mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: a communication unit configured to receive a plurality of Universal Plug and Play (UPnP) descriptions from a plurality of terminal devices , the UPnP descriptions comprising grouping information indicating one or more groups to which the terminal devices belong; and a processing unit configured to: process the UPnP descriptions; and assign the terminal devices to the one or more groups based on the grouping information, wherein the UPnP descriptions are device descriptions or service descriptions, and wherein the processing unit is configured to assign a first terminal device and a second terminal device of the terminal devices, to a first group, the information processing apparatus further comprising: a managing unit configured to: receive, from the first terminal device , a notification indicating one of a creation or a modification of content by the first terminal device ; generate an event message indicating the notification; and supply the event message to the second terminal device . a communication unit configured to receive a plurality of Universal Plug and Play (UPnP) descriptions from a plurality of terminal devices , the UPnP descriptions comprising grouping information indicating one or more groups to which the terminal devices belong; and a processing unit configured to: process the UPnP descriptions; and assign the terminal devices to the one or more groups based on the grouping information, wherein the UPnP descriptions are device descriptions or service descriptions, and wherein the processing unit is configured to assign a first terminal device and a second terminal device of the terminal devices, to a first group, the information processing apparatus further comprising: process the UPnP descriptions; and assign the terminal devices to the one or more groups based on the grouping information, wherein the UPnP descriptions are device descriptions or service descriptions, and wherein the processing unit is configured to assign a first terminal device and a second terminal device of the terminal devices, to a first group, the information processing apparatus further comprising: a managing unit configured to: receive, from the first terminal device , a notification indicating one of a creation or a modification of content by the first terminal device ; generate an event message indicating the notification; and supply the event message to the second terminal device . receive, from the first terminal device , a notification indicating one of a creation or a modification of content by the first terminal device ; generate an event message indicating the notification; and supply the event message to the second terminal device .
Roof tent arrangement , suitable for a vehicle roof, comprising a roof tent which is folded in a rest position and unfolded in a use position and wherein a downwardly oriented ladder is disposed at the roof tent , which, in the use position, stands on a base , wherein, the use position, supports are disposed laterally downwards from the roof tent past the vehicle onto a base, characterized in that the supports are disposed obliquely downwards.
Carrier comprising a hook or hooks for suspending poultry or poultry parts by the legs , and further comprising a carriage for moving the carrier with the suspended poultry or poultry parts along a track of a conveyor line , and arranged with at least a first rotatable vertical rod suspended from the carriage , which first rotatable rod is provided with a sideways extending arm for adjusting an orientation of the poultry or poultry parts with reference to the carriage , characterized in that near or at the sideways extending arm a frame is provided which is movable up and down with reference to the first vertical rod , wherein a second rod is suspended from said frame , and wherein said movability of the frame causes that the second rod is movable up and down whilst the first rod maintains its altitude, and wherein the hook or hooks for suspending the poultry are provided at a lower end of the second rod .
A wired pipe system for downhole applications comprising: a wired pipe segment having a first end and a second end ; a first coupler in the first end and a second coupler in the second end ; and a transmission line disposed in the wired pipe segment between the first and second ends , the transmission line characterized by : an inner conductor ; an insulating material surrounding the inner conductor , the insulating material having an initial outer diameter; and a wire channel surrounding the insulating material and the inner conductor for at least a portion of a length of the transmission line , the wire channel being formed from at least two profiles forced together to compress the insulating material such that it has a final outer diameter that is less than the initial outer diameter, a first of the at least two profiles including a first mating feature in the form of a groove that mates a second mating feature in the form of a nose included by a second of the at least two profiles. a wired pipe segment having a first end and a second end ; a first coupler in the first end and a second coupler in the second end ; and a transmission line disposed in the wired pipe segment between the first and second ends , the transmission line characterized by : an inner conductor ; an insulating material surrounding the inner conductor , the insulating material having an initial outer diameter; and an inner conductor ; an insulating material surrounding the inner conductor , the insulating material having an initial outer diameter; and a wire channel surrounding the insulating material and the inner conductor for at least a portion of a length of the transmission line , the wire channel being formed from at least two profiles forced together to compress the insulating material such that it has a final outer diameter that is less than the initial outer diameter, a first of the at least two profiles including a first mating feature in the form of a groove that mates a second mating feature in the form of a nose included by a second of the at least two profiles.
