mhurhangee/ep-ind-claims huggingface dataset:
Mounting fixture for sanitary fittings, in particular flush-mounted mixing fittings, comprising a housing arrangeable in an opening of a building wall, in which a port device of a sanitary fitting having at least two port openings is arrangeable, wherein the mounting fixture includes connecting means (40; 140) through which the port openings of the port device of the sanitary fitting are connectable to water-carrying pipes in the wall of the housing, wherein at least one of the connecting means (40; 140) is a part separate from the housing (10; 110) and is optionally introducible into the housing (10; 110), the connecting means (40; 140) is an adaptor (40; 140) which has in each case at one end a port opening (48; 148) to which a port opening of the port device of the sanitary fitting is complementary, and has at the other end a fastening means (52; 152) by which the adaptor (40; 140) is connectable to a water-carrying pipe in the building wall, the adaptor (40; 140) is introducible into housing openings (18; 118) in the exterior wall (12; 112) of the housing (10; 110) to such an extent that the port opening (48; 148) of the adaptor (40; 140) is located in the interior of the housing (10; 110) and the fastening means (52; 152) of the adaptor (40; 140) is located outside the housing (10; 110), and the port opening (48; 148) of the adaptor (40; 140) is at an angle of 90° with respect to the opening of the fastening means (52; 152) of the adaptor (40; 140).
Active lightning conductor comprising a housing with a cover and outer bearing flanges, an active lightning-receiving central rod mounted on the cover and side rods, an external discharge circuit composed of couples of current-carrying arresters, wherein_every two arresters form a couple being separated with some dielectric and every arrester of one couple being electrically coupled to one arrester of the other couple, a high-voltage impulse generator and a contact element of a grounding system, characterized in that said high-voltage impulse generator comprises a case being in the housing, wherein the outer profile of the case encloses at least two charging resistor circuits as well as a multiunit arrester made as at least one capacitive discharge circuit, and wherein a cavity where the multiunit arrester is located in the case is filled with dielectric material, all the side rods are active lightning-receiving and all active lightning-receiving rods form a multirod rim connected in series to the high-voltage impulse generator and to the contact element of the grounding system, the current-carrying arresters are mounted at the outer bearing flanges of the housing, and only one current-carrying arrester of an upper couple of the external discharge circuit is electrically linked to the multirod rim, and only one current-carrying arrester of a lower couple of the external discharge circuit is linked to the contact element of the grounding system.
A pulling device for a wheelchair, comprising a control element, a chassis (9, 13) and a support frame, wherein a fixing arrangement is mounted on the support frame, which fixing arrangement is fixable to a wheelchair frame of the wheelchair, and wherein the pulling device is configured to be positioned in front of the wheelchair when the fixing arrangement is fixed to the wheelchair frame of the wheelchair, and for pulling the wheelchair to be pretensioned to the wheelchair frame by the fixing arrangement, characterized in that the fixing arrangement is arranged to be automatically connected to and released from the wheelchair frame of the wheelchair by a fixing drive, wherein the fixing arrangement is arranged to be connected to a frame tube of the wheelchair frame of the wheelchair.
A method for the manufacture of an essentially shell-form, fibre-reinforced plastic part, wherein a material blank is inserted into a moulding tool, in particular with an upper die and a lower die, and the moulding tool is subsequently closed to mould the material blank, wherein the material blank consists of a fibrous material impregnated with a matrix material - prepreg material -, wherein the material blank is preheated at least partially by means of a heating device prior to the insertion in order to ensure its mouldability, and in that at least one shaping surface (4a, 5a) of the moulding tool is cooled, and/or cooled at least partially, by means of a cooling device when the material blank is inserted, characterised in that the preheating temperature of the material blank lies below the activation temperature of the prepreg material, wherein the material blank is at least partially preheated to at least approx. 40 °C, and the shaping surfaces (4a, 5a) of the moulding tool are at least partially cooled to a temperature of less than approx. 10 °C.
