mhurhangee/ep-ind-claims huggingface dataset:
A burner comprising: a manifold elongated along an axis; a plurality of nipples supported by the manifold; and a jet supported by and protruding outwardly from each nipple, each jet including a fuel-combustion outlet; the manifold includes a first end that is open, a second end that is closed, and a wall extending from the first end to the second end; each nipple having a first end that is open, a second end that is closed, and a wall extending from the first end of the nipple to the second end of the nipple; the first end of the nipple, the second end of the nipple, and the wall of the nipple being unitary; each nipple being elongated transverse to the axis from the first end of the nipple to the second end of the nipple; each nipple having threads at the first end of the nipple, and the manifold including threaded holes spaced from each other along the axis and threadedly engaged with the threads on the first ends of the nipples, characterised in that the first end of the manifold, the second end of the manifold, and the wall of the manifold are unitary. a manifold elongated along an axis; a plurality of nipples supported by the manifold; and a jet supported by and protruding outwardly from each nipple, each jet including a fuel-combustion outlet; the manifold includes a first end that is open, a second end that is closed, and a wall extending from the first end to the second end; each nipple having a first end that is open, a second end that is closed, and a wall extending from the first end of the nipple to the second end of the nipple; the first end of the nipple, the second end of the nipple, and the wall of the nipple being unitary; each nipple being elongated transverse to the axis from the first end of the nipple to the second end of the nipple; each nipple having threads at the first end of the nipple, and the manifold including threaded holes spaced from each other along the axis and threadedly engaged with the threads on the first ends of the nipples, characterised in that the first end of the manifold, the second end of the manifold, and the wall of the manifold are unitary.
A flat bag, comprising a bag upper side and a bag underside, wherein bag walls are formed from an air-permeable filter material, and an inlet opening, through which the air to be filtered enters, being introduced in the bag upper side, wherein at least one diffuser which forms an intermediate plane is disposed in the interior of the flat bag between the bag upper side and the bag underside, which diffuser consists of at least one of at least two individual strips of material disposed next to each other or sheet material structures, which have oblong-shaped flow openings, wherein the at least one diffuser is connected to the bag walls on at least one side, and wherein the diffuser has approximately at least one of the same length and the same width as the bag upper- or underside, wherein the diffuser in the form of strips of material is formed by one of filament bundles and bundles of foil strips.
Polymer dispersion, which comprises polymer particles dispersed in an aqueous continuous phase, wherein the polymer particles are obtained by a radical polymerisation of one or more feeds of vinyl monomers in an aqueous polymerisation medium comprising polysaccharide, wherein the vinyl monomers comprise at least one alkyl (meth)acrylate, characterised in that a rosin component is dissolved into at least one of the feeds of the vinyl monomers before the radical polymerisation of the vinyl monomers.
A capillary for detecting properties of chemical and/or biological fluids, said capillary comprising: a cavity for accommodating the fluid; a magnetizable and/or magnetic material; and a segment that is transparent to light of wavelength 200nm to 2000nm, wherein the capillary has a constant inner diameter along the whole length of the capillary, characterized in that the magnetizable and/or magnetic material is provided on the outer wall of the capillary such that capillary is fixable by using a magnetic force and the outer diameter of the magnetizable and/or magnetic material comprises a tapered form. a cavity for accommodating the fluid; a magnetizable and/or magnetic material; and a segment that is transparent to light of wavelength 200nm to 2000nm, wherein the capillary has a constant inner diameter along the whole length of the capillary, characterized in that the magnetizable and/or magnetic material is provided on the outer wall of the capillary such that capillary is fixable by using a magnetic force and the outer diameter of the magnetizable and/or magnetic material comprises a tapered form.
A sliding door assembly, including a fixed frame, a horizontally displaceable door wing, and a locking device for locking the door wing to the frame, wherein the locking device has a latch bolt and a bolt receptacle cooperating with the latch bolt, wherein the bolt receptacle is assigned to a rail element located on the door wing, characterized in that the rail element is adjustable by means of an adjusting device in a first adjusting direction; that the adjusting device has a second positioning element, by which the rail element is adjustable in a second adjusting direction; and that the second adjusting direction is oriented in the displacement direction of the door wing.
