mhurhangee/patent-ind-claim-en huggingface dataset:
A Versa Module Europa (VME) adapter assembly configured to operatively couple a subsystem to a five row VME chassis, the VME adapter assembly comprising: an adapter circuit board having a mating contact area proximate to a chassis-mating edge , and at least one area that is configured to couple to the subsystem, wherein the at least one area of the adapter circuit board comprises a power contact area ; and a mating plug housing coupled to the mating contact area , wherein the mating plug housing comprises a chassis interface insert defining a mating interface area having five aligned rows of contact apertures , wherein the five aligned rows of contact apertures are configured to mate with a same number of aligned rows of contact pins within a backplane connector of the five row VME chassis, wherein the at least one area of the adapter circuit board comprises a plurality of configuration selection areas , wherein each of the plurality of configuration selection areas is configured to allow for a desired selection of power and ground formation. an adapter circuit board having a mating contact area proximate to a chassis-mating edge , and at least one area that is configured to couple to the subsystem, wherein the at least one area of the adapter circuit board comprises a power contact area ; and a mating plug housing coupled to the mating contact area , wherein the mating plug housing comprises a chassis interface insert defining a mating interface area having five aligned rows of contact apertures , wherein the five aligned rows of contact apertures are configured to mate with a same number of aligned rows of contact pins within a backplane connector of the five row VME chassis, wherein the at least one area of the adapter circuit board comprises a plurality of configuration selection areas , wherein each of the plurality of configuration selection areas is configured to allow for a desired selection of power and ground formation.
A telehandler comprising an armouring system, in turn comprising: a cab frame for said telehandler ; and a plurality of armouring elements , made of at least one armoured material, adapted to be fixed removably onto respective portions of said frame , defining an armoured cab ; wherein said cab frame is mounted fixed onto the frame of the telehandler itself; wherein the telehandler comprises a plurality of covering elements , without armouring, adapted to be removably fixed to respective portions of the cab frame , alternatively to the mounting of the armouring elements ; wherein the telehandler has a normal configuration in which said covering elements are fixed to the cab frame , defining an unarmoured cab and a special configuration, in which the armouring elements are fixed to the cab frame , defining an armoured cab ; characterized in that the telehandler comprises a telescopic lifting arm provided with a distal end and a mounting equipment adapted to be removably mounted at said distal end of the lifting arm ; said mounting equipment being adapted to lift the armouring elements and to bring them to the relative portions of the frame , so as to allow operators to secure the elements to the respective portions. a cab frame for said telehandler ; and a plurality of armouring elements , made of at least one armoured material, adapted to be fixed removably onto respective portions of said frame , defining an armoured cab ; wherein said cab frame is mounted fixed onto the frame of the telehandler itself; wherein the telehandler comprises a plurality of covering elements , without armouring, adapted to be removably fixed to respective portions of the cab frame , alternatively to the mounting of the armouring elements ; wherein the telehandler has a normal configuration in which said covering elements are fixed to the cab frame , defining an unarmoured cab and a special configuration, in which the armouring elements are fixed to the cab frame , defining an armoured cab ; characterized in that the telehandler comprises a telescopic lifting arm provided with a distal end and a mounting equipment adapted to be removably mounted at said distal end of the lifting arm ; said mounting equipment being adapted to lift the armouring elements and to bring them to the relative portions of the frame , so as to allow operators to secure the elements to the respective portions.
Method for separating and recovering bitumen and aggregates from asphalt , wherein a) the asphalt is mechanically comminuted; b) the comminuted asphalt is introduced into an evacuated or evacuable treatment chamber ; c) the treatment chamber is evacuated by adjusting the pressure in the treatment chamber to a pressure that is reduced relative to ambient pressure, preferably 200 mbar or lower; d) the treatment chamber is then acted upon at least once by a liquid organic solvent; e) the liquid organic solvent is subsequently removed from the treatment chamber ; and then f1) the organic solvent in the vapour phase is fed into the evacuated treatment chamber at the reduced pressure, preferably a pressure of 200 mbar or lower, at a temperature at or above the flash point of the organic solvent; and/or f2) liquid organic solvent is fed into the treatment chamber at the reduced pressure, preferably a pressure of 200 mbar or lower, most preferably at a temperature at or above the flash point of the organic solvent; the reduced pressure being maintained in the treatment chamber during steps d) to f1) or d) to f2). a) the asphalt is mechanically comminuted; b) the comminuted asphalt is introduced into an evacuated or evacuable treatment chamber ; c) the treatment chamber is evacuated by adjusting the pressure in the treatment chamber to a pressure that is reduced relative to ambient pressure, preferably 200 mbar or lower; d) the treatment chamber is then acted upon at least once by a liquid organic solvent; e) the liquid organic solvent is subsequently removed from the treatment chamber ; and then f1) the organic solvent in the vapour phase is fed into the evacuated treatment chamber at the reduced pressure, preferably a pressure of 200 mbar or lower, at a temperature at or above the flash point of the organic solvent; and/or f2) liquid organic solvent is fed into the treatment chamber at the reduced pressure, preferably a pressure of 200 mbar or lower, most preferably at a temperature at or above the flash point of the organic solvent; the reduced pressure being maintained in the treatment chamber during steps d) to f1) or d) to f2).