An additive dosing system for a wastewater management system of a vehicle including a black water holding tank , a grey water holding tank and a toilet , the additive sub-system comprising: a controller ; a grey water additive dispenser in fluid communication with the grey water holding tank ; a black water additive dispenser in fluid communication with a housing associated with the toilet or the black water holding tank ; a flush water additive dispenser in fluid communication with the toilet ; a pump associated with each additive dispenser , each pump controlled by the controller to dispense an additive from each additive dispenser to a corresponding one of the holding tanks , or the toilet , wherein the dosing system allows three distinct additives to be introduced into the waste water management system as water progresses through the waste water management system from the grey water holding tank to the toilet and then to the black water holding tank . a controller ; a grey water additive dispenser in fluid communication with the grey water holding tank ; a black water additive dispenser in fluid communication with a housing associated with the toilet or the black water holding tank ; a flush water additive dispenser in fluid communication with the toilet ; a pump associated with each additive dispenser , each pump controlled by the controller to dispense an additive from each additive dispenser to a corresponding one of the holding tanks , or the toilet , wherein the dosing system allows three distinct additives to be introduced into the waste water management system as water progresses through the waste water management system from the grey water holding tank to the toilet and then to the black water holding tank .
A rotary-wing aircraft comprising: an airframe ; a main rotor system supported by said airframe ; a lower frame interface mounted to a lower portion of said airframe , said lower frame interface configured to accommodate longitudinal loads and lateral loads; an upper frame interface mounted to an upper portion of said air-frame adjacent said main rotor system ; and a tension member removably mounted so as to extend in a vertical direction between said lower frame interface and said upper frame interface through an aircraft cabin defined by said airframe , said tension member operable to transfer tension loads between said lower frame interface and said upper frame interface characterized in that said lower frame interface includes a lug and an axial support swing arm , the lug being affixed to the airframe and the axial support swing arm being mounted to the lug permitting fore and aft rotation of the axial support swing arm relative to said lug about a pin extending along an axis (x) orthogonally to the vertical direction. an airframe ; a main rotor system supported by said airframe ; a lower frame interface mounted to a lower portion of said airframe , said lower frame interface configured to accommodate longitudinal loads and lateral loads; an upper frame interface mounted to an upper portion of said air-frame adjacent said main rotor system ; and a tension member removably mounted so as to extend in a vertical direction between said lower frame interface and said upper frame interface through an aircraft cabin defined by said airframe , said tension member operable to transfer tension loads between said lower frame interface and said upper frame interface characterized in that said lower frame interface includes a lug and an axial support swing arm , the lug being affixed to the airframe and the axial support swing arm being mounted to the lug permitting fore and aft rotation of the axial support swing arm relative to said lug about a pin extending along an axis (x) orthogonally to the vertical direction.
An oil quenching heat treatment furnace tray composed of a carbon material obtainable from a C/C composite impregnated with a thermosetting resin and burned, the tray being capable of placing a workpiece thereon for oil quenching of the workpiece, characterized in that a cumulative pore volume of pores with a pore radius of greater than or equal to 1 μm is less than or equal to 40 mm 3 /g in the carbon material, measured in accordance with the mercury intrusion method defined in the description.
A method of preparing a compound represented by the following formula: wherein R 1 is methyl; and R 2 is methyl, the method comprising: a) reacting maytansinol with an N -carboxyanhydride in a reaction mixture additionally comprising a base and a drying agent, wherein the N -carboxyanhydride is represented by the following formula: thereby forming the compound of Formula (Ia); and b) reacting unreacted N -carboxyanhydride from the reaction mixture in step a) with a nucleophilic reagent, wherein the nucleophilic reagent is water. a) reacting maytansinol with an N -carboxyanhydride in a reaction mixture additionally comprising a base and a drying agent, wherein the N -carboxyanhydride is represented by the following formula: thereby forming the compound of Formula (Ia); and b) reacting unreacted N -carboxyanhydride from the reaction mixture in step a) with a nucleophilic reagent, wherein the nucleophilic reagent is water.
