mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a cellular ceramic article, comprising: providing a green cellular ceramic body comprising a binder material and a plurality of channels (410, 420); exposing a surface of the green cellular ceramic body to a fluid to deposit at least a portion of the fluid on the surface; polymerizing the deposited fluid, wherein an amount of the polymer is less than 1 wt% of the green cellular ceramic body to form a polymer thin layer on the surface; and post processing the surface of the green cellular ceramic body with a green processing composition and a solvent to form a green component on the polymer thin layer, wherein the binder material is soluble in the solvent. providing a green cellular ceramic body comprising a binder material and a plurality of channels (410, 420); exposing a surface of the green cellular ceramic body to a fluid to deposit at least a portion of the fluid on the surface; polymerizing the deposited fluid, wherein an amount of the polymer is less than 1 wt% of the green cellular ceramic body to form a polymer thin layer on the surface; and post processing the surface of the green cellular ceramic body with a green processing composition and a solvent to form a green component on the polymer thin layer, wherein the binder material is soluble in the solvent.
Integrated method for the detection of a display defect of an image in an LCD screen operating in operational mode, the screen comprising pixel electrodes arranged in a matrix-like manner in data lines (Col Rj) and selection lines (Li), a common counter-electrode and image display means (20, 30, CE) piloted by a video signal, and applying control voltage levels to the pixel electrodes via the data and selection lines and to the counter-electrode, the video signal, the display means, the selection and data lines and the pixel electrodes forming an image display control video chain, characterized in that it involves a verification of the integrity of the video chain, the verification comprising the activation of a current measurement chain on at least one power supply bus of the display means (20, 30, CE) in order to obtain at the output a signal which is representative of the current surges during capacitive charges or discharges of the data and/or selection lines of the LCD screen and the comparison of this signal with an anticipated signal (Sc) which is derived from and synchronous with a scanning signal (S swp) of the selection lines, in order to generate a detection signal of an image defect (Sd) where applicable, so that a measurement chain which is associated with the selection lines is activated during the periods of video image display, and/or a measurement chain which is associated with the data lines (40B, 40C) is activated outside the display periods in combination with the display of a test image.
A vacuum insulated switch, comprising: a vacuum container; two stationary contacts (4A, 4B) contained in the vacuum container; two movable contacts (5A, 5B) contained in the vacuum container, each capable of contacting and separating from a corresponding one of the stationary contacts; a vacuum insulated actuating rod connected to the two movable contacts (5A, 5B); an operating rod connected to the vacuum insulated actuating rod via a metal bellows; and a guide for guiding the operating rod; characterised in that an off-axis displacement allowing structure is provided between the guide and the operating rod for allowing the off-axis displacement of the operating rod, and the off-axis displacement allowing structure includes a reduced diameter portion (20A, 20B) formed on an outer surface of the operating rod, which is facing to an inner surface of the guide so as to create a gap between the operating rod and the guide. a vacuum container; two stationary contacts (4A, 4B) contained in the vacuum container; two movable contacts (5A, 5B) contained in the vacuum container, each capable of contacting and separating from a corresponding one of the stationary contacts; a vacuum insulated actuating rod connected to the two movable contacts (5A, 5B); an operating rod connected to the vacuum insulated actuating rod via a metal bellows; and a guide for guiding the operating rod; characterised in that an off-axis displacement allowing structure is provided between the guide and the operating rod for allowing the off-axis displacement of the operating rod, and the off-axis displacement allowing structure includes a reduced diameter portion (20A, 20B) formed on an outer surface of the operating rod, which is facing to an inner surface of the guide so as to create a gap between the operating rod and the guide.
