mhurhangee/ep-ind-claims huggingface dataset:
System for handling insect production trays, to carry out the transition between the end of a production cycle of a stack of trays with transfer of the production material of each of the trays of the end of cycle stack, the separation and collection of the constituents of the production material, and the initiation of a new production cycle with filling of the trays with production initiation material and making a new stack of cycle initiation trays, the said system comprising: i) an entry and exit gate for stacks of trays to receive and hold a stack of end of cycle trays to process and to make available a stack of cycle initiation trays; ii) a transition station between an end of cycle for a stack of end of cycle trays and initiation of a new cycle to make a stack of cycle initiation trays, the transition station comprising: - a sieve-collector for end of cycle material to separate the constituents to collect at end of production cycle and to convey the constituents to the collection points; - a tray filling station comprising a plurality of dispensers of constituents of production cycle initiation material; iii) a manipulator arm to separately unstack each tray from the stack of end of cycle trays to be processed, convey each tray to the sieve-collector, empty the contents of each tray into the sieve-collector, place the empty trays in an empty tray reception zone, take a newly filled tray into the filling station, send it to a stack of initiation trays being assembled and stack the trays of this stack. i) an entry and exit gate for stacks of trays to receive and hold a stack of end of cycle trays to process and to make available a stack of cycle initiation trays; ii) a transition station between an end of cycle for a stack of end of cycle trays and initiation of a new cycle to make a stack of cycle initiation trays, the transition station comprising: - a sieve-collector for end of cycle material to separate the constituents to collect at end of production cycle and to convey the constituents to the collection points; - a tray filling station comprising a plurality of dispensers of constituents of production cycle initiation material; - a sieve-collector for end of cycle material to separate the constituents to collect at end of production cycle and to convey the constituents to the collection points; - a tray filling station comprising a plurality of dispensers of constituents of production cycle initiation material; iii) a manipulator arm to separately unstack each tray from the stack of end of cycle trays to be processed, convey each tray to the sieve-collector, empty the contents of each tray into the sieve-collector, place the empty trays in an empty tray reception zone, take a newly filled tray into the filling station, send it to a stack of initiation trays being assembled and stack the trays of this stack.
An apparatus for excluding debris during a downhole wet-mate connection, the apparatus comprising: a) a first downhole assembly having a first housing, a first connector attached to the first housing, a first communication line having a free end attached to the first connector, and a reciprocating cover member mounted for sliding engagement with the first housing; b) a second downhole assembly having a second housing, a second connector attached to the second housing, a second communication line having a free end attached to the second connector, and a bladder cover member attached to the second housing; c) wherein the reciprocating cover member is moveable between a closed position wherein the free end of the first communication line is substantially enclosed and an open position in which the free end of the first communication line is exposed; d) wherein the reciprocating cover member is moved in response to contact with the second downhole assembly; e) wherein the bladder cover member is movable between a closed position in which the bladder cover member substantially closes an otherwise open end of a housing chamber defined in the second downhole assembly and an open position wherein the bladder cover member is moved to open the open end of the housing chamber; and characterised in that f) the bladder cover member is moveable to the open position by contact with the reciprocating cover member of the first downhole assembly. a) a first downhole assembly having a first housing, a first connector attached to the first housing, a first communication line having a free end attached to the first connector, and a reciprocating cover member mounted for sliding engagement with the first housing; b) a second downhole assembly having a second housing, a second connector attached to the second housing, a second communication line having a free end attached to the second connector, and a bladder cover member attached to the second housing; c) wherein the reciprocating cover member is moveable between a closed position wherein the free end of the first communication line is substantially enclosed and an open position in which the free end of the first communication line is exposed; d) wherein the reciprocating cover member is moved in response to contact with the second downhole assembly; e) wherein the bladder cover member is movable between a closed position in which the bladder cover member substantially closes an otherwise open end of a housing chamber defined in the second downhole assembly and an open position wherein the bladder cover member is moved to open the open end of the housing chamber; and characterised in that f) the bladder cover member is moveable to the open position by contact with the reciprocating cover member of the first downhole assembly.
