher and configured to control the rate of speed at which the pusher moves when urged forward by the coil spring , the dampened gear assembly comprising a gear configured to rotate about a second axis, the gear configured to engage the plurality of teeth of the rack ; the second axis of the gear is oriented perpendicular to the first axis of the coil spring and, the coil spring is configured to align with the rack aperture when in an extended position, characterised in that : said merchandising system further comprises a housing with a top wall , a first side wall and an opposing second side wall , and a front retaining wall mounted relative to the base such that the front retaining wall and the first side wall define an opening through which product may be removed. a base configured to support product, the base comprising a track , a rack aperture and a rack , the rack defining a plurality of teeth ; a pusher configured to movably mount on the base and configured to slide along the track ; a coil spring for urging the pusher forward, the coil spring configured to coil about a first axis; a dampened gear assembly configured to mount to the pusher and configured to control the rate of speed at which the pusher moves when urged forward by the coil spring , the dampened gear assembly comprising a gear configured to rotate about a second axis, the gear configured to engage the plurality of teeth of the rack ; the second axis of the gear is oriented perpendicular to the first axis of the coil spring and, the coil spring is configured to align with the rack aperture when in an extended position, characterised in that : said merchandising system further comprises a housing with a top wall , a first side wall and an opposing second side wall , and a front retaining wall mounted relative to the base such that the front retaining wall and the first side wall define an opening through which product may be removed.
High-temperature grilling appliance having a grilling chamber/cooking chamber and a heat source that generates top heat, which heat source has at least one electrically operated high-temperature infrared surface radiator that is arranged above the cooking chamber and that radiates the heating power necessary for preparing food, in the form of infrared heat radiation, into the grilling/cooking chamber from above, characterised in that the high-temperature infrared surface radiator is ceramic and the high-temperature grilling appliance has a housing having the cooking chamber , wherein the housing has a left side wall and a right side wall.
A press machine , for plastically deforming a tubular workpiece , in particular a fitting, the press machine comprising: a press jaw receptacle , for coupling a press jaw assembly to the press machine ; a drive , configured for driving a coupled press jaw assembly to apply a force to the workpiece ; a sensor system , configured for identifying a press jaw assembly and for providing corresponding sensor data, a controller , configured for controlling the drive based on the sensor data, wherein the sensor system comprises at least one sensor , characterised in that the at least one sensor of the sensor system is arranged directly on the press jaw receptacle , wherein the sensor is at least partially covered by an element of the press machine in a first configuration of the press machine , and in a second configuration of the press machine the element exposes the sensor . a press jaw receptacle , for coupling a press jaw assembly to the press machine ; a drive , configured for driving a coupled press jaw assembly to apply a force to the workpiece ; a sensor system , configured for identifying a press jaw assembly and for providing corresponding sensor data, a controller , configured for controlling the drive based on the sensor data, wherein the sensor system comprises at least one sensor , characterised in that the at least one sensor of the sensor system is arranged directly on the press jaw receptacle , wherein the sensor is at least partially covered by an element of the press machine in a first configuration of the press machine , and in a second configuration of the press machine the element exposes the sensor .
A process for the manufacture of a disposable cutting board , characterized in that it comprises the steps of: boiling a block of wood, thereby producing a boiled block of wood; semi-drying the boiled block of wood, thereby producing a semi-dried section; lathing the semi-dried section, thereby producing a semi-dried lathed section; drying the semi-dried lathed section, thereby producing a dried lathed section; sanding the dried lathed section, thereby producing a sanded section having opposed outer surfaces; misting one of the outer surfaces of the sanded section with an adhesive; applying a wax paper over the adhesive on the outer surface of the sanded section; pressing the wax paper; drying the adhesive; and cutting the sanded section having the wax paper applied thereon into a predetermined form. boiling a block of wood, thereby producing a boiled block of wood; semi-drying the boiled block of wood, thereby producing a semi-dried section; lathing the semi-dried section, thereby producing a semi-dried lathed section; drying the semi-dried lathed section, thereby producing a dried lathed section; sanding the dried lathed section, thereby producing a sanded section having opposed outer surfaces; misting one of the outer surfaces of the sanded section with an adhesive; applying a wax paper over the adhesive on the outer surface of the sanded section; pressing the wax paper; drying the adhesive; and cutting the sanded section having the wax paper applied thereon into a predetermined form.
