mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: moving a mobile data-handling device to a first position that is within communication range of an end node of a low power wide area network, wherein the mobile data-handling device at the first position is unable to communicate with a first computing device associated with the low power wide area network; receiving , by the mobile data-handling device, a data packet from the end node; transmitting, by the mobile data-handling device, a first acknowledgement to the end node indicating that the mobile data-handling device received the data packet; moving the mobile data-handling device to a second position at which the mobile data-handling device is able to communicate with the first computing device; transmitting, by the mobile data-handling device, the data packet to the first computing device ; receiving, by the mobile data-handling device and from the first computing device, a second acknowledgement indicating that a second computing device associated with the low power wide area network received the data packet via the first computing device; and transmitting, by the mobile data-handling device, the second acknowledgement to the end node. moving a mobile data-handling device to a first position that is within communication range of an end node of a low power wide area network, wherein the mobile data-handling device at the first position is unable to communicate with a first computing device associated with the low power wide area network; receiving , by the mobile data-handling device, a data packet from the end node; transmitting, by the mobile data-handling device, a first acknowledgement to the end node indicating that the mobile data-handling device received the data packet; moving the mobile data-handling device to a second position at which the mobile data-handling device is able to communicate with the first computing device; transmitting, by the mobile data-handling device, the data packet to the first computing device ; receiving, by the mobile data-handling device and from the first computing device, a second acknowledgement indicating that a second computing device associated with the low power wide area network received the data packet via the first computing device; and transmitting, by the mobile data-handling device, the second acknowledgement to the end node.
A processor comprising: a decode unit to decode an instruction comprising an input operand of a pointer produced as a resultant of a previous execution of the instruction; and an execution unit to execute the instruction, the execution unit comprising a state machine and content addressable memory 'CAM' circuitry (703; 704), the state machine to receive the pointer to a section of a stream of encoded information of a compression scheme, fetch the section of the encoded information, and apply the section of the encoded information to the CAM circuitry to obtain decoded information, and the execution unit is to provide the decoded information as a first resultant of the instruction, and an updated pointer to a next section of the stream of encoded information of the compression scheme as a second resultant of the instruction. a decode unit to decode an instruction comprising an input operand of a pointer produced as a resultant of a previous execution of the instruction; and an execution unit to execute the instruction, the execution unit comprising a state machine and content addressable memory 'CAM' circuitry (703; 704), the state machine to receive the pointer to a section of a stream of encoded information of a compression scheme, fetch the section of the encoded information, and apply the section of the encoded information to the CAM circuitry to obtain decoded information, and the execution unit is to provide the decoded information as a first resultant of the instruction, and an updated pointer to a next section of the stream of encoded information of the compression scheme as a second resultant of the instruction.
A knit fabric comprising a multi-component stranded yarn , which yarn comprises: a continuous ceramic strand ; a continuous load-relieving process aid strand , wherein the continuous ceramic strand is wrapped around the continuous load-relieving process aid strand ; the continuous ceramic strand and the continuous load-relieving process aid strand form a bi-component yarn ; and a metal alloy wire is concurrently knit with the continuous ceramic strand and the continuous load-relieving process aid strand to form the knit fabric . a continuous ceramic strand ; a continuous load-relieving process aid strand , wherein the continuous ceramic strand is wrapped around the continuous load-relieving process aid strand ; the continuous ceramic strand and the continuous load-relieving process aid strand form a bi-component yarn ; and a metal alloy wire is concurrently knit with the continuous ceramic strand and the continuous load-relieving process aid strand to form the knit fabric .
An isolated modified CYP52A12 protein, wherein, with reference to the amino acid numbering of SEQ ID NO: 20, the modified CYP52A12 protein comprises Asp at a position corresponding to the position 76 of SEQ ID NO: 20 and Ile at a position corresponding to the position 470 of SEQ ID NO: 20, compared to an unmodified CYP52A12 protein, and the modified CYP52A12 protein comprises an amino acid sequence having at least about 99% sequence identity with SEQ ID NO: 20 and has the capability of producing a long chain dicarboxylic acid under an acidic culture condition that is at least about 95% or more of that of the modified CYP52A12 protein comprising the amino acid sequence set forth in SEQ ID NO: 21.
