mhurhangee/patent-ind-claim-en huggingface dataset:
Non-dusting poly(phenylene ether) particles, comprising: 80 to 96 weight percent of poly(phenylene ether) particles having a mean particle size of 1 to 40 micrometers; and 4 to 20 weight percent of a liquid reactive diluent; wherein all amounts are based on the combined weight of the poly(phenylene ether) particles and the liquid reactive diluent; and wherein poly(alkenyl aromatic) resins, rubber-modified poly(alkenyl aromatic) resins, and hydrogenated, partially hydrogenated, and non-hydrogenated block copolymers of an alkenyl aromatic monomer and a conjugated diene are all excluded from the non-dusting poly(phenylene ether) particles. 80 to 96 weight percent of poly(phenylene ether) particles having a mean particle size of 1 to 40 micrometers; and 4 to 20 weight percent of a liquid reactive diluent; wherein all amounts are based on the combined weight of the poly(phenylene ether) particles and the liquid reactive diluent; and wherein poly(alkenyl aromatic) resins, rubber-modified poly(alkenyl aromatic) resins, and hydrogenated, partially hydrogenated, and non-hydrogenated block copolymers of an alkenyl aromatic monomer and a conjugated diene are all excluded from the non-dusting poly(phenylene ether) particles.
A light emitting diode, LED, filament for providing LED filament light , comprising: - a first linear array of LEDs arranged on a first surface of a carrier including only first LEDs configured to emit first white light . - a second linear array of LEDs arranged on a second surface of the carrier , opposite to said first surface , including only second LEDs configured to emit color controllable light , characterized in that : - the LED filament light comprises the first white light and the color controllable light - the first LEDs comprise UV LEDs emitting UV light and/or blue LEDs emitting blue light , the UV LEDs and/or blue LEDs being covered by a first encapsulant comprising a luminescent material configured to at least partly convert the UV light and/or the blue light into converted light , wherein the white light comprises (i) the converted light and optionally (ii) the non-converted UV light and/or the non-converted blue light , and - the second linear array of LEDs comprises a plurality of M groups , each group comprising a red LED , a green LED and a blue LED . - a first linear array of LEDs arranged on a first surface of a carrier including only first LEDs configured to emit first white light . - a second linear array of LEDs arranged on a second surface of the carrier , opposite to said first surface , including only second LEDs configured to emit color controllable light , - the LED filament light comprises the first white light and the color controllable light - the first LEDs comprise UV LEDs emitting UV light and/or blue LEDs emitting blue light , the UV LEDs and/or blue LEDs being covered by a first encapsulant comprising a luminescent material configured to at least partly convert the UV light and/or the blue light into converted light , wherein the white light comprises (i) the converted light and optionally (ii) the non-converted UV light and/or the non-converted blue light , and - the second linear array of LEDs comprises a plurality of M groups , each group comprising a red LED , a green LED and a blue LED .
An insulation barrier for use in an electrical energy storage system, the insulation barrier comprising: at least one insulation layer having a thermal conductivity through a thickness dimension of said insulation layer acquired according to ASTM C518 standard at a temperature of about 37.5 °C at atmospheric pressure in ambient environment, and under a compression load of about 2 psi of less than about 50 mW/m-K at 25 °C and less than about 60 mW/m-K at 600 °C; a support member surrounding at least a portion of a perimeter of the insulation layer, the support member having a flexural modulus greater than the flexural modulus of the insulation layer; an encapsulation layer at least partially surrounding the insulation layer, wherein the encapsulation layer is in the form of a film, an envelope or a bag and contacts at least a portion of the support member; and one or more adhesive pads coupled to the encapsulation layer. at least one insulation layer having a thermal conductivity through a thickness dimension of said insulation layer acquired according to ASTM C518 standard at a temperature of about 37.5 °C at atmospheric pressure in ambient environment, and under a compression load of about 2 psi of less than about 50 mW/m-K at 25 °C and less than about 60 mW/m-K at 600 °C; a support member surrounding at least a portion of a perimeter of the insulation layer, the support member having a flexural modulus greater than the flexural modulus of the insulation layer; an encapsulation layer at least partially surrounding the insulation layer, wherein the encapsulation layer is in the form of a film, an envelope or a bag and contacts at least a portion of the support member; and one or more adhesive pads coupled to the encapsulation layer.
