mhurhangee/patent-ind-claim-en huggingface dataset:
A cell comprising: a solid electrolyte layer including a first surface and a second surface opposite to the first surface; a fuel electrode on the first surface; an air electrode on the second surface; and a middle layer between the second surface and the air electrode , wherein the middle layer is a CeO 2 -type sintered body containing Si, the content of Si equivalent to or less than 150 ppm in terms of SiO 2; the middle layer includes: a first middle layer that is in contact with the solid electrolyte layer ; and a second middle layer that is in contact with the air electrode , and a content of Si in the second middle layer is larger than a content of Si in the first middle layer . a solid electrolyte layer including a first surface and a second surface opposite to the first surface; a fuel electrode on the first surface; an air electrode on the second surface; and a middle layer between the second surface and the air electrode , wherein the middle layer is a CeO 2 -type sintered body containing Si, the content of Si equivalent to or less than 150 ppm in terms of SiO 2; the middle layer includes: a first middle layer that is in contact with the solid electrolyte layer ; and a second middle layer that is in contact with the air electrode , and a first middle layer that is in contact with the solid electrolyte layer ; and a second middle layer that is in contact with the air electrode , and a content of Si in the second middle layer is larger than a content of Si in the first middle layer .
A chemical-mechanical polishing composition comprising: (a) surface-modified colloidal silica particles comprising a negatively-charged group on the surface of the particles, wherein the surface-modified colloidal silica particles have a negative charge, a particle size of about 90 nm to about 350 nm, and a zeta potential of about -5 mV to about -35 mV at a pH of about 3, (b) an iron compound, (c) a stabilizing agent, (d) a corrosion inhibitor, and (e) an aqueous carrier. (a) surface-modified colloidal silica particles comprising a negatively-charged group on the surface of the particles, wherein the surface-modified colloidal silica particles have a negative charge, a particle size of about 90 nm to about 350 nm, and a zeta potential of about -5 mV to about -35 mV at a pH of about 3, a negative charge, a particle size of about 90 nm to about 350 nm, and a zeta potential of about -5 mV to about -35 mV at a pH of about 3, (b) an iron compound, (c) a stabilizing agent, (d) a corrosion inhibitor, and (e) an aqueous carrier.
A gas cooking assembly comprising: (a) a base part comprising: (a1) a burner body for installation in a cooktop surface ; (a2) a gas outlet in the burner body ; and (a3) an ignition source in the burner body ; and (b) an upper part comprising: (b1) at least one foot for supporting the upper part on the cooktop surface ; (b2) a grate for supporting a cooking vessel; (b3) an annular flame spreader ; and (b4) a gas inlet at the bottom side of the flame spreader ; wherein the upper part is an integral unit that is removable from the base part , wherein when the upper part is connected to the base part , the gas inlet of the upper part connects to the gas outlet of the base part . (a) a base part comprising: (a1) a burner body for installation in a cooktop surface ; (a2) a gas outlet in the burner body ; and (a3) an ignition source in the burner body ; and (a1) a burner body for installation in a cooktop surface ; (a2) a gas outlet in the burner body ; and (a3) an ignition source in the burner body ; and (b) an upper part comprising: (b1) at least one foot for supporting the upper part on the cooktop surface ; (b2) a grate for supporting a cooking vessel; (b3) an annular flame spreader ; and (b4) a gas inlet at the bottom side of the flame spreader ; wherein the upper part is an integral unit that is removable from the base part , wherein when the upper part is connected to the base part , the gas inlet of the upper part connects to the gas outlet of the base part . (b1) at least one foot for supporting the upper part on the cooktop surface ; (b2) a grate for supporting a cooking vessel; (b3) an annular flame spreader ; and (b4) a gas inlet at the bottom side of the flame spreader ;
A medical device, comprising: an outer cannula including a cutting window ; an inner cannula disposed within the outer cannula ; a flexible outer tubing coupled to a proximal end of the outer cannula ; a coupling member having a distal end coupled to the proximal end of the inner cannula ; and an aspiration tubing disposed within an inner wall of the flexible outer tubing and fluidly coupled to the inner cannula via the coupling member , and a rotary seal including an inner ring connected to an outer ring, the inner ring including a stationary portion and a rotational portion, the rotational portion coupled to the coupling member and the stationary portion coupled to the aspiration tubing , the rotary seal configured to cause the coupling member to rotate relative to the aspiration tubing responsive to actuation of a corresponding coupling component . an outer cannula including a cutting window ; an inner cannula disposed within the outer cannula ; a flexible outer tubing coupled to a proximal end of the outer cannula ; a coupling member having a distal end coupled to the proximal end of the inner cannula ; and an aspiration tubing disposed within an inner wall of the flexible outer tubing and fluidly coupled to the inner cannula via the coupling member , and a rotary seal including an inner ring connected to an outer ring, the inner ring including a stationary portion and a rotational portion, the rotational portion coupled to the coupling member and the stationary portion coupled to the aspiration tubing , the rotary seal configured to cause the coupling member to rotate relative to the aspiration tubing responsive to actuation of a corresponding coupling component .