A user interface for controlling a shower system comprising: at least one control configured to be actuated by a user and generate one or more signals for controlling an operation of the shower system ; and at least one indicator light configured to illuminate in different patterns which are matched to different operational stages of the shower system, wherein the at least one indicator light is configured to provide a first light pattern when the shower system is in a first operational stage wherein water in the shower system is being warmed to a predetermined temperature, and a second light pattern that is different from the first light pattern when the shower system is in a second operational stage wherein a temperature of the water has reached the predetermined temperature, wherein the at least one control includes a temperature control to allow a user to set the predetermined temperature, characterized in that the user interface comprises a central core , and the temperature control comprises a ring positioned around and rotatable about the central core , wherein the at least one indicator light is positioned on a face of the central core . at least one control configured to be actuated by a user and generate one or more signals for controlling an operation of the shower system ; and at least one indicator light configured to illuminate in different patterns which are matched to different operational stages of the shower system, wherein the at least one indicator light is configured to provide a first light pattern when the shower system is in a first operational stage wherein water in the shower system is being warmed to a predetermined temperature, and a second light pattern that is different from the first light pattern when the shower system is in a second operational stage wherein a temperature of the water has reached the predetermined temperature, wherein the at least one control includes a temperature control to allow a user to set the predetermined temperature, characterized in that the user interface comprises a central core , and the temperature control comprises a ring positioned around and rotatable about the central core , wherein the at least one indicator light is positioned on a face of the central core .
A diffuser configured to receive water through a center inlet and to dispense said water through a radial outlet, and into a cylindrical water tank, said diffuser comprising: a first disk equipped with a center inlet and a second similar sized, preferably equal sized disk to be placed parallel to the first disk , said disks being spaced apart by a plurality of struts extending towards said disks, and; a substantially cylindrical space defined by said parallel arranged disks into which water admitted through the center inlet of the first disk flows and from which said water is radially discharged through a radial outlet between the two disks; a plurality of parallel arranged deflection elements extending towards one or both disks from one or both disks, said deflection elements being contained within the cylindrical space between the disks wherein at least one of the disks is domed on the surface facing the inside of the diffuser ; characterized in that , the deflection elements are cylindrical, the height of the cylindrical deflection elements is largest at the center of the diffuser and decreases progressively with each subsequent deflection element towards the perimeter of said diffuser . a first disk equipped with a center inlet and a second similar sized, preferably equal sized disk to be placed parallel to the first disk , said disks being spaced apart by a plurality of struts extending towards said disks, and; a substantially cylindrical space defined by said parallel arranged disks into which water admitted through the center inlet of the first disk flows and from which said water is radially discharged through a radial outlet between the two disks; a plurality of parallel arranged deflection elements extending towards one or both disks from one or both disks, said deflection elements being contained within the cylindrical space between the disks wherein at least one of the disks is domed on the surface facing the inside of the diffuser ; characterized in that , the deflection elements are cylindrical, the height of the cylindrical deflection elements is largest at the center of the diffuser and decreases progressively with each subsequent deflection element towards the perimeter of said diffuser .
A flow control device having a first element a second element and a third element , wherein: the first element has a plurality of first orifices each of a predetermined cross-section; the second element has a second orifice ; and the first and second elements are selectively and sealingly engagable in a plurality of positions, in each of said positions the second orifice being aligned with a different one of said first orifices so as to permit fluid communication through the device via said second orifice and the selected first orifice, wherein, the first element is mounted to the third element in a predetermined arrangement, and the second element and the third element cooperate to seal the first element between them, and wherein the third element has a plurality of third orifices , each of which aligns with a corresponding one of said first orifices . characterised in that the plurality of first orifices are each of a different cross-section to provide each first orifice with a fixed specific fluid flow rate for any predetermined pressure loss thereacross. the first element has a plurality of first orifices each of a predetermined cross-section; the second element has a second orifice ; and the first and second elements are selectively and sealingly engagable in a plurality of positions, in each of said positions the second orifice being aligned with a different one of said first orifices so as to permit fluid communication through the device via said second orifice and the selected first orifice, wherein, the first element is mounted to the third element in a predetermined arrangement, and the second element and the third element cooperate to seal the first element between them, and wherein the third element has a plurality of third orifices , each of which aligns with a corresponding one of said first orifices . characterised in that the plurality of first orifices are each of a different cross-section to provide each first orifice with a fixed specific fluid flow rate for any predetermined pressure loss thereacross.
