mhurhangee/patent-ind-claim-en huggingface dataset:
A method for tracking a location of an access point , the method comprising: providing one or more location aware stations in communication with a location unaware access point , each location aware station having a known location, the location unaware access point having an unknown location; determining a coarse location estimate for the location unaware access point from one or more of the locations of the location aware stations ; refining the coarse location estimate based on range measurement data obtained from one or more of the location aware stations over a time period until the coarse location estimate meets an error tolerance; and using the refined coarse location estimate as the location of the location unaware access point . providing one or more location aware stations in communication with a location unaware access point , each location aware station having a known location, the location unaware access point having an unknown location; determining a coarse location estimate for the location unaware access point from one or more of the locations of the location aware stations ; refining the coarse location estimate based on range measurement data obtained from one or more of the location aware stations over a time period until the coarse location estimate meets an error tolerance; and using the refined coarse location estimate as the location of the location unaware access point .
Descaling device having a device housing , a shaft , a shaft bearing , a nozzle head and a medium coupling , wherein the shaft bearing is arranged in the device housing and the shaft is mounted in the device housing by the shaft bearing for carrying out a rotary movement , wherein the shaft and the nozzle head are detachably connected to one another in a non-destructive manner, wherein the medium coupling has a medium connection for supply of a medium , wherein the shaft has a shaft cavity for conducting the medium supplied at the medium connection to the nozzle head , wherein the descaling device has a motor , and that, in order to generate the rotary movement of the shaft , the motor is arranged on the shaft in the device housing between the nozzle head and the medium coupling , wherein the shaft has a first partial shaft and a second partial shaft , that the first partial shaft and the second partial shaft are detachably connected to one another in a non-destructive manner, wherein the first partial shaft is connected to the nozzle head , wherein the shaft bearing is arranged exclusively on the first partial shaft , and wherein the medium coupling is arranged on the second partial shaft characterized in that the first partial shaft and the second partial shaft each have a blind hole with an open end and a closed end, and that the blind hole of the first partial shaft and the blind hole of the second partial shaft together form the shaft cavity . wherein the shaft bearing is arranged in the device housing and the shaft is mounted in the device housing by the shaft bearing for carrying out a rotary movement , wherein the shaft and the nozzle head are detachably connected to one another in a non-destructive manner, wherein the medium coupling has a medium connection for supply of a medium , wherein the shaft has a shaft cavity for conducting the medium supplied at the medium connection to the nozzle head , wherein the descaling device has a motor , and that, in order to generate the rotary movement of the shaft , the motor is arranged on the shaft in the device housing between the nozzle head and the medium coupling , wherein the shaft has a first partial shaft and a second partial shaft , that the first partial shaft and the second partial shaft are detachably connected to one another in a non-destructive manner, wherein the first partial shaft is connected to the nozzle head , wherein the shaft bearing is arranged exclusively on the first partial shaft , and wherein the medium coupling is arranged on the second partial shaft characterized in that the first partial shaft and the second partial shaft each have a blind hole with an open end and a closed end, and that the blind hole of the first partial shaft and the blind hole of the second partial shaft together form the shaft cavity .