An optical fiber cable comprising: a core in which a plurality of optical fibers is assembled; an inner sheath that accommodates the core therein; a pair of tension members that are embedded in the inner sheath so as to interpose the core therebetween in a radial direction; and an outer sheath that covers the inner sheath , wherein the inner sheath is formed with a pair of dividing portions that divide an inner peripheral surface and an outer peripheral surface of the inner sheath in a circumferential direction, and wherein the pair of dividing portions extend along a longitudinal direction in which the optical fiber extends, characterized in that each of the dividing portions and each of the tension members which configures the pair of tension members are alternately disposed in the circumferential direction. a core in which a plurality of optical fibers is assembled; an inner sheath that accommodates the core therein; a pair of tension members that are embedded in the inner sheath so as to interpose the core therebetween in a radial direction; and an outer sheath that covers the inner sheath , wherein the inner sheath is formed with a pair of dividing portions that divide an inner peripheral surface and an outer peripheral surface of the inner sheath in a circumferential direction, and wherein the pair of dividing portions extend along a longitudinal direction in which the optical fiber extends, characterized in that each of the dividing portions and each of the tension members which configures the pair of tension members are alternately disposed in the circumferential direction.
A power outlet/charger for a portable electric/electronic device, the power outlet/charger comprising: an electrically insulating housing having a proximal end having an opening and a distal end having a first electrical connector ; a printed circuit board assembly comprising on the distal end electrical terminals for the first electrical connector for connecting to a connector on a vehicle, and a USB connector socket on the opposite proximal end, and including an electronic DC to DC converter circuit for converting the vehicle electrical supply to the DC USB voltage standard; wherein the housing receives the printed circuit board assembly through the opening for securement in the housing, further comprising a shoulder for abutting against the vehicle panel when the housing is inserted into an opening in the vehicle panel; a keying portion to line up the housing in the opening in the vehicle panel; and flexible locking tabs around the periphery of the housing to secure the housing with the printed circuit board inside assembly in the vehicle panel opening; and wherein the housing is sized to directly replace a standard vehicle electrical cigar lighter socket/power outlet and fit directly into the opening in the vehicle panel for the standard vehicle electrical cigar lighter socket/power outlet, the first electrical connector releasably connectable to an electrical wiring harness of the vehicle. an electrically insulating housing having a proximal end having an opening and a distal end having a first electrical connector ; a printed circuit board assembly comprising on the distal end electrical terminals for the first electrical connector for connecting to a connector on a vehicle, and a USB connector socket on the opposite proximal end, and including an electronic DC to DC converter circuit for converting the vehicle electrical supply to the DC USB voltage standard; wherein the housing receives the printed circuit board assembly through the opening for securement in the housing, further comprising a shoulder for abutting against the vehicle panel when the housing is inserted into an opening in the vehicle panel; a keying portion to line up the housing in the opening in the vehicle panel; and flexible locking tabs around the periphery of the housing to secure the housing with the printed circuit board inside assembly in the vehicle panel opening; and wherein the housing is sized to directly replace a standard vehicle electrical cigar lighter socket/power outlet and fit directly into the opening in the vehicle panel for the standard vehicle electrical cigar lighter socket/power outlet, the first electrical connector releasably connectable to an electrical wiring harness of the vehicle.