A gripping device comprising: • two parallel planes (1, 20) designed to encircle a group of teeth, said planes being orthogonal and counter-rotating with respect to a common axis. • means of interference (2, 4) aimed at cooperating with said planes in order to provide a gripping condition, wherein the group of teeth is movable in a centripetal direction with respect to the axis, and an opening condition, wherein the group of teeth is movable in a centrifugal direction with respect to the axis, each tooth is radially displaced with respect to the axis and comprising a first and a second surface orthogonal to said parallel planes, said orthogonal surfaces (8,9) converging to a common corner and defining an included angle measuring the fraction of a round angle divided by the number of the teeth, being each tooth sliding with the first orthogonal surface in parallel to the second orthogonal surface of the preceding tooth and with the second orthogonal surface in parallel to the first orthogonal surface of the following tooth, in order that each tooth moves amid three constraints with a specific coplanar, rotating and radial movement, characterized in that from each of said two parallel planes (1, 20) corresponding levers branch off, connected to one another in a fulcrum provided with elastic means of counter-action aimed at keeping the levers apart once the device is open, and wherein said fulcrum is designed to cooperate with a bilateral lever and block said levers in a plurality of gripping positions, each corresponding to a different approach of said levers. • two parallel planes (1, 20) designed to encircle a group of teeth, said planes being orthogonal and counter-rotating with respect to a common axis. • means of interference (2, 4) aimed at cooperating with said planes in order to provide a gripping condition, wherein the group of teeth is movable in a centripetal direction with respect to the axis, and an opening condition, wherein the group of teeth is movable in a centrifugal direction with respect to the axis, each tooth is radially displaced with respect to the axis and comprising a first and a second surface orthogonal to said parallel planes, said orthogonal surfaces (8,9) converging to a common corner and defining an included angle measuring the fraction of a round angle divided by the number of the teeth, being each tooth sliding with the first orthogonal surface in parallel to the second orthogonal surface of the preceding tooth and with the second orthogonal surface in parallel to the first orthogonal surface of the following tooth, in order that each tooth moves amid three constraints with a specific coplanar, rotating and radial movement, characterized in that from each of said two parallel planes (1, 20) corresponding levers branch off, connected to one another in a fulcrum provided with elastic means of counter-action aimed at keeping the levers apart once the device is open, and wherein said fulcrum is designed to cooperate with a bilateral lever and block said levers in a plurality of gripping positions, each corresponding to a different approach of said levers.
An interrupter (1H, 1N) comprising: a gas producer configured to produce a gas by burning a fuel; an actuator pin configured to be driven under pressure of the gas produced by the gas producer; and an electrical conductor configured to electrically connect two terminals of an external electric circuit; the electrical conductor including: a terminal portion (22, 22B); a separable portion (21, 21B) connected to the terminal portion (22, 22B); and a boundary portion (23, 23B) coupling the terminal portion (22, 22B) and the separable portion (21, 21B) together, the separable portion (21, 21B) being configured to be cut off from the terminal portion (22, 22B) by the actuator pin driven, the terminal portion (22, 22B) including an adjacent portion (220, 220B) adjacent to the boundary portion (23, 23B), when measured in a predetermined direction intersecting with a direction in which an electric current flows through the boundary portion (23, 23B), a dimension, along the predetermined direction, of the adjacent portion (220, 220B) is larger than a dimension, along the predetermined direction, of the boundary portion (23, 23B), the predetermined direction being aligned with the direction in which the actuator pin advances, or the predetermined direction being orthogonal to the direction in which the actuator pin advances, characterized in that the interrupter (1H, 1N) further comprises a mask (14, 14A, 14B, 14N) having electrical insulation properties, the mask (14, 14A, 14B, 14N) covering the adjacent portion (220, 220B). a gas producer configured to produce a gas by burning a fuel; an actuator pin configured to be driven under pressure of the gas produced by the gas producer; and an electrical conductor configured to electrically connect two terminals of an external electric circuit; the electrical conductor including: a terminal portion (22, 22B); a separable portion (21, 21B) connected to the terminal portion (22, 22B); and a boundary portion (23, 23B) coupling the terminal portion (22, 22B) and the separable portion (21, 21B) together, the separable portion (21, 21B) being configured to be cut off from the terminal portion (22, 22B) by the actuator pin driven, the terminal portion (22, 22B) including an adjacent portion (220, 220B) adjacent to the boundary portion (23, 23B), when measured in a predetermined direction intersecting with a direction in which an electric current flows through the boundary portion (23, 23B), a dimension, along the predetermined direction, of the adjacent portion (220, 220B) is larger than a dimension, along the predetermined direction, of the boundary portion (23, 23B), the predetermined direction being aligned with the direction in which the actuator pin advances, or the predetermined direction being orthogonal to the direction in which the actuator pin advances, characterized in that the interrupter (1H, 1N) further comprises a mask (14, 14A, 14B, 14N) having electrical insulation properties, the mask (14, 14A, 14B, 14N) covering the adjacent portion (220, 220B).
