mhurhangee/patent-ind-claim-en huggingface dataset:
A network device comprising: a transmitter configured to transmit a resolution request to a software defined networking, SDN, controller , wherein the resolution request is used to request the SDN controller to determine a next hop to a virtual private network, VPN operating over a software defined wide area network, SDWAN ; a receiver configured to receive a reply from the SDN controller , the reply indicating a plurality of provider edge, PE, devices coupled to a carrier network , wherein one of the plurality of PE devices are a next hop of the client nodes, and the resolution reply comprises client information entry, CIE, information-based connection instructions; and a processor coupled to the transmitter and receiver, the processor configured to establish a plurality of asymmetric connections to the virtual private network, VPN operating over the software defined wide area network, SDWAN , via the PE devices . a transmitter configured to transmit a resolution request to a software defined networking, SDN, controller , wherein the resolution request is used to request the SDN controller to determine a next hop to a virtual private network, VPN operating over a software defined wide area network, SDWAN ; a receiver configured to receive a reply from the SDN controller , the reply indicating a plurality of provider edge, PE, devices coupled to a carrier network , wherein one of the plurality of PE devices are a next hop of the client nodes, and the resolution reply comprises client information entry, CIE, information-based connection instructions; and a processor coupled to the transmitter and receiver, the processor configured to establish a plurality of asymmetric connections to the virtual private network, VPN operating over the software defined wide area network, SDWAN , via the PE devices .
A high pressure pump of a fuel injection equipment of an internal combustion engine, said pump comprising a head member having a body provided with a bore extending along a pumping axis (X) from an open end to a closed end, said closed end partially defining a compression chamber , a plunger configured to reciprocate within said bore along said pumping axis (X) to alternatively increase and decrease the volume of the compression chamber , a fuel inlet controlled by an inlet valve for allowing, in use, low-pressure fuel into the compression chamber , a fuel outlet controlled by an outlet valve for allowing, in use, high-pressure fuel out of the compression chamber , the body of the high pressure pump head further defining an inlet chamber wherein, in use, fuel at low pressure flows prior to passing through the fuel inlet , the inlet chamber comprising a conical base and a fuel entrance , the high pressure pump is characterised in that said fuel entrance is forming an acute angle with said conical base , said inlet chamber being configured to urge the fuel flow with a rotational movement and, wherein the body further comprises a particles trap gallery arranged on the outer periphery of said inlet chamber , and wherein, in use, fuel rotationally flows in the conical base from the fuel entrance , the particles being trapped in the particles trap gallery of the outer periphery by action of a centrifugal force of the rotational movement. a head member having a body provided with a bore extending along a pumping axis (X) from an open end to a closed end, said closed end partially defining a compression chamber , a plunger configured to reciprocate within said bore along said pumping axis (X) to alternatively increase and decrease the volume of the compression chamber , a fuel inlet controlled by an inlet valve for allowing, in use, low-pressure fuel into the compression chamber , a fuel outlet controlled by an outlet valve for allowing, in use, high-pressure fuel out of the compression chamber , the body of the high pressure pump head further defining an inlet chamber wherein, in use, fuel at low pressure flows prior to passing through the fuel inlet , the inlet chamber comprising a conical base and a fuel entrance , the high pressure pump is characterised in that said fuel entrance is forming an acute angle with said conical base , said inlet chamber being configured to urge the fuel flow with a rotational movement and, wherein the body further comprises a particles trap gallery arranged on the outer periphery of said inlet chamber , and wherein, in use, fuel rotationally flows in the conical base from the fuel entrance , the particles being trapped in the particles trap gallery of the outer periphery by action of a centrifugal force of the rotational movement.