An outlet valve for an ostomy appliance comprising: an axle defining a hollow bore for receiving a liquid output from the ostomy appliance, the axle comprising a curved lateral wall ; and an outlet element comprising a cap arranged concentrically with the axle and an outlet tube affixed to the cap ; wherein a valve opening is defined in the curved lateral wall ; and the cap is rotatable around the axle to move from a closed configuration in which the valve opening is not in liquid communication with the outlet tube to an open configuration in which the valve opening is in liquid communication with the outlet tube ; wherein the outlet valve further comprises at least one seal configured to provide sealing between the cap and the axle around a circumference of the axle and sealing between an intake opening of the outlet tube and the valve opening when the outlet element is in the closed configuration; and wherein the at least one seal comprises a continuous first seal configured to provide sealing between the cap and the axle around a circumference of the axle and wherein the distance between the first seal and a basal end of the axle varies around the circumference of the axle . an axle defining a hollow bore for receiving a liquid output from the ostomy appliance, the axle comprising a curved lateral wall ; and an outlet element comprising a cap arranged concentrically with the axle and an outlet tube affixed to the cap ; wherein a valve opening is defined in the curved lateral wall ; and the cap is rotatable around the axle to move from a closed configuration in which the valve opening is not in liquid communication with the outlet tube to an open configuration in which the valve opening is in liquid communication with the outlet tube ; wherein the outlet valve further comprises at least one seal configured to provide sealing between the cap and the axle around a circumference of the axle and sealing between an intake opening of the outlet tube and the valve opening when the outlet element is in the closed configuration; and wherein the at least one seal comprises a continuous first seal configured to provide sealing between the cap and the axle around a circumference of the axle and wherein the distance between the first seal and a basal end of the axle varies around the circumference of the axle .
A soybean emulsion composition comprising a protein at a content of 25 wt% or more in terms of dry basis, and a fat at a content of 100 wt% or more, determined by extracting with a mixed solvent of chloroform and methanol at a volume ratio of 2:1 at atmospheric boiling point for 30 minutes, relative to the protein content, wherein the soybean emulsion composition has a Lipophilic Proteins Content Index (LCI) value of 60% or more, wherein the LCI is determined according to the method disclosed in the description.
A disc type furrow opener angle setting mechanism comprises a mechanism body connected to a sowing machine , a furrow opener disc, a disc connection strut connected to the mechanism body and the furrow opener disc; and enables the disc take a position according to a desired disc angle (e) and/or tilt angle (d) for different crop, soil and field circumstances and the furrow opener angle setting mechanism comprising; - In order to adjust the disc angle of the furrow disc, at least one flange couple located between the disc connection strut and the mechanism body and is in a position parallel to the vertical axis (y) and perpendicular to the movement direction (x) and - In order to adjust the tilt angle of the furrow disc, at least one further flange couple located between the mechanism body and the sowing machine and is in a position perpendicular to the vertical axis (y) and parallel to the movement direction (x) wherein the flange couples comprise; • a fixed flange on which at least one pin is found, • a moving flange located in a manner to be able to perform a turning move on the fixed flange and on which at least one pin socket is formed through which the said pin passes and moves bidirectional, • at least one fixing element fixes the positions of the fixed flange and moving flange according to each other; characterized in that three pins are located on the fixed flange with a 120 degree positioning angle (b) to one another, and three pin sockets are located with a 60 degrees of pin socket positioning angle (a) to one another and the pin transcursion length angle (c) is 60 degrees on the moving flange . - In order to adjust the disc angle of the furrow disc, at least one flange couple located between the disc connection strut and the mechanism body and is in a position parallel to the vertical axis (y) and perpendicular to the movement direction (x) and - In order to adjust the tilt angle of the furrow disc, at least one further flange couple located between the mechanism body and the sowing machine and is in a position perpendicular to the vertical axis (y) and parallel to the movement direction (x) wherein the flange couples comprise; • a fixed flange on which at least one pin is found, • a moving flange located in a manner to be able to perform a turning move on the fixed flange and on which at least one pin socket is formed through which the said pin passes and moves bidirectional, • at least one fixing element fixes the positions of the fixed flange and moving flange according to each other; characterized in that • a fixed flange on which at least one pin is found, • a moving flange located in a manner to be able to perform a turning move on the fixed flange and on which at least one pin socket is formed through which the said pin passes and moves bidirectional, • at least one fixing element fixes the positions of the fixed flange and moving flange according to each other; characterized in that
A corrugated fiberboard printing device which prints a pattern to a corrugated fiberboard which is transported on a transport passage (Ls), comprising: an inkjet head which is disposed above the transport passage (Ls) and injects ink to the corrugated fiberboard ; a protection device which regulates approaching of the corrugated fiberboard within a predetermined distance against the inkjet head ; and a controller which acquires order information of the corrugated fiberboard from a production management device and controls the operations of the inkjet head and the protection device , wherein the protection device includes multiple regulation means which are juxtaposed in a width direction (W) of the corrugated fiberboard , and a movement mechanism which moves each of the multiple regulation means in the width direction (W), characterised in that the controller includes a specific column setting unit which is set to classify a specific column, in which a printing quality is less influenced even when the specific column is regulated by the regulation means , with respect to the corrugated fiberboard in a sheet width direction based on the order information, and a movement mechanism control unit which controls the operation of the movement mechanism and moves each of the regulation means so as to regulate the corrugated fiberboard in the specific column. an inkjet head which is disposed above the transport passage (Ls) and injects ink to the corrugated fiberboard ; a protection device which regulates approaching of the corrugated fiberboard within a predetermined distance against the inkjet head ; and a controller which acquires order information of the corrugated fiberboard from a production management device and controls the operations of the inkjet head and the protection device , wherein the protection device includes multiple regulation means which are juxtaposed in a width direction (W) of the corrugated fiberboard , and a movement mechanism which moves each of the multiple regulation means in the width direction (W), characterised in that the controller includes a specific column setting unit which is set to classify a specific column, in which a printing quality is less influenced even when the specific column is regulated by the regulation means , with respect to the corrugated fiberboard in a sheet width direction based on the order information, and a movement mechanism control unit which controls the operation of the movement mechanism and moves each of the regulation means so as to regulate the corrugated fiberboard in the specific column.