Mould insert for an injection mould, comprising a moulding region for forming a brush part body and having receiving holes, which extend into the moulding region, for bristle bundles, wherein the mould insert is configured in multiple parts and includes a first mould insert part having the moulding region for the brush part body and having partial receiving holes for receiving bristle bundles in regions, and a second mould insert part having partial receiving holes which, in a use position, adjoin the partial receiving holes of the first mould insert part, characterised in that adjustment pins are provided on the second mould insert part, which engage into recesses of the first mould insert part and can be fixed in the recesses, wherein the adjustment pins consist of plastics material and can be connected to the recesses of the first mould insert part by incipient melting or wherein adjustment bushes for axially fixing the adjustment pins in the recesses are provided and wherein in each case a gap which can be filled with a filling composition is provided between the inner wall of the recess and the adjustment bush.
An information interaction method, performed by an Internet of Things (IoT) platform, the method comprising: receiving (S101, S401, S901, S1504) an information interaction request sent by a terminal device, wherein the information interaction request includes a device identifier (6-1, 6-3) of a target device to be interacted with the terminal device and a name (6-3, 6-4) of a first server to which the target device belongs; sending (S102, S402, S902, S1505) an authorization request to the first server based on the name of the first server; receiving (S103, S403, S903) authorization information sent by the first server, wherein the authorization information is generated in response to the first server determining that a login account that logs into the IoT platform is an authorized account; receiving (S201, S701) a first control instruction sent by a second server to which the terminal device belongs, wherein the first control instruction is determined by the second server based on a driving scene for a vehicle; and sending (S202, S702) the first control instruction for the target device to the first server, so that the first server controls the target device based on the first control instruction. receiving (S101, S401, S901, S1504) an information interaction request sent by a terminal device, wherein the information interaction request includes a device identifier (6-1, 6-3) of a target device to be interacted with the terminal device and a name (6-3, 6-4) of a first server to which the target device belongs; sending (S102, S402, S902, S1505) an authorization request to the first server based on the name of the first server; receiving (S103, S403, S903) authorization information sent by the first server, wherein the authorization information is generated in response to the first server determining that a login account that logs into the IoT platform is an authorized account; receiving (S201, S701) a first control instruction sent by a second server to which the terminal device belongs, wherein the first control instruction is determined by the second server based on a driving scene for a vehicle; and sending (S202, S702) the first control instruction for the target device to the first server, so that the first server controls the target device based on the first control instruction.
A gear change control device for a gearbox of a vehicle, comprising a spring-loaded gearshift also defined as a spring-loaded gear lever, which runs in guide grooves which are provided in a bottom plate and which define the gear change pattern and gear change resistance of the gearshift when the driver moves the gear lever between different gear positions, characterised - in that at least one pin is integrated with a pin plate and is arranged to be movable in a channel in the bottom plate for blocking certain gear positions or for locking the gear lever in a certain gear position, - that the pin plate can be kept in at least two different positions, an unlocked state and a locked state, - that the pin plate in the locked state is adapted to preventing disengagement of the gear lever from a certain gear position, - that the pin plate in the unlocked state allows disengagement of the gear lever from a certain gear position. - in that at least one pin is integrated with a pin plate and is arranged to be movable in a channel in the bottom plate for blocking certain gear positions or for locking the gear lever in a certain gear position, - that the pin plate can be kept in at least two different positions, an unlocked state and a locked state, - that the pin plate in the locked state is adapted to preventing disengagement of the gear lever from a certain gear position, - that the pin plate in the unlocked state allows disengagement of the gear lever from a certain gear position.
Brake transmitter for transmitting braking forces to a wheel brake, in particular a drum brake, the brake transmitter having a movable, tension-resistant and resiliently flexible transmission means, the brake transmitter having a curved guide device and the transmission means which is guided therein, the transmission means being configured as a flat pull band, and the guide device having a curved guide sleeve with a rigid form, characterized in that, in the region of its curve, the guide sleeve has inner and outer guide elements (19, 20) on both sides for the pull band.
A method of broadcasting data from a wireless multi-antenna transmitter, comprising: selecting at least two steering matrices for transmission of at least one block of data symbols obtained from at least one block of data, wherein the at least two steering matrices are provided to randomize an effective channel observed by each of a plurality of receiving entities for the at least one block of data symbols; performing spatial processing on the at least one block of data symbols with each of the at least two steering matrices to obtain a plurality of sequences of transmit symbols, wherein the spatial processing comprises obtaining transmit symbols to be sent from a plurality of access point antennas in a transmission span by processing data symbols to be sent in the transmission span with a steering matrix selected for the transmission span; and broadcasting one or more signals comprising the plurality of sequences of transmit symbols from a plurality of transmit antennas. selecting at least two steering matrices for transmission of at least one block of data symbols obtained from at least one block of data, wherein the at least two steering matrices are provided to randomize an effective channel observed by each of a plurality of receiving entities for the at least one block of data symbols; performing spatial processing on the at least one block of data symbols with each of the at least two steering matrices to obtain a plurality of sequences of transmit symbols, wherein the spatial processing comprises obtaining transmit symbols to be sent from a plurality of access point antennas in a transmission span by processing data symbols to be sent in the transmission span with a steering matrix selected for the transmission span; and broadcasting one or more signals comprising the plurality of sequences of transmit symbols from a plurality of transmit antennas.
