mhurhangee/ep-ind-claims huggingface dataset:
A liquid treatment module, configured for ultraviolet -light treatment of a liquid flowing through a first treatment chamber defined as a first elongated circumferential hollow cavity between an outer surface of a first translucent inner sleeve, arranged to protect and include a UV-light treatment lamp, and an inner surface of a first outer sleeve (18, 18') configured to enclose said first translucent sleeve, the module comprises a module inlet connection configured to receive liquid to be treated and a module outlet connection configured to expel liquid treated by the liquid treatment module, characterized in that said module comprises - first liquid flow guiding members (24, 24') configured to guide and direct a liquid flow from said module inlet connection into said first treatment chamber, - second liquid flow guiding members (28, 28') configured to guide and direct a liquid flow from said first treatment chamber into a second treatment chamber, and - third liquid flowing guiding members (34, 34') configured to guide and direct a liquid recirculation flow from said second treatment chamber (32, 32') back into the first treatment chamber again, wherein the recirculation is provided within the module between the first treatment chamber and the second treatment chamber and wherein a recirculation connection is provided configured to direct and guide said liquid recirculation flow from said second treatment chamber (32, 32') into the first treatment chamber again and wherein a mixing zone is established in connection to the module inlet connection where injected flow meets the recirculation flow, wherein particles are provided within said first and second treatment chambers, the particles being capable to flow with said liquid through the treatment chambers, wherein said particles comprises abrasive particles capable of removing fouling/scaling at surfaces of said treatment chambers and wherein a filter member is provided configured to prevent said particles from escaping from said treatment chambers, but allowing liquid to flow out from said chambers, through said module outlet connection. - first liquid flow guiding members (24, 24') configured to guide and direct a liquid flow from said module inlet connection into said first treatment chamber, - second liquid flow guiding members (28, 28') configured to guide and direct a liquid flow from said first treatment chamber into a second treatment chamber, and - third liquid flowing guiding members (34, 34') configured to guide and direct a liquid recirculation flow from said second treatment chamber (32, 32') back into the first treatment chamber again,
Metal-arc welding method using a consumable electrode, one end of which is gradually melted by an electrical current supplied to the electrode, said method comprising a number n 1, n 1 >=1 of short-circuit welding cycles alternating with a number n 2, n 2 >=1 of pulsed transfer welding cycles, which short-circuit welding cycles each comprise an arc period followed by a short-circuit period in which the molten metal establishes a short circuit with a weld puddle, characterised in that it comprises movement of the electrode at a speed V 1 during the arc period and a reduction in the electrode movement speed to a value V 3, V 3 <V 1, during the short-circuit period, and a movement of the electrode at a speed V p during the pulsed transfer cycle, the speed V p being greater than the speed V 1.
A method for the fermentative production of a saccharide comprising at least one N-acetylneuraminic acid moiety, the method comprising the steps of a) providing at least one genetically engineered microbial cell which comprises (i) a sialic acid biosynthesis pathway comprising a glucosamine-6-phosphate N -acetyltransferase, an N-acetylglucosamine-6-phosphate epimerase and an N-acetylmannosamine-6-phosphate phosphatase; (ii) a cytidine 5'-monophospho- - N -acetylneuraminic acid synthetase; and (iii) a heterologous sialyltransferase; b) cultivating the at least one genetically-engineered microbial cell in a fermentation broth and under conditions permissive for the production of said saccharide comprising at least one N -acetylneuraminic acid moiety; and optionally c) recovering said saccharide comprising at least one N -acetylneuraminic acid moiety. a) providing at least one genetically engineered microbial cell which comprises (i) a sialic acid biosynthesis pathway comprising a glucosamine-6-phosphate N -acetyltransferase, an N-acetylglucosamine-6-phosphate epimerase and an N-acetylmannosamine-6-phosphate phosphatase; (ii) a cytidine 5'-monophospho- - N -acetylneuraminic acid synthetase; and (iii) a heterologous sialyltransferase; (i) a sialic acid biosynthesis pathway comprising a glucosamine-6-phosphate N -acetyltransferase, an N-acetylglucosamine-6-phosphate epimerase and an N-acetylmannosamine-6-phosphate phosphatase; (ii) a cytidine 5'-monophospho- - N -acetylneuraminic acid synthetase; and (iii) a heterologous sialyltransferase; b) cultivating the at least one genetically-engineered microbial cell in a fermentation broth and under conditions permissive for the production of said saccharide comprising at least one N -acetylneuraminic acid moiety; and optionally c) recovering said saccharide comprising at least one N -acetylneuraminic acid moiety.
