mhurhangee/patent-ind-claim-en huggingface dataset:
A control method for an inverter air conditioner, comprising: Step 1: operating an inverter compressor at a first frequency for a first duration; Step 2: determining whether a first temperature, which is a temperature of an intelligent power module, IPM, exceeds a first threshold and, if the first temperature does not exceed the first threshold, proceeding to Step 3; otherwise, proceeding to Step 8; Step 3: determining a temperature interval into which a second temperature of the outdoor coil falls, and determining whether the first frequency needs to be adjusted according to the temperature interval and, if the first frequency needs to be adjusted, proceeding to Step 4; otherwise, proceeding to Step 5; Step 4: increasing the first frequency, and operating the inverter compressor at an increased frequency for a first preset duration, and returning to Step 2; Step 5: determining whether an exhaust pressure is below a preset threshold and, if the exhaust pressure is below the preset threshold, proceeding to Step 6; otherwise, proceeding to Step 7; Step 6: reducing the first frequency, and operating the inverter compressor at a reduced frequency for a second preset duration, and then returning to Step 2; Step 7: disabling the inverter compressor; and Step 8: decreasing the first frequency, and operating the inverter compressor at a decreased frequency for a third preset duration, and then returning to Step 2. Step 1: operating an inverter compressor at a first frequency for a first duration; Step 2: determining whether a first temperature, which is a temperature of an intelligent power module, IPM, exceeds a first threshold and, if the first temperature does not exceed the first threshold, proceeding to Step 3; otherwise, proceeding to Step 8; Step 3: determining a temperature interval into which a second temperature of the outdoor coil falls, and determining whether the first frequency needs to be adjusted according to the temperature interval and, if the first frequency needs to be adjusted, proceeding to Step 4; otherwise, proceeding to Step 5; Step 4: increasing the first frequency, and operating the inverter compressor at an increased frequency for a first preset duration, and returning to Step 2; Step 5: determining whether an exhaust pressure is below a preset threshold and, if the exhaust pressure is below the preset threshold, proceeding to Step 6; otherwise, proceeding to Step 7; Step 6: reducing the first frequency, and operating the inverter compressor at a reduced frequency for a second preset duration, and then returning to Step 2; Step 7: disabling the inverter compressor; and Step 8: decreasing the first frequency, and operating the inverter compressor at a decreased frequency for a third preset duration, and then returning to Step 2.
Winding shaft which has at least one hollow shaft and at least one shaft core (10; 110) plugged laterally therein, wherein the winding shaft is designed for winding up a roller shutter curtain or sun-protection curtain of a sun-protection apparatus, characterised in that at least one of the shaft cores (10; 110) is designed as an injection-moulded part or pressure-moulded part with a demoulding direction perpendicular to the shaft axis, wherein an enveloping outer cross-section of the shaft core is formed at least partially by strip-shaped end faces of webs which are aligned parallel to the demoulding direction.
Lifting device for lifting root crops , comprising at least one lifting share mounting which supports at least one lifting share which has a front pick-up region in a lifting direction and a rear ejection region in the lifting direction for the root crops , which is coupled to a lifting device frame and during operation is pulled thereby in the lifting direction , said lifting share mounting being movable relative to the lifting device frame and, viewed in the lifting direction , laterally from an initial position into an offset position, characterized by a guide arrangement which is configured to guide the lifting share mounting such that with the movement of the lifting share mounting from the initial position into the offset position the pick-up region is laterally displaced further than the ejection region , wherein the lifting share mounting , with the movement from the initial position into the offset position, pivots at least partially about a pivot axis which is pivoted relative to the horizontal and which is arranged in a vertical frame longitudinal plane in the lifting direction behind the lifting share mounting , and tilts at least partially about a tilt axis parallel to the lifting direction .