A sample separating device for separating motile organisms from other organisms, the device comprising: one or more primary fluid paths extending between a fluid inlet and a fluid terminus such that a fluid flow may be established between the fluid inlet and the fluid terminus; a sample introduction zone in the primary fluid path for introducing a sample to the primary fluid path; a sample collection zone for collecting a collected sample therein, the sample collection zone being located at a location upstream of the sample introduction zone in the primary fluid path; a sample collection zone outlet for facilitating removal of the collected sample from the sample collection zone; the sample separating device being arranged for communication with a sample moving system for moving the collected sample through the sample collection zone, thereby to move at least some of the collected sample from the sample collection zone to the sample collection zone outlet, characterised in that the sample separating device further comprises a sample extraction zone separated from the sample collection zone, the sample collection zone outlet being arranged to provide communication with the sample extraction zone, and the sample separating device further comprises a fluid flow inhibiting element located between the sample collection zone and the sample extraction zone for inhibiting fluid flow therebetween in the absence of operation of the sample moving system, and the fluid flow inhibiting element is a wall separating the sample collection zone and the sample extraction zone. one or more primary fluid paths extending between a fluid inlet and a fluid terminus such that a fluid flow may be established between the fluid inlet and the fluid terminus; a sample introduction zone in the primary fluid path for introducing a sample to the primary fluid path; a sample collection zone for collecting a collected sample therein, the sample collection zone being located at a location upstream of the sample introduction zone in the primary fluid path; a sample collection zone outlet for facilitating removal of the collected sample from the sample collection zone; the sample separating device being arranged for communication with a sample moving system for moving the collected sample through the sample collection zone, thereby to move at least some of the collected sample from the sample collection zone to the sample collection zone outlet, characterised in that the sample separating device further comprises a sample extraction zone separated from the sample collection zone, the sample collection zone outlet being arranged to provide communication with the sample extraction zone, and the sample separating device further comprises a fluid flow inhibiting element located between the sample collection zone and the sample extraction zone for inhibiting fluid flow therebetween in the absence of operation of the sample moving system, and the fluid flow inhibiting element is a wall separating the sample collection zone and the sample extraction zone.
A method comprising: determining, by a network device, a plurality of link-local Internet protocol, IP, addresses for assignment to a virtual machine, VM, executed by the network device; determining , by the network device, a first IP address of the plurality of link-local IP addresses to request for the VM; generating , by the network device, a Duplicate Media Access Control Detection, DMAD, request message according to DMAD Protocol including data indicating that the message includes an IP address, and having a target IP address field specifying the first IP address and a range for target IP addresses field specifying a number of IP addresses in a range starting with the first IP address; and sending , by the network device, the DMAD request message according to DMAD to one or more network devices to determine whether any of the IP addresses in the range is in use by the one or more network devices. determining, by a network device, a plurality of link-local Internet protocol, IP, addresses for assignment to a virtual machine, VM, executed by the network device; determining , by the network device, a first IP address of the plurality of link-local IP addresses to request for the VM; generating , by the network device, a Duplicate Media Access Control Detection, DMAD, request message according to DMAD Protocol including data indicating that the message includes an IP address, and having a target IP address field specifying the first IP address and a range for target IP addresses field specifying a number of IP addresses in a range starting with the first IP address; and sending , by the network device, the DMAD request message according to DMAD to one or more network devices to determine whether any of the IP addresses in the range is in use by the one or more network devices.
A packet transmission method, wherein the method comprises: generating (S101) a packet based on address information of forwarding nodes on a packet forwarding path, wherein the packet comprises a first indication field, the first indication field is used to indicate a compressed first element and a compressed second element, the first element and the second element are address information of different forwarding nodes, and different address compression manners are used for the first element and the second element that has different compression characteristics, wherein a compression characteristic of an element is any one of the following: having a same prefix as that of another element, having a same prefix as that of address information of a source node, and having a same prefix as that of address information of a destination node; and sending (S102) the packet. generating (S101) a packet based on address information of forwarding nodes on a packet forwarding path, wherein the packet comprises a first indication field, the first indication field is used to indicate a compressed first element and a compressed second element, the first element and the second element are address information of different forwarding nodes, and different address compression manners are used for the first element and the second element that has different compression characteristics, wherein a compression characteristic of an element is any one of the following: having a same prefix as that of another element, having a same prefix as that of address information of a source node, and having a same prefix as that of address information of a destination node; and sending (S102) the packet.
