mhurhangee/ep-ind-claims huggingface dataset:
Manual applicator for applying a material to a substrate such as a sheet of paper, said manual applicator comprising: a housing having, in a first section plane and at least a second section plane which is different from the first section plane and not parallel to the first section plane, the same outer contour, said first and second section planes being substantially aligned with a longitudinal axis of the housing; an application tip which projects beyond a front opening of the housing and has a substantially straight leading edge; and a C-shaped handle having two longitudinal arms (8e, 8f) and a transverse connecting segment which connects proximal ends of said longitudinal arms (8e, 8f); the manual applicator being characterized in that at least one of said section planes is substantially parallel to said leading edge of the application tip, and in that said outer contour of the housing is suitable for being press-fitted into an inner contour of the handle in each of the first and second section planes, thus allowing the handle to be attached to said housing in a first orientation in which the handle is oriented in the first section plane, and alternatively in at least a second orientation which is different from the first orientation and in which the handle is oriented in the second section plane. a housing having, in a first section plane and at least a second section plane which is different from the first section plane and not parallel to the first section plane, the same outer contour, said first and second section planes being substantially aligned with a longitudinal axis of the housing; an application tip which projects beyond a front opening of the housing and has a substantially straight leading edge; and a C-shaped handle having two longitudinal arms (8e, 8f) and a transverse connecting segment which connects proximal ends of said longitudinal arms (8e, 8f); the manual applicator being characterized in that at least one of said section planes is substantially parallel to said leading edge of the application tip, and in that said outer contour of the housing is suitable for being press-fitted into an inner contour of the handle in each of the first and second section planes, thus allowing the handle to be attached to said housing in a first orientation in which the handle is oriented in the first section plane, and alternatively in at least a second orientation which is different from the first orientation and in which the handle is oriented in the second section plane.
An ultrasonic dental handpiece and insert assembly, comprising: (i) a dental insert having a tip located at one end and a transducer for generating ultrasonic vibrations located at a second end, the tip being coupled to the transducer by a connecting body; (ii) a handpiece enclosing a primary coil, the handpiece comprising a forward-facing nose portion and a rear- facing handle portion, the nose portion including an opening for receiving the dental insert; (iii) a sleeve removably mounted on the handpiece, the sleeve enclosing a secondary coil, the primary and secondary coils being inductively coupled so that electrical energy is transferred from the primary to secondary coil, the energy being sufficient to power a light source; and (iv) a flexible light guide member extending outwardly from the sleeve, the light guide member having a proximal end coupled to the sleeve and a distal end containing a light source, wherein the dental insert is a scaling insert used for removing calculus and plaque from tooth surfaces, and wherein the scaling insert is capable of dispensing a cooling fluid. (i) a dental insert having a tip located at one end and a transducer for generating ultrasonic vibrations located at a second end, the tip being coupled to the transducer by a connecting body; (ii) a handpiece enclosing a primary coil, the handpiece comprising a forward-facing nose portion and a rear- facing handle portion, the nose portion including an opening for receiving the dental insert; (iii) a sleeve removably mounted on the handpiece, the sleeve enclosing a secondary coil, the primary and secondary coils being inductively coupled so that electrical energy is transferred from the primary to secondary coil, the energy being sufficient to power a light source; and (iv) a flexible light guide member extending outwardly from the sleeve, the light guide member having a proximal end coupled to the sleeve and a distal end containing a light source,
A process for forming a protective film on a thermal barrier coating on a component, the process comprising the steps of: applying to an outermost surface of the thermal barrier coating a metal composition containing at least one metal chosen from the group consisting of aluminum and magnesium whose oxide resists infiltration of CMAS into the thermal barrier coating, the metal composition being applied so as to form a metal film on the outermost surface of the thermal barrier coating and overlies the porosity within the thermal barrier coating beneath the outermost surface thereof and optionally infiltrates porosity within the thermal barrier coating; and then converting the metal composition within the deposited film to form an oxide film of the oxide of the at least one metal, at least a portion of the oxide film forming a surface deposit on the outermost surface of the thermal barrier coating and overlying the porosity within the thermal barrier coating; wherein the metal composition is converted to form the oxide film by heating the metal composition in an oxidizing atmosphere or by electrochemically reacting the metal composition in an electrolytic treatment in which the metal composition serves as an anode. applying to an outermost surface of the thermal barrier coating a metal composition containing at least one metal chosen from the group consisting of aluminum and magnesium whose oxide resists infiltration of CMAS into the thermal barrier coating, the metal composition being applied so as to form a metal film on the outermost surface of the thermal barrier coating and overlies the porosity within the thermal barrier coating beneath the outermost surface thereof and optionally infiltrates porosity within the thermal barrier coating; and then converting the metal composition within the deposited film to form an oxide film of the oxide of the at least one metal, at least a portion of the oxide film forming a surface deposit on the outermost surface of the thermal barrier coating and overlying the porosity within the thermal barrier coating; wherein the metal composition is converted to form the oxide film by heating the metal composition in an oxidizing atmosphere or by electrochemically reacting the metal composition in an electrolytic treatment in which the metal composition serves as an anode.