A wheel for an electrically powered vehicle such as a golf trolley, the wheel comprises an assembly of a rim and an integral tyre which includes a plurality of radially or substantially radially projecting ground engaging members , said wheel is characterized in that the rim is being pre-formed from a polypropylene material and includes a plurality of keying members which either project from or extend into the rim surface, and the tyre is being over moulded onto the rim from an elastomeric material whereby, in use of the wheel, the keying members prevent relative movement between the tyre and the rim.
Balance-spring stud-holder for a mechanical timepiece movement , which comprises a pair of tabs, namely a front tab and a rear tab , jointly defining a notch , the tabs being arranged in such a way that a balance-spring stud can be held in the notch , characterised in that the rear tab of the balance-spring stud-holder comprises an extension which defines, beyond the notch , a bend forming a retaining abutment for the balance-spring stud after said balance-spring stud is extracted from the notch .
An inkset comprising an immobilizing composition and at least one ink composition, said ink composition comprises a dispersed pigment and/or dye, a low-temperature curing self-crosslinking resin and an aqueous carrier, and formulated to exhibit an alkaline pH higher than 7, said immobilizing composition comprises an acid and an aqueous carrier, and formulated to exhibit an acidic pH lower than 7, the inkset is for digital inkjet printing color images directly on a dyed substrate that is dyed with a migratable dye, wherein: said low-temperature curing self-crosslinking resin is a pH-sensitive low-temperature curing self-crosslinking resin, said low-temperature curing self-crosslinking resin initiates crosslinking reaction at a temperature that ranges from 90 °C to 110 °C, said ink composition comprises less than 0.1 wt. % of an additional crosslinking agent other than said low-temperature curing self-crosslinking resin. said low-temperature curing self-crosslinking resin is a pH-sensitive low-temperature curing self-crosslinking resin, said low-temperature curing self-crosslinking resin initiates crosslinking reaction at a temperature that ranges from 90 °C to 110 °C, said ink composition comprises less than 0.1 wt. % of an additional crosslinking agent other than said low-temperature curing self-crosslinking resin.
A method for wireless communication by a user equipment, UE, comprising: initiating a data flow containing real-time multimedia data between the UE and a base station; and transmitting , prior to a first multimedia data transmission of the data flow between the UE and the base station, one or more initial transmissions to establish a compression scheme for the data flow, wherein the one or more initial transmissions, comprising one or more silence indicator description, SID, packet transmissions, include a small payload that is smaller than an average real-time transport protocol, RTP, payload and that is used to establish compression context for the data flow. initiating a data flow containing real-time multimedia data between the UE and a base station; and transmitting , prior to a first multimedia data transmission of the data flow between the UE and the base station, one or more initial transmissions to establish a compression scheme for the data flow,
Method for determining wearing of a printing apparatus , comprising the steps: - controlling a motor of a label paper driving mechanism of the printing apparatus using motor control data, - determining a label start indicator, - determining a label end indicator, characterized in that the method further comprises the steps of - determining a label length indicator corresponding to the length covered by the rotation of the label paper driving mechanism of an unweared printing apparatus between the label start indicator and the label end indicator based on the motor control data, - storing the label length indicator, - determining a wearing indicator of the printing apparatus based on stored label length indicators. - controlling a motor of a label paper driving mechanism of the printing apparatus using motor control data, - determining a label start indicator, - determining a label end indicator, - determining a label length indicator corresponding to the length covered by the rotation of the label paper driving mechanism of an unweared printing apparatus between the label start indicator and the label end indicator based on the motor control data, - storing the label length indicator, - determining a wearing indicator of the printing apparatus based on stored label length indicators.
