mhurhangee/patent-ind-claim-en huggingface dataset:
Electric distribution and/or fire protection box with a base plate with four corner sections, two longitudinal side structures arranged opposite of one another, two transverse side structures arranged opposite of one another, and a cover plate structure, wherein at least one threaded rod with perpendicular orientation relative to an inner surface of the base plate is inserted into each of the corner sections of the base plate ; two threaded rod reception sleeves allocated to the respective threaded rods each are respectively inserted into the longitudinal side structures ; the transverse side structures each comprise at least two mineral fiber layers arranged one above the other; a frame structure is placed onto upper sides of the longitudinal side structures and the transverse side structures , said frame structure being composed of a circumferential base frame placed onto the threaded rods and two add-on layers arranged opposite to one another and placed onto one of the transverse side structures each; and the cover plate structure is screwed to the frame structure by means of the threaded rods and corresponding nuts.
A fixing device comprising: an annular belt having an outer circumferential surface ; and a facing member that faces the outer circumferential surface of the annular belt to form a nip region (N) between the annular belt and the facing member , characterised in that the annular belt is configured so that in measurement of a hardness of the outer circumferential surface using a hardness tester "Micro Rubber Hardness Tester MD-1capa" manufactured by Kobunshi Keiki Co., Ltd., in which a cylindrical probe having a diameter of 0.16 [mm] of the hardness tester is pushed into the outer circumferential surface with a load of 22 to 332 [Nm] at a speed of 3.2 [mm/s] and the hardness of the outer circumferential surface is measured based on an amount of the displacement of the probe, assuming that a first hardness value (A) represents a measured value at a time when a measurement time corresponding to a time required for a predetermined point on the outer circumferential surface to pass through the nip region (N) has elapsed after start of the hardness measurement, and that a second hardness value (B) represents a measured value at a time when the measured value by the hardness tester is saturated, a ratio (A/B) of the first hardness value (A) to the second hardness value (B) is 0.738 or more and 0.837 or less. an annular belt having an outer circumferential surface ; and a facing member that faces the outer circumferential surface of the annular belt to form a nip region (N) between the annular belt and the facing member , characterised in that the annular belt is configured so that in measurement of a hardness of the outer circumferential surface using a hardness tester "Micro Rubber Hardness Tester MD-1capa" manufactured by Kobunshi Keiki Co., Ltd., in which a cylindrical probe having a diameter of 0.16 [mm] of the hardness tester is pushed into the outer circumferential surface with a load of 22 to 332 [Nm] at a speed of 3.2 [mm/s] and the hardness of the outer circumferential surface is measured based on an amount of the displacement of the probe, assuming that a first hardness value (A) represents a measured value at a time when a measurement time corresponding to a time required for a predetermined point on the outer circumferential surface to pass through the nip region (N) has elapsed after start of the hardness measurement, and that a second hardness value (B) represents a measured value at a time when the measured value by the hardness tester is saturated, a ratio (A/B) of the first hardness value (A) to the second hardness value (B) is 0.738 or more and 0.837 or less.
A burn box that houses burning wood, the burn box comprising: a first interior surface ; a second interior surface that opposes the first interior surface ; a first stoker member that includes a first stoker portion, wherein the first stoker portion is positioned closer to the first interior surface than to the second interior surface such that the burning wood is positioned intermediate the first stoker portion and the second interior surface ; wherein the first stoker member is configured and arranged to be driven such that the first stoker portion moves towards the second interior surface to agitate the burning wood; and a first driven member that engages the first stoker member , wherein - when the first driven member is driven - the first driven member and the first stoker member co-rotate in opposing directions. a first interior surface ; a second interior surface that opposes the first interior surface ; a first stoker member that includes a first stoker portion, wherein the first stoker portion is positioned closer to the first interior surface than to the second interior surface such that the burning wood is positioned intermediate the first stoker portion and the second interior surface ; wherein the first stoker member is configured and arranged to be driven such that the first stoker portion moves towards the second interior surface to agitate the burning wood; and a first driven member that engages the first stoker member , wherein - when the first driven member is driven - the first driven member and the first stoker member co-rotate in opposing directions.