A method of assembling a balustrade, said method including: providing an upright stanchion; providing protuberances on opposing sides of the stanchion; providing longitudinal recesses extending inwards from the end of each of two tubes; and receiving the protuberances inside the recess of each tube, such that the tubes extend in general alignment on opposing sides of the stanchion; wherein each tube has an insert at its end and the protuberances are formed by passing a rod through apertures on opposing sides of the stanchion; characterised in that each recess is a blind recess extending into the insert and further characterised in that the stanchion is a hollow cylindrical pipe and the apertures are provided by drilling through the stanchion. providing an upright stanchion; providing protuberances on opposing sides of the stanchion; providing longitudinal recesses extending inwards from the end of each of two tubes; and receiving the protuberances inside the recess of each tube, such that the tubes extend in general alignment on opposing sides of the stanchion; wherein each tube has an insert at its end and the protuberances are formed by passing a rod through apertures on opposing sides of the stanchion; characterised in that each recess is a blind recess extending into the insert and further characterised in that the stanchion is a hollow cylindrical pipe and the apertures are provided by drilling through the stanchion.
A sampling device for analysis of a substance, which is selected from the group consisting of isocyanates, aminoisocyanates, isothiocyanates, amines and carboxylic acids and which is present in both gas and particle phase in an air flow intended to pass through the sampling device, wherein said sampling device is provided with an air inlet, an air outlet and closing devices, wherein the sampling device comprises a) an adsorption device intended for the passage of the air flow and provided with a coating of a mixture of a reagent in the form of primary or secondary amines and a carboxylic acid having the ability to form a salt with amine(s) for adsorption of and reaction with the substance in the gas phase of the air flow, wherein the primary or secondary amines first have been mixed with the carboxylic acid, b) a filter device intended for the passage of the air flow and provided with the mixture of reagent and carboxylic acid for adsorption of and reaction with the substance in the particle phase of the air flow, and c) a reagent container containing the reagent, the reagent container being connected to the adsorption device and/or the filter device by means of a switch device for conveying the reagent to these for reaction therein with the non-reacted substance. a) an adsorption device intended for the passage of the air flow and provided with a coating of a mixture of a reagent in the form of primary or secondary amines and a carboxylic acid having the ability to form a salt with amine(s) for adsorption of and reaction with the substance in the gas phase of the air flow, wherein the primary or secondary amines first have been mixed with the carboxylic acid, b) a filter device intended for the passage of the air flow and provided with the mixture of reagent and carboxylic acid for adsorption of and reaction with the substance in the particle phase of the air flow, and c) a reagent container containing the reagent, the reagent container being connected to the adsorption device and/or the filter device by means of a switch device for conveying the reagent to these for reaction therein with the non-reacted substance.
A medical accessory support pole, comprising: an elongate pole body; a plurality of wheels attached to the pole body; and an onboard power unit held by the pole body, comprising: a housing having a downwardly extending cylindrical channel surrounding a segment of the pole body, the housing including an angled outer surface that extends away from the cylindrical channel and then merges into a vertical segment that extends up and/or down a vertical distance to define a cord compartment, and wherein the cord compartment is rotatable inside the housing about a pole axis of a centerline of the cylindrical channel; a plurality of circumferentially spaced apart electrical receptacles positioned on the angled outer surface of the housing; and a power cord in electrical communication with the electrical receptacles extending outward from the housing. an elongate pole body; a plurality of wheels attached to the pole body; and an onboard power unit held by the pole body, comprising: a housing having a downwardly extending cylindrical channel surrounding a segment of the pole body, the housing including an angled outer surface that extends away from the cylindrical channel and then merges into a vertical segment that extends up and/or down a vertical distance to define a cord compartment, and wherein the cord compartment is rotatable inside the housing about a pole axis of a centerline of the cylindrical channel; a plurality of circumferentially spaced apart electrical receptacles positioned on the angled outer surface of the housing; and a power cord in electrical communication with the electrical receptacles extending outward from the housing. a housing having a downwardly extending cylindrical channel surrounding a segment of the pole body, the housing including an angled outer surface that extends away from the cylindrical channel and then merges into a vertical segment that extends up and/or down a vertical distance to define a cord compartment, and wherein the cord compartment is rotatable inside the housing about a pole axis of a centerline of the cylindrical channel; a plurality of circumferentially spaced apart electrical receptacles positioned on the angled outer surface of the housing; and a power cord in electrical communication with the electrical receptacles extending outward from the housing.
A partial discharge sensor comprising: a first ground that includes a high-voltage wire, and constitutes a closed space in a manner to surround the high-voltage wire; a cylindrical branch pipe that is provided at a part of the first ground to protrude to an outer space; a first opening at an end of the branch pipe on a side to the closed space; a lid at an end of the branch pipe on a side opposite to the first opening; a first metal container disposed in a recess space constituted by the branch pipe and the lid and having at least one hole through which gas can pass; a slit (12,13) that is provided in a surface of the first metal container on a side of the first opening; and a coaxial wire disposed inside the first metal container; wherein at one end of the coaxial wire, an outer conductor of the coaxial wire is connected to the first metal container at a portion near the center of the slit, and an inner conductor of the coaxial wire is connected to the first metal container on the opposite side across the slit with respect to a position where the outer conductor is connected, whereby the outer conductor and the inner conductor are operated as a slot antenna to detect a high frequency wave due to a partial discharge occurring in the closed space; characterized in that the partial discharge sensor includes a desiccant that is provided in the first metal container; and an interval retainer that retains an interval between the slit and the desiccant. a first ground that includes a high-voltage wire, and constitutes a closed space in a manner to surround the high-voltage wire; a cylindrical branch pipe that is provided at a part of the first ground to protrude to an outer space; a first opening at an end of the branch pipe on a side to the closed space; a lid at an end of the branch pipe on a side opposite to the first opening; a first metal container disposed in a recess space constituted by the branch pipe and the lid and having at least one hole through which gas can pass; a slit (12,13) that is provided in a surface of the first metal container on a side of the first opening; and a coaxial wire disposed inside the first metal container; wherein at one end of the coaxial wire, an outer conductor of the coaxial wire is connected to the first metal container at a portion near the center of the slit, and an inner conductor of the coaxial wire is connected to the first metal container on the opposite side across the slit with respect to a position where the outer conductor is connected, whereby the outer conductor and the inner conductor are operated as a slot antenna to detect a high frequency wave due to a partial discharge occurring in the closed space; characterized in that the partial discharge sensor includes a desiccant that is provided in the first metal container; and an interval retainer that retains an interval between the slit and the desiccant.
A device for nerve and/or muscle activation including a rotatable configuration of magnets wherein rotation of the configuration of magnets produces an electric field capable of activating a nerve and/or muscle in tissue around or adjacent to the device, wherein the configuration of magnets includes a first magnet and a second magnet wherein the first magnet and the second magnet are cylindrical and diametrically magnetised, and wherein the axis of symmetry of the first magnet and the axis of symmetry of the second magnet and the axis of rotation of the configuration of magnets all coincide, and wherein the magnetisation direction of the first magnet is aligned antiparallel to the magnetisation direction of the second magnet, and wherein the first magnet is positioned adjacent to the second magnet, and wherein the device includes three coils (702a, 702b, 702c) each spanning approximately 120 degrees with respect to the direction of rotation of the rotatable configuration, two of the coils (702a, 702b) positioned at one end of the rotatable configuration with respect to the axis of rotation of the device and the third coil positioned at the other end with respect to the axis of rotation of the device, wherein the three coils are arranged substantially on a first side of the rotatable configuration with respect to the axis of rotation, and wherein the three coils (702a, 702b, 702c) are arranged to receive a three-phase alternating current and to thereby produce a related magnetic field, the magnetic field of the three coils cooperating to interact with the magnetic field of the magnet configuration to rotate the configuration of magnets.
A method for securing an RFID tag to an object comprising: providing an RFID tag having an RFID chip and an antenna electrically connected to the RFID chip, the RFID tag also having a first and second opening extending therethrough; characterized by placing the RFID tag on the object, the object having a first and second protrusion extending from a surface of the object, the first and second protrusions extending through the first and second openings when the RFID tag is placed on the object; and melting the first and second protrusions to create a single integral boss, the boss covering at least a portion of the RFID tag, thereby securing the RFID tag to the object. providing an RFID tag having an RFID chip and an antenna electrically connected to the RFID chip, the RFID tag also having a first and second opening extending therethrough; characterized by placing the RFID tag on the object, the object having a first and second protrusion extending from a surface of the object, the first and second protrusions extending through the first and second openings when the RFID tag is placed on the object; and melting the first and second protrusions to create a single integral boss, the boss covering at least a portion of the RFID tag, thereby securing the RFID tag to the object.
A Mobility Management Entity, MME, comprising processing circuitry to: establish a connection, via an Enhanced Node B, between a User Equipment, UE, and a wireless cellular network; detect a need to transfer the connection to another MME within the wireless cellular network; send, to the other MME, a request to transfer the connection and context information for establishing the connection; receive, from the other MME and in response to the request, a temporary identifier for the UE and an identifier for the other MME; and communicate, to the eNB, an indication to transfer the connection, associated with the UE, from the MME to the other MME, characterized by: the indication comprising an Si-Application Protocol, AP, message that includes the identifier for the other MME, and encapsulated within the S1-AP message a Globally Unique Temporary Identity, GUTI, REALLOCATION REQUEST message, which includes the temporary identifier and the identifier for the other MME, wherein the indication is to cause the eNB to communicate the GUTI, REALLOCATION REQUEST message to the UE via a Radio Resource Control, RRC, Downlink, DL, INFORMATION TRANSFER message. establish a connection, via an Enhanced Node B, between a User Equipment, UE, and a wireless cellular network; detect a need to transfer the connection to another MME within the wireless cellular network; send, to the other MME, a request to transfer the connection and context information for establishing the connection; receive, from the other MME and in response to the request, a temporary identifier for the UE and an identifier for the other MME; and communicate, to the eNB, an indication to transfer the connection, associated with the UE, from the MME to the other MME, characterized by: the indication comprising an Si-Application Protocol, AP, message that includes the identifier for the other MME, and encapsulated within the S1-AP message a Globally Unique Temporary Identity, GUTI, REALLOCATION REQUEST message, which includes the temporary identifier and the identifier for the other MME, wherein the indication is to cause the eNB to communicate the GUTI, REALLOCATION REQUEST message to the UE via a Radio Resource Control, RRC, Downlink, DL, INFORMATION TRANSFER message.
A lighting apparatus comprising: a lighting module to receive therein a lighting part that emits light to an outside and a power control part having a connector; and a communication module passing through the lighting module and detachably coupled to the connector to transfer a control signal received through a wireless network to the power control part, characterized in that the lighting module (500, 600) comprises a heat sink receiving therein the lighting part and the power control part (560, 660), and having a first opening part; a guide member to fix the lighting part to the heat sink; a lens formed between the lighting part and the guide member to protect the lighting part, and having a second opening part; wherein the lighting part comprises: a light substrate having a third opening part 511), and a light emitting device mounted on the light substrate, wherein the connector is aligned with the first to third opening parts (551, 512, 511) and exposed to an outside through the first to third opening parts (551, 512, 511); and wherein an interface part of the communication module is inserted into the connector from the lens through the first to third opening parts (551, 512, 511). a lighting module to receive therein a lighting part that emits light to an outside and a power control part having a connector; and a communication module passing through the lighting module and detachably coupled to the connector to transfer a control signal received through a wireless network to the power control part, characterized in that the lighting module (500, 600) comprises a heat sink receiving therein the lighting part and the power control part (560, 660), and having a first opening part; a guide member to fix the lighting part to the heat sink; a lens formed between the lighting part and the guide member to protect the lighting part, and having a second opening part; wherein the lighting part comprises: a light substrate having a third opening part 511), and a light emitting device mounted on the light substrate, a light substrate having a third opening part 511), and a light emitting device mounted on the light substrate, wherein the connector is aligned with the first to third opening parts (551, 512, 511) and exposed to an outside through the first to third opening parts (551, 512, 511); and wherein an interface part of the communication module is inserted into the connector from the lens through the first to third opening parts (551, 512, 511).
A process for preparing a compound of formula, comprising the steps of: (i) forming a reaction mixture comprising (a) a compound of formula, (b) a compound of formula and (c) 1,2-propanediol or polyethylene glycol, or a mixture thereof. (ii) heating said reaction mixture to a temperature of at least 150°C to form a compound of formula; and (iii) isolating said compound of formula. (i) forming a reaction mixture comprising (a) a compound of formula, (b) a compound of formula and (c) 1,2-propanediol or polyethylene glycol, or a mixture thereof. (ii) heating said reaction mixture to a temperature of at least 150°C to form a compound of formula; and (iii) isolating said compound of formula.