Superabsorbent polymer comprising: a base resin particle in which acrylic acid-based monomers having acid groups, of which at least a part is neutralized, and an internal cross-linking agent are cross-linked, wherein the internal cross-linking agent comprises a poly(meth)acrylate-based first internal cross-linking agent: a polyol polyglycidyl ether-based second internal cross-linking agent at a weight ratio of 1: 40 to 1: 1200; a surface modification layer formed on the surface of the base resin particle, in which the cross-linked polymer is additionally cross-linked by an epoxy-based surface cross-linking agent; and inorganic filler, and the surface modification layer includes hydrophobic material having a melting temperature(Tm) of 40 to 80°C, and water solubility at 25°C of 70 mg/L or less. a base resin particle in which acrylic acid-based monomers having acid groups, of which at least a part is neutralized, and an internal cross-linking agent are cross-linked, wherein the internal cross-linking agent comprises a poly(meth)acrylate-based first internal cross-linking agent: a polyol polyglycidyl ether-based second internal cross-linking agent at a weight ratio of 1: 40 to 1: 1200; a surface modification layer formed on the surface of the base resin particle, in which the cross-linked polymer is additionally cross-linked by an epoxy-based surface cross-linking agent; and inorganic filler, and the surface modification layer includes hydrophobic material having a melting temperature(Tm) of 40 to 80°C, and water solubility at 25°C of 70 mg/L or less.
A handover method, which is used for a mobile station handing over from a serving station to a target zone of a frame structure of a target station, characterized in that the handover method comprises: the mobile station handing over (S102; S302) from the serving station to a legacy zone of a frame structure of the target station, and sending (S102; S308) a first ranging request message in the legacy zone; the mobile station receiving (S104; S310) a first ranging request response message, and acquiring relevant information of the target zone carried in the first ranging request response message; and the mobile station switching (S106; S312) to the target zone according to the relevant information. the mobile station handing over (S102; S302) from the serving station to a legacy zone of a frame structure of the target station, and sending (S102; S308) a first ranging request message in the legacy zone; the mobile station receiving (S104; S310) a first ranging request response message, and acquiring relevant information of the target zone carried in the first ranging request response message; and the mobile station switching (S106; S312) to the target zone according to the relevant information.
A computer implemented method for verifying a terminal at a server, comprising: determining (101; 201) whether a login terminal of a user matches a trusted terminal of the user recorded at the server; determining, when it is determined that the login terminal is not a trusted terminal of the user recorded at the server, an association between a login account of the user and a frequent-use login account of the login terminal when both the login account of the user and the frequent-use login account of the login terminal have logged-in on a same trusted terminal a threshold number of times, wherein the frequent-use login account is a login account, among historical login accounts of the login terminal, having a number of logins that has reached a threshold, and wherein the frequent-use login account belongs to a second, distinct user from the user; and determining (103; 204) that the login terminal is a the trusted terminal of the user if the login account of the user is associated with the frequent-use login account of the login terminal. determining (101; 201) whether a login terminal of a user matches a trusted terminal of the user recorded at the server; determining, when it is determined that the login terminal is not a trusted terminal of the user recorded at the server, an association between a login account of the user and a frequent-use login account of the login terminal when both the login account of the user and the frequent-use login account of the login terminal have logged-in on a same trusted terminal a threshold number of times, wherein the frequent-use login account is a login account, among historical login accounts of the login terminal, having a number of logins that has reached a threshold, and wherein the frequent-use login account belongs to a second, distinct user from the user; and determining (103; 204) that the login terminal is a the trusted terminal of the user if the login account of the user is associated with the frequent-use login account of the login terminal.
Device for carrying out the connection of a filter-holder of an espresso coffee machine to the relative hot water dispensing group for producing the beverage, wherein the filter-holder comprises a body, provided with a handle, with a cavity inside it defined by a cylindrical wall, said cavity constituting housing for the filter to be loaded with ground coffee and being open at the end facing towards the dispensing group and closed with a bottom wall at the opposite end, a beverage dispensing opening formed in said bottom wall, a pair of diametrically opposite tabs (17, 18) projecting radially from said side wall and extending for a circumferential portion outside of said cavity, and wherein the dispensing group comprises an opening suitable for receiving the open end of the cavity of the body of the filter-holder and a pair of guides (14,15) extending helically about an axis (Z-Z) perpendicular to the plane on which the connection between filter-holder and dispensing group occurs, arranged around said opening and each suitable for receiving a respective tab of said pair of tabs (17, 18) of the filter-holder on it, through bayonet coupling, characterised in that it comprises a plate-shaped element fixed to said dispensing group, said plate-shaped element being provided with an opening in alignment with said opening of the dispensing group, said plate-shaped element being provided with a tubular cavity, open at both axial ends (8, 9) arranged in alignment with said openings and in distal position with respect to said opening of the dispensing group, an annular element positioned inside said cavity and free to rotate about the longitudinal axis thereof, said pair of helically-extending guides (14, 15) being formed on the inner wall of said annular element, motor means (30, 31, 32, 33) being foreseen to give angular displacements to said annular element.