A method for producing a structure comprising, on a main surface of a substrate, at least one elongated cavity having openings at opposing ends, the method comprising: - providing a substrate having a main surface, - forming, on the main surface, a first pair of features protruding perpendicularly from the main surface, wherein the features; • have elongated sidewalls, and a top surface, • are parallel to one another, • are separated by a gap having a width s1 and a bottom area, and; • have a width w and a height h, and wherein a ratio of h/w is in the range of 3 to 30, wherein the separation gap s1 is less than twice the height h and wherein the width w is the range between 100 nm and 5 nm., - bringing at least the main surface of the substrate and the first pair of features in contact with a liquid, suitable for making a contact angle of less than 90 0 with the material of the elongated sidewalls, and; - subsequently, drying the substrate and the first pair of features, thereby causing an upper part of the features to contact each other forming the at least one elongated cavity. - providing a substrate having a main surface, - forming, on the main surface, a first pair of features protruding perpendicularly from the main surface, wherein the features; • have elongated sidewalls, and a top surface, • are parallel to one another, • are separated by a gap having a width s1 and a bottom area, and; • have a width w and a height h, and wherein a ratio of h/w is in the range of 3 to 30, wherein the separation gap s1 is less than twice the height h and wherein the width w is the range between 100 nm and 5 nm., • have elongated sidewalls, and a top surface, • are parallel to one another, • are separated by a gap having a width s1 and a bottom area, and; • have a width w and a height h, and wherein a ratio of h/w is in the range of 3 to 30, wherein the separation gap s1 is less than twice the height h and wherein the width w is the range between 100 nm and 5 nm., - bringing at least the main surface of the substrate and the first pair of features in contact with a liquid, suitable for making a contact angle of less than 90 0 with the material of the elongated sidewalls, and; - subsequently, drying the substrate and the first pair of features, thereby causing an upper part of the features to contact each other forming the at least one elongated cavity.
A person-support system comprising: a non powered mattress; a coverlet positionable on the non powered mattress and including an entry positioned at a first end of the coverlet, the entry including an inlet connector, an exit positioned at a second end of the coverlet, an upper air impermeable layer, and a lower air impermeable layer coupled to the upper air impermeable layer to form an air flow path along the coverlet between the entry and the exit, wherein the upper air impermeable layer is vapor permeable and the lower air impermeable layer is vapor permeable, a conduit having a conduit connector, and and air supply configured to provide air to the coverlet through the conduit, characterized in that the system further comprises a connection sensor, the air supply being configured to be activated when the connection sensor senses that the conduit connector is connected to the air supply and the inlet connector. a non powered mattress; a coverlet positionable on the non powered mattress and including an entry positioned at a first end of the coverlet, the entry including an inlet connector, an exit positioned at a second end of the coverlet, an upper air impermeable layer, and a lower air impermeable layer coupled to the upper air impermeable layer to form an air flow path along the coverlet between the entry and the exit, wherein the upper air impermeable layer is vapor permeable and the lower air impermeable layer is vapor permeable, a conduit having a conduit connector, and and air supply configured to provide air to the coverlet through the conduit, characterized in that the system further comprises a connection sensor, the air supply being configured to be activated when the connection sensor senses that the conduit connector is connected to the air supply and the inlet connector. an entry positioned at a first end of the coverlet, the entry including an inlet connector, an exit positioned at a second end of the coverlet, an upper air impermeable layer, and a lower air impermeable layer coupled to the upper air impermeable layer to form an air flow path along the coverlet between the entry and the exit, wherein the upper air impermeable layer is vapor permeable and the lower air impermeable layer is vapor permeable, a conduit having a conduit connector, and and air supply configured to provide air to the coverlet through the conduit, characterized in that the system further comprises a connection sensor, the air supply being configured to be activated when the connection sensor senses that the conduit connector is connected to the air supply and the inlet connector.