A mounting arrangement for connecting a pressure sensor to a component of a fuel injection system, the mounting arrangement comprising - a pressure sensor having a first end and a second end, the first end of the sensor being configured to face towards the component of the fuel injection system, characterized in that the arrangement comprises - an inner mounting sleeve that is arranged around the pressure sensor , and - an outer mounting sleeve that is arranged around the inner mounting sleeve , wherein - the first end of the pressure sensor is provided with a sealing surface , which is configured to be pressed against a sealing surface of said component of the fuel injection system, and an end surface of the outer mounting sleeve is configured to function as the sealing surface against the component of the fuel injection system, - the sensor comprises a threaded portion with an external thread, - the inner mounting sleeve comprises a threaded portion with an internal thread that is configured to be engaged with the external thread of the sensor and a shoulder that is arranged on an outer perimeter of the inner mounting sleeve , and - the outer mounting sleeve comprises a shoulder that is arranged on an inner perimeter of the outer mounting sleeve and configured to be engaged with the shoulder of the inner mounting sleeve , and a threaded portion with an external thread for engaging the outer mounting sleeve with an internal thread of the component of the fuel injection system. - a pressure sensor having a first end and a second end, the first end of the sensor being configured to face towards the component of the fuel injection system, characterized in that the arrangement comprises - an inner mounting sleeve that is arranged around the pressure sensor , and - an outer mounting sleeve that is arranged around the inner mounting sleeve , wherein - the first end of the pressure sensor is provided with a sealing surface , which is configured to be pressed against a sealing surface of said component of the fuel injection system, and an end surface of the outer mounting sleeve is configured to function as the sealing surface against the component of the fuel injection system, - the sensor comprises a threaded portion with an external thread, - the inner mounting sleeve comprises a threaded portion with an internal thread that is configured to be engaged with the external thread of the sensor and a shoulder that is arranged on an outer perimeter of the inner mounting sleeve , and - the outer mounting sleeve comprises a shoulder that is arranged on an inner perimeter of the outer mounting sleeve and configured to be engaged with the shoulder of the inner mounting sleeve , and a threaded portion with an external thread for engaging the outer mounting sleeve with an internal thread of the component of the fuel injection system.
A connected device system, comprising: - a master network device and a device to be integrated into the connected device system , wherein the connected device system is adapted to connect the master network device and the device via a wireless network and wherein the communication in the connected device system between the master network device and the device to be integrated into the connected device system , is based at least in part on the ZigBee protocol, wherein the device is adapted, when being added to the wireless network , to announce itself in the wireless network and to provide a ZigBee over-the-air upgrade server in the wireless network , wherein the ZigBee over-the-air upgrade server makes available for retrieval a digital asset indicative of a characteristic of the device and comprising a pictogram for representing the device , and wherein the master network device is adapted to detect the device in the wireless network based on the announcement, to search for the ZigBee over-the-air upgrade server of the device in the wireless network in response to the detection of the device , and to retrieve the digital asset from the upgrade server of the device . - a master network device and a device to be integrated into the connected device system , wherein the connected device system is adapted to connect the master network device and the device via a wireless network and wherein the communication in the connected device system between the master network device and the device to be integrated into the connected device system , is based at least in part on the ZigBee protocol,
A method of a communication device in a wireless system operating in accordance with an Institute of Electrical and Electronics Engineers 802.11 standard, the method comprising: generating (S902) a High Efficiency Physical Layer Protocol Data Unit, HE PPDU, including a Non-High-Throughput signal, L-SIG, field including a first length indication, a High Efficiency signal, HE-SIG, field, and a data field, wherein the data field includes an Orthogonal Frequency Division Multiplexing, OFDM, symbol (646 - FIG. 6) including padding bits; appending (S904) an extension at an end of the HE PPDU to increase an available processing time, the extension having a non-zero signal strength; and transmitting (S906) the HE PPDU and the appended extension, wherein the first length indication corresponds to a duration from an end of the L-SIG field to an end of an End of Frame of the HE PPDU, wherein the HE-SIG field includes a second length indication consisting of only one bit and indicating information about a duration of the extension, and wherein generating the HE-SIG field includes setting the second length indication by: comparing the duration of the extension to a predetermined duration, setting the second length indication to a first state when the duration of the extension is less than the predetermined duration, and setting the second length indication to a second state when the duration of the extension is greater than or equal to the predetermined duration. generating (S902) a High Efficiency Physical Layer Protocol Data Unit, HE PPDU, including a Non-High-Throughput signal, L-SIG, field including a first length indication, a High Efficiency signal, HE-SIG, field, and a data field, wherein the data field includes an Orthogonal Frequency Division Multiplexing, OFDM, symbol (646 - FIG. 6) including padding bits; appending (S904) an extension at an end of the HE PPDU to increase an available processing time, the extension having a non-zero signal strength; and transmitting (S906) the HE PPDU and the appended extension, wherein the first length indication corresponds to a duration from an end of the L-SIG field to an end of an End of Frame of the HE PPDU, wherein the HE-SIG field includes a second length indication consisting of only one bit and indicating information about a duration of the extension, and wherein generating the HE-SIG field includes setting the second length indication by: comparing the duration of the extension to a predetermined duration, setting the second length indication to a first state when the duration of the extension is less than the predetermined duration, and setting the second length indication to a second state when the duration of the extension is greater than or equal to the predetermined duration. comparing the duration of the extension to a predetermined duration, setting the second length indication to a first state when the duration of the extension is less than the predetermined duration, and setting the second length indication to a second state when the duration of the extension is greater than or equal to the predetermined duration.