A web splicer, comprising: a first roll supporter for supporting a first core having a first roll positioned thereon, said first roll comprising a first web wound around said first core; a second roll supporter for supporting a second core having a second roll positioned thereon, said second roll comprising a second web wound around said second core; a paster roll, said paster roll being rotatable about a paster roll axis, said paster roll being mounted on a carriage, said paster roll being movable relative to said carriage; characterized in that the web splicer includes: a carriage driving device, said carriage driving device causing said carriage to move from a first carriage position to a second carriage position after an engage signal is fed to said carriage driving device, whereby said paster roll abuts said second roll when said carriage is in said second carriage position; and a pressing device which selectively causes force to be applied to said paster roll relative to said carriage. a first roll supporter for supporting a first core having a first roll positioned thereon, said first roll comprising a first web wound around said first core; a second roll supporter for supporting a second core having a second roll positioned thereon, said second roll comprising a second web wound around said second core; a paster roll, said paster roll being rotatable about a paster roll axis, said paster roll being mounted on a carriage, said paster roll being movable relative to said carriage; a carriage driving device, said carriage driving device causing said carriage to move from a first carriage position to a second carriage position after an engage signal is fed to said carriage driving device, whereby said paster roll abuts said second roll when said carriage is in said second carriage position; and a pressing device which selectively causes force to be applied to said paster roll relative to said carriage.
A mounting structure for water-cooled air coolers wherein a plurality of flat tubes is located in parallel with each other and an air passage is arranged between the respective flat tubes so as to form a core, and an end cap is arranged at one end of the flat tubes in a parallel direction so as to configure a main body of a cooler, and in which a casing is included storing the core inside and provided with an opening portion at an outer rim, the opening portion is fixedly covered with the end cap, and air to be cooled is led in parallel with a flat surface of the flat tube, the water-cooled air cooler is arranged with a leading end edge of the opening portion of the casing in a depth direction and a bottom surface of the end cap to be flush with each other, or the bottom surface is arranged more inside the casing than the leading end edge, characterised in that the end cap includes an outer flange portion provided around four rims of the end cap, and a flat recessed portion recessed and depressed from the outer flange portion in the depth direction, and the outer flange portion is formed to be fixed to a hole edge of the opening portion, and wherein in the hole edge on an outer surface side of the opening portion, a circular groove to which an 0 ring for sealing is fitted is formed, and a thickness of the opening portion is formed to be thicker by a depth of the circular groove, and the bottom surface protrudes inside the casing by at least the entire thickness of the circular groove.
A method of securing a metal framework of precisely aligned and mutually distanced vertical and horizontal rails to an array of screw-threaded tie bar ends projecting from the outer wall of a high rise building, that framework being suitable for the subsequent attachment to the outer wall of an array of feature panels, which method comprises: placing over each projecting tie bar end a fixing plate, the tie bar end passing through a vertical or horizontal elongate slot formed in the fixing plate; placing over each projecting tie bar end a locking plate, the projecting tie bar end passing closely through a circular hole in the locking plate; adjusting the position of the fixing plate relative to the tie bar end to bring it to a desired horizontal or vertical alignment position; securing together each pair of fixing and locking plates (14, 18), with the fixing plate of each pair being held at its desired horizontal or vertical alignment position by the mating profiles of the fixing and locking plates (14,18), by threading a holding nut onto each projecting tie bar end and tightening that holding nut against the associated locking plate; and securing the vertical or horizontal rails of the metal framework to the fixing plates or locking plates by an array of bolts connecting each vertical or horizontal rail to each fixing plate., characterized in that the fixing plate and the locking plate have respectively a profiled outer face and a profiled inner face, the profiles of the inner face of the locking plate and the outer face of the fixing plate being complementary allowing the two plates (14, 18) to mate with each other in any of a number of alternative positions one relative to the other. placing over each projecting tie bar end a fixing plate, the tie bar end passing through a vertical or horizontal elongate slot formed in the fixing plate; placing over each projecting tie bar end a locking plate, the projecting tie bar end passing closely through a circular hole in the locking plate; adjusting the position of the fixing plate relative to the tie bar end to bring it to a desired horizontal or vertical alignment position; securing together each pair of fixing and locking plates (14, 18), with the fixing plate of each pair being held at its desired horizontal or vertical alignment position by the mating profiles of the fixing and locking plates (14,18), by threading a holding nut onto each projecting tie bar end and tightening that holding nut against the associated locking plate; and securing the vertical or horizontal rails of the metal framework to the fixing plates or locking plates by an array of bolts connecting each vertical or horizontal rail to each fixing plate., characterized in that the fixing plate and the locking plate have respectively a profiled outer face and a profiled inner face, the profiles of the inner face of the locking plate and the outer face of the fixing plate being complementary allowing the two plates (14, 18) to mate with each other in any of a number of alternative positions one relative to the other.