An electron beam gun for a high power RF vacuum device comprising: a base , a cathode stem, and an anode assembly; wherein the cathode stem and anode assembly are joined to the base; wherein the anode assembly comprises an anode ; wherein the cathode stem comprises a gun stem , a fixed kinematic coupling , a cathode assembly, and a beam shaping focus electrode , wherein the cathode assembly comprises a cathode housing made of a first non-ductile rigid metal material; wherein the beam shaping focus electrode is composed of a second non-ductile rigid metal material, wherein the cathode assembly and beam shaping focus electrode are joined to the gun stem using the fixed kinematic coupling , wherein the fixed kinematic coupling comprises high strength ceramic elements directly bonded to the beam shaping focus electrode and cathode housing using a high temperature active metal brazing alloy, wherein the kinematic coupling comprises V-grooves in the gun stem to mate with the high strength ceramic elements. a base , a cathode stem, and an anode assembly; wherein the cathode stem and anode assembly are joined to the base; wherein the anode assembly comprises an anode ; wherein the cathode stem comprises a gun stem , a fixed kinematic coupling , a cathode assembly, and a beam shaping focus electrode , wherein the cathode assembly comprises a cathode housing made of a first non-ductile rigid metal material; wherein the beam shaping focus electrode is composed of a second non-ductile rigid metal material, wherein the cathode assembly and beam shaping focus electrode are joined to the gun stem using the fixed kinematic coupling , wherein the fixed kinematic coupling comprises high strength ceramic elements directly bonded to the beam shaping focus electrode and cathode housing using a high temperature active metal brazing alloy, wherein the kinematic coupling comprises V-grooves in the gun stem to mate with the high strength ceramic elements.
A build-up welding method in which a welding torch is guided along a metallic workpiece and in which at least one melting wire serving as a build-up material is fed at an infeed speed into the arc between at least one non-melting electrode of the welding torch and the workpiece , wherein the non-melting electrode , positioned normal to the workpiece , is guided along the workpiece , characterized in that the fed wire is additionally moved back and forth along its infeed direction .
A method for filling a tank with liquid oxygen from a submarine , said tank being disposed inside a hull of a submarine and comprising: a storage enclosure , an inlet for liquid oxygen and an outlet for gaseous oxygen, said outlet being located in the upper part of the storage enclosure, said method comprising: - introducing liquid oxygen into the storage enclosure via an introduction line connected to the inlet of the tank, said introduction line comprising an introduction pump ; and - discharging gaseous oxygen from the storage enclosure via a discharge line connected to the outlet of the tank; characterized in that the discharge line comprises a discharge compressor reducing a pressure (P) of gaseous oxygen in the upper part of the storage enclosure. - introducing liquid oxygen into the storage enclosure via an introduction line connected to the inlet of the tank, said introduction line comprising an introduction pump ; and - discharging gaseous oxygen from the storage enclosure via a discharge line connected to the outlet of the tank;
A computer-implemented method of arc flash hazard assessment, the method comprising: - storing field data in memory, the field data comprising at least an operating voltage, a fault current, and a clearing time for electrical equipment including a potential arc flash source; and with a computer processing system in signal communication with the memory: - defining an arc flash assessment model for an arc flash at the arc flash source based on the field data, the arc flash assessment model including an incident energy function determined for at least three reference voltages V 1 , V 2 and V 3 ; - interpolating the incident energy function between reference voltages V 1 and V 2 to define an interpolated value at the operating voltage; - extrapolating the incident energy function from reference voltages V 2 and V 3 to define an extrapolated value at the operating voltage; - estimating a value of the incident energy function at a working distance from the arc flash source, based on a weighted average of the interpolated and extrapolated values; and - outputting the estimated value of the incident energy function to a user interface. - storing field data in memory, the field data comprising at least an operating voltage, a fault