A combing cylinder for a comber, comprising: a cylinder shaft having an outer circumferential surface and a threaded bore; a base directly attached to the cylinder shaft, the base including an outer circumferential surface, an inner surface contacting the outer circumferential surface of the cylinder shaft, and a threaded bore formed in the inner surface; combing needles supported on the outer circumferential surface of the base; a balance weight directly attached to part of the cylinder shaft that is opposite from the part where the base is attached; a balance weight fixing bolt screwed to the threaded bore of the cylinder shaft to secure the balance weight to the cylinder shaft; and a base fixing bolt that extends through the cylinder shaft and is screwed to the threaded bore of the base to secure the base to the cylinder shaft, wherein the base fixing bolt includes a head, the cylinder shaft includes a through hole, through which the base fixing bolt extends and characterized in that the cylinder shaft includes in it a seat that receives the head, the cylinder shaft includes a recess that is continuous with the through hole and has a larger diameter than the through hole, the through hole and the recess form a step that configures the seat, and the balance weight includes a through hole that is continuous with the recess and permits the head of the base fixing bolt to pass therethrough. a cylinder shaft having an outer circumferential surface and a threaded bore; a base directly attached to the cylinder shaft, the base including an outer circumferential surface, an inner surface contacting the outer circumferential surface of the cylinder shaft, and a threaded bore formed in the inner surface; combing needles supported on the outer circumferential surface of the base; a balance weight directly attached to part of the cylinder shaft that is opposite from the part where the base is attached; a balance weight fixing bolt screwed to the threaded bore of the cylinder shaft to secure the balance weight to the cylinder shaft; and a base fixing bolt that extends through the cylinder shaft and is screwed to the threaded bore of the base to secure the base to the cylinder shaft, wherein the base fixing bolt includes a head, the cylinder shaft includes a through hole, through which the base fixing bolt extends and characterized in that the cylinder shaft includes in it a seat that receives the head, the cylinder shaft includes a recess that is continuous with the through hole and has a larger diameter than the through hole, the through hole and the recess form a step that configures the seat, and the balance weight includes a through hole that is continuous with the recess and permits the head of the base fixing bolt to pass therethrough.
A method of operation of network node (14, 52) of a Fifth Generation, 5G, cellular communications network to enable coordinated User Plane Function, UPF, and Packet Processing Function, PPF, selection, wherein the network node (14, 52) is a Radio Control Function, RCF, comprising: receiving (218, 310, 414, 510) information indicative of a first network function selected for a protocol data unit session of a wireless device; and selecting (220, 313, 416, 512) a second network function for the protocol data unit session of the wireless device based on the information indicative of the first network function; the first network function being one of a pair of network functions and the second network function being the other of the pair of network functions, the pair of network functions comprising: a UPF being part of a core network of the cellular communications network; and a PPF being part of a radio access network of the cellular communications network. receiving (218, 310, 414, 510) information indicative of a first network function selected for a protocol data unit session of a wireless device; and selecting (220, 313, 416, 512) a second network function for the protocol data unit session of the wireless device based on the information indicative of the first network function; the first network function being one of a pair of network functions and the second network function being the other of the pair of network functions, the pair of network functions comprising: a UPF being part of a core network of the cellular communications network; and a PPF being part of a radio access network of the cellular communications network. a UPF being part of a core network of the cellular communications network; and a PPF being part of a radio access network of the cellular communications network.
A process for preparing a derivatized cyclodextrin, the process comprising: reacting a cyclodextrin starting material, a substituent precursor, and an optional catalyst to provide a raw product comprising a derivatized cyclodextrin, wherein: the raw product comprises 1% or less of an initial amount of the substituent precursor, wherein the substituent precursor is a sulfoalkylating agent, and the reacting is performed at a temperature of 90 °C or higher in a continuous or semi-continuous manner comprising: providing a feedstock comprising a liquid or gas medium selected from the group consisting of: water, an alcohol, an ether, a ketone, a sulfoxide, a nitrile, an amide, an ester, an oil, a chlorinated solvent, a water-soluble polymer, and combinations thereof, the cyclodextrin starting material, the substituent precursor, and the optional catalyst; and continuously or semi-continuously flowing the feedstock into a reactor and flowing out of the reactor the raw product comprising a derivatized cyclodextrin; wherein the derivatized cyclodextrin includes a sulfoalkyl ether substituent. the raw product comprises 1% or less of an initial amount of the substituent precursor, wherein the substituent precursor is a sulfoalkylating agent, and the reacting is performed at a temperature of 90 °C or higher in a continuous or semi-continuous manner comprising: providing a feedstock comprising a liquid or gas medium selected from the group consisting of: water, an alcohol, an ether, a ketone, a sulfoxide, a nitrile, an amide, an ester, an oil, a chlorinated solvent, a water-soluble polymer, and combinations thereof, the cyclodextrin starting material, the substituent precursor, and the optional catalyst; and continuously or semi-continuously flowing the feedstock into a reactor and flowing out of the reactor the raw product comprising a derivatized cyclodextrin; wherein the derivatized cyclodextrin includes a sulfoalkyl ether substituent. providing a feedstock comprising a liquid or gas medium selected from the group consisting of: water, an alcohol, an ether, a ketone, a sulfoxide, a nitrile, an amide, an ester, an oil, a chlorinated solvent, a water-soluble polymer, and combinations thereof, the cyclodextrin starting material, the substituent precursor, and the optional catalyst; and continuously or semi-continuously flowing the feedstock into a reactor and flowing out of the reactor the raw product comprising a derivatized cyclodextrin; wherein the derivatized cyclodextrin includes a sulfoalkyl ether substituent.