A method of determining an error condition in a magnetic field sensor, comprising: receiving a first bridge signal, the first bridge signal generated by a first full bridge circuit; receiving a second bridge signal, the second bridge signal generated by a second full bridge circuit; determining a bridge separation from the first bridge signal and the second bridge signal, wherein the determining the bridge separation comprises dividing the first bridge signal by the second bridge signal or dividing the second bridge signal by the first bridge signal; comparing a function of the bridge separation to a threshold value; and generating (1010, 1012) an error signal indicative of the error condition or indicative of no error condition in response to the comparing. receiving a first bridge signal, the first bridge signal generated by a first full bridge circuit; receiving a second bridge signal, the second bridge signal generated by a second full bridge circuit; determining a bridge separation from the first bridge signal and the second bridge signal, wherein the determining the bridge separation comprises dividing the first bridge signal by the second bridge signal or dividing the second bridge signal by the first bridge signal; comparing a function of the bridge separation to a threshold value; and generating (1010, 1012) an error signal indicative of the error condition or indicative of no error condition in response to the comparing.
Washing device for elongate profile sections which have been cut to length, comprising a drum (5, 6) which is rotatable about a horizontally oriented axis of rotation (3, 4), said drum having a plurality of receiving areas (8, 9) which are arranged next to one another along the circumference of the drum and into which elongate profile sections oriented along the longitudinal direction can be inserted, comprising a receiving opening for the elongate profile sections and a discharge opening for the elongate profile sections and an upper transport path (To) for the elongate profile sections running between the receiving opening and the discharge opening wherein the upper transport path (To) passes the axis of rotation (3, 4) on the side thereof facing away from the ground, characterized in that an opening width of the discharge opening is adjustable in the circumferential direction and a radially outer side of the drum (5, 6) is covered by a movable cover device which is rotatable about the axis of rotation (3, 4), and wherein the position of a longitudinal edge of the cover device defines the height of the discharge opening.
An optoelectronic device having a layered construction, comprising: a base layer; a first conductive layer on the base layer; a photoactive layer on the first conductive layer and in electrical contact therewith; plural separation channels extending through the photoactive layer and the first conductive layer, wherein, on opposite sides of the separation channels, the photoactive layer is separated into photoactive regions (133a, 133b) and the first conductive layer is separated into first electrodes in electrical contact with respective photoactive regions; between adjacent photoactive regions, insulator material extending at least through the respective separation channels to the base layer; and a second conductive layer on the photoactive layer and in electrical contact therewith separated into second electrodes in electrical contact with respective photoactive regions by gaps extending through the second conductive layer, and characterised in that the device further comprises between adjacent photoactive regions, respective electrical connectors extending inside the lateral extent of the insulator material between a surface of a second electrode that is in physical contact with one of the adjacent photoactive regions and an opposing surface of a first electrode that is in physical contact with the other of the adjacent photoactive regions. a base layer; a first conductive layer on the base layer; a photoactive layer on the first conductive layer and in electrical contact therewith; plural separation channels extending through the photoactive layer and the first conductive layer, wherein, on opposite sides of the separation channels, the photoactive layer is separated into photoactive regions (133a, 133b) and the first conductive layer is separated into first electrodes in electrical contact with respective photoactive regions; between adjacent photoactive regions, insulator material extending at least through the respective separation channels to the base layer; and a second conductive layer on the photoactive layer and in electrical contact therewith separated into second electrodes in electrical contact with respective photoactive regions by gaps extending through the second conductive layer, and characterised in that the device further comprises between adjacent photoactive regions, respective electrical connectors extending inside the lateral extent of the insulator material between a surface of a second electrode that is in physical contact with one of the adjacent photoactive regions and an opposing surface of a first electrode that is in physical contact with the other of the adjacent photoactive regions.
A device for controlling the setting of blades of a rotor of a fan, comprising a radial shaft connected to the blade, a connecting rod the axial displacement of which controls the rotation of the radial shaft, characterized in that it comprises: - a first part rotatably movable with the rotor about the axis of the fan, and on which an end of each connecting rod is secured, - a second part connected to the first part, and - at least three cylinders capable of moving said second part in axial translation, as well as varying its tilt, the translation and tilt of the second part causing corresponding translation and tilt of the first part, such that, during a rotation of the first part, each connecting rod undergoes an axial displacement the amplitude of which is variable depending on the tilt of the first part, enabling the setting of the blade to be varied during its rotation turn. - a first part rotatably movable with the rotor about the axis of the fan, and on which an end of each connecting rod is secured, - a second part connected to the first part, and - at least three cylinders capable of moving said second part in axial translation, as well as varying its tilt, the translation and tilt of the second part causing corresponding translation and tilt of the first part, such that, during a rotation of the first part, each connecting rod undergoes an axial displacement the amplitude of which is variable depending on the tilt of the first part, enabling the setting of the blade to be varied during its rotation turn.