A screwing/unscrewing tool , for screwing/unscrewing a screw or a bolt, said screwing/unscrewing tool comprising a first part and a second part coupled in rotation around a main axis (AP), and comprising an adjustment screw , and wherein: - the first part comprises a lever secured to a screwing/unscrewing bit provided with at least one screwing/unscrewing recess (11; 12) centered on the main axis (AP); - the second part comprises a support arm on which the screwing/unscrewing bit is rotatably mounted around the main axis (AP), said support arm being equipped with a tapped hole ; - the adjustment screw is screwed into the tapped hole , the adjustment screw having a coupling head configured for a coupling with a screw-gun or a wrench, and extended by a threaded rod having a free end suitable for abutment on the lever of the first part in order to apply to it a pivoting force around the main axis (AP). - the first part comprises a lever secured to a screwing/unscrewing bit provided with at least one screwing/unscrewing recess (11; 12) centered on the main axis (AP); - the second part comprises a support arm on which the screwing/unscrewing bit is rotatably mounted around the main axis (AP), said support arm being equipped with a tapped hole ; - the adjustment screw is screwed into the tapped hole , the adjustment screw having a coupling head configured for a coupling with a screw-gun or a wrench, and extended by a threaded rod having a free end suitable for abutment on the lever of the first part in order to apply to it a pivoting force around the main axis (AP).
An apparatus for positioning sod strips, comprising: a structure for mounting on a vehicle; a pushing plate slidably mounted to the structure, the pushing plate having a bottom wall and an upturned front wall arranged to be abuttable to a vertical edge of a sod strip that has already been placed flat on the ground; and at least one actuator operatively mounted between the structure and the pushing plate to slide the pushing plate away from the structure to position the sod strip, wherein the actuator and pushing plate are arranged for the pushing plate to slide in a lateral direction that is perpendicular to the straight ahead driving direction of the vehicle and to compress the sod strip laterally. a structure for mounting on a vehicle; a pushing plate slidably mounted to the structure, the pushing plate having a bottom wall and an upturned front wall arranged to be abuttable to a vertical edge of a sod strip that has already been placed flat on the ground; and at least one actuator operatively mounted between the structure and the pushing plate to slide the pushing plate away from the structure to position the sod strip, wherein the actuator and pushing plate are arranged for the pushing plate to slide in a lateral direction that is perpendicular to the straight ahead driving direction of the vehicle and to compress the sod strip laterally.
RFID tag , comprising - a transponder chip ; and - an antenna ; wherein the antenna is coupled to the transponder chip ; wherein the antenna comprises a strand of metal wires ; wherein the metal wires comprise a core - sheath structure; wherein the core - sheath structure comprises a core and a sheath layer ; wherein the core is made of a first metal, wherein the core is over its full circumference surrounded by the sheath layer ; characterized in that the sheath layer is made of a stainless steel; and wherein the first metal has an electrical conductivity higher than that of the stainless steel, and wherein the metal wires have a hexagonal cross section. - a transponder chip ; and - an antenna ; wherein the antenna is coupled to the transponder chip ; wherein the antenna comprises a strand of metal wires ; wherein the metal wires comprise a core - sheath structure; wherein the core - sheath structure comprises a core and a sheath layer ; wherein the core is made of a first metal, wherein the core is over its full circumference surrounded by the sheath layer ; characterized in that the sheath layer is made of a stainless steel; and wherein the first metal has an electrical conductivity higher than that of the stainless steel, and wherein the metal wires have a hexagonal cross section. wherein the antenna is coupled to the transponder chip ; wherein the antenna comprises a strand of metal wires ; wherein the metal wires comprise a core - sheath structure; wherein the core - sheath structure comprises a core and a sheath layer ; wherein the core is made of a first metal, wherein the core is over its full circumference surrounded by the sheath layer ; characterized in that the sheath layer is made of a stainless steel; and wherein the first metal has an electrical conductivity higher than that of the stainless steel, and wherein the metal wires have a hexagonal cross section.