A process for forming an α,β-unsaturated carboxylic acid or a salt thereof, the process comprising: a) contacting in any order 1) a transition metal precursor comprising at least one first ligand; 2) optionally, at least one second ligand; 3) an olefin; 4) carbon dioxide (CO 2 ); 5) a diluent; and 6) a sulfur oxoacid anion-substituted polyaromatic resin or a phosphorus oxoacid anion-substituted polyaromatic resin comprising a sulfonated polyaromatic resin, a phosphonated polyaromatic resin, a sulfinated polyaromatic resin, a thiosulfonated, or a thiosulfinated polyaromatic resin, wherein the polyaromatic resin further comprises associated metal cations, to provide a reaction mixture; and b) applying reaction conditions to the reaction mixture suitable to form the α,β-unsaturated carboxylic acid or the salt thereof. a) contacting in any order 1) a transition metal precursor comprising at least one first ligand; 2) optionally, at least one second ligand; 3) an olefin; 4) carbon dioxide (CO 2 ); 5) a diluent; and 6) a sulfur oxoacid anion-substituted polyaromatic resin or a phosphorus oxoacid anion-substituted polyaromatic resin comprising a sulfonated polyaromatic resin, a phosphonated polyaromatic resin, a sulfinated polyaromatic resin, a thiosulfonated, or a thiosulfinated polyaromatic resin, wherein the polyaromatic resin further comprises associated metal cations, to provide a reaction mixture; and 1) a transition metal precursor comprising at least one first ligand; 2) optionally, at least one second ligand; 3) an olefin; 4) carbon dioxide (CO 2 ); 5) a diluent; and 6) a sulfur oxoacid anion-substituted polyaromatic resin or a phosphorus oxoacid anion-substituted polyaromatic resin comprising a sulfonated polyaromatic resin, a phosphonated polyaromatic resin, a sulfinated polyaromatic resin, a thiosulfonated, or a thiosulfinated polyaromatic resin, wherein the polyaromatic resin further comprises associated metal cations, to provide a reaction mixture; and b) applying reaction conditions to the reaction mixture suitable to form the α,β-unsaturated carboxylic acid or the salt thereof.
Securing device for securing a door or a window in a building, comprising a lock , preferably a panic lock, and a control device , which is electrically connected to the lock and has a reading and/or input device connected to the control device for generating an opening impulse, wherein the lock comprises a lock bolt , a lock latch , a lock follower that can be connected to a door handle , and a drive motor for actuating the lock bolt and/or the lock latch , and wherein the lock follower is formed as a split follower having an inner follower that is connected or connectable to an inner handle and an outer follower that is couplable and decouplable and is connectable to an outer handle, and the lock follower interacts with a handle sensor connected to the control device for detecting a door handle actuation, characterised in that the lock bolt and/or the lock latch can be actuated between an open position and a day position and a closed position, and the handle sensor has an outer sensor that interacts with the outer follower , and the control device is formed in such a way that, in the closed position and when the outer follower is decoupled, it firstly brings the lock bolt into the day position via the drive motor after receiving an opening impulse and then controls the drive motor for bringing the lock bolt and/or the lock latch into the open position when, after reaching the day position, the outer sensor detects an actuation of the outer handle, or the outer sensor detects that an actuation of the outer handle continues.
An electronic device , comprising: a first shared line of a plurality of first contacts to respectively connect to a plurality of integrated circuits; a plurality of second lines of respective second contacts to respectively connect to the plurality of integrated circuits; a third shared line of a plurality of third contacts to respectively connect to the plurality of integrated circuits; and circuitry to determine whether one of the third contacts is connected to an integrated circuit based on a state of the first shared line and a state of one of the plurality of second lines that is associated with the one of the third contacts; characterized in that the circuitry is to validate connectivity of each of the plurality of second lines before determining whether the one of the third contacts is connected. a first shared line of a plurality of first contacts to respectively connect to a plurality of integrated circuits; a plurality of second lines of respective second contacts to respectively connect to the plurality of integrated circuits; a third shared line of a plurality of third contacts to respectively connect to the plurality of integrated circuits; and circuitry to determine whether one of the third contacts is connected to an integrated circuit based on a state of the first shared line and a state of one of the plurality of second lines that is associated with the one of the third contacts; characterized in that the circuitry is to validate connectivity of each of the plurality of second lines before determining whether the one of the third contacts is connected.