Use of a coating composition in dry powder form, wherein the coating composition comprises at least one organic carrier material in the form of particles having a volume mean diameter of 8 to 200 μm, the carrier material being selected from waxes having a melting point of ≥ 50° Centigrade, and at least one biological agent having an activity against at least one pathogen of an oilseed plant as a coating on an oilseed.
A GMPLS+IP/MPLS node characterized by being used in a network in which a GMPLS, Generalized Multi Protocol Label Switching, network and an IP, Internet Protocol, network are mixed, the GMPLS network comprising a GMPLS+IP/MPLS node (2, 5) as an edge node and a GMPLS node or a GMPLS+IP/MPLS node as a core node, the IP network being provided outside the GMPLS network and comprising an IP/MPLS, Internet Protocol/Multi Protocol Label Switching, node (1, 7), the IP/MPLS node being capable of processing an IP/MPLS protocol outside the GMPLS network and not matching with a GMPLS protocol, the IP/MPLS node being connected to the core node via the edge node, the GMPLS+IP/MPLS node matching with the IP/MPLS protocol, the GMPLS+IP/MPLS node being capable of processing the GMPLS protocol and the IP/MPLS protocol, the GMPLS node being capable of processing the GMPLS protocol, the GMPLS+IP/MPLS node comprising: a device which establishes a GMPLS label path of a packet layer with another GMPLS+IP/MPLS node in the GMPLS network; a device which tunnel transfers a packet transferred from the IP/MPLS node with the other GMPLS+IP/MPLS node through the GMPLS label path; a device which advertises link state information of the GMPLS label path of the packet layer to the IP/MPLS node by a router LSA, Label Switching Advertisement, as a normal link between IP/MPLS nodes; and a device which converts a link of PSC-LSP, Packet Switch Capable-Label Switch Path, used for IP/MPLS from an unnumbered system into a numbered system to advertise as the link of the numbered system. a device which establishes a GMPLS label path of a packet layer with another GMPLS+IP/MPLS node in the GMPLS network; a device which tunnel transfers a packet transferred from the IP/MPLS node with the other GMPLS+IP/MPLS node through the GMPLS label path; a device which advertises link state information of the GMPLS label path of the packet layer to the IP/MPLS node by a router LSA, Label Switching Advertisement, as a normal link between IP/MPLS nodes; and a device which converts a link of PSC-LSP, Packet Switch Capable-Label Switch Path, used for IP/MPLS from an unnumbered system into a numbered system to advertise as the link of the numbered system.
A communication method, comprising: establishing, by a WebRTC module of a first user equipment, Internet-based Web Real-Time Communication, WebRTC, multimedia communication with a WebRTC module of a second user equipment, wherein the Internet-based WebRTC multimedia communication comprises Internet-based WebRTC audio communication and Internet-based WebRTC non-audio communication; and performing, by the first user equipment, a first audio communication change operation, characterized in that: the performing, by the first user equipment, the first audio communication change operation comprises: establishing, by a calling module of the first user equipment, telecommunications domain based audio communication with a calling module of the second user equipment, and disconnecting, by the WebRTC module of the first user equipment in a case in which the Internet-based WebRTC non-audio communication with the WebRTC module of the second user equipment remains, the Internet-based WebRTC audio communication with the second user equipment by instructing, by the WebRTC module of the first user equipment, a user agent of the WebRTC module of the first user equipment to set a status value of a MediaStreamTrack object of audio corresponding to the Internet-based WebRTC audio communication to MUTED after confirming that the telecommunications domain-based audio communication between the first user equipment and the second user equipment is connected. establishing, by a WebRTC module of a first user equipment, Internet-based Web Real-Time Communication, WebRTC, multimedia communication with a WebRTC module of a second user equipment, wherein the Internet-based WebRTC multimedia communication comprises Internet-based WebRTC audio communication and Internet-based WebRTC non-audio communication; and performing, by the first user equipment, a first audio communication change operation, characterized in that: the performing, by the first user equipment, the first audio communication change operation comprises: establishing, by a calling module of the first user equipment, telecommunications domain based audio communication with a calling module of the second user equipment, and disconnecting, by the WebRTC module of the first user equipment in a case in which the Internet-based WebRTC non-audio communication with the WebRTC module of the second user equipment remains, the Internet-based WebRTC audio communication with the second user equipment by instructing, by the WebRTC module of the first user equipment, a user agent of the WebRTC module of the first user equipment to set a status value of a MediaStreamTrack object of audio corresponding to the Internet-based WebRTC audio communication to MUTED after confirming that the telecommunications domain-based audio communication between the first user equipment and the second user equipment is connected.