A monomer emulsion composition comprising a pre-emulsion of: (a) a crosslinkable surfactant comprising a reaction product of (i) Tung oil acid and (ii) at least one alkylene oxide forming a Tung oil derivative; (b) at least one monomer; and (c) water. (a) a crosslinkable surfactant comprising a reaction product of (i) Tung oil acid and (ii) at least one alkylene oxide forming a Tung oil derivative; (b) at least one monomer; and (c) water.
A compound of Formula J: or a pharmaceutically acceptable salt or co-crystal thereof.
A random access apparatus configured in a user equipment, UE, , the random access apparatus comprising: a processor circuit ; and a transceiver configured to: support multiple transmission time intervals, TTIs; transmit to a base station a preamble for requesting random access via a first message using a TTI among the multiple TTIs; and receive a random access response transmitted by the base station via a second message, wherein a random access parameter is calculated based on a slot position for transmitting the preamble of the first message. a processor circuit ; and a transceiver configured to: support multiple transmission time intervals, TTIs; transmit to a base station a preamble for requesting random access via a first message using a TTI among the multiple TTIs; and receive a random access response transmitted by the base station via a second message, wherein a random access parameter is calculated based on a slot position for transmitting the preamble of the first message. support multiple transmission time intervals, TTIs; transmit to a base station a preamble for requesting random access via a first message using a TTI among the multiple TTIs; and receive a random access response transmitted by the base station via a second message, wherein a random access parameter is calculated based on a slot position for transmitting the preamble of the first message.
A device for obtaining a tissue sample, comprising: a distal assembly comprising: a first jaw including multiple distinct concave surfaces formed around a pyramid-shaped spike , and a single curved tooth positioned offset from a center of a distal curved portion of a cutting perimeter of the first jaw , projecting to form a flat top surface and angled sides along the distal curve portion, and positioned next to a recess along the distal curved portion of the cutting perimeter of the first jaw ; and a second jaw including an elongate cavity and a fenestration hole disposed in the cavity, wherein the spike does not protrude through the fenestration hole when the first and second jaws are in a closed configuration, wherein the second jaw includes a tooth and recess pattern matching and complementing the tooth and recess pattern of the first jaw ; wherein the first and second jaws are adapted to move relative to one another between an open configuration in which the tooth and recess pattern of the first jaw is separated from the tooth and recess pattern of the second jaw and the closed configuration in which the tooth and recess pattern of the first jaw mates with the tooth and recess pattern of the second jaw , and the spike is aligned with the fenestration hole , and wherein the first and second jaws each includes a proximal stepped-down heel portion to permit substantially complete jaw closure when in the closed configuration. a first jaw including multiple distinct concave surfaces formed around a pyramid-shaped spike , and a single curved tooth positioned offset from a center of a distal curved portion of a cutting perimeter of the first jaw , projecting to form a flat top surface and angled sides along the distal curve portion, and positioned next to a recess along the distal curved portion of the cutting perimeter of the first jaw ; and a second jaw including an elongate cavity and a fenestration hole disposed in the cavity, wherein the spike does not protrude through the fenestration hole when the first and second jaws are in a closed configuration, wherein the second jaw includes a tooth and recess pattern matching and complementing the tooth and recess pattern of the first jaw ; wherein the first and second jaws are adapted to move relative to one another between an open configuration in which the tooth and recess pattern of the first jaw is separated from the tooth and recess pattern of the second jaw and the closed configuration in which the tooth and recess pattern of the first jaw mates with the tooth and recess pattern of the second jaw , and the spike is aligned with the fenestration hole , and wherein the first and second jaws each includes a proximal stepped-down heel portion to permit substantially complete jaw closure when in the closed configuration.
A liner for a prosthesis, said liner - having a proximal opening for receiving an amputation stump and - a distal end opposite the proximal opening, and - being produced from a liner material , wherein a longitudinal direction of the liner extends from the proximal opening to the distal end and a circumferential direction extends perpendicularly to the longitudinal direction, wherein the liner has anti-slip means by way of which the liner is prevented from slipping on the amputation stump in the fitted state of the liner , characterized in that the liner has a plurality of fibers which - consist of a nonelastic material and - are arranged such that an elongation of the liner in the longitudinal direction results in shortening of the liner in the circumferential direction and vice versa. - having a proximal opening for receiving an amputation stump and - a distal end opposite the proximal opening, and - being produced from a liner material , - consist of a nonelastic material and - are arranged such that an elongation of the liner in the longitudinal direction results in shortening of the liner in the circumferential direction and vice versa.