A line driver device for efficient and error-tolerant dataflow control, comprising: - a first interface unit set up for communication with a command unit or a first further line driver device; - a second interface unit set up for communication with a second further line driver device; - a third interface unit set up for communication with a plurality of execution units, wherein a first communication path is arranged between the first interface unit and the second interface unit and a second communication path is arranged between the first interface unit, the second interface unit and the third interface unit, wherein at least two resistors (W1, W2) and between them a switch are arranged on the first communication path and the data flow can be diverted via the first communication path or the second communication path by means of a switch position and, depending on the switch position, the resistors (W1, W2) can be set as feed-through resistors through the first communication path if the switch is open or termination resistors if the switch is closed, in such a way that the data flow takes place via the second communication path, and a termination voltage is applied to the switch. - a first interface unit set up for communication with a command unit or a first further line driver device; - a second interface unit set up for communication with a second further line driver device; - a third interface unit set up for communication with a plurality of execution units, wherein a first communication path is arranged between the first interface unit and the second interface unit and a second communication path is arranged between the first interface unit, the second interface unit and the third interface unit, wherein at least two resistors (W1, W2) and between them a switch are arranged on the first communication path and the data flow can be diverted via the first communication path or the second communication path by means of a switch position and, depending on the switch position, the resistors (W1, W2) can be set as feed-through resistors through the first communication path if the switch is open or termination resistors if the switch is closed, in such a way that the data flow takes place via the second communication path, and a termination voltage is applied to the switch.
A mobile device collaboration method, comprising: provisioning a first mobile device with a unique user identification related to a role and/or skill set of an associated user of the first mobile device, the first mobile device configured to operate on a public wireless network; detecting a second mobile device (12B, 12C, 12D) responsive to a public wireless network access condition at the first mobile device whereby the first mobile device is unable to connect to the public wireless network, the second mobile device (12B, 12C, 12D) configured to operate on a private wireless network on which the first mobile device is not currently authorized to operate; communicating the unique user identification to the second mobile device (12B, 12C, 12D); the second mobile device authenticating the first mobile device by: communicating the unique user identification to an authentication database outside the private wireless network; and receiving from the authentication database a confirmation of an identity of the associated user of the first mobile device and the role and/or skill set of the associated user of the first mobile device; providing network access for the first mobile device through the second mobile device (12B, 12C, 12D) in response to successfully authenticating the first mobile device. provisioning a first mobile device with a unique user identification related to a role and/or skill set of an associated user of the first mobile device, the first mobile device configured to operate on a public wireless network; detecting a second mobile device (12B, 12C, 12D) responsive to a public wireless network access condition at the first mobile device whereby the first mobile device is unable to connect to the public wireless network, the second mobile device (12B, 12C, 12D) configured to operate on a private wireless network on which the first mobile device is not currently authorized to operate; communicating the unique user identification to the second mobile device (12B, 12C, 12D); the second mobile device authenticating the first mobile device by: communicating the unique user identification to an authentication database outside the private wireless network; and receiving from the authentication database a confirmation of an identity of the associated user of the first mobile device and the role and/or skill set of the associated user of the first mobile device; communicating the unique user identification to an authentication database outside the private wireless network; and receiving from the authentication database a confirmation of an identity of the associated user of the first mobile device and the role and/or skill set of the associated user of the first mobile device; providing network access for the first mobile device through the second mobile device (12B, 12C, 12D) in response to successfully authenticating the first mobile device.