A robotic system of the type comprising a multi-axis industrial robot having a base structure, an articulated robot wrist, a chain of mutually articulated robot elements connecting the base structure to the robot wrist, and means for controlling the movement of the robot so that positions within a predetermined operating space of the robot can be reached by means of the wrist, the system being characterized in that it comprises a head fixed to the robot wrist and including a telemetric device with three laser measuring devices (40a, 40b, 40c) and a passive video camera viewing device, both incorporated in the head, for the seeking, recognition, relative orientation and/or following of targets or other similar objective signs associated with respective objects or with surface portions of these objects present in the operating space of the robot,and motor means on each robot element of the chain that can be activated by the control means to move the robot in any direction and orientation in space, in order to enable the head to reach any point in the corresponding operating space, the robot head being designed to intercept the target present in the operating space by using the laser telemetric device and the passive video camera viewing device, to position itself relative to the target with a predetermined relative orientation, and/or to follow the target within the operating space while maintaining a predetermined orientation relative to the target along the target following path.
An electric drive unit comprising an electric motor with permanent magnets, an inverter supplying the electric motor, a continuous current stage supplying the inverter a modulator driving the inverter a controller controlling the modulator by a first digital signal (Vs_act) representing the amplitude of the phase voltages (Vs) to be applied to the electric motor and by a second digital signal (freq_act) representing the electrical frequency of the phase voltages to be applied to the electric motor based on a reference frequency (freq_set) set outside or inside the controller; the drive unit comprising a first analogue/digital stage for calculating an optimum value of the advance angle (δopt) of the voltage (Vs) applied to the electric motor relative to the counter-electromotive force (Es), a second analogue/digital stage for measuring the angle (φact) between the voltage (Vs) applied to the electric motor and the phase current (Is). the drive unit being characterised in that it comprises a temperature sensor positioned close to the permanent magnets and in communication with the first analogue/digital stage for providing to the first analogue/digital stage information relating to the temperature of the permanent magnets, the first analogue/digital stage being designed for calculating the optimum value of the advance angle (δopt) as a linear function of the peak value of the phase current (Is) according to the following equation: δ opt = π ⋅ L s ⋅ p K corr ⋅ 60 ⋅ K E ⁢ 0 ⋅ 1 + α mag ⋅ T mag - T 0 ⁢ mag ⋅ I s where "Ls" is the synchronous inductance of the electric motor expressed in Henry, "p" is the number of poles of the electric motor, "Kcorr" is a corrective coefficient with a value greater than 1 and less than 1.2, "KE0" is the counter-electromotive force constant at a reference temperature "T0mag" of the permanent magnets, "αmag" is the coefficient of variation with the residual induction temperature of the permanent magnets, "Tmag" is the temperature of the permanent magnets measured by the temperature sensor the controller being programmed for - estimating, with an electrical frequency sampling, the angle γact between the phase current (Is) and the counter-electromotive force (Es) as the difference between the aforesaid optimum value of the advance angle (δopt) and the angle (φact) measured between the voltage (Vs) applied to the electric motor and the phase current (Is). - estimating, with an electrical frequency sampling, the angle γact between the phase current (Is) and the counter-electromotive force (Es) as the difference between the aforesaid optimum value of the advance angle (δopt) and the angle (φact) measured between the voltage (Vs) applied to the electric motor and the phase current (Is).
Method for synchronizing sensors in a sensor arrangement comprising at least one electronic control unit and at least one sensor which are connected to one another via a first line and a second line, the sensor being supplied with electrical energy via the first and second lines and at least one data signal (a) additionally being transmitted from the sensor to the electronic control unit via the first and second lines, characterized in that the electronic control unit transmits a defined supply voltage signal with alternating polarity to the sensor as the synchronization signal (b, c), whereupon the sensor transmits at least one data signal (a) to the electronic control unit after the polarity of the synchronization signal has been changed.