A method for a network controller that manages a plurality of logical networks, the method comprising: receiving a specification of a logical network , of the plurality of logical networks, the logical network comprising a logical forwarding element with at least two logical ports that each connect the logical network to an external network and that each peer with at least one physical router (1065-1075) of the external network in order to advertise network address reachability information for at least two subnets of the logical network to the external network wherein a first logical port peers with a first physical router on a first subnet of the external network and a second logical port peers with a second physical router on a second subnet of the external network , wherein the first and second subnets are different from each other and from the at least two subnets of the logical network ; selecting host machines (1035-1045) from a plurality of host machines to host gateways (1050-1060) for implementing each of the logical ports that connect the logical network to the external network ; and generating, for distribution to each of the gateways (1050-1060), data tuples defining (i) a routing table for implementing the connection between the logical network and the external network for the port implemented by the gateway and (ii) a configuration for a routing protocol application that enables the gateway to peer with the physical router (1065-1075) of the external network with which the port implemented by the gateway peers. receiving a specification of a logical network , of the plurality of logical networks, the logical network comprising a logical forwarding element with at least two logical ports that each connect the logical network to an external network and that each peer with at least one physical router (1065-1075) of the external network in order to advertise network address reachability information for at least two subnets of the logical network to the external network wherein a first logical port peers with a first physical router on a first subnet of the external network and a second logical port peers with a second physical router on a second subnet of the external network , wherein the first and second subnets are different from each other and from the at least two subnets of the logical network ; selecting host machines (1035-1045) from a plurality of host machines to host gateways (1050-1060) for implementing each of the logical ports that connect the logical network to the external network ; and generating, for distribution to each of the gateways (1050-1060), data tuples defining (i) a routing table for implementing the connection between the logical network and the external network for the port implemented by the gateway and (ii) a configuration for a routing protocol application that enables the gateway to peer with the physical router (1065-1075) of the external network with which the port implemented by the gateway peers.
Blade row segment of a blade row of a turbomachine, the blade row segment comprising at least two airfoils , each having a leading and a trailing edge , and a platform , which has a platform surface and a leading-side platform edge , an axial rowwidth (g) being determined by the distance between the leading edges of the airfoils and their trailing edges , measured in the direction of the intended axial main flow, the platform surface having an elevation extending as far as the pressure side of a first of the airfoils and a recess extending as far as the suction side of the other of the airfoils , at least one highest point of the elevation and at least one lowest point of the recess each lying at least 30% and at most 60% of the axial row width (g) downstream of the leading edges of the airfoils and the elevation and the recess each extending as far as the leading -side platform edge , the blade row segment being characterized in that the at least one highest point of the elevation is arranged downstream of the at least one lowest point of the recess .
A method for group communication service in a communications system, the method comprising monitoring , in a user terminal , for group communication service data, dedicated to a specific group communication service on a generic pre-established broadcast bearer, not dedicated to any specific group communication service; in response to receiving an indication of group communication service data, dedicated to a specific group communication service, appearing on the generic pre-established broadcast bearer, receiving in the user terminal group communication service data, dedicated to a specific group communication service, on the generic broadcast bearer; and in response to a separate service-specific broadcast bearer, being established for the same group communication service the user terminal has started receiving via the generic pre-established broadcast bearer, receiving in the user terminal group communication service data related to the specific group communication service on the service-specific broadcast bearer, wherein a single generic pre-established bearer is provided per MCH channel involving a certain set of cells, a certain set of reserved sub-frames and a certain modulation and coding used for transmission.