A gerotor pump comprising; • a housing which comprises a first and a second supply socket (18a, 18b; 19a, 19b), • an inner rotor; and • an outer rotor; wherein the inner rotor is located within the outer rotor, and lobes (13, 14) of the inner and the outer rotor (4, 5) engaging, the outer rotor is centred about first axis and the inner rotor is centred around a second axis which is eccentric from the first axis, wherein a pressure chamber with a high pressure and a low pressure section, is defined between the inner and outer rotor (4, 5), wherein the inner rotor is rotatably arranged on a shaft cylinder which is fixed at one end of a central drive shaft of the pump, wherein said central drive shaft is centred about the first axis, and said shaft cylinder is centred about said second axis, whereby said inner rotor performs an orbital movement about the first axis when said central drive shaft is turned, and wherein the inner rotor is provided with radial supply conduits extending from the pressure chambers to the shaft cylinder, and wherein said shaft cylinder is provided with at least a first and a second cylinder opening (16, 17), such that the first cylinder opening is axially displaced relative the second cylinder opening, and said first opening is arranged such that it is connected to said high pressure section, and said second cylinder opening is arranged such that it is connected to said low pressure section characterised in, that said outer rotor is rotatably located relative the housing. • a housing which comprises a first and a second supply socket (18a, 18b; 19a, 19b), • an inner rotor; and • an outer rotor;
Solution for use in filling micrometer-size cavities, the solution comprising a first solvent, a first polymer having a first molecular weight, a second polymer having a second molecular weight, luminophores and a surfactant, the second molecular weight being 10 to 50 times greater than the first molecular weight.
Method for operating an attachment for a vacuum cleaner, said attachment comprising an electrically rotatable bristle roller and a motor for driving the bristle roller, the bristle roller being rotated in an operating rotational direction during operation, the bristle roller being rotated in a rotational direction counter to the operating rotational direction - reverse rotational direction - if a blockage of the bristle roller is detected, characterised in that, when a blockage is detected, the bristle roller is rotated in the reverse rotational direction by a predetermined or predeterminable rotational angle - reverse rotational angle -, or, when the blockage is detected, the motor of the bristle roller is stopped and the bristle roller is rotated incrementally in the reverse rotational direction by a predetermined or predeterminable rotational angle by the user actuating a switching element.
A trigger dispensing head for dispensing a liquid product, which can be applied to a bottle of a dispensing device, comprising: - a frame for supporting components of the dispensing head, comprising a connecting portion for application to the bottle, comprising an annular skirt having a skirt axis; - a piston chamber supported by the frame, having extension along a piston axis, and a piston sealingly sliding in the piston chamber, between a resting position and a dispensing position in which the product is dispensed outside; - a dispensing pipe supported by the frame, fluidly in communication with the piston chamber, for dispensing, at the front, the product, having extension along a dispensing axis, wherein the piston axis and the dispensing axis lie on an imaginary sagittal plane; wherein the sagittal plane subdivides the head into a right half-part and a left half-part; - a trigger supported by the frame, which can be actuated to bias the piston from the resting position to the dispensing position; - an at least partially elastic return element, supported by the frame and adapted to bias the piston, permanently and either directly or indirectly, from the dispensing position to the resting position, wherein the return element comprises two arms (72,74), wherein each arm (72,74) has extension between a lower end and an upper end and is arranged in a respective half-part of the head with respect to the sagittal plane; - a lower backing part supported by the frame, having a main surface; wherein the trigger dispensing head is characterized in that said lower ends of the return element are in contact with the main surface and freely movable thereon in receding and approaching relative to the upper ends between a plurality of zones of said main surface distanced along the skirt axis. - a frame for supporting components of the dispensing head, comprising a connecting portion for application to the bottle, comprising an annular skirt having a skirt axis; - a piston chamber supported by the frame, having extension along a piston axis, and a piston sealingly sliding in the piston chamber, between a resting position and a dispensing position in which the product is dispensed outside; - a dispensing pipe supported by the frame, fluidly in communication with the piston chamber, for dispensing, at the front, the product, having extension along a dispensing axis, wherein the piston axis and the dispensing axis lie on an imaginary sagittal plane; wherein the sagittal plane subdivides the head into a right half-part and a left half-part; - a trigger supported by the frame, which can be actuated to bias the piston from the resting position to the dispensing position; - an at least partially elastic return element, supported by the frame and adapted to bias the piston, permanently and either directly or indirectly, from the dispensing position to the resting position, wherein the return element comprises two arms (72,74), wherein each arm (72,74) has extension between a lower end and an upper end and is arranged in a respective half-part of the head with respect to the sagittal plane; - a lower backing part supported by the frame, having a main surface;
