mhurhangee/ep-ind-claims huggingface dataset:
Desalinization device (10; 110) comprising: (a) a gas diffusion anode (12; 112) suitable to transform hydrogen H 2 into H + hydrogen ions; (b) a gas diffusion cathode (14; 114) connected through an electrical connection to said gas diffusion anode and suitable to transform oxygen O 2 into OH - hydroxide ions; (c) a system to feed said gas diffusion anode with hydrogen; (d) a system to feed said gas diffusion cathode with oxygen; (e) a cation exchange membrane (18; 118); (f) an anion exchange membrane (16; 116); wherein (i) said cathode (14; 114) is contained in a cathodic chamber (28; 128) suitable to contain or containing a catholyte; (ii) said anode (12; 112) is contained in an anodic chamber (26; 126) suitable to contain or containing an anolyte; (iii) said anodic chamber (26; 126) and said cathodic chamber (28; 228) are separated by said cation exchange membrane (18; 118) and by said anion exchange membrane (16; 116) which in turn are separated by a third chamber (30; 130) suitable to contain or containing a salt aqueous solution, where (α) said cation exchange membrane (18; 118) is simultaneously a wall or a part thereof of said cathodic chamber (28; 128) and of said third chamber (30; 130) so that there can be a salt cation passage from the third chamber (30, 130) to the cathodic chamber (28; 128); (β) said anion exchange membrane (16; 116) is simultaneously a wall or a part thereof of said anodic chamber (26; 126) and of said third chamber (30; 130) so that there can be a salt anions passage from the third chamber (30; 130) to the anodic chamber (26; 126). (a) a gas diffusion anode (12; 112) suitable to transform hydrogen H 2 into H + hydrogen ions; (b) a gas diffusion cathode (14; 114) connected through an electrical connection to said gas diffusion anode and suitable to transform oxygen O 2 into OH - hydroxide ions; (c) a system to feed said gas diffusion anode with hydrogen; (d) a system to feed said gas diffusion cathode with oxygen; (e) a cation exchange membrane (18; 118); (f) an anion exchange membrane (16; 116); (i) said cathode (14; 114) is contained in a cathodic chamber (28; 128) suitable to contain or containing a catholyte; (ii) said anode (12; 112) is contained in an anodic chamber (26; 126) suitable to contain or containing an anolyte; (iii) said anodic chamber (26; 126) and said cathodic chamber (28; 228) are separated by said cation exchange membrane (18; 118) and by said anion exchange membrane (16; 116) which in turn are separated by a third chamber (30; 130) suitable to contain or containing a salt aqueous solution, (α) said cation exchange membrane (18; 118) is simultaneously a wall or a part thereof of said cathodic chamber (28; 128) and of said third chamber (30; 130) so that there can be a salt cation passage from the third chamber (30, 130) to the cathodic chamber (28; 128); (β) said anion exchange membrane (16; 116) is simultaneously a wall or a part thereof of said anodic chamber (26; 126) and of said third chamber (30; 130) so that there can be a salt anions passage from the third chamber (30; 130) to the anodic chamber (26; 126).
An ovenware which is a molded article of a resin composition containing a liquid crystalline polyester resin, an inorganic filler, and a fatty acid metal salt, wherein an amount of the fatty acid metal salt in the resin composition is 0.001 parts by mass or more and 0.2 parts by mass or less with respect to 100 parts by mass of the liquid crystalline polyester resin, and when the ovenware is heated at 250°C, a total generated concentration of nonanal and decanal derived from the fatty acid metal salt is 1 vol ppb or less. (Determined as disclosed in the description) wherein an amount of the fatty acid metal salt in the resin composition is 0.001 parts by mass or more and 0.2 parts by mass or less with respect to 100 parts by mass of the liquid crystalline polyester resin, and when the ovenware is heated at 250°C, a total generated concentration of nonanal and decanal derived from the fatty acid metal salt is 1 vol ppb or less. (Determined as disclosed in the description)
A physical function multiplexing method, characterized in that, the method is applied at a network device, and the network device comprises at least one virtual machine VM; a first VM in the at least one VM has at least one physical function PF; the first VM is any VM in the at least one VM; a first PF in the at least one PF is configured with at least two virtual functions VFs, and the first PF is any PF in the at least one PF; wherein the method comprises: configuring at least one first VF in the at least two VFs to support an OpenVswitch standard and a Data Plane Development Kit, OVDK, function, the first VF being any VF in the at least two VFs; and configuring other VF excluding the at least one first VF in the at least two VFs to support a single root I/O virtualization SR-IOV function. configuring at least one first VF in the at least two VFs to support an OpenVswitch standard and a Data Plane Development Kit, OVDK, function, the first VF being any VF in the at least two VFs; and configuring other VF excluding the at least one first VF in the at least two VFs to support a single root I/O virtualization SR-IOV function.