A conotoxin peptide κ-CPTx-btl02, which is derived from a polypeptide consisting of the amino acid sequence shown in SEQ ID NO: 1 by substitution of one or more amino acids therein, and has the function of the polypeptide consisting of the amino acid sequence shown in SEQ ID NO: 1, which is the inhibition of a calcium ion channel, wherein the substitution of the one or more amino acids is selected from the group consisting of: (i) substitution of the arginine at position 1 or 3 with lysine; (ii) substitution of the glutamic acid at position 5 with aspartic acid; (iii) substitution of the threonine at position 7 or 10 with serine; (iv) substitution of the valine at position 12 with leucine or isoleucine; wherein the amino acid sequences of the conotoxin peptide κ-CPTx-btl02 contain three pairs of disulfide bonds. (i) substitution of the arginine at position 1 or 3 with lysine; (ii) substitution of the glutamic acid at position 5 with aspartic acid; (iii) substitution of the threonine at position 7 or 10 with serine; (iv) substitution of the valine at position 12 with leucine or isoleucine;
Device for thermal weed removal having a heating device for generating infrared heat rays and a housing with ventilation slots in which the heating device is arranged, wherein the heating device is an electrical heating device for generating infrared heat rays and the device comprises spacing means, in particular wheels, in such a way that the device is kept at a distance from the ground and the distance is in the range 1 mm to <30 mm, preferably 2 mm to 20 mm, in particular 4 to 6 mm, in such a way that weeds or wild weeds are efficiently controlled by the action of the electric heating device, characterized in that a reflector is arranged in the housing above the heating device and a heat protection plate is arranged above the reflector in such a way that an air duct is formed between the reflector and the heat protection plate , so that a primary air flow is discharged from the air duct via an opening and a secondary air flow is guided outside the air duct between the heat protection plate and the housing , which secondary air flow is discharged from the housing at the top and laterally through the ventilation slots of the housing . characterized in that a reflector is arranged in the housing above the heating device and a heat protection plate is arranged above the reflector in such a way that an air duct is formed between the reflector and the heat protection plate , so that a primary air flow is discharged from the air duct via an opening and a secondary air flow is guided outside the air duct between the heat protection plate and the housing , which secondary air flow is discharged from the housing at the top and laterally through the ventilation slots of the housing .
A method of forming a body comprising: forming a three-dimensional body from a mixture, the mixture comprising at least 15 vol% of solid particles for a total volume of the mixture and a radiation-curable material, wherein forming includes continuous translation of the mixture from liquid to solid state via radiation curing and growth of the body from an interface of an inhibition zone at the bottom region of the mixture, wherein the inhibition zone is a zone of the mixture comprising an inhibitor in a concentration that the mixture is not cured if exposed to electromagnetic radiation, wherein during forming portions of the mixture are subjected to electromagnetic radiation having a wavelength in a range from 200 nm to 760 nm, wherein the electromagnetic radiation has an energy from at least 20 mJ/cm 2 to not greater than 450 mJ/cm 2 .
A process for fixing together two components on a vehicle-body assembly line, comprising the steps of: - providing a first component and a second component; - applying a layer of glue on said first component and/or said second component; - coupling together said first and second components, with said layer of glue set in between; and - applying on said ensemble a plurality of rivets designed to pass through said first and second components and said layer of glue; said process being characterized in that , before applying said rivets, it moreover envisages the following steps: - measuring the temperature of the first component and/or of the second component; and - thermally conditioning the first component and/or the second component and/or the glue applied on the first component and/or on the second component via heat-conditioning means controlled on the basis of the temperature measured, so as to have said layer of glue applied on said first component and/or said second component in a pre-set thermal state; - applying said plurality of rivets to make them pass through said first and second components and said layer of glue, when said layer of glue is in said pre-set thermal state. - providing a first component and a second component; - applying a layer of glue on said first component and/or said second component; - coupling together said first and second components, with said layer of glue set in between; and - applying on said ensemble a plurality of rivets designed to pass through said first and second components and said layer of glue; - measuring the temperature of the first component and/or of the second component; and - thermally conditioning the first component and/or the second component and/or the glue applied on the first component and/or on the second component via heat-conditioning means controlled on the basis of the temperature measured, so as to have said layer of glue applied on said first component and/or said second component in a pre-set thermal state; - applying said plurality of rivets to make them pass through said first and second components and said layer of glue, when said layer of glue is in said pre-set thermal state.