An apparatus for grinding particulate material comprising: a vertical roller mill for grinding the particulate material and comprising a grinding table and a grinding roller having a rotational axis, each table and roller having a grinding surface and being arranged to define a grinding zone between the grinding surfaces of the grinding roller and of the grinding table; and a feeder for feeding the particulate material to the vertical roller mill; wherein the grinding roller is arranged to roll on the particulate material on a grinding path or said grinding table; and the feeder is arranged to receive the particulate material and to direct a flow of that material to the grinding zone of the vertical roller mill characterized in that the flow of that material is directed at a velocity in relation to the grinding roller axis of at least 0.3 times the tangential velocity of the grinding roller grinding surface or at least 0.6, 0.7, 0.8, 0.9, 1.0, 1.1, 1.2, 1.3, 1.4, 1.5, 1.6, 1.7, 2.0, 3.0 or 4.0 times the tangential velocity of the grinding roller grinding surface. a vertical roller mill for grinding the particulate material and comprising a grinding table and a grinding roller having a rotational axis, each table and roller having a grinding surface and being arranged to define a grinding zone between the grinding surfaces of the grinding roller and of the grinding table; and a feeder for feeding the particulate material to the vertical roller mill; wherein the grinding roller is arranged to roll on the particulate material on a grinding path or said grinding table; and the feeder is arranged to receive the particulate material and to direct a flow of that material to the grinding zone of the vertical roller mill characterized in that the flow of that material is directed at a velocity in relation to the grinding roller axis of at least 0.3 times the tangential velocity of the grinding roller grinding surface or at least 0.6, 0.7, 0.8, 0.9, 1.0, 1.1, 1.2, 1.3, 1.4, 1.5, 1.6, 1.7, 2.0, 3.0 or 4.0 times the tangential velocity of the grinding roller grinding surface.
A wellbore y-block junction, comprising: a first bore channel; a second bore channel; a deflector selectable to a neutral position, to a first bore channel selected position, and to a second bore channel selected position; a radio receiver; and a controller, wherein the controller is configured to command the deflector position to one of the neutral position, the first bore channel selected position, or the second bore channel selected position based on an input from the radio receiver. a first bore channel; a second bore channel; a deflector selectable to a neutral position, to a first bore channel selected position, and to a second bore channel selected position; a radio receiver; and a controller, wherein the controller is configured to command the deflector position to one of the neutral position, the first bore channel selected position, or the second bore channel selected position based on an input from the radio receiver.
Heat pump comprising a compressor, and an electronically commutated electric motor connect to the compressor, wherein the electric motor is connected to a power output stage configured to energize the electric motor for generating a rotating magnetic field, and the power output stage is thermally conductively connected to a refrigerant circuit of the heat pump, such that heat loss generated by the power output stage can be dissipated to the refrigerant circuit, characterized in that the heat pump has at least one temperature sensor arranged to detect a temperature of the power output stage and to generate a temperature signal representing the temperature, and the heat pump has a control unit, which is connected to the temperature sensor and is configured to drive the power output stage depending on the temperature signal in such a way that heat loss can be generated in the power output stage by means of a leakage current flowing through the power output stage, wherein the heat pump has at least one link circuit inductor (27, 28) connected to the power output stage, and the power output stage has at least one semiconductor switch half-bridge (71, 72, 73), wherein the control unit is configured to generate a turn-on control pulse (81, 82, 83, 84, 85, 86) depending on the temperature signal for each of the semiconductor switches (31, 32, 33, 34, 35, 36) of the semiconductor switch half-bridge and to transmit said turn-on control pulse to the semiconductor switches (31, 32, 33, 34, 35, 36), and thus to turn on the semiconductor switches (31, 32, 33, 34, 35, 36) of the semiconductor switch half-bridge (71, 72, 73) simultaneously during a turn-on time interval, wherein the at least one link circuit inductor (27, 28) is configured to limit a current rise of the leakage current flowing through the semiconductor switch half-bridge (71, 72, 73).