A destratification fan assembly for an industrial environment that is delimited on the top by a ceiling, wherein the destratification fan assembly comprises: - a support frame fixable to said ceiling of the industrial environment; - a blade group rotatable about a main axis (X-X); - an electric motor group extending along the main axis (X-X) supporting said blade group and supported by said support frame, comprising: i) a drive shaft extending along said main axis (X-X) having a blade end to which the blade group is solidly connected; ii) an electric motor operatively connected to the drive shaft, wherein the electric motor comprises a rotor and a stator, wherein the rotor is operatively connected to the drive shaft; iii) an electronic command device of the electric motor positioned along the main axis (X-X); wherein the destratification fan assembly is characterized by the fact that the rotor is of the external rotor type. - a support frame fixable to said ceiling of the industrial environment; - a blade group rotatable about a main axis (X-X); - an electric motor group extending along the main axis (X-X) supporting said blade group and supported by said support frame, comprising: i) a drive shaft extending along said main axis (X-X) having a blade end to which the blade group is solidly connected; ii) an electric motor operatively connected to the drive shaft, wherein the electric motor comprises a rotor and a stator, wherein the rotor is operatively connected to the drive shaft; iii) an electronic command device of the electric motor positioned along the main axis (X-X); wherein the destratification fan assembly is characterized by the fact that the rotor is of the external rotor type. i) a drive shaft extending along said main axis (X-X) having a blade end to which the blade group is solidly connected; ii) an electric motor operatively connected to the drive shaft, wherein the electric motor comprises a rotor and a stator, wherein the rotor is operatively connected to the drive shaft; iii) an electronic command device of the electric motor positioned along the main axis (X-X);
A lubrication system for a gate valve having a moveable gate and a gate sealing element (20, 30) located between first and second housing sections (12, 13), wherein the gate is moved by energizing an actuator, the lubrication system comprising: a cartridge having a lubricant for lubricating the gate sealing element (20, 30); a plunger element for moving the lubricant from the cartridge to the gate sealing element (20, 30; a lubricant passageway located between the plunger element and the gate sealing element (20, 30) for supplying the lubricant moved by the plunger element to the gate sealing element (20, 30); and a plunger contact member in use being attached to the gate by an attachment element; wherein the plunger contact member engages the plunger element, and wherein movement of the gate causes movement of the plunger element to cause the lubricant to move from the cartridge to the gate sealing element characterised by further comprising a clevis in use being attached to the gate, wherein the plunger contact member is attached to the clevis. a cartridge having a lubricant for lubricating the gate sealing element (20, 30); a plunger element for moving the lubricant from the cartridge to the gate sealing element (20, 30; a lubricant passageway located between the plunger element and the gate sealing element (20, 30) for supplying the lubricant moved by the plunger element to the gate sealing element (20, 30); and a plunger contact member in use being attached to the gate by an attachment element; wherein the plunger contact member engages the plunger element, and wherein movement of the gate causes movement of the plunger element to cause the lubricant to move from the cartridge to the gate sealing element characterised by further comprising a clevis in use being attached to the gate, wherein the plunger contact member is attached to the clevis.