Linear connection assembly for electrical conductors comprising a pair of connectors with mutually complementary shape for the insertion of the first connector into the second connector in an axial direction; each connector being provided with electrical contacts adapted to electrically connect to each other when the first connector is inserted in the second connector , at least one connector of the pair of connectors being provided with a ring nut mounted in at least partially rotatable manner manually around its axis (A) parallel to said axial direction to reach a plurality of alignment positions relative to the other connector of the pair of connectors , each alignment position corresponding to a connection condition between the pair of connectors , wherein a first alignment position results from a complete insertion of said first connector into said second connector , characterised in that said first alignment position corresponds to a first connection condition according to which said connectors cannot be released even if a mutual traction is applied in the axial direction.
A medical device for insertion or implantation in a body, the medical device comprising: a polymer substrate; and a layer of poly(vinyl pyrrolidone-o/t-maleic anhydride) formed on a surface of the polymer substrate, wherein polymer chains of the poly(vinyl pyrrolidone-o/t-maleic anhydride) are entangled with the polymer substrate, wherein the layer of poly(vinyl pyrrolidone- alt -maleic anhydride) includes a residue of a cross-linking compound, wherein the residue of the cross-linking compound cross-links the polymer chains of the poly(vinyl pyrrolidone- alt -maleic anhydride), wherein the residue of the cross-linking compound is a residue of at least one compound selected from the group consisting of PEG diacrylate, PEG dimethacrylate and neopentylglycol diacrylate. a polymer substrate; and a layer of poly(vinyl pyrrolidone-o/t-maleic anhydride) formed on a surface of the polymer substrate, wherein polymer chains of the poly(vinyl pyrrolidone-o/t-maleic anhydride) are entangled with the polymer substrate, wherein the layer of poly(vinyl pyrrolidone- alt -maleic anhydride) includes a residue of a cross-linking compound, wherein the residue of the cross-linking compound cross-links the polymer chains of the poly(vinyl pyrrolidone- alt -maleic anhydride), wherein the residue of the cross-linking compound is a residue of at least one compound selected from the group consisting of PEG diacrylate, PEG dimethacrylate and neopentylglycol diacrylate.
Device for verifying image-related information of a medical image, said device comprising: - an image input for obtaining a medical image and associated image-related information, - a translator for translating, by means of a look-up table storing the relationship between image-related information and expected anatomical feature information, one or more pieces of image-related information into expected anatomical feature information including the number and/or kind of anatomical features, distribution and/or location of one or more expected anatomical features, and/or variability in the spatial relations of one or more expected anatomical features, - a detector for detecting one or more given anatomical features in the obtained medical image and comparing them with the expected anatomical feature information, wherein the detector is configured to detect the number and/or kind of anatomical features, the distribution and/or the location of the one or more expected anatomical features, and/or the variability in the spatial relations of the one or more expected anatomical features, - an evaluator for evaluating the result of the detector to generate a consistency measure indicating the consistency of the image-related information with the associated medical image, and - an output interface for outputting an inconsistency indication if the generated consistency measure is lower than a predetermined consistency threshold. - an image input for obtaining a medical image and associated image-related information, - a translator for translating, by means of a look-up table storing the relationship between image-related information and expected anatomical feature information, one or more pieces of image-related information into expected anatomical feature information including the number and/or kind of anatomical features, distribution and/or location of one or more expected anatomical features, and/or variability in the spatial relations of one or more expected anatomical features, - a detector for detecting one or more given anatomical features in the obtained medical image and comparing them with the expected anatomical feature information, wherein the detector is configured to detect the number and/or kind of anatomical features, the distribution and/or the location of the one or more expected anatomical features, and/or the variability in the spatial relations of the one or more expected anatomical features, - an evaluator for evaluating the result of the detector to generate a consistency measure indicating the consistency of the image-related information with the associated medical image, and - an output interface for outputting an inconsistency indication if the generated consistency measure is lower than a predetermined consistency threshold.
A vehicle combination unit comprising: a tractor having at least a first driving axle , an electric motor configured to drive the first driving axle , and a first energy storage unit ; an interface ; first power electronics ; and at least one trailer having at least one wheel axle and being configured to be coupled to the tractor via the interface , the trailer comprising a second energy storage unit , and the first power electronics being configured to supply at least the electric motor of the first driving axle with electrical energy from the second energy storage unit via the interface as a function of a given operating situation of the vehicle combination unit, characterized in that the tractor comprises second power electronics configured to supply at least an electric motor of a second driving axle of the tractor with electrical energy from the first energy storage unit as a function of a given operating situation of the vehicle combination unit, the first energy storage unit comprises a high-voltage battery and the second energy storage unit comprises a low-voltage battery, the electric motor of the first driving axle is a low-voltage drive, and the electric motor of the second driving axle is a high-voltage drive.
