mhurhangee/patent-ind-claim-en huggingface dataset:
A downhole assembly for deployment in a well at an oilfield , the assembly comprising: a downhole coiled tubing application tool for performing an application in the well ; coiled tubing running from the oilfield and coupled to the tool ; and an electrically conductive fiber optic slickline coupled to said tool in the well and to surface equipment at the oilfield , said slickline disposed within a fluid flow path of the coiled tubing , the fiber optic slickline having a core comprising: a plurality of fiber optic threads , to support communication between said tool and the equipment, each surrounded by a polymeric buffer , the plurality of threads being disposed within and retained by a filler matrix as a cohesive unit that is encapsulated by an electrically insulating polymer layer ; and an electrically conductive member provided circumferentially about the electrically insulating polymer layer for power transmission from the equipment to said tool during the application. a downhole coiled tubing application tool for performing an application in the well ; coiled tubing running from the oilfield and coupled to the tool ; and an electrically conductive fiber optic slickline coupled to said tool in the well and to surface equipment at the oilfield , said slickline disposed within a fluid flow path of the coiled tubing , the fiber optic slickline having a core comprising: a plurality of fiber optic threads , to support communication between said tool and the equipment, each surrounded by a polymeric buffer , the plurality of threads being disposed within and retained by a filler matrix as a cohesive unit that is encapsulated by an electrically insulating polymer layer ; and an electrically conductive member provided circumferentially about the electrically insulating polymer layer for power transmission from the equipment to said tool during the application. a plurality of fiber optic threads , to support communication between said tool and the equipment, each surrounded by a polymeric buffer , the plurality of threads being disposed within and retained by a filler matrix as a cohesive unit that is encapsulated by an electrically insulating polymer layer ; and an electrically conductive member provided circumferentially about the electrically insulating polymer layer for power transmission from the equipment to said tool during the application.
A method for performing communication between a user equipment and a network apparatus in a cellular radio network, comprising: the network apparatus transmitting first data blocks to the user equipment; the network apparatus receiving second data blocks from the user equipment; the network apparatus transmitting one or more polling messages to request that the user equipment acknowledge receipt of multiple data blocks transmitted by the network apparatus, wherein the one or more polling messages are sent according to a polling interval, wherein the polling interval is set independently for each of a plurality of user equipments, characterized by the polling interval being further set responsive to a size of one or more data blocks transmitted from the apparatus to the user equipment. the network apparatus transmitting first data blocks to the user equipment; the network apparatus receiving second data blocks from the user equipment; the network apparatus transmitting one or more polling messages to request that the user equipment acknowledge receipt of multiple data blocks transmitted by the network apparatus, wherein the one or more polling messages are sent according to a polling interval, wherein the polling interval is set independently for each of a plurality of user equipments, characterized by the polling interval being further set responsive to a size of one or more data blocks transmitted from the apparatus to the user equipment.
An ejection initiation force simulation system for an ejection seat , the system comprising: an ejection handle ; and a mechanical trigger device operably coupled to the ejection handle, the mechanical trigger device configured to release in response to pulling the ejection handle, the mechanical trigger device configured to be re-set to an assembled state after pulling the ejection handle, the mechanical trigger device comprising: a housing having a slot disposed therethrough; a sear ; a firing pin disposed within the housing ; a spring wrapped around the firing pin ; and a reset screw extending radially outward through the firing pin and from the firing pin through the slot and outward of the housing , the reset screw configured to hold the firing pin in a fixed position against a force of the spring to allow the sear to re-engage the firing pin , wherein: the slot comprises an axial portion and a circumferential portion; the reset screw is configured to be pulled axially toward a first end of the housing and locked in the circumferential portion of the slot . an ejection handle ; and a mechanical trigger device operably coupled to the ejection handle, the mechanical trigger device configured to release in response to pulling the ejection handle, the mechanical trigger device configured to be re-set to an assembled state after pulling the ejection handle, the mechanical trigger device comprising: a housing having a slot disposed therethrough; a sear ; a firing pin disposed within the housing ; a spring wrapped around the firing pin ; and a reset screw extending radially outward through the firing pin and from the firing pin through the slot and outward of the housing , the reset screw configured to hold the firing pin in a fixed position against a force of the spring to allow the sear to re-engage the firing pin , wherein: the slot comprises an axial portion and a circumferential portion; the reset screw is configured to be pulled axially toward a first end of the housing and locked in the circumferential portion of the slot . a housing having a slot disposed therethrough; a sear ; a firing pin disposed within the housing ; a spring wrapped around the firing pin ; and a reset screw extending radially outward through the firing pin and from the firing pin through the slot and outward of the housing , the reset screw configured to hold the firing pin in a fixed position against a force of the spring to allow the sear to re-engage the firing pin , wherein: the slot comprises an axial portion and a circumferential portion; the reset screw is configured to be pulled axially toward a first end of the housing and locked in the circumferential portion of the slot . the slot comprises an axial portion and a circumferential portion; the reset screw is configured to be pulled axially toward a first end of the housing and locked in the circumferential portion of the slot .
A swim mask comprising: - a visor ; - a frame having an upper part and surrounding said visor ; - a flexible skirt mounted to said frame and arranged for realising, during use, a watertight seal between said swim mask and the face of a user; - a partition delimiting an upper chamber for vision and a lower chamber for respiration, said partition being arranged to contact, during use, said face of said user such that the mouth and the nostrils of said user are positioned within said lower chamber for respiration and wherein the eyes of said user are positioned within said upper chamber for allowing said user to view through said visor , said partition comprising at least one passage arranged to allow air to enter said lower chamber from said upper chamber during an inhalation phase; - an inlet conduit extending beyond said upper part of said frame , upwards in use, and comprising an inlet opening , at a free end of said inlet conduit facing away from said frame , arranged to allow ambient air to enter said upper chamber ; - an outlet conduit arranged for exhausting air, via an exhaust opening , from said lower chamber and said swim mask during an exhaling phase, the swim mask being characterised in that said outlet conduit is arranged such that, during use, said outlet conduit extends between said eyes of said user, and wherein said exhaust opening is provided in said upper part of said frame . - a visor ; - a frame having an upper part and surrounding said visor ; - a flexible skirt mounted to said frame and arranged for realising, during use, a watertight seal between said swim mask and the face of a user; - a partition delimiting an upper chamber for vision and a lower chamber for respiration, said partition being arranged to contact, during use, said face of said user such that the mouth and the nostrils of said user are positioned within said lower chamber for respiration and wherein the eyes of said user are positioned within said upper chamber for allowing said user to view through said visor , said partition comprising at least one passage arranged to allow air to enter said lower chamber from said upper chamber during an inhalation phase; - an inlet conduit extending beyond said upper part of said frame , upwards in use, and comprising an inlet opening , at a free end of said inlet conduit facing away from said frame , arranged to allow ambient air to enter said upper chamber ; - an outlet conduit arranged for exhausting air, via an exhaust opening , from said lower chamber and said swim mask during an exhaling phase, the swim mask being characterised in that
A method of collecting impression information at a vehicle , the vehicle having advertising displayed exterior to the vehicle , the method comprising: using a central processing unit at the vehicle for: scanning short range radio frequencies, using a radio scanner of the vehicle , collecting, based on the scanning, an identifier of a mobile communication device, determining, from a global positioning module of the vehicle , vehicle location information, transmitting the identifier and the vehicle location information to an analytics system; and using the analytics system for: determining, through an advertising technology platform, mobile location data of the mobile communication device, determining that the vehicle location information matches the mobile location data, and transmitting, when the vehicle location information matches the mobile location data, to the mobile communication device, an advertising message, wherein the advertising message is based on the vehicle location information and the advertising displayed external to the vehicle , wherein the transmitting the advertising message is performed in response to the analytics system determining that a specified number of collections from the scanning of the mobile communication device has been reachec scanning short range radio frequencies, using a radio scanner of the vehicle , collecting, based on the scanning, an identifier of a mobile communication device, determining, from a global positioning module of the vehicle , vehicle location information, transmitting the identifier and the vehicle location information to an analytics system; and using the analytics system for: determining, through an advertising technology platform, mobile location data of the mobile communication device, determining that the vehicle location information matches the mobile location data, and transmitting, when the vehicle location information matches the mobile location data, to the mobile communication device, an advertising message, wherein the advertising message is based on the vehicle location information and the advertising displayed external to the vehicle , determining, through an advertising technology platform, mobile location data of the mobile communication device, determining that the vehicle location information matches the mobile location data, and transmitting, when the vehicle location information matches the mobile location data, to the mobile communication device, an advertising message, wherein the advertising message is based on the vehicle location information and the advertising displayed external to the vehicle ,
A data transmission resource determining method, performed by a first terminal, wherein the method comprises: determining (S401) an initial time interval and an interval difference, wherein the initial time interval is a time interval between a time domain position at which a first transport block TB is transmitted for the first time and a time domain position at which the first TB is transmitted for the second time, the interval difference is a difference between a first time interval and a second time interval, the first time interval is a time interval between a time domain position at which the first TB is transmitted for the k th time and a time domain position at which the first TB is transmitted for the (k + 1) th time, the second time interval is a time interval between the time domain position at which the first TB is transmitted for the ( k + 1) th time and a time domain position at which the first TB is transmitted for the ( k + 2) th time, k is a positive integer, 1 ≤ k ≤ R max -1, R max represents a maximum quantity of retransmission times, R max is a positive integer greater than 1, and the interval difference is not 0; and determining (S402), based on the initial time interval and the interval difference, a time domain position of a first time-frequency resource used when the first TB is transmitted for the i th time, wherein i is a positive integer, and 2 ≤ i ≤ R max +1. determining (S401) an initial time interval and an interval difference, wherein the initial time interval is a time interval between a time domain position at which a first transport block TB is transmitted for the first time and a time domain position at which the first TB is transmitted for the second time, the interval difference is a difference between a first time interval and a second time interval, the first time interval is a time interval between a time domain position at which the first TB is transmitted for the k th time and a time domain position at which the first TB is transmitted for the (k + 1) th time, the second time interval is a time interval between the time domain position at which the first TB is transmitted for the ( k + 1) th time and a time domain position at which the first TB is transmitted for the ( k + 2) th time, k is a positive integer, 1 ≤ k ≤ R max -1, R max represents a maximum quantity of retransmission times, R max is a positive integer greater than 1, and the interval difference is not 0; and determining (S402), based on the initial time interval and the interval difference, a time domain position of a first time-frequency resource used when the first TB is transmitted for the i th time, wherein i is a positive integer, and 2 ≤ i ≤ R max +1.
A device for monitoring a building (4, 4', 4") that is frequentable by at least one person , wherein the device has in a building section at least one first detection apparatus and at least one second detection apparatus (26, 26', 26", 126, 126') which detects at least one state of at least one object (17, 17', 17", 17 III , 17 IV , 18, 19, 19', 19", 19 III , 19 IV , 20) associated with the building (4, 4', 4"), wherein a component of the device is a data analysis apparatus which is in connection with the first detection apparatus in a first data transmission connection and which can establish a second data transmission connection (56, 56', 156, 156', 156", 156 III , 156 IV , 156 V , 156 VI ) to the second detection apparatus (26, 26', 26", 126, 126'), and the data analysis apparatus comprises a first data storage unit , and is provided with a transmission device , enabling a signal transmission to a receiving station (46, 46', 46", 47, 47', 47", 53, 151, 153, 153', 153"), wherein the receiving station (46, 46', 46", 47, 47', 47", 53, 151, 153, 153', 153") is associated with an individual, in particular said individual person , characterized in that the first detection apparatus is designed for an individual recognition of the person based on at least one identifier and the data storage unit has an address allocation from the object (17, 17', 17", 17 III , 17 IV , 18, 19, 19', 19", 19 III , 19 IV , 20) to at least one person for which the data of an area of responsibility or a task area is specified, and the data analysis apparatus is provided with an allocation algorithm that is provided to prepare a third data transmission connection (157, 157', 157") from the transmission device to the receiving station (46, 46', 46", 47, 47', 47", 53, 151, 153, 153', 153") triggered by a signal from the first detection apparatus and by means of the address allocation (38, 138, 238, 238", 238") in response to a query response of the second detection apparatus (26, 26', 26", 126, 126').