A combustion device comprising a burner, a combustion chamber downstream of the burner, a lance projecting into the burner for fuel and air injection, a main distribution plenum, an inner plenum; an outer plenum that houses the inner plenum and the burner; the inner plenum being connected to the burner to supply air to the burner; the outer plenum being connected to the lance to supply air to the lance; characterized in that, the main distribution plenum being configured for supply air received from a compressor bleed to the outer plenum at a first flow rate and to the inner plenum at a second flow rate that is greater than the first flow rate; a first row of turbine vanes downstream the combustion chamber and an outlet plenum configured to supply air received from the main distribution plenum to outlet guide vanes upstream the burner; wherein the main distribution plenum, the inner plenum and the outer plenum are configured such that a pressure at which air is fed to the lance is higher than a pressure within the inner plenum.
A test and measurement instrument comprising: an analog-to-digital converter for receiving an input signal and producing a digital signal; and a processor for converting digital data from the digital signal into a current target image, and for using an object recognition technique to recognize a signal within the target image, wherein the processor is configured to recognize the signal based on a reference image; wherein the processor is operable to update the reference image by replacing the reference image with a portion of the current or a previous target image. an analog-to-digital converter for receiving an input signal and producing a digital signal; and a processor for converting digital data from the digital signal into a current target image, and for using an object recognition technique to recognize a signal within the target image, wherein the processor is configured to recognize the signal based on a reference image; wherein the processor is operable to update the reference image by replacing the reference image with a portion of the current or a previous target image.
Traffic management system for provision of traffic information and for controlling and influencing traffic in a traffic network of a city, comprising a traffic management centre with means for central creation of an information message (IM1, IM2, IMn) for road users, a terminal that road users are able to carry with them for receiving and for output of the information message (IM1, IM2, IMn), data transmission means for transfer of the information message (IM1, IM2, IMn) from the traffic management centre to the terminal, wherein the creation means are further embodied for location of the information message (IM1, IM2, IMn) by assigning a location code for destination-oriented transfer and/or output of the located information message (IM1, IM2, IMn), wherein the location code represents a location or section of the traffic network relating to the information message (IM1, IM2, IMn), wherein the data transmission means has a number of distribution devices distributed strategically in the traffic network, which are connected to the traffic management centre for wired and/or wireless data transmission and each comprise a transmit unit for wireless transfer of information messages (IM1, IM2, IMn) to terminals within a local transmit area, wherein an information message (IM1, IM2, IMn) is able to be transmitted explicitly on the basis of its location code to one or more distribution devices, characterised in that the distribution devices in the street in the traffic network are arranged at locations which are relevant to the traffic and that the transmit units have a local transmit region with a range between 50 m and 300 m and are embodied as WLAN transmitters.
An intercom system comprising: a first communication network in which communication is performed between a plurality of terminals including a first entrance slave device and a first intercom master device; and a second communication network in which communication is performed between a plurality of terminals including a second entrance slave device and a second intercom master device, characterized in that the first communication network and the second communication network are connected to each other, and at least one of the first intercom master device and the second intercom master device is configured to set share or unshare for indicating whether or not information provided in a time slot (SL0-SL23) is shared between the first communication network and the second communication network, for each time slot (SL0-SL23), and to control connection or disconnection between the first communication network and the second communication network, in accordance with settings of the share or the unshare. a first communication network in which communication is performed between a plurality of terminals including a first entrance slave device and a first intercom master device; and a second communication network in which communication is performed between a plurality of terminals including a second entrance slave device and a second intercom master device, characterized in that the first communication network and the second communication network are connected to each other, and at least one of the first intercom master device and the second intercom master device is configured to set share or unshare for indicating whether or not information provided in a time slot (SL0-SL23) is shared between the first communication network and the second communication network, for each time slot (SL0-SL23), and to control connection or disconnection between the first communication network and the second communication network, in accordance with settings of the share or the unshare.