A network service management method, comprising: receiving, by a second network functions virtualization orchestrator NFVO, a first request sent by a first NFVO, wherein the first request is used to request to create a nested network service instance in a composite network service instance and carries information about a service access point instance associated with the nested network service instance; and establishing, by the second NFVO, a connection between the nested network service instance and the composite network service instance based on the service access point instance and the information about the service access point instance and a connection between the nested network service instance and a member instance in the composite network service instance based on the service access point instance and the information about the service access point instance, and establishing a network connection between the nested network service instance and a member instance in the nested network service instance based on the service access point instance and the information about the service access point instance. receiving, by a second network functions virtualization orchestrator NFVO, a first request sent by a first NFVO, wherein the first request is used to request to create a nested network service instance in a composite network service instance and carries information about a service access point instance associated with the nested network service instance; and establishing, by the second NFVO, a connection between the nested network service instance and the composite network service instance based on the service access point instance and the information about the service access point instance and a connection between the nested network service instance and a member instance in the composite network service instance based on the service access point instance and the information about the service access point instance, and establishing a network connection between the nested network service instance and a member instance in the nested network service instance based on the service access point instance and the information about the service access point instance.
An inkjet recording device comprising: an inkjet head which is provided with one or more nozzles which perform ejection of ink; an ink supplier which is configured to supply ink to the inkjet head ; a head driver which is configured to perform a driving operation to cause a pressure variation of ink in the nozzles regarding the ejection; and a controller which is configured to control an operation of the ink supplier and an operation of the head driver , wherein the inkjet head comprises: a common flow path in which supplied ink to the inkjet head flows; a filter which is provided in the common flow path and through which supplied ink passes; one or more individual flow paths which respectively feed ink having passed through the filter from the common flow path to each of the nozzles ; and a first discharge port from which ink having passed through the filter and being in the common flow path is discharged; wherein, in a bubble discharging operation of ink in the inkjet head , the controller is configured to cause the ink supplier to supply ink with a pressure which allows ink to leak out from the nozzles , while the controller causes the head driver to apply a driving voltage pattern having a minute vibration waveform for deforming an individual flow paths , so that ink is discharged from the first discharge port and leaks from the one or more nozzles . an inkjet head which is provided with one or more nozzles which perform ejection of ink; an ink supplier which is configured to supply ink to the inkjet head ; a head driver which is configured to perform a driving operation to cause a pressure variation of ink in the nozzles regarding the ejection; and a controller which is configured to control an operation of the ink supplier and an operation of the head driver , wherein the inkjet head comprises: a common flow path in which supplied ink to the inkjet head flows; a filter which is provided in the common flow path and through which supplied ink passes; one or more individual flow paths which respectively feed ink having passed through the filter from the common flow path to each of the nozzles ; and a first discharge port from which ink having passed through the filter and being in the common flow path is discharged; a common flow path in which supplied ink to the inkjet head flows; a filter which is provided in the common flow path and through which supplied ink passes; one or more individual flow paths which respectively feed ink having passed through the filter from the common flow path to each of the nozzles ; and a first discharge port from which ink having passed through the filter and being in the common flow path is discharged; wherein, in a bubble discharging operation of ink in the inkjet head , the controller is configured to cause the ink supplier to supply ink with a pressure which allows ink to leak out from the nozzles , while the controller causes the head driver to apply a driving voltage pattern having a minute vibration waveform for deforming an individual flow paths , so that ink is discharged from the first discharge port and leaks from the one or more nozzles .
A member (O1) for measuring a quantity representative of a common mode voltage (V res ) in an electrical network or in an equipment (E), the network or the equipment (E) comprising at least a first power conductor (C1) and a second power conductor (C2), the measuring member (O1) comprising two capacitive elements (EC1, EC2) which are intended to be arranged in a bridge between the two power conductors (C1, C2), the two capacitive elements (EC1, EC2) being connected at a midpoint (M), the measuring member (O1) further comprising a measuring dipole (SH), the measuring member (O1) being characterised in that the two capacitive elements (EC1, EC2) have a capacitance values that are identical to each other, and the measuring dipole (SH) is connected on the one hand to the midpoint (M) and on the other hand to a connection terminal intended to be electrically connected to a common conductor (Cc) of which the electrical network or the equipment (E) has been equipped.