A method of providing an indication of a user's urgency index associated with a physiological condition, wherein the physiological condition is diabetes, comprising: a. receiving data of a first type associated with a physiological condition, the data of the first type being glucose concentration; b. calculating data of a second type associated with the physiological condition, wherein the calculated data of the second type is derived from the received data of the first type; c. receiving data of a third type associated with the physiological condition, wherein the received data of the third type represents a factor affecting a health risk of the physiological condition and includes receiving data entered by a user that includes a user weight, a user indication of activity level, anthropometric data, stress data, health data, data about a placement of the sensor measuring the data of the first type, age, or gender; d. determining pattern data comprising time-of-day-based patterns of glucose values based on eating, exercising or other activities at certain times of day; e. determining a glycemic urgency index based at least on the received data of the first, second, and third types, wherein the glycemic urgency index is a number; f. providing an indication of the determined urgency index on a mobile device ; and g. providing an alert or alarm if the urgency index reaches a predetermined alerting or alarming threshold, respectively, wherein determining the glycemic urgency index comprises determining, based on the time of day and the pattern data, whether an excursion outside normal glucose levels is expected and wherein alert or alarm triggering is supressed in the case where the excursion outside normal glucose levels is expected. a. receiving data of a first type associated with a physiological condition, the data of the first type being glucose concentration; b. calculating data of a second type associated with the physiological condition, wherein the calculated data of the second type is derived from the received data of the first type; c. receiving data of a third type associated with the physiological condition, wherein the received data of the third type represents a factor affecting a health risk of the physiological condition and includes receiving data entered by a user that includes a user weight, a user indication of activity level, anthropometric data, stress data, health data, data about a placement of the sensor measuring the data of the first type, age, or gender; d. determining pattern data comprising time-of-day-based patterns of glucose values based on eating, exercising or other activities at certain times of day; e. determining a glycemic urgency index based at least on the received data of the first, second, and third types, wherein the glycemic urgency index is a number; f. providing an indication of the determined urgency index on a mobile device ; and g. providing an alert or alarm if the urgency index reaches a predetermined alerting or alarming threshold, respectively,
A drawer arrangement, comprising: - a drawer side wall which is connected or which is configured to be connected to a drawer rail of a drawer pull-out guide , the drawer side wall having a support portion for supporting a drawer bottom , - a drawer pull-out guide having a carcass rail to be fixed to a furniture carcass by fastening portions , a drawer rail which is connected or which is configured to be connected to the drawer side wall , and a central rail displaceably supported between the carcass rail and the drawer rail , the central rail having a side limb and a transverse limb connected therewith, wherein in the mounted position, the side limb of the central rail is arranged laterally beside the support portion for the drawer bottom , wherein the transverse limb of the central rail , in the mounted position, protrudes at least partially below the support portion for the drawer bottom , - wherein the transverse limb of the central rail has a free end region which can be supported on the carcass rail by at least one rolling body , the at least one rolling body being arranged in a running carriage configured to run along the transverse limb of the central rail , characterized in that - the central rail includes a further transverse limb protruding transversely from the side limb of the central rail in a direction of the fastening portion of the carcass rail , wherein the running carriage protrudes below the second transverse limb of the central rail . - a drawer side wall which is connected or which is configured to be connected to a drawer rail of a drawer pull-out guide , the drawer side wall having a support portion for supporting a drawer bottom , - a drawer pull-out guide having a carcass rail to be fixed to a furniture carcass by fastening portions , a drawer rail which is connected or which is configured to be connected to the drawer side wall , and a central rail displaceably supported between the carcass rail and the drawer rail , the central rail having a side limb and a transverse limb connected therewith, wherein in the mounted position, the side limb of the central rail is arranged laterally beside the support portion for the drawer bottom , wherein the transverse limb of the central rail , in the mounted position, protrudes at least partially below the support portion for the drawer bottom , - wherein the transverse limb of the central rail has a free end region which can be supported on the carcass rail by at least one rolling body , the at least one rolling body being arranged in a running carriage configured to run along the transverse limb of the central rail , characterized in that - the central rail includes a further transverse limb protruding transversely from the side limb of the central rail in a direction of the fastening portion of the carcass rail , wherein the running carriage protrudes below the second transverse limb of the central rail .