A composite comprising: a metal-organic framework; and an ionic liquid disposed in a pore defined by the metal-organic framework, wherein the metal-organic framework is at least one selected from the group consisting of Ti 8 O 8 4 [O 2 C-C 6 H 4 -CO 2] 6, Ti 8 O8 4 [O 2 C-C 6 H 3 (NH 2)-CO 2] 6, VO[C 5 H 4 (CO 2) 2], Al [C 5 H 4 (CO 2) 2], Cr [C 5 H 4 (CO 2) 2], Al [C 10 H 6 (CO 2) 2], Cr 3 OX I [C 5 H 4 (CO 2) 2] 3 (where X is at least one selected from H, OH -, Cl -, F -, CH 3 COO -, PF 6 -, and ClO 4 -, and I is 0 or an integer of 1 to 8), Cr 3 OX I [C 12 H 8 (CO 2) 2] 3 (where X is at least one selected from H, OH -, Cl -, F -, CH 3 COO -, PF 6 -, and ClO 4 -, and I is 0 or an integer of 1 to 8), Cr 3 OX I [C 6 H 3 (CO 2) 3] 3 (where X is at least one selected from H, OH -, Cl -, F -, CH 3 COO -, PF 6 -, and ClO 4 -, and I is 0 or an integer of 1 to 8), Al 8 15 (H 2 O) 3 [C 6 H 3 (CO 2) 3] 3, V 3 OX I [C 6 H 3 (CO 2) 3] 3 (where X is at least one selected from H, OH -, Cl -, F -, CH 3 COO -, PF 6 -, and ClO 4 -, and I is 0 or an integer of 1 to 8), ZrO[C 5 H 4 (CO 2) 2], Cu(bpy)(H 2 O) 2 (BF 4) 2 (bpy), and Ti 8 O 8 4 [O 2 C-C 6 H 3 (NH 2)-CO 2] 6, wherein the ionic liquid is at least one selected from compounds each comprising i) a cation of at least one selected from an ammonium, a pyrrolidinium, a pyridinium, a pyrimidinium, an imidazolium, a piperidinium, a pyrazolium, an oxazolium, a pyridazinium, a phosphonium, a sulfonium, and a triazolium, and ii) at least one anion selected from BF 4 -, PF 6 -, AsF 6 -, SbF 6 -, AlCl 4 -, HSO 4 -, ClO 4 -, CI-, Br-, I-, CF 3 SO 3 -, CF 3 CO 2 -, NO 3 -, Al 2 Cl 7 -, CH 3 COO -, CH 3 SO 3 -, (CF 3 SO 2) 3 C -, (CF 3 CF 2 SO 2) 2 N -, (CF 3 SO 2) 2 N-, (FSO 2) 2 N-, (CF 3) 2 PF 4 -, (CF 3) 3 PF 3 -, (CF 3) 4 PF 2 -, (CF 3) 5 PF -, (CF 3) 6 P -, SF 5 CF 2 SO 3 -, SF 5 CHFCF 2 SO 3 -, CF 3 CF 2 (CF 3) 2 CO -, (CF 3 SO 2) 2 CH -, (SF 5) 3 C -, (C 2 F 5 SO 2)(CF 3 SO 2)N - and (O(CF 3) 2 C 2 (CF 3) 2 O) 2 PO -, and wherein the amount of ionic liquid of the composite is in a range from 0.1 parts to 50 parts by weight based on 100 parts by weight of the total weight of the composite.
A process for purifying melamine production wastewater containing alkali metal compounds, which includes thermal hydrolysis of wastewater at a temperature of 190-245°C characterized in that the steam is bubbled through the wastewater in a hydrolyzer, wherein the amount of bubbled steam is equal to 5-20% of the amount of untreated wastewater and the bubbled steam temperature exceeds hydrolysis work temperature by 5-60°C.