A processing apparatus for processing a physiological signal configured to perform the steps of: - obtaining the physiological signal containing at least two wave cycles originating from a physiological process, - obtaining a feature signal descriptive of occurrences of a feature (P) in the physiological signal , and wherein the feature (P) comprises a predetermined energy, slope, inflection points, local extrema or combinations thereof, - determining an average waveform of the physiological signal around said occurrences of the feature (P) in the physiological signal , and - determining a model signal comprising amplitude-scaled instances of the average waveform of the physiological signal placed at the occurrences of the feature (P) in the physiological signal , wherein the step of determining the average waveform comprises the step of determining an average relative change between a value of the physiological signal at occurrences of the feature (P) and a value of a neighboring sample of the physiological signal . - obtaining the physiological signal containing at least two wave cycles originating from a physiological process, - obtaining a feature signal descriptive of occurrences of a feature (P) in the physiological signal , and wherein the feature (P) comprises a predetermined energy, slope, inflection points, local extrema or combinations thereof, - determining an average waveform of the physiological signal around said occurrences of the feature (P) in the physiological signal , and - determining a model signal comprising amplitude-scaled instances of the average waveform of the physiological signal placed at the occurrences of the feature (P) in the physiological signal ,
A method to reduce crosstalk in a piezo printhead comprising: selecting an actuation signal for a nozzle, the actuation signal to cause a jetable material to be ejected from the nozzle; and characterized by : determining a time delay and a pulse width extension based on adjacent actuation signals of adjacent nozzles; and applying the time delay and pulse width extension to the actuation signal. wherein determining a time delay comprises: determining a binary firing status of a previous nozzle actuation signal and a next nozzle actuation signal ; selecting one of a first plurality of registers that corresponds with the binary firing status, the first plurality of registers storing a plurality of predetermined time delays; and retrieving the time delay from the one register; and wherein determining a pulse width extension comprises: selecting one of a second plurality of registers that corresponds with the binary firing status the second plurality of registers storing a plurality of predetermined pulse width extensions; and retrieving the pulse width extension from the one register. selecting an actuation signal for a nozzle, the actuation signal to cause a jetable material to be ejected from the nozzle; and characterized by : determining a time delay and a pulse width extension based on adjacent actuation signals of adjacent nozzles; and applying the time delay and pulse width extension to the actuation signal. determining a time delay and a pulse width extension based on adjacent actuation signals of adjacent nozzles; and applying the time delay and pulse width extension to the actuation signal. wherein determining a time delay comprises: determining a binary firing status of a previous nozzle actuation signal and a next nozzle actuation signal ; selecting one of a first plurality of registers that corresponds with the binary firing status, the first plurality of registers storing a plurality of predetermined time delays; and retrieving the time delay from the one register; and determining a binary firing status of a previous nozzle actuation signal and a next nozzle actuation signal ; selecting one of a first plurality of registers that corresponds with the binary firing status, the first plurality of registers storing a plurality of predetermined time delays; and retrieving the time delay from the one register; and wherein determining a pulse width extension comprises: selecting one of a second plurality of registers that corresponds with the binary firing status the second plurality of registers storing a plurality of predetermined pulse width extensions; and retrieving the pulse width extension from the one register. selecting one of a second plurality of registers that corresponds with the binary firing status the second plurality of registers storing a plurality of predetermined pulse width extensions; and retrieving the pulse width extension from the one register.
A surgical alignment guide (100; 400; 600), comprising: a base (102; 402; 602), the base defining at least one first hole (142-1, 144-1; 442-1, 444-1; 642-1) sized and configured to receive a first fixation element and defining at least one second hole (142-2, 144-2; 442-2, 444-2; 642-2) sized and configured to receive a second fixation element ; and a swing arm (150; 450; 670) for coupling to the base such that the swing arm is rotatably movable relative to the base, the swing arm extending from a first end (156; 456; 674) to a second end , the second end of the swing arm including a coupling mechanism for coupling another guide to the second end of the swing arm; and a locking device (186; 486; 700) for selectively fixing a position of the swing arm relative to the base, wherein the base (102; 402) supports a spring-loaded detent (114; 414) that is configured to engage a plurality of teeth (158; 458) located at the first end (156; 456) of the swing arm (150; 450) so as to provide at least one of an audible or a tactile indication when the swing arm is rotatably moved relative to the base. a base (102; 402; 602), the base defining at least one first hole (142-1, 144-1; 442-1, 444-1; 642-1) sized and configured to receive a first fixation element and defining at least one second hole (142-2, 144-2; 442-2, 444-2; 642-2) sized and configured to receive a second fixation element ; and a swing arm (150; 450; 670) for coupling to the base such that the swing arm is rotatably movable relative to the base, the swing arm extending from a first end (156; 456; 674) to a second end , the second end of the swing arm including a coupling mechanism for coupling another guide to the second end of the swing arm; and a locking device (186; 486; 700) for selectively fixing a position of the swing arm relative to the base, wherein the base (102; 402) supports a spring-loaded detent (114; 414) that is configured to engage a plurality of teeth (158; 458) located at the first end (156; 456) of the swing arm (150; 450) so as to provide at least one of an audible or a tactile indication when the swing arm is rotatably moved relative to the base.