A shower control system (108, 110) for a shower, the shower control system (108, 110) comprising: a pairing station associated with the shower and having a pairing interface located in a room containing the shower, the pairing interface comprising a wall-mounted button which is not integral with any physical shower control means and requires a user's presence for activation; and a portable user device arranged to be used to control the shower, the portable user device being able to control one or more functions of the shower only while it is paired with the pairing station, the one or more functions including one or more of changing water temperature and changing flow rate of water through any one or more selected outlets of the shower, wherein the portable user device is paired with the pairing station by activation of the pairing interface by depression of the button by a user when the portable user device is in a pairing region, the pairing authorising the portable user device to provide control signals so as to control a control valve of the shower to implement one or more of the functions of the shower. a pairing station associated with the shower and having a pairing interface located in a room containing the shower, the pairing interface comprising a wall-mounted button which is not integral with any physical shower control means and requires a user's presence for activation; and a portable user device arranged to be used to control the shower, the portable user device being able to control one or more functions of the shower only while it is paired with the pairing station, the one or more functions including one or more of changing water temperature and changing flow rate of water through any one or more selected outlets of the shower, wherein the portable user device is paired with the pairing station by activation of the pairing interface by depression of the button by a user when the portable user device is in a pairing region, the pairing authorising the portable user device to provide control signals so as to control a control valve of the shower to implement one or more of the functions of the shower.
A method for controlling a jet loom, which jet loom contains a plurality of relay nozzles arranged along a fluid feed conduit, wherein a weft yarn is introduced into the fluid feed conduit, the relay nozzles are actuated so as to eject time-staggered fluid pulses which produce a fluid flow in the fluid feed conduit, and the weft yarn is conveyed by the fluid flow through the fluid feed conduit, characterized in that at least two different individual, intrinsic characteristics of a weft yarn section to be introduced into the fluid feed conduit are determined, and the relay nozzles are actuated based on the previously determined at least two different individual, intrinsic characteristics of the respectively conveyed weft yarn section. which jet loom contains a plurality of relay nozzles arranged along a fluid feed conduit,
A spinal rod for aligning vertebral bodies comprising: a core member including a first portion having a uniform outer diameter and a second portion extending from the first portion, at least a portion of the second portion having an outer diameter smaller than the uniform outer diameter of the first portion, the core member formed of a first material having a first modulus of elasticity; and a sheath member having a lumen extending therethrough, the lumen sized for receiving the second portion of the core member therein, the sheath member formed of a second material having a second modulus of elasticity different from the first modulus of elasticity; characterized in that the sheath member is configured to slidably engage the second portion of the core member. a core member including a first portion having a uniform outer diameter and a second portion extending from the first portion, at least a portion of the second portion having an outer diameter smaller than the uniform outer diameter of the first portion, the core member formed of a first material having a first modulus of elasticity; and a sheath member having a lumen extending therethrough, the lumen sized for receiving the second portion of the core member therein, the sheath member formed of a second material having a second modulus of elasticity different from the first modulus of elasticity; characterized in that the sheath member is configured to slidably engage the second portion of the core member.
A compound having a structure as shown in Formula III: wherein R 3 is -CH 3; and R 1 and R 2 are each independently H or -CH 3, or a pharmaceutically acceptable salt thereof. R 3 is -CH 3; and R 1 and R 2 are each independently H or -CH 3,
A wireline retrieval head assembly and downhole tool, the wireline retrieval head assembly for coupling to the downhole tool for installation in and retrieval from downhole in a mineral industry field of use, wherein: a first of the wireline retrieval head assembly and downhole tool has a clevis with a pivot member, and a second of the wireline retrieval head assembly and downhole tool has a complementary link with an opening for the pivot member to removably engage the link with the pivot member, wherein when the link engages with the pivot member: the clevis and link form a pivot coupling to allow for articulation between the wireline retrieval head assembly and the downhole tool when installed and retrