mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an article of apparel , the method comprising: forming a first region comprised of a first tubular flat knit element ; forming a second region comprised of a first set of multiple tubular flat knit elements , wherein the second region is adjacent to the first region and extends outward from the first region and the first and second regions are produced in a continuous line and thus of a singular knit construction, such that there are no breaks in the knitting process, and no seams required to maintain their adjacency, and wherein the first region and the second region together form a first knit component ; cutting off at least a portion of the first set of multiple tubular flat knit elements to create a pair of arm holes ; cutting off a top portion of the first region to create a pair of shoulder regions ; and cutting a center portion of the first region to create a neck hole . forming a first region comprised of a first tubular flat knit element ; forming a second region comprised of a first set of multiple tubular flat knit elements , wherein the second region is adjacent to the first region and extends outward from the first region and the first and second regions are produced in a continuous line and thus of a singular knit construction, such that there are no breaks in the knitting process, and no seams required to maintain their adjacency, and wherein the first region and the second region together form a first knit component ; cutting off at least a portion of the first set of multiple tubular flat knit elements to create a pair of arm holes ; cutting off a top portion of the first region to create a pair of shoulder regions ; and cutting a center portion of the first region to create a neck hole .
A method of continuously casting a lead alloy strip on an abraded casting surface , which has been abraded with an angular abrading material, on substantially the upper half of a rotatable casting drum from a pool of molten lead alloy comprising: supplying molten lead alloy to a tundish containing a pool of said molten lead alloy at a predetermined temperature and located adjacent a portion of said casting drum , said tundish having an open front in proximity to the abraded casting surface , wherein a graphite lip insert having a floor and opposed sidewalls is attached to the tundish open front, said graphite lip having an open front defined by the lip insert floor and opposed sidewalls cooperating with and commencing at a portion of the abraded casting surface to contain said molten lead alloy in the lip insert , wherein the molten lead alloy is continuously supplied to the pool from a bath of molten lead alloy maintained at a temperature in the range of 575° to 750° F (302°C to 399°C), controlling the height of the surface level of the molten lead alloy in the lip insert to produce a strip of desired thickness, controlling the temperature of the lead alloy in the lip insert at a temperature in the range of about 640° to 750° F (about 338 to 399°C), moving the abraded casting surface upwardly through the pool of molten lead alloy by rotating said drum for depositing the lead alloy thereon, cooling the abraded casting surface of the drum to a temperature in the range of about 100° to 210° F (about 38°C to 99°C) to solidify a strip of lead alloy on substantially the upper half of the rotatable casting drum , and stripping the strip from the abraded casting surface .
A device for estimating a state of health of a battery, comprising: an SOH estimation unit that estimates state of health (SOH) estimation values for estimating an aged degree of the battery periodically or by a request signal for each time; a data storage unit that aligns in an ascending or a descending order the SOH estimation values estimated for each time and stores the SOH estimation values to create a history table; and a processing unit that extracts candidate values from the stored SOH estimation values aligned in the history table other than the SOH estimation values that are stored in the upper and lower portions among the SOH estimation values stored in the history table to determine an average values of the extracted candidates values to estimate the SOH of the battery based on the candidate values. an SOH estimation unit that estimates state of health (SOH) estimation values for estimating an aged degree of the battery periodically or by a request signal for each time; a data storage unit that aligns in an ascending or a descending order the SOH estimation values estimated for each time and stores the SOH estimation values to create a history table; and a processing unit that extracts candidate values from the stored SOH estimation values aligned in the history table other than the SOH estimation values that are stored in the upper and lower portions among the SOH estimation values stored in the history table to determine an average values of the extracted candidates values to estimate the SOH of the battery based on the candidate values.
Plug connector , in particular optical plug connector, having a plug unit , having a locking unit , which is translationally movable relative to the plug unit , which is linearly displaceable in a longitudinal extension direction of the plug unit , and which is in a coupled state configured for a locking of the plug unit , and having a cable-kink protector , wherein the cable kink protector is configured for a direct actuation of the locking unit and comprises a cable protection section which has at least one entry opening for a cable and at least one exit opening for the cable, wherein the cable kink protector comprises an actuation section which has a two-fold rotational symmetry, characterised in that the cable-kink protector is implemented in one piece. having a plug unit , having a locking unit , which is translationally movable relative to the plug unit , which is linearly displaceable in a longitudinal extension direction of the plug unit , and which is in a coupled state configured for a locking of the plug unit , and having a cable-kink protector , wherein the cable kink protector is configured for a direct actuation of the locking unit and comprises a cable protection section which has at least one entry opening for a cable and at least one exit opening for the cable, wherein the cable kink protector comprises an actuation section which has a two-fold rotational symmetry, characterised in that the cable-kink protector is implemented in one piece.
An image processing apparatus comprising: a display ; and a controller that causes the display to display a first setting screen and a second setting screen , the first setting screen including a first setting item name and a plurality of first settings, the second setting screen including a second setting item name and a plurality of second settings related to the plurality of first settings, characterized in that : the controller causes the display to display, together with the first setting screen , the second setting item name of the second setting screen , one of the plurality of second settings , and a change operation portion for changing from the first setting screen to the second setting screen . a display ; and a controller that causes the display to display a first setting screen and a second setting screen , the first setting screen including a first setting item name and a plurality of first settings, the second setting screen including a second setting item name and a plurality of second settings related to the plurality of first settings, characterized in that : the controller causes the display to display, together with the first setting screen , the second setting item name of the second setting screen , one of the plurality of second settings , and a change operation portion for changing from the first setting screen to the second setting screen .
Device for controlling a cable transport facility, comprising at least one controller capable of organising an embarking period (Tn_max) of a nominal duration for vehicles at a station , this embarking period (Tn_max) ending with a prohibition of access to the vehicle , the controller comprising an input for receiving at least one value (FrPlcNr, Wght) representative of a vehicle occupancy, characterised in that the controller is arranged to respond to the reception of such a value (FrPlcNr, Wght) during the embarking period (Tn_max) by comparing it to a threshold value (FrPlcNr_thr, Wght_thr) and by triggering the prohibition of access to the vehicle in an anticipated manner, before the end of the embarking period (Tn_max), as a function of the result of the comparison between said value (FrPlcNr, Wght) and the threshold value (FrPlcNr_thr, Wght_thr).
A method for controlling a state of an equipment unit performed by an unit controller of the equipment unit, characterized by comprising: detecting whether the unit controller communicates with a display panel controller of the equipment unit after receiving control data transmitted from a state controller of the equipment unit , wherein the control data are also transmitted from the state controller to the display panel controller; performing an operation corresponding to instruction information transmitted from the display panel controller on the equipment unit in a case where the unit controller communicates with the display panel controller , wherein the instruction information corresponds to a first parsing result obtained by the display panel controller parsing the control data; and parsing the control data to obtain a second parsing result in a case where the unit controller does not communicate with the display panel controller, and performing an operation corresponding to the second parsing result on the equipment unit . detecting whether the unit controller communicates with a display panel controller of the equipment unit after receiving control data transmitted from a state controller of the equipment unit , wherein the control data are also transmitted from the state controller to the display panel controller; performing an operation corresponding to instruction information transmitted from the display panel controller on the equipment unit in a case where the unit controller communicates with the display panel controller , wherein the instruction information corresponds to a first parsing result obtained by the display panel controller parsing the control data; and parsing the control data to obtain a second parsing result in a case where the unit controller does not communicate with the display panel controller, and performing an operation corresponding to the second parsing result on the equipment unit .
A system for determining a categorized location of a user of a user device comprising: one or more processors ; a data acquisition module configured to be operated by the one or more processors to receive voice call data records for the user device, each voice call data record including a location and time pair; a data analysis module configured to be operated by the one or more processors to determine an area as a home market based at least in part on whether a count of communications of the user device in the area divided by a total count of communications of the user device exceeds a threshold and to determine a categorized location of the user of the user device based at least in part on the location and time pairs included in the voice call data records , the categorized location representing a frequently visited location during a time period, wherein the location and time pairs not associated with the home market are excluded from the determining of the categorized location; and a user location module configured to be operated by the one or more processors to provide an identifier of the user device along with the determined categorized location. one or more processors ; a data acquisition module configured to be operated by the one or more processors to receive voice call data records for the user device, each voice call data record including a location and time pair; a data analysis module configured to be operated by the one or more processors to determine an area as a home market based at least in part on whether a count of communications of the user device in the area divided by a total count of communications of the user device exceeds a threshold and to determine a categorized location of the user of the user device based at least in part on the location and time pairs included in the voice call data records , the categorized location representing a frequently visited location during a time period, wherein the location and time pairs not associated with the home market are excluded from the determining of the categorized location; and a user location module configured to be operated by the one or more processors to provide an identifier of the user device along with the determined categorized location.
A lid sized and configured to be attached to a container , the lid comprising: a body ; a spout extending outwardly from the body ; a first opening disposed within the spout , the first opening providing a first pathway to an attached container ; a second opening disposed within the spout ; and a conduit removably connected to the second opening , the second opening and the conduit providing a second pathway to the attached container , the first and second openings sharing a common wall , an upper portion of the common wall separating the first opening and the second opening is angled forwardly toward the second opening. a body ; a spout extending outwardly from the body ; a first opening disposed within the spout , the first opening providing a first pathway to an attached container ; a second opening disposed within the spout ; and a conduit removably connected to the second opening , the second opening and the conduit providing a second pathway to the attached container , the first and second openings sharing a common wall , an upper portion of the common wall separating the first opening and the second opening is angled forwardly toward the second opening.
A transition nozzle, comprising: a liner in which combustion occurs and through which products of the combustion flow toward a turbine bucket stage , the liner including opposing endwalls and opposing sidewalls extending between the opposing endwalls , the opposing sidewalls being oriented to tangentially direct the flow of the combustion products toward the turbine bucket stage , and at least one of the opposing endwalls and the opposing sidewalls including a non-axisymetric flow contouring feature to guide the flow of the combustion products, wherein the non-axisymetric flow contouring feature comprises a trough or a trailing edge ridge or a protrusion or a fence . a liner in which combustion occurs and through which products of the combustion flow toward a turbine bucket stage , the liner including opposing endwalls and opposing sidewalls extending between the opposing endwalls , the opposing sidewalls being oriented to tangentially direct the flow of the combustion products toward the turbine bucket stage , and at least one of the opposing endwalls and the opposing sidewalls including a non-axisymetric flow contouring feature to guide the flow of the combustion products, wherein the non-axisymetric flow contouring feature comprises a trough or a trailing edge ridge or a protrusion or a fence .
A method of wireless communication for a wireless communication device , comprising: receiving sensor information from a sensor associated with the wireless communication device; wherein the wireless communication device is in a deep sleep mode when the sensor information is received; deactivating the deep sleep mode, based at least in part on receiving the sensor information, to permit the wireless communication device to transmit or decode a network communication; characterized by : deactivating the deep sleep mode comprises switching the wireless communication device to a light sleep mode; and wherein the light sleep mode is associated with a normal discontinuous reception, DRX, cycle. receiving sensor information from a sensor associated with the wireless communication device; wherein the wireless communication device is in a deep sleep mode when the sensor information is received; deactivating the deep sleep mode, based at least in part on receiving the sensor information, to permit the wireless communication device to transmit or decode a network communication; characterized by : deactivating the deep sleep mode comprises switching the wireless communication device to a light sleep mode; and wherein the light sleep mode is associated with a normal discontinuous reception, DRX, cycle. deactivating the deep sleep mode comprises switching the wireless communication device to a light sleep mode; and wherein the light sleep mode is associated with a normal discontinuous reception, DRX, cycle.
A process for preventing the formation of hydrates in fluids containing gases or gas condensates, which comprises subjecting said fluids to electromagnetic waves, preventing the formation of crystalline bonds responsible for the formation of said hydrates, characterized in that the electromagnetic radiations operate within the visible and infrared spectrum region included in the λ band from 500 nm or higher to lower than 0.1 mm (from 3 THz or higher to 600 THz or lower).
Process for recycling silicones, especially silicone rubber and/or silicone oils, by the chemical transformation thereof to silanes and/or siloxanes having acetoxy groups, characterized in that the silicones to be recycled are subjected to a heat treatment in digestion systems comprising acetic anhydride and/or acetoxysiloxane, and at least one Bronsted acid, preferably with addition of acetic acid.
Snare instrument , in particular a medical snare instrument, with - a shaft area, - a snare structure in a snaring area distally adjoining the shaft area, which snare structure can be pulled closed, from an opened position in which it forms a distally open snare, and has a plurality of flexible bending tubes which, in the opened position of the snare structure , extend distally forwards and radially outwards in a radiating shape to form the snare, and of which the distal ends can be moved radially inwards towards each other so as to pull the snare structure closed, and - a plurality of noose wires , each of which extends with a first base portion from the shaft area loosely through one of the bending tubes as far as the distal end thereof, from there with a noose arch to the distal end of the same or another bending tube , and from there with a second base portion loosely through the latter back to the shaft area, at least one of the noose wire base portions extending through each bending tube , wherein - the noose arch of at least one of the noose wires extends, with a circumferential length of at least two bending tube circumferential spacings, in the circumferential direction of the snare structure , and characterized in that at least two of the noose wire base portions extend, connected to each other, in at least one of the bending tubes , and in that the noose arches form an intersecting noose structure, in which at least one noose arch extends in a first portion in front of a first other noose arch and extends in a second portion behind the first other noose arch or behind a second other noose arch. - a shaft area, - a snare structure in a snaring area distally adjoining the shaft area, which snare structure can be pulled closed, from an opened position in which it forms a distally open snare, and has a plurality of flexible bending tubes which, in the opened position of the snare structure , extend distally forwards and radially outwards in a radiating shape to form the snare, and of which the distal ends can be moved radially inwards towards each other so as to pull the snare structure closed, and - a plurality of noose wires , each of which extends with a first base portion from the shaft area loosely through one of the bending tubes as far as the distal end thereof, from there with a noose arch to the distal end of the same or another bending tube , and from there with a second base portion loosely through the latter back to the shaft area, at least one of the noose wire base portions extending through each bending tube , - the noose arch of at least one of the noose wires extends, with a circumferential length of at least two bending tube circumferential spacings, in the circumferential direction of the snare structure , and
A device for use in retracting a gingiva from a human tooth by widening with a dental composition a gingival sulcus which is formed between the gingiva and the tooth, the device comprising a cannula with a free end which comprises an opening for dispensing the dental composition, the free end and the opening being shaped so that the opening can be positioned in the entry of the gingival sulcus with an outer lateral surface of the free end touching the tooth and the gingiva , wherein the free end is further shaped so that the gingiva is laterally displaced from the tooth as the cannula is further moved with the opening toward the inside of the gingival sulcus and wherein the outer lateral surface of the free end extends between a first outer diameter D1 and a second outer diameter D2, the first outer diameter D1 being located adjacent the front end of the free end , and the second outer diameter D2 being located at a distance L2 further to the rear from the first outer diameter D1, wherein D2 is greater than D1, and wherein the lateral outer surface of the free end convexly tapers from the second outer diameter D2 toward the first outer diameter D1, and wherein the convex taper in a direction from D2 toward D1 tapers based on a curve that approximates a radius R which is greater than 1/2 of D2, characterized in that D1 is between about 0.3 mm and about 0.7 mm, D2 is between about 0.9 mm to about 1.4, wherein L2 is between about 0.6 mm and about 1.5 mm and wherein the first outer diameter D1 is located adjacent or formed by the opening , the opening having a first inner diameter P1 which is between about 0.3 mm and about 0.8 mm with P1 being equal or smaller than D1, wherein the cannula further has a length L1 between the first outer diameter D1 and a third outer diameter D3, and a shaft portion extending between the second outer diameter D2 and the third outer diameter D3, wherein the third outer diameter D3 is between about 0.9 mm and about 1.9 mm with D3 being greater than or equal to D2, and wherein L1 being between about 6 mm and about 14 mm, wherein the cannula comprises a passageway between the opening with the first inner diameter P1 and an inlet with a second inner diameter P2, wherein P2 is between about 0.3 and about 1.6 mm with P2 being greater than or equal to P1.