A method of cleaning a component within a turbine engine , said method comprising: disassembling the turbine engine to provide a flow path to an interior passageway of the component from an access point in the turbine engine , wherein the component has coked hydrocarbons formed thereon; filling a volume of the interior passageway with an amount of cleaning solution, wherein the cleaning solution is configured to remove the coked hydrocarbons from the component ; and holding the amount of cleaning solution within the interior passageway for a predetermined residence time, characterized in that disassembling the turbine engine comprises disassembling a fan assembly of the turbine engine by removing a center body from a fan midshaft to define a first open end of the fan midshaft of the turbine engine and removing center vent tube from the fan midshaft to provide access to an interior of fan midshaft , wherein the first open end defines the access point to an interior passageway of the fan midshaft which has coked hydrocarbons formed therein. disassembling the turbine engine to provide a flow path to an interior passageway of the component from an access point in the turbine engine , wherein the component has coked hydrocarbons formed thereon; filling a volume of the interior passageway with an amount of cleaning solution, wherein the cleaning solution is configured to remove the coked hydrocarbons from the component ; and holding the amount of cleaning solution within the interior passageway for a predetermined residence time, characterized in that disassembling the turbine engine comprises disassembling a fan assembly of the turbine engine by removing a center body from a fan midshaft to define a first open end of the fan midshaft of the turbine engine and removing center vent tube from the fan midshaft to provide access to an interior of fan midshaft , wherein the first open end defines the access point to an interior passageway of the fan midshaft which has coked hydrocarbons formed therein.
A method to strengthen the anchorage of a plaster layer to a plaster-holding structure ; said plaster layer having a first surface arranged facing, and immediately close to a first surface, of said plaster-holding structure , said method being characterized in that it comprises the following steps: providing a plurality of springs , each of which is constituted by a first tubular portion and a second portion which extends projecting from said first tubular portion along a longitudinal axis (A) ; forming at least on said first surface of the plaster layer a plurality of holes which extend along respective approximately parallel and spaced apart from one another axes ; fitting the second portions of the springs in respective said holes so as to arrange the respective first portions resting on a second surface opposite the first surface of the support structure ; making the second portions of the springs integral with the inner walls of the corresponding holes in the plaster layer by way of fastening means (M) provided in the holes themselves; wherein some of said springs are anchoring springs for the plaster layer and are each constituted by an approximately mushroom-shaped wire helical spring wherein the first portion and the second portion have a cylindrical or conical shape and form the head and the stem of the spring respectively; wherein said fastening means (M) comprise a fastening mixture made of adhesive material and/or resin; said method comprising the step of injecting a predetermined quantity of said fastening mixture into said hole so as to rigidly fix only an end portion of said second portion of the springs to the inner wall of said hole in the plaster layer . providing a plurality of springs , each of which is constituted by a first tubular portion and a second portion which extends projecting from said first tubular portion along a longitudinal axis (A) ; forming at least on said first surface of the plaster layer a plurality of holes which extend along respective approximately parallel and spaced apart from one another axes ; fitting the second portions of the springs in respective said holes so as to arrange the respective first portions resting on a second surface opposite the first surface of the support structure ; making the second portions of the springs integral with the inner walls of the corresponding holes in the plaster layer by way of fastening means (M) provided in the holes themselves; wherein some of said springs are anchoring springs for the plaster layer and are each constituted by an approximately mushroom-shaped wire helical spring wherein the first portion and the second portion have a cylindrical or conical shape and form the head and the stem of the spring respectively; wherein said fastening means (M) comprise a fastening mixture made of adhesive material and/or resin; said method comprising the step of injecting a predetermined quantity of said fastening mixture into said hole so as to rigidly fix only an end portion of said second portion of the springs to the inner wall of said hole in the plaster layer .