A catapult for dispensing bait for fishing, which catapult comprises a hand grip portion , first and second arms , a pouch , a first length of an elastic material extending between the first arm and a first side of the pouch , a second length of the elastic material extending between the second arm and a second side of the pouch , first connector means which connects a first end of the first length of the elastic material to the first arm , and second connector means which connects a first end of the second length of the elastic material to the second arm , wherein the first connector means and the second connector means each comprises a swivel joint , and wherein the swivel joint comprises: (i) a rotation-providing formation ; (ii) a fixing member which is fixed to the arm for the swivel joint ; and (iii) connector means which extends away from the arm for the swivel joint and which connects to the elastic material for the arm for the swivel joint , and wherein: (iv) the fixing member extends transversely of a longitudinal axis of the swivel joint ; and (v) each of the arms has a connecting formation to which the swivel joint is connected by the fixing member , and wherein the connecting formation comprises a housing and a recess in the housing , in which the swivel joint extends into the recess , and in which the fixing member extends transversely through the housing and into the swivel joint , wherein the rotation-providing formation permits the connector means to rotate with respect to the fixing member about the longitudinal axis of the swivel joint (i) a rotation-providing formation ; (ii) a fixing member which is fixed to the arm for the swivel joint ; and (iii) connector means which extends away from the arm for the swivel joint and which connects to the elastic material for the arm for the swivel joint , (iv) the fixing member extends transversely of a longitudinal axis of the swivel joint ; and (v) each of the arms has a connecting formation to which the swivel joint is connected by the fixing member , and wherein the connecting formation comprises a housing and a recess in the housing , in which the swivel joint extends into the recess , and in which the fixing member extends transversely through the housing and into the swivel joint , wherein the rotation-providing formation permits the connector means to rotate with respect to the fixing member about the longitudinal axis of the swivel joint
Cutting tool comprising a tool main body and at least one cutting insert which is separate from the tool main body and which has a cutting edge , wherein the tool main body has an axis of rotation and, during operation of the cutting tool , rotates in a direction of rotation about the axis of rotation , and wherein the tool main body is provided with at least one receiving pocket for the cutting insert , characterized in that , in relation to the axis of rotation , the tool main body is at least sectionally in the form of a body of rotation , wherein a surface structure , for reduction of noise emissions, is formed on the surface of the body of rotation , and wherein the surface structure is in the form of a groove structure running in a circumferential direction of the body of rotation .
Device for the production of a carpet temporarily adhering to a floor of a building, which on a support frame are arranged: - a feeding section with holding elements for supporting a carpet roll, - a processing section with at least two adhesive tape rolls , adhesive tape being fed from an adhesive tape roll into an adhesive tape feed element assigned to the respective adhesive tape roll in each case at least one carpet guide role arranged in the region of a front and rear end edge, relative to the carpet feed direction (X), of a support plate , with which in each case a pressure roller is associated, which is adjustable in height and is arranged above the respective carpet guide role , - a roll-up section , with at least two compacting rollers for rolling up the carpet entering from the processing section , - at least one motor for driving rollers moving the carpet, as well as other movable elements of the device , characterized in that the adhesive tape feeding elements are arranged in such a way that the adhesive tapes are glued to the underside of the carpet in the form of continuous strips substantially parallel to the longitudinal edges. - a feeding section with holding elements for supporting a carpet roll, - a processing section with at least two adhesive tape rolls , adhesive tape being fed from an adhesive tape roll into an adhesive tape feed element assigned to the respective adhesive tape roll in each case at least one carpet guide role arranged in the region of a front and rear end edge, relative to the carpet feed direction (X), of a support plate , with which in each case a pressure roller is associated, which is adjustable in height and is arranged above the respective carpet guide role , - a roll-up section , with at least two compacting rollers for rolling up the carpet entering from the processing section , - at least one motor for driving rollers moving the carpet, as well as other movable elements of the device ,
A method comprising: selecting , via a switching matrix , a plurality of radio frequency, RF, signals as selected RF signals from a group of RF signals from a plurality of radio access networks made available for communication with a telecommunications device ; recording a test scenario via a switching matrix application that enables real time or near real time control of signal strengths of the selected RF signals by control of the switching matrix; loading (606; 704) the test scenario for the selected RF signals by controlling the switching matrix, the test scenario to adjust the signal strengths of the selected RF signals over a period of time to enable simulation of an operation of the telecommunications device in a deployed field environment, wherein the loading the test scenario includes loading drive test data obtained by recording deployed network RF signals while moving through the deployed field environment; and running the test scenario to control the switching matrix, the test scenario to test at least one of an operation of the telecommunications network elements or the telecommunications devices with the selected RF signals. selecting , via a switching matrix , a plurality of radio frequency, RF, signals as selected RF signals from a group of RF signals from a plurality of radio access networks made available for communication with a telecommunications device ; recording a test scenario via a switching matrix application that enables real time or near real time control of signal strengths of the selected RF signals by control of the switching matrix; loading (606; 704) the test scenario for the selected RF signals by controlling the switching matrix, the test scenario to adjust the signal strengths of the selected RF signals over a period of time to enable simulation of an operation of the telecommunications device in a deployed field environment, wherein the loading the test scenario includes loading drive test data obtained by recording deployed network RF signals while moving through the deployed field environment; and running the test scenario to control the switching matrix, the test scenario to test at least one of an operation of the telecommunications network elements or the telecommunications devices with the selected RF signals.