An electric spot welding gun comprising: a servo motor; a push rod that advances and retracts according to rotation of a rotor of the servo motor; a first electrode tip that is mounted to an arm fixed to a leading end of the push rod, wherein a position of the first electrode tip is offset relative to the push rod, and characterized by: an encoder that detects a rotational angle of the rotor of the servo motor; and a set of pressing guides (55a, 55b) that is fixed integrally with the push rod and extends in parallel with the push rod, wherein the rotor and the encoder are disposed in parallel to each other in an offset plane on which the electrode tip is offset relative to the push rod, at attitudes at which a trailing end of the rotor on a side opposite a push rod side thereof and an input end of the encoder are facing the same direction, and wherein the set of pressing guides (55a, 55b) interpose the offset plane so as to be disposed on both sides thereof. a servo motor; a push rod that advances and retracts according to rotation of a rotor of the servo motor; a first electrode tip that is mounted to an arm fixed to a leading end of the push rod, wherein a position of the first electrode tip is offset relative to the push rod, and characterized by: an encoder that detects a rotational angle of the rotor of the servo motor; and a set of pressing guides (55a, 55b) that is fixed integrally with the push rod and extends in parallel with the push rod, wherein the rotor and the encoder are disposed in parallel to each other in an offset plane on which the electrode tip is offset relative to the push rod, at attitudes at which a trailing end of the rotor on a side opposite a push rod side thereof and an input end of the encoder are facing the same direction, and wherein the set of pressing guides (55a, 55b) interpose the offset plane so as to be disposed on both sides thereof. an encoder that detects a rotational angle of the rotor of the servo motor; and a set of pressing guides (55a, 55b) that is fixed integrally with the push rod and extends in parallel with the push rod, wherein the rotor and the encoder are disposed in parallel to each other in an offset plane on which the electrode tip is offset relative to the push rod, at attitudes at which a trailing end of the rotor on a side opposite a push rod side thereof and an input end of the encoder are facing the same direction, and wherein the set of pressing guides (55a, 55b) interpose the offset plane so as to be disposed on both sides thereof.
A computer-implemented method, comprising: detecting, at a first device, a presence of a second device; verifying, at the first device, an authorization to initiate communication between the first device and the second device; receiving, at the first device, data from the second device comprising accuracy data indicating a level of accuracy associated with shared location data defining a location of the second device, the data further comprising resource data indicating a level of resources associated with the shared location data; selecting the shared location data or component location data provided by a component (116, 117, 118, 119) of the first device based, at least in part, on the accuracy data and the resource data; if the component location data is selected, determining a location of the first device based, at least in part, on the component location data provided by the component of the first device; and if the shared location data is selected, receiving, at the first device, the shared location data from the second device, and determining the location of the first device based, at least in part, on the shared location data defining the location of the second device. detecting, at a first device, a presence of a second device; verifying, at the first device, an authorization to initiate communication between the first device and the second device; receiving, at the first device, data from the second device comprising accuracy data indicating a level of accuracy associated with shared location data defining a location of the second device, the data further comprising resource data indicating a level of resources associated with the shared location data; selecting the shared location data or component location data provided by a component (116, 117, 118, 119) of the first device based, at least in part, on the accuracy data and the resource data; if the component location data is selected, determining a location of the first device based, at least in part, on the component location data provided by the component of the first device; and if the shared location data is selected, receiving, at the first device, the shared location data from the second device, and determining the location of the first device based, at least in part, on the shared location data defining the location of the second device. receiving, at the first device, the shared location data from the second device, and determining the location of the first device based, at least in part, on the shared location data defining the location of the second device.
A product comprising a triglyceride fat component, which comprises at least one of Allanblackia fat and Pentadesma fat, characterized in that the triglyceride fat component is present as a suspension of defined fat crystals of at least one of Allanblackia fat and Pentadesma fat, wherein the fat crystals have a particle diameter spectrum where more than 90%, preferably more than 98% of all suspended fat crystals have particle diameters of less than 50 μm, preferably less than 20μm in a liquid matrix of at least one of Allanblackia fat, Pentadesma fat and/or a further edible triglyceride component, wherein the matrix is a composition with fat constituent(s) in solid form and oil constituent(s) in liquid form.