current, and a clearing time for electrical equipment including a potential arc flash source; and with a computer processing system in signal communication with the memory: - defining an arc flash assessment model for an arc flash at the arc flash source based on the field data, the arc flash assessment model including an incident energy function determined for at least three reference voltages V 1 , V 2 and V 3 ; - interpolating the incident energy function between reference voltages V 1 and V 2 to define an interpolated value at the operating voltage; - extrapolating the incident energy function from reference voltages V 2 and V 3 to define an extrapolated value at the operating voltage; - estimating a value of the incident energy function at a working distance from the arc flash source, based on a weighted average of the interpolated and extrapolated values; and - defining an arc flash assessment model for an arc flash at the arc flash source based on the field data, the arc flash assessment model including an incident energy function determined for at least three reference voltages V 1 , V 2 and V 3 ; - interpolating the incident energy function between reference voltages V 1 and V 2 to define an interpolated value at the operating voltage; - extrapolating the incident energy function from reference voltages V 2 and V 3 to define an extrapolated value at the operating voltage; - estimating a value of the incident energy function at a working distance from the arc flash source, based on a weighted average of the interpolated and extrapolated values; and - outputting the estimated value of the incident energy function to a user interface.
An ultrasonic catheter , comprising: an elongate flexible catheter sheath having a lumen; an ultrasonic transmission member extending longitudinally within the lumen of the elongate flexible catheter sheath, the ultrasonic transmission member having a proximal portion (42-1) and a distal portion (42-2), the proximal portion configured to receive vibration energy; a catheter body coupled to the elongate flexible catheter sheath, the catheter body having a fluid inlet port and an inner cavity in fluid communication with the fluid inlet port, the fluid inlet port configured to facilitate passage of a heat dissipating fluid into the inner cavity; a plurality of O-ring members disposed around and contacting the proximal portion of the ultrasonic transmission member; characterised by an O-ring housing located in the inner cavity of the catheter body, the O-ring housing having an outer surface , an interior surface , and an O-ring cavity defined by the interior surface, the O-ring cavity configured to contain the plurality of O-ring members, and wherein the ultrasonic transmission member extends through an entirety of the O-ring housing; and a perimetrical fluid channel defined between the outer surface of the O-ring housing and the catheter body, and the O-ring housing configured such that the heat dissipating fluid flows into the perimetrical fluid channel and across the outer surface of the O-ring housing to dissipate heat from the plurality of O-ring members, wherein in a cross-section of the perimetrical fluid channel is crescent shaped. an elongate flexible catheter sheath having a lumen; an ultrasonic transmission member extending longitudinally within the lumen of the elongate flexible catheter sheath, the ultrasonic transmission member having a proximal portion (42-1) and a distal portion (42-2), the proximal portion configured to receive vibration energy; a catheter body coupled to the elongate flexible catheter sheath, the catheter body having a fluid inlet port and an inner cavity in fluid communication with the fluid inlet port, the fluid inlet port configured to facilitate passage of a heat dissipating fluid into the inner cavity; a plurality of O-ring members disposed around and contacting the proximal portion of the ultrasonic transmission member; characterised by an O-ring housing located in the inner cavity of the catheter body, the O-ring housing having an outer surface , an interior surface , and an O-ring cavity defined by the interior surface, the O-ring cavity configured to contain the plurality of O-ring members, and wherein the ultrasonic transmission member extends through an entirety of the O-ring housing; and a perimetrical fluid channel defined between the outer surface of the O-ring housing and the catheter body, and the O-ring housing configured such that the heat dissipating fluid flows into the perimetrical fluid channel and across the outer surface of the O-ring housing to dissipate heat from the plurality of O-ring members, wherein in a cross-section of the perimetrical fluid channel is crescent shaped.