Head for the three-dimensional printing of molten metal comprising at least one hollow body comprising: - at least a first chamber adapted to contain at least one molten metal in which at least one dispensing opening is formed for the dispensing of said molten metal ; - at least a second chamber adapted to contain at least one operating fluid and connected to pressure variation means adapted to define a pressure difference between said first chamber and said second chamber ; and - at least one dispensing assembly comprising at least one flexible laminar element separating said first chamber and said second chamber , said laminar element being deformable by means of a pressure variation in said second chamber and the deformation of said laminar element thus determining the outflow of said molten metal from said dispensing opening ; characterized by the fact that said dispensing assembly comprises at least one dispensing element housed in said first chamber , associated with said laminar element and comprising at least one thrust portion dipped in said molten metal and arranged in the proximity of said dispensing opening , the deformation of said laminar element occurring between a first configuration in which said thrust portion is arranged away from said dispensing opening and a second configuration in which said thrust portion is approached to said dispensing opening , in which the approach of said thrust portion to said dispensing opening determines the outflow of said molten metal from said dispensing opening . - at least a first chamber adapted to contain at least one molten metal in which at least one dispensing opening is formed for the dispensing of said molten metal ; - at least a second chamber adapted to contain at least one operating fluid and connected to pressure variation means adapted to define a pressure difference between said first chamber and said second chamber ; and - at least one dispensing assembly comprising at least one flexible laminar element separating said first chamber and said second chamber , said laminar element being deformable by means of a pressure variation in said second chamber and the deformation of said laminar element thus determining the outflow of said molten metal from said dispensing opening ;
A blow valve for a blow molding machine , the blow valve comprising: a housing having an inlet and an outlet ; a piston movable inside the housing , the piston including a pressure compensation end , a valve seat end , and a pressure compensation bore ; and a pressure compensation chamber positioned between the pressure compensation end of the piston and the housing , the pressure compensation chamber in fluid communication with the inlet via the valve seat end of the piston via the pressure compensation bore , wherein the piston is configured to actuate independently of an inlet fluid pressure , and wherein the piston further comprises an annular section , and the valve further comprises: an upper control chamber positioned between an upper end of the annular section and the housing ; and a lower control chamber positioned between a lower end of the annular section and the housing , wherein the upper control chamber and the lower control chamber are operable to actuate the piston independently of the inlet fluid pressure , wherein the valve is biased to remain closed when the valve is in a closed position, wherein the valve further comprises a pilot valve , the pilot valve being operable to independently control the pressure in each of the upper control chamber and the lower control chamber , characterized in that the pilot valve is a 5/2 valve. a housing having an inlet and an outlet ; a piston movable inside the housing , the piston including a pressure compensation end , a valve seat end , and a pressure compensation bore ; and a pressure compensation chamber positioned between the pressure compensation end of the piston and the housing , the pressure compensation chamber in fluid communication with the inlet via the valve seat end of the piston via the pressure compensation bore , wherein the piston is configured to actuate independently of an inlet fluid pressure , and wherein the piston further comprises an annular section , and the valve further comprises: an upper control chamber positioned between an upper end of the annular section and the housing ; and a lower control chamber positioned between a lower end of the annular section and the housing , an upper control chamber positioned between an upper end of the annular section and the housing ; and a lower control chamber positioned between a lower end of the annular section and the housing , wherein the upper control chamber and the lower control chamber are operable to actuate the piston independently of the inlet fluid pressure , wherein the valve is biased to remain closed when the valve is in a closed position, wherein the valve further comprises a pilot valve , the pilot valve being operable to independently control the pressure in each of the upper control chamber and the lower control chamber , characterized in that the pilot valve is a 5/2 valve.
A light emitting diode array module comprising at least two light emitting diodes and a lens , wherein the lens comprises one common lens segment, wherein the common lens segment comprises a multitude of sections at least partly encompassing an axis perpendicular to the lens , wherein the sections shape an uneven surface of the lens , wherein the light emitting diodes are arranged to illuminate at least two non-overlapping target areas in a reference plane, and wherein the sections are arranged such that at least one light emitting diode illuminates one respective target area of the target areas , wherein at least a part of the sections comprise an inner side surface and an outer side surface joined by a peak, wherein an orientation of at least one of the inner side surface or outer side surface with respect to the axis changes depending on a distance between the peak and the axis at least within a defined distance to the axis, and wherein the at least two light emitting diodes are arranged in a plane perpendicular to the axis, wherein the lens is arranged to image light emitted by each of the at least two light emitting diodes depending on a distance of each of the at least two light emitting diodes to the axis to respective target areas , characterized in that each respective target area is arranged point symmetric to the respective light emitting diode with respect to the center of the lens . wherein at least a part of the sections comprise an inner side surface and an outer side surface joined by a peak, wherein an orientation of at least one of the inner side surface or outer side surface with respect to the axis changes depending on a distance between the peak and the axis at least within a defined distance to the axis, and wherein the at least two light emitting diodes are arranged in a plane perpendicular to the axis, wherein the lens is arranged to image light emitted by each of the at least two light emitting diodes depending on a distance of each of the at least two light emitting diodes to the axis to respective target areas , characterized in that each respective target area is arranged point symmetric to the respective light emitting diode with respect to the center of the lens .