Computer circuitry for use in a user equipment operable to report periodic Channel State Information, CSI, configured in a specified transmission mode, the computer circuitry configured to: generate a plurality of CSI reports for transmission in a subframe for a plurality of CSI processes, wherein each CSI report corresponds to a Physical Uplink Control Channel, PUCCH, reporting type, a CSI process having a CSI process index, and a serving cell index; and report for transmission to an evolved Node B at least one CSI; characterized in that the computer circuitry is further configured to drop CSI reports corresponding to CSI processes except a CSI report having a lowest serving cell index when the CSI process indexes for the CSI reports are the same and the CSI reports have the same priority based on PUCCH reporting types. generate a plurality of CSI reports for transmission in a subframe for a plurality of CSI processes, wherein each CSI report corresponds to a Physical Uplink Control Channel, PUCCH, reporting type, a CSI process having a CSI process index, and a serving cell index; and report for transmission to an evolved Node B at least one CSI; characterized in that the computer circuitry is further configured to drop CSI reports corresponding to CSI processes except a CSI report having a lowest serving cell index when the CSI process indexes for the CSI reports are the same and the CSI reports have the same priority based on PUCCH reporting types.
A load bearing tension member for an elevator system , comprising: a plurality of tension elements arrayed across a tension member width , the tension elements offset from a tension member central axis bisecting a tension member thickness and extending across the tension member width , the tension elements including: a plurality of fibers extending along a length of the tension element ; and a matrix material in which the plurality of fibers are embedded; and a jacket at least partially encapsulating the plurality of tension elements ; wherein the plurality of tension elements are at least two tension elements arranged symmetrically about the tension member central axis , with a first tension element located at a first side of the tension member central axis and a second tension element located at a second side of the tension element central axis ; and wherein the first tension member and the second tension member are separated by a separator layer of jacket material and characterized in that the plurality of fibers includes steel fibers. a plurality of tension elements arrayed across a tension member width , the tension elements offset from a tension member central axis bisecting a tension member thickness and extending across the tension member width , the tension elements including: a plurality of fibers extending along a length of the tension element ; and a matrix material in which the plurality of fibers are embedded; and a plurality of fibers extending along a length of the tension element ; and a matrix material in which the plurality of fibers are embedded; and a jacket at least partially encapsulating the plurality of tension elements ; wherein the plurality of tension elements are at least two tension elements arranged symmetrically about the tension member central axis , with a first tension element located at a first side of the tension member central axis and a second tension element located at a second side of the tension element central axis ; and wherein the first tension member and the second tension member are separated by a separator layer of jacket material and characterized in that the plurality of fibers includes steel fibers.
A method of quantifying both native Thiamine Pyrophosphate (TPP) and native Pyridoxal 5-Phosphate (PLP) from a single sample of human whole blood using mass spectrometry, comprising: mixing the single sample of human whole blood with 20% (w/v) trichloroacetic acid; eluting TPP and PLP from a reverse phase C18 high performance liquid chromatography column using a mobile phase comprising water, methanol and formic acid; generating a mass spectrometry signal during elution of the TPP and PLP; and quantifying the TPP and PLP using one or more calibration standards; wherein the TPP and the PLP are eluted at a time of less than 20 seconds apart from one another and wherein the total run time is 3.5 minutes or less. mixing the single sample of human whole blood with 20% (w/v) trichloroacetic acid; eluting TPP and PLP from a reverse phase C18 high performance liquid chromatography column using a mobile phase comprising water, methanol and formic acid; generating a mass spectrometry signal during elution of the TPP and PLP; and quantifying the TPP and PLP using one or more calibration standards; wherein the TPP and the PLP are eluted at a time of less than 20 seconds apart from one another and wherein the total run time is 3.5 minutes or less.