An electromotive furniture drive, comprising a drive unit and a power take-off unit which can be moved relative to the drive unit, wherein the electromotive furniture drive further comprises two connection elements, of which at least one in each case is arranged at the drive unit and at the moveable power take-off unit, and via which the drive unit and at the moveable power take-off unit are respectively connected with a cross member or a rotating cross member of a furniture fitting, characterized in that the connection elements provide at least two mutually spaced force application points (A, B) each for the connection with the furniture fitting in a direction transversely to the relative movement between the drive unit and the power take-off unit, wherein the force application points (A, B) are respectively spaced apart from one another at least by a distance (d A, d B) which is greater than approximately 50% of a travel of the furniture drive, and that the connection elements are designed such that they stiffen the cross member concerning bending and the rotating cross member concerning bending and torsion, respectively, wherein the travel of the furniture drive corresponds to the maximum possible displacement movement of the furniture drive.
Method of performing an operation of abandoning a well characterized by melting surrounding materials, such as pipes, cement and formation sand, the method comprising the steps of; - providing an amount of a heat generating mixture, - positioning the heat generating mixture at a melting position in the well, - positioning at least one high temperature resistant element (5, 7) close to the melting position in the well, - igniting the heat generating mixture, thereby melting the surrounding materials in the well. - providing an amount of a heat generating mixture, - positioning the heat generating mixture at a melting position in the well, - positioning at least one high temperature resistant element (5, 7) close to the melting position in the well, - igniting the heat generating mixture, thereby melting the surrounding materials in the well.
A method of removing material from a target, the method comprising the steps of: providing a tool, the tool having at least one propellant source, igniting at least one of the propellant source(s) to form a combustion zone, pressurising the tool to a pressure higher than the environmental pressure, and directing combustion products generated at the combustion zone along at least one tool flow path, such that upon exiting the tool flow path(s) the combustion products interact with a target, the interaction causing material to be removed from the target; wherein the tool flow paths(s) is/are selectively closable; and characterized in that the method comprises the step of varying the direction of the combustion products exiting the at least one tool flow path with respect to the tool. directing combustion products generated at the combustion zone along at least one tool flow path, such that upon exiting the tool flow path(s) the combustion products interact with a target, the interaction causing material to be removed from the target; wherein the tool flow paths(s) is/are selectively closable; and characterized in that the method comprises the step of varying the direction of the combustion products exiting the at least one tool flow path with respect to the tool.
Electric toothbrush handpiece with at least one interface for a coupling with a plug-on brush, with at least one housing, with at least one drive unit accommodated in the housing for driving the interface, with at least one energy storage (50.1; 50.2) for a supply of the drive unit with energy, and with at least one fix frame unit, which is arranged in the housing, which is in particular implemented integrally and which at least partly accommodates the drive unit and the energy storage (50.1; 50.2), wherein the drive unit comprises at least one rotor, wherein the rotor of the drive unit is accommodated in a receiving region of the frame unit, wherein the receiving region is open toward a side, wherein the drive unit has at least one stator comprising an integrally implemented carrier, a metal-sheet package inserted in the carrier and a coil encompassing the metal-sheet package, wherein the carrier covers a first open side of the receiving region of the frame unit provided for the rotor, characterised in that the rotor of the drive unit is accommodated in the receiving region of the frame unit via two bearings (118, 120).
An apparatus for use with a fluid cartridge and a dermis, comprising: a percutaneous port including an interior configured to receive the fluid cartridge such that at least a portion of the fluid cartridge is within the dermis, the fluid cartridge can be removed from the dermis independently of the apparatus, and the fluid cartridge can be moved by a user relative to the percutaneous port; an implantable operative portion, including a pump, operably connected to the percutaneous port; and a cartridge sensor (124, 126) configured to sense movement of the fluid cartridge relative to the percutaneous port. a percutaneous port including an interior configured to receive the fluid cartridge such that at least a portion of the fluid cartridge is within the dermis, the fluid cartridge can be removed from the dermis independently of the apparatus, and the fluid cartridge can be moved by a user relative to the percutaneous port; an implantable operative portion, including a pump, operably connected to the percutaneous port; and a cartridge sensor (124, 126) configured to sense movement of the fluid cartridge relative to the percutaneous port.
Method for self-assembling a mesoporous silica nanoparticle, said method comprising the following steps a. condensing a silica precursor, a surfactant and a condensation agent in a solvent; b. adding an organotriethoxysilane; c. finally, removing said surfactant; characterized in that the portion of said organotriethoxysilane to said silica precursor is comprised between 5% and 15%. a. condensing a silica precursor, a surfactant and a condensation agent in a solvent; b. adding an organotriethoxysilane; c. finally, removing said surfactant;