An electric machine comprising: a stator having an outer circumference; spaced apart first walls extending axially and arranged about the outer circumference providing generally parallel first channels, and a second wall adjoining the first walls and extending about the outer circumference providing a second channel in fluid communication with the first channels and providing a tortuous fluid flow path about the circumference, the first and second channels (44, 46) having an inner surface; and a structure provided within at least one of the first and second channels (44, 46) and having an outer surface spaced radially outward from the inner surface and at least partially defining the tortuous fluid flow path between the outer and inner surfaces (70, 39); characterized in that the structure is provided by a fin core including rows of corrugations, the corrugations providing the outer surface, and the rows being offset from one another. a stator having an outer circumference; spaced apart first walls extending axially and arranged about the outer circumference providing generally parallel first channels, and a second wall adjoining the first walls and extending about the outer circumference providing a second channel in fluid communication with the first channels and providing a tortuous fluid flow path about the circumference, the first and second channels (44, 46) having an inner surface; and a structure provided within at least one of the first and second channels (44, 46) and having an outer surface spaced radially outward from the inner surface and at least partially defining the tortuous fluid flow path between the outer and inner surfaces (70, 39); characterized in that the structure is provided by a fin core including rows of corrugations, the corrugations providing the outer surface, and the rows being offset from one another.
A resistance soldering method for producing a plate assembly comprised of at least two basic elements (5a, 5b) which are materially bonded by said resistance soldering method, by means of a soldering device, specifically for producing a winding of an electrical machine, - wherein a first basic element and a second basic element are spaced and, with respect to a mounting direction, are arranged one above the other between a first electrode and a second electrode of the soldering device; - wherein, between the first basic element and the second basic element, a solder element is arranged in contact with said basic elements; - wherein an output voltage (U 0) is applied to the electrodes (3a, 3b), as a result of which an electric circuit is constituted, and the two basic elements (5a, 5b) are soldered together by means of the solder element; characterized in that - the correct or incorrect position of the solder element in the plate assembly is detected by means of a control unit; - the control unit, upon the detection of the correct or incorrect position of the solder element in the plate assembly, determines a voltage between the solder element and one point on the electric circuit, or voltages between the solder element and mutually divergent points on the electric circuit, and - the control unit, with reference to the voltage or voltages thus determined, by means of an evaluation and/or a comparison, detects the correct or incorrect position of the solder element in the plate assembly. - wherein a first basic element and a second basic element are spaced and, with respect to a mounting direction, are arranged one above the other between a first electrode and a second electrode of the soldering device; - wherein, between the first basic element and the second basic element, a solder element is arranged in contact with said basic elements; - wherein an output voltage (U 0) is applied to the electrodes (3a, 3b), as a result of which an electric circuit is constituted, and the two basic elements (5a, 5b) are soldered together by means of the solder element; - the control unit, upon the detection of the correct or incorrect position of the solder element in the plate assembly, determines a voltage between the solder element and one point on the electric circuit, or voltages between the solder element and mutually divergent points on the electric circuit, and - the control unit, with reference to the voltage or voltages thus determined, by means of an evaluation and/or a comparison, detects the correct or incorrect position of the solder element in the plate assembly.
A fire control panel modular assembly, comprising: a fire control panel module including a locking ridge; and a fire control panel module carrier including a module carrier slot, a locking tab including a locking tab sliding surface, and a release button including a release button sliding surface, wherein: the module carrier slot is configured to accept the fire control panel module therein; the locking tab is configured to engage the locking ridge to releasably retain the fire control panel module in the module carrier slot; and actuation of the release button from a first position inward with respect to the module carrier to a second position causes the release button sliding surface to translate along the locking tab sliding surface. a fire control panel module including a locking ridge; and a fire control panel module carrier including a module carrier slot, a locking tab including a locking tab sliding surface, and a release button including a release button sliding surface, wherein: the module carrier slot is configured to accept the fire control panel module therein; the locking tab is configured to engage the locking ridge to releasably retain the fire control panel module in the module carrier slot; and actuation of the release button from a first position inward with respect to the module carrier to a second position causes the release button sliding surface to translate along the locking tab sliding surface. the module carrier slot is configured to accept the fire control panel module therein; the locking tab is configured to engage the locking ridge to releasably retain the fire control panel module in the module carrier slot; and actuation of the release button from a first position inward with respect to the module carrier to a second position causes the release button sliding surface to translate along the locking tab sliding surface.