Interference fit connection for a shaft , comprising a hub having a conical through opening , and a reduction sleeve having a cylindrical through opening for arrangement on the shaft and a conical outer circumference , the cone angle of the conical outer circumference corresponding to the cone angle of the corresponding conical through opening of the hub , characterized in that the hub is a two-component part having a first component made of steel and a second component made of fiber-reinforced plastics material, the second component made of fiber-reinforced plastics material is designed as a ring which is arranged on the outer circumference of a sleeve portion of the first component, which sleeve portion surrounds the reduction sleeve, so as to surround this sleeve portion , the fiber-reinforced plastics material having a higher modulus of elasticity than the steel of the first component. a hub having a conical through opening , and a reduction sleeve having a cylindrical through opening for arrangement on the shaft and a conical outer circumference , the cone angle of the conical outer circumference corresponding to the cone angle of the corresponding conical through opening of the hub , characterized in that the hub is a two-component part having a first component made of steel and a second component made of fiber-reinforced plastics material, the second component made of fiber-reinforced plastics material is designed as a ring which is arranged on the outer circumference of a sleeve portion of the first component, which sleeve portion surrounds the reduction sleeve, so as to surround this sleeve portion , the fiber-reinforced plastics material having a higher modulus of elasticity than the steel of the first component.
A method of making a garment , the method comprising: providing a first panel of material ; providing a second panel of material ; providing a thermally insulating fill sheet having one or more voided portions ; securing the thermally insulating fill sheet to at least the first panel of material ; positioning the second panel of material such that the thermally insulating fill sheet is interposed between the first panel of material and the second panel of material ; affixing the first panel of material to the second panel of material in one or more areas corresponding to the one or more voided portions in the thermally insulating fill sheet ; and forming the garment using at least the first panel of material and the second panel of material , characterized in that the affixing step comprises applying an adhesive to an inner-facing surface of at least one of the first panel of material or the second panel of material in the one or more areas corresponding to the one or more voided portions in the thermally insulating fill sheet , wherein the applied adhesive is optionally activated by one of heat energy or ultrasonic energy.
A compound which is or a pharmaceutically acceptable salt thereof, for use in combination with a second anti-respiratory syncytial virus agent selected from the group consisting of ALS-8112, AZ-27, GS5806 and palivizumab, for use in the treatment of a respiratory syncytial virus infection.
Dimmer switch for a light load, the dimmer switch being adapted to be linked to the phase (Ph) of an alternating electrical power supply and to the light load, the light load being linked to the neutral (Ne) of the alternating electrical power supply, the dimmer switch supplying (Pho) a first part of each alternation of the phase for the light load and blocking a second part of each alternation for the light load, the dimmer switch comprising means for modifying the duration of the first part of each alternation, the duration of the first part lying between a minimum value and a maximum value, the dimmer switch comprising: - a detector of the zero-crossing of the phase signal, - means for modifying the maximum value of the first part of each alternation, - characterized in that the detector of the zero-crossing of the phase signal is configured to detect only the zero-crossing of the phase signal when the phase signal decreases, in that the dimmer switch comprises means for determining an absence of detection of the zero-crossing of the phase signal during a predetermined time period, and in that the modification of the maximum value of the first part of each alternation is a function of the determination of an absence of detection of the zero-crossing of the phase signal during a first predetermined time period. - a detector of the zero-crossing of the phase signal, - means for modifying the maximum value of the first part of each alternation, - characterized in that the detector of the zero-crossing of the phase signal is configured to detect only the zero-crossing of the phase signal when the phase signal decreases,
An apparatus for interfacing between a digital audio source device and two or more wireless speakers , comprising: a connector that connects to the digital audio source device , and that receives power from the digital audio source device , wherein the apparatus is powered by the received power; an input digital audio interface that receives an input digital audio signal from the digital audio source device via a wired signal path; a processor that receives the input digital audio signal from the input digital audio interface , and that generates an output digital audio signal comprising a surround audio signal; a wireless transceiver including an output audio transmitter that receives the output digital audio signal from the processor , and that transmits two or more calibration tones and the output digital audio signal to the two or more wireless speakers via a wireless signal path, wherein each calibration tone is unique for one of the wireless speakers , wherein the wireless transceiver receives audio data from a first wireless speaker via the wireless signal path, and wherein the audio data has been recorded by the first wireless speaker , and wherein the processor determines, using the two or more calibration tones, that the audio data corresponds to one of the calibration tones rendered by a second wireless speaker . a connector that connects to the digital audio source device , and that receives power from the digital audio source device , wherein the apparatus is powered by the received power; an input digital audio interface that receives an input digital audio signal from the digital audio source device via a wired signal path; a processor that receives the input digital audio signal from the input digital audio interface , and that generates an output digital audio signal comprising a surround audio signal; a wireless transceiver including an output audio transmitter that receives the output digital audio signal from the processor , and that transmits two or more calibration tones and the output digital audio signal to the two or more wireless speakers via a wireless signal path, wherein each calibration tone is unique for one of the wireless speakers , wherein the wireless transceiver receives audio data from a first wireless speaker via the wireless signal path, and wherein the audio data has been recorded by the first wireless speaker , and wherein the processor determines, using the two or more calibration tones, that the audio data corresponds to one of the calibration tones rendered by a second wireless speaker .