A method performed by a packet data network gateway-user plane + user plane function, PGW-U+UPF , in a communication system, the method comprising: receiving (S309), from a packet data network gateway-control plane + session management function, PGW-C+SMF , a request message including first information for allocating a tunnel for data forwarding to the PGW-U+UPF , in case that a terminal is handed over from a 5 th generation system, 5GS, to an evolved packet system, EPS; as a response to the request message, transmitting (S309), to the PGW-C+SMF , a response message including second information on the tunnel for the data forwarding to the PGW-U+UPF ; receiving (S314), from a first base station associated with the SGS, at least one data packet through the tunnel for the data forwarding to the PGW-U+UPF according to the second information; and transmitting (S323), to a second base station associated with the EPS, the at least one data packet, wherein the second information includes a tunnel endpoint identifier, TEID, associated with a protocol data unit, PDU, session for the data forwarding to the PGW-U+UPF and is transferred from the PGW-C+SMF to the first base station . receiving (S309), from a packet data network gateway-control plane + session management function, PGW-C+SMF , a request message including first information for allocating a tunnel for data forwarding to the PGW-U+UPF , in case that a terminal is handed over from a 5 th generation system, 5GS, to an evolved packet system, EPS; as a response to the request message, transmitting (S309), to the PGW-C+SMF , a response message including second information on the tunnel for the data forwarding to the PGW-U+UPF ; receiving (S314), from a first base station associated with the SGS, at least one data packet through the tunnel for the data forwarding to the PGW-U+UPF according to the second information; and transmitting (S323), to a second base station associated with the EPS, the at least one data packet, wherein the second information includes a tunnel endpoint identifier, TEID, associated with a protocol data unit, PDU, session for the data forwarding to the PGW-U+UPF and is transferred from the PGW-C+SMF to the first base station .
A touch display panel, comprising an array substrate and an opposite substrate which are arranged to face each other, the opposite substrate including a plurality of touch sensing electrodes distributed in a row direction, wherein, the array substrate includes a plurality of touch driving electrodes distributed in a column direction, each column of touch driving electrodes include a plurality of touch driving electrode blocks , each of the touch driving electrode blocks is connected with one touch driving electrode wire , and different columns of touch driving electrode blocks are connected with different touch driving electrode wires ; each of the touch driving electrode blocks includes a plurality of interruptedly distributed touch driving electrode units , and the touch driving electrode units of each of the touch driving electrode blocks are electrically connected by the touch driving electrode connection wires ; the array substrate further includes a plurality of touch driving electrode connection wires which are distributed in the column direction, cross the touch driving electrode wires and are insulated from the touch driving electrode wires ; an orthogonal projection of the touch driving electrode wire connected with corresponding touch driving electrode block on the array substrate does not overlap with orthogonal projections of the touch driving electrode units of other touch driving electrode blocks than the corresponding touch driving electrode block on the array substrate , and the touch driving electrode wire connected with the corresponding touch driving electrode block is not electrically connected with the touch driving electrode units of other touch driving electrode blocks than the corresponding touch driving electrode block ; and each of the touch driving electrode blocks is connected with one touch driving electrode wire , which includes: part of the touch driving electrode units of each of the touch driving electrode blocks is directly in contact with one of the touch driving electrode wires ; and the touch driving electrode wires distributed in different rows and connected with a same column of touch driving electrode are led out by a same lead.
Method for treating combustion flue gas comprising acid gases, said method comprising a contact step a) of placing said acid gases in contact with a powder composition comprising an alkaline earth metal salt and an ammonium salt in an oxidizing atmosphere and at a temperature greater than or equal to 850°C wherein the ammonium salt is selected among ammonium carbonate, ammonium chloride, ammonium sulfate, ammonium sulfide, and mixtures thereof, wherein the powder composition comprises, relative to the total weight of the composition, at least 50% of alkaline earth metal salt, and the mass ratio between the ammonium salt and the alkaline earth metal salt is from 0.05 to 0.3.