A composition comprising a heat transfer portion and a lubricating portion, wherein the lubricating portion comprises one or more compound according to formula (Ia) or formula (Ib); wherein each W is independently selected from the group consisting of H, F, Cl, Br, I and (CY 2 ) m CY 3 ; each Y is independently selected from the group consisting of F, Cl, Br and I; each Z is independently selected from the group consisting of H, OH, (CW 2 ) p CW 3 , CY 3 , OCW 3 , O(CW 2 ) p CW 3 , OCW((CY 2 ) m CY 3 )CWCW 2 , (CW 2 ) p OH, polyalkylene glycol and polyolester; n is an integer from 2 to 49; m is an integer from 0 to 3; p is an integer from 0 to 9; the weight average molecular weight (Mw) is ≤5500; the polydispersity index is ≤1.45; and wherein the heat transfer portion comprises a (hydro)fluoroolefin (HFO). each W is independently selected from the group consisting of H, F, Cl, Br, I and (CY 2 ) m CY 3 ; each Y is independently selected from the group consisting of F, Cl, Br and I; each Z is independently selected from the group consisting of H, OH, (CW 2 ) p CW 3 , CY 3 , OCW 3 , O(CW 2 ) p CW 3 , OCW((CY 2 ) m CY 3 )CWCW 2 , (CW 2 ) p OH, polyalkylene glycol and polyolester; n is an integer from 2 to 49; m is an integer from 0 to 3; p is an integer from 0 to 9; the weight average molecular weight (Mw) is ≤5500; the polydispersity index is ≤1.45; and wherein the heat transfer portion comprises a (hydro)fluoroolefin (HFO).
Side element for forming a casting mould, which side element includes, - a basic element , - an additional element , and - means for attaching the basic element and the additional element to each other, in order to alter the height of the side element , in which side element , the additional element is arranged to form part of the side element and the means are arranged to form adjustment means for adjusting the height of the side element , and between the basic element and the additional element there is a gap , which is arranged to be adjustable using the adjustment means , according to the insulation belonging to the double-shell panel being manufactured using the casting mould, characterized in that the additional element is formed of a metal body and a non-metallic sheet piece , which is attached to the metal body on the casting side, and wherein the metal body extends to less than half of the height of the additional element . - a basic element , - an additional element , and - means for attaching the basic element and the additional element to each other, in order to alter the height of the side element ,
A screw assembly characterised by comprising: a screw with a longitudinal axis including a proximal end with ahead portion and a distal end with a threaded portion ; an insert operably coupled with the head portion and configured to rotate relative to the head portion about the longitudinal axis, wherein the insert comprises at least a first portion spaced apart from a second portion, wherein the first portion and second portion are independently rotatable with respect to the head portion of the screw ; and wherein the insert further comprises at least two extensions projecting radially away from the longitudinal axis and one extension is disposed on the first portion and one extension is disposed on the second portion; and a body member operably coupled with the insert and configured to pivot relative to the insert about a transverse axis normal to a plane parallel to the longtudinal axis. a screw with a longitudinal axis including a proximal end with ahead portion and a distal end with a threaded portion ; an insert operably coupled with the head portion and configured to rotate relative to the head portion about the longitudinal axis, wherein the insert comprises at least a first portion spaced apart from a second portion, wherein the first portion and second portion are independently rotatable with respect to the head portion of the screw ; and wherein the insert further comprises at least two extensions projecting radially away from the longitudinal axis and one extension is disposed on the first portion and one extension is disposed on the second portion; and
A tubing for a thermosiphon system , comprising: a condenser region , an evaporator region , and a region between the condenser region and the evaporator region; and a thermally conductive matrix material that increases a surface area for heat transfer contained in at least one of the condenser region of the tubing and the evaporator region of the tubing but not in the region of the tubing between the condenser region and the evaporator region, the tubing being operative to contain a heat transport medium and being operative to provide passive two-phase transport of the heat transport medium between the condenser region and the evaporator region according to thermosiphon principles. a condenser region , an evaporator region , and a region between the condenser region and the evaporator region; and a thermally conductive matrix material that increases a surface area for heat transfer contained in at least one of the condenser region of the tubing and the evaporator region of the tubing but not in the region of the tubing between the condenser region and the evaporator region, the tubing being operative to contain a heat transport medium and being operative to provide passive two-phase transport of the heat transport medium between the condenser region and the evaporator region according to thermosiphon principles.