Cartridge system , comprising: a cartridge which is suitable for pressing filler materials out of the cartridge , the cartridge comprising: a cylindrical basic body having a first, open end and having a second end which has a base connected integrally with the cylindrical basic body , which base comprises a detachable base area , wherein on the second end is formed a peripheral wall area protruding beyond the base , a lid for closing the first end of the cartridge , characterised by an adapter for setting onto the protruding peripheral wall area of the second end of the cylindrical basic body of the cartridge , wherein the adapter has an outer wall area for fastening the adapter to the protruding wall area of the cartridge as well as a supporting portion for supporting the adapter on the outer base portion of the base of the cartridge , wherein the lid has a receiving area for the detachable fastening of the adapter to the lid , in which the adapter is accommodated, and wherein the protruding wall area for fastening the adapter which can be set onto the second end of the cylindrical basic body is recessed at least partially in radial direction with respect to the cylindrical basic body . a cylindrical basic body having a first, open end and having a second end which has a base connected integrally with the cylindrical basic body , which base comprises a detachable base area , wherein on the second end is formed a peripheral wall area protruding beyond the base , a lid for closing the first end of the cartridge , characterised by an adapter for setting onto the protruding peripheral wall area of the second end of the cylindrical basic body of the cartridge , wherein the adapter has an outer wall area for fastening the adapter to the protruding wall area of the cartridge as well as a supporting portion for supporting the adapter on the outer base portion of the base of the cartridge , wherein the lid has a receiving area for the detachable fastening of the adapter to the lid , in which the adapter is accommodated, and wherein the protruding wall area for fastening the adapter which can be set onto the second end of the cylindrical basic body is recessed at least partially in radial direction with respect to the cylindrical basic body .
Conveyor for a continuous baking oven, wherein said conveyor is of closed-ring type and comprises an outer surface and an inner surface , wherein said conveyor is equipped with a plurality of seats intended to receive a food product to be cooked, wherein the seats of said plurality of seats are blind cavities, characterized in that the seats of said plurality of seats have respective mouths open at the level of said outer surface , in that said outer surface is comprised between said mouths at the level of the latter, said conveyor comprising a supporting portion defining said inner surface , and a cooking portion defining said outer surface and said plurality of seats , wherein said supporting portion and said cooking portion are combined one another, wherein said supporting portion is made of a first material and said cooking portion is made of a second material, wherein said first material and said second material are different from one another, wherein said first material has deformation coefficient lower than the deformation coefficient of said second material, said second material being more elastic than said first material.
A packaging box, comprising: a box body and at least one baffle arranged inside a cavity of the box body , wherein the at least one baffle divides the cavity of the box body into at least two cavities; wherein the box body is integrally press-formed from a plate provided with a plurality of bending dents; and each of the at least one baffle is formed by bonding of adj acent side walls of two adjacent quadrilateral positioning frames , and an extension wall for positioning the quadrilateral positioning frames is foldable and disposed at each of a first side wall of the box body and a second side wall of the box body ; wherein the extension wall is folded into the cavity of the box body , characterized in that the box comprises a box cover integral with the box body and an end of the extension wall is contacted with a bottom of the box, and the bottom of the box faces to the box cover . wherein the box body is integrally press-formed from a plate provided with a plurality of bending dents; and each of the at least one baffle is formed by bonding of adj acent side walls of two adjacent quadrilateral positioning frames , and an extension wall for positioning the quadrilateral positioning frames is foldable and disposed at each of a first side wall of the box body and a second side wall of the box body ; wherein the extension wall is folded into the cavity of the box body , characterized in that the box comprises a box cover integral with the box body and an end of the extension wall is contacted with a bottom of the box, and the bottom of the box faces to the box cover .