A battery cell for performing a safety test, comprising: - a plurality of anodes formed in layers, - a plurality of cathodes formed in layers, - a plurality of separator layers for electrically insulating the anodes and the cathodes , - the anodes having a centrally arranged anode collector and a coating comprising anode active material arranged on both sides of the anode collector , - the cathodes having a centrally arranged cathode collector and a coating comprising cathode active material arranged on both sides of the cathode collector , characterized in that at least one pair of a first and second anode coated on one side and/or one pair of a first and second cathode coated on one side is provided, the pair of a first and second anode coated on one side and/or the pair of a first and second cathode coated on one side each being arranged adjacent to one another via their uncoated sides in such a way that, between the adjacent adjoining uncoated sides of the anode and/or the cathode , a gap is formed for the introduction of an initiation element for initiating a short circuit between the anodes and/or cathodes coated on one side and an adjoining anode and/or cathode coated on both sides. - a plurality of anodes formed in layers, - a plurality of cathodes formed in layers, - a plurality of separator layers for electrically insulating the anodes and the cathodes , - the anodes having a centrally arranged anode collector and a coating comprising anode active material arranged on both sides of the anode collector , - the cathodes having a centrally arranged cathode collector and a coating comprising cathode active material arranged on both sides of the cathode collector ,
A non-destructive testing equipment for testing a heating element in an aerosol-generating article , the testing equipment comprising: a control module comprising a passage for an aerosol-generating article to pass the control module through the passage , the control module further comprising a control circuit and a measurement device; wherein the control circuit comprises an excitation coil configured to generate an alternating magnetic field within the passage of the control module , and characterised in that the measurement device is configured to determine values related to a load applied to the control circuit responsive to physical characteristics of the heating element, when the heating element passes the control module through the passage ; and in that the control module is further configured to determine if a determined value of the tested heating element corresponds to a predefined value of a predefined heating element. a control module comprising a passage for an aerosol-generating article to pass the control module through the passage , the control module further comprising a control circuit and a measurement device; wherein the control circuit comprises an excitation coil configured to generate an alternating magnetic field within the passage of the control module , and characterised in that the measurement device is configured to determine values related to a load applied to the control circuit responsive to physical characteristics of the heating element, when the heating element passes the control module through the passage ; and in that the control module is further configured to determine if a determined value of the tested heating element corresponds to a predefined value of a predefined heating element.
Oven for the heat treatment of a metal product by scrolling and comprising: - a first electrical heating element configured to be powered with electrical energy and capable of emitting heat when it is powered with electrical energy; - a second fuel heating element configured to be powered by a fuel and capable of emitting heat when it is powered by said fuel, by combustion of the latter; the first electrical heating element and the second fuel heating element being configured to make the temperature of a metal product vary in said oven when at least one of the two is in operation; - a control unit to control said first electrical heating element and said second fuel heating element ; characterised in that : said oven further comprises: - communication means capable of obtaining information relating to said electrical energy necessary for the operation of the first electrical heating element and capable of communicating with: • one or more devices for transmitting external data to the oven, and, • said control unit , said control unit being capable of using this information relating to said electrical energy; in that said control unit is configured to control said first electrical heating element based on said information relating to said electrical energy obtained by said communication means ; and in that the control unit is capable of determining a scrolling speed of metal products in said oven based on the information relating to the electrical energy. - a first electrical heating element configured to be powered with electrical energy and capable of emitting heat when it is powered with electrical energy; - a second fuel heating element configured to be powered by a fuel and capable of emitting heat when it is powered by said fuel, by combustion of the latter; - a control unit to control said first electrical heating element and said second fuel heating element ; - communication means capable of obtaining information relating to said electrical energy necessary for the operation of the first electrical heating element and capable of communicating with: • one or more devices for transmitting external data to the oven, and, • said control unit , • one or more devices for transmitting external data to the oven, and, • said control unit , said control unit is configured to control said first electrical heating element based on said information relating to said electrical energy obtained by said communication means ; and in that the control unit is capable of determining a scrolling speed of metal products in said oven based on the information relating to the electrical energy.