A method comprising: obtaining a measurement of signal strength of one or more wireless signals from one or more respective access points by a device ; obtaining information of identities of the one or more access points ; using the identities to find out radio maps of the one or more access points ; using the obtained measurement of signal strength and the radio maps to determine at least one likelihood for the device being inside an area, which comprises a) or b): a) calculating for each radio map of the radio maps a sum of differences between the obtained measurement of signal strength and signal strength measurements of the radio map ; and using the respective sum of differences to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map . b) calculating for each radio map of the radio maps a smallest difference between the obtained measurement of signal strength and signal strength measurements of the radio map ; and using the respective smallest difference to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map . obtaining a measurement of signal strength of one or more wireless signals from one or more respective access points by a device ; obtaining information of identities of the one or more access points ; using the identities to find out radio maps of the one or more access points ; using the obtained measurement of signal strength and the radio maps to determine at least one likelihood for the device being inside an area, which comprises a) or b): a) calculating for each radio map of the radio maps a sum of differences between the obtained measurement of signal strength and signal strength measurements of the radio map ; and using the respective sum of differences to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map . b) calculating for each radio map of the radio maps a smallest difference between the obtained measurement of signal strength and signal strength measurements of the radio map ; and using the respective smallest difference to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map . a) calculating for each radio map of the radio maps a sum of differences between the obtained measurement of signal strength and signal strength measurements of the radio map ; and using the respective sum of differences to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map . b) calculating for each radio map of the radio maps a smallest difference between the obtained measurement of signal strength and signal strength measurements of the radio map ; and using the respective smallest difference to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map .
A hot melt adhesive comprising: (A) a polar functional group-modified conjugated diene-based polymer, (B) an aliphatic polyester-based resin, (C) a tackifier resin, and (D) a thermoplastic block copolymer. (A) a polar functional group-modified conjugated diene-based polymer, (B) an aliphatic polyester-based resin, (C) a tackifier resin, and (D) a thermoplastic block copolymer.
A saddle tree for a riding saddle comprising - a body which extends between a cantle and a pommel , said pommel including a middle portion on either side of which two legs extend, - a hinged bearing module secured to each of said legs , each hinged bearing module including a pad configured to make the interface with the horse's back, said pad being connected to a leg by a hinge mechanism according to a ball-type mechanical connection, in the extension of said leg , said saddle tree being characterised in that each hinge mechanism , as well as the pad to which it is connected, is supported by a rigid fastening support which is mechanically connected to a leg , at a distance from the body of the saddle tree . - a body which extends between a cantle and a pommel , said pommel including a middle portion on either side of which two legs extend, - a hinged bearing module secured to each of said legs , each hinged bearing module including a pad configured to make the interface with the horse's back, said pad being connected to a leg by a hinge mechanism according to a ball-type mechanical connection, in the extension of said leg , said saddle tree being characterised in that each hinge mechanism , as well as the pad to which it is connected, is supported by a rigid fastening support which is mechanically connected to a leg , at a distance from the body of the saddle tree .
An autonomous lawn mower comprising a mower body having at least one motor arranged to drive a cutting blade and to propel the mower body on an operating surface via a wheel arrangement , wherein the mower body includes a navigation system arranged to assist a controller to control the operation of the mower body within a predefined operating area ; and wherein the mower body further includes a signal detecting module arranged to detect a signal representative of a navigational marker, wherein the mower body further includes an actuator for terminating the operation of the mower , the autonomous lawn mower is characterised by , in response to the termination of the mower operation, releasing a portion of the mower body from a closed position at which a user control interface is covered to an opened position at which the user control interface is exposed, wherein: the actuator is arranged to actuate a micro switch for releasing a portion of the mower body from the closed position; or the actuator is in communication with a magnetic sensor arranged to sense the movement of the cover between the closed position and the opened position. wherein the mower body includes a navigation system arranged to assist a controller to control the operation of the mower body within a predefined operating area ; and wherein the mower body further includes a signal detecting module arranged to detect a signal representative of a navigational marker, wherein the mower body further includes an actuator for terminating the operation of the mower , the autonomous lawn mower is characterised by , in response to the termination of the mower operation, releasing a portion of the mower body from a closed position at which a user control interface is covered to an opened position at which the user control interface is exposed, wherein: the actuator is arranged to actuate a micro switch for releasing a portion of the mower body from the closed position; or the actuator is in communication with a magnetic sensor arranged to sense the movement of the cover between the closed position and the opened position. the actuator is arranged to actuate a micro switch for releasing a portion of the mower body from the closed position; or the actuator is in communication with a magnetic sensor arranged to sense the movement of the cover between the closed position and the opened position.