A surface cleaning head comprising: a housing having a front side , a back side , a first lateral side and a second lateral side , the housing defining a suction conduit with a suction conduit opening on an underside of the housing between the front side and the back side ; a brush roll rotatably mounted to the housing within a brush roll chamber , wherein the suction conduit passes through the brush roll chamber and at least a portion of the brush roll is proximate the opening of the suction conduit; a leading roller mounted to the housing in front of the brush roll ; a removable cover removably coupled to the housing for covering the brush roll chamber and the brush roll and at least partially covering the leading roller ; and at least one latching mechanism configured to engage the removable cover to removably couple the cover to the housing , characterized by the fact that the latching mechanism includes: a latch finger configured to engage the removable cover proximate the front side of the housing when the removable cover is coupled to the housing ; and a latch actuator disposed on the housing proximate the back side of the housing and configured to retract the latch finger and release the cover . a housing having a front side , a back side , a first lateral side and a second lateral side , the housing defining a suction conduit with a suction conduit opening on an underside of the housing between the front side and the back side ; a brush roll rotatably mounted to the housing within a brush roll chamber , wherein the suction conduit passes through the brush roll chamber and at least a portion of the brush roll is proximate the opening of the suction conduit; a leading roller mounted to the housing in front of the brush roll ; a removable cover removably coupled to the housing for covering the brush roll chamber and the brush roll and at least partially covering the leading roller ; and at least one latching mechanism configured to engage the removable cover to removably couple the cover to the housing , characterized by the fact that the latching mechanism includes: a latch finger configured to engage the removable cover proximate the front side of the housing when the removable cover is coupled to the housing ; and a latch actuator disposed on the housing proximate the back side of the housing and configured to retract the latch finger and release the cover . a latch finger configured to engage the removable cover proximate the front side of the housing when the removable cover is coupled to the housing ; and a latch actuator disposed on the housing proximate the back side of the housing and configured to retract the latch finger and release the cover .
A fluoride ion secondary battery comprising: a positive electrode including an active material, wherein the active material comprises a composite fluoride which contains: an alkali metal or NH 4 ; a transition metal; and fluorine, wherein the composite fluoride is represented by a formula A x M y F z , where A is Na, K, Rb, Cs, or NH 4 ; M is at least one selected from the group consisting of Mn, Fe, Co, Ni, and Cu; and 1≤x≤2, 1≤y≤2, and 3<z<5; a negative electrode; and an electrolyte having a fluoride ion conductivity. a positive electrode including an active material, wherein the active material comprises a composite fluoride which contains: an alkali metal or NH 4 ; a transition metal; and fluorine, wherein the composite fluoride is represented by a formula A x M y F z , where A is Na, K, Rb, Cs, or NH 4 ; M is at least one selected from the group consisting of Mn, Fe, Co, Ni, and Cu; and 1≤x≤2, 1≤y≤2, and 3<z<5; a negative electrode; and an electrolyte having a fluoride ion conductivity.
A column and beam unit for hut construction comprising: - a pair of ascending beam members formed by connecting each end part of two rod-like members to each other and arranging said two rod-like members to have a predetermined opening angle to form a ridge part and a roof gradient; - a column member erected and held by being connected in its upper end part in the vicinity of an end part on the eaves girder side of one of the ascending beam members ; and - a pair of ridge-side beam support members , one of them connecting a position on one of said ascending beam members closer to the ridge part than the eaves girder side and an almost central part of the other ascending beam member wherein an eaves-side beam support member connected in a state of being bridged between the ascending beam member and the column member is provided, characterised in that one of the end parts of the ridge-side beam support member and one of the end parts of the eaves-side beam support member are attached to to the lower surface side of the ascending beam member and connected to each other. - a pair of ascending beam members formed by connecting each end part of two rod-like members to each other and arranging said two rod-like members to have a predetermined opening angle to form a ridge part and a roof gradient; - a column member erected and held by being connected in its upper end part in the vicinity of an end part on the eaves girder side of one of the ascending beam members ; and - a pair of ridge-side beam support members , one of them connecting a position on one of said ascending beam members closer to the ridge part than the eaves girder side and an almost central part of the other ascending beam member wherein an eaves-side beam support member connected in a state of being bridged between the ascending beam member and the column member is provided,