An aqueous composition comprising: (a) silver ion; (b) at least one polymer comprising at least 10 wt% polymerized units of vinylimidazole; and (c) at least one amino alcohol comprising at least two hydroxyl groups, comprising no carboxyl groups and having a vapor pressure at 25°C of no more than 0.025 Pa, and which is selected from the group consisting of diisopropanolamine (which is bis(2-hydroxypropyl)amine) and tris(hydroxymethyl)aminomethane; wherein the molar ratio of vinylimidazole: silver is at least 3:1.
A spoke for a tire, said tire being attached to a hub comprising: an outer tread band ; a first spoke element ; a second spoke element ; and a joint body connecting said first spoke element and said second spoke element, characterised in that said joint body comprises an elastic material arranged such that said first spoke element and said second spoke element is deflectable in at least a first plane of bending, where in the first spoke element and second spoke element are disposed between said hub and said outer tread band, and in that said first spoke element and said second spoke element are comprised of an elastomer surrounding a fiber reinforced plastic. an outer tread band ; a first spoke element ; a second spoke element ; and a joint body connecting said first spoke element and said second spoke element, characterised in that said joint body comprises an elastic material arranged such that said first spoke element and said second spoke element is deflectable in at least a first plane of bending, where in the first spoke element and second spoke element are disposed between said hub and said outer tread band, and in that said first spoke element and said second spoke element are comprised of an elastomer surrounding a fiber reinforced plastic.
Water-free, semi-solid pharmaceutical product for use in the photodynamic treatment of cancer, pre-cancerous conditions, infections or inflammation in the female reproductive system, the anus or the penis, said product comprising: a) an active ingredient selected from a 5-ALA ester and pharmaceutically acceptable salts thereof; b) one or more triglycerides; and c) optionally one or more viscosity enhancers; wherein the concentration of the active ingredient is 0.5 to 30% by weight of the total weight of the product, and the concentration of the one or more triglycerides is in the range of 60 to 96% by weight of the total weight of the product if the one or more viscosity enhancers are present, or in the range of 70 to 99.5% by weight of the total weight of the product if the one or more viscosity enhancers are not present. a) an active ingredient selected from a 5-ALA ester and pharmaceutically acceptable salts thereof; b) one or more triglycerides; and c) optionally one or more viscosity enhancers; wherein the concentration of the active ingredient is 0.5 to 30% by weight of the total weight of the product, and the concentration of the one or more triglycerides is in the range of 60 to 96% by weight of the total weight of the product if the one or more viscosity enhancers are present, or in the range of 70 to 99.5% by weight of the total weight of the product if the one or more viscosity enhancers are not present.
A method for manufacturing a composite tube having at least one multi-layered portion with an annular outer layer of a first alloy and an annular inner layer of a second alloy, the method comprising the steps of: - providing an annular base component of the second alloy, wherein the annular base component has a central through-hole extending along a longitudinal axis (A) of the annular base component , and wherein the annular base component has an externally threaded section , - providing an annular outer component of the first alloy, wherein the annular outer component has an internally threaded section configured to engage with the externally threaded section of the annular base component , - forming a tubular work piece by mounting the annular outer component around the annular base component such that the internally threaded section of the outer component is in engagement with the externally threaded section of the annular base component , forming a mechanical interlock between the threaded sections , - hot working the work piece , so that on one hand a metallic bond is formed between the threaded sections of the annular outer component and the annular base component while the mechanical interlock is maintained, and so that on the other hand the work piece is elongated and an outer diameter of the tubular work piece is reduced, thus forming a composite tube . - providing an annular base component of the second alloy, wherein the annular base component has a central through-hole extending along a longitudinal axis (A) of the annular base component , and wherein the annular base component has an externally threaded section , - providing an annular outer component of the first alloy, wherein the annular outer component has an internally threaded section configured to engage with the externally threaded section of the annular base component , - forming a tubular work piece by mounting the annular outer component around the annular base component such that the internally threaded section of the outer component is in engagement with the externally threaded section of the annular base component , forming a mechanical interlock between the threaded sections , - hot working the work piece , so that on one hand a metallic bond is formed between the threaded sections of the annular outer component and the annular base component while the mechanical interlock is maintained, and so that on the other hand the work piece is elongated and an outer diameter of the tubular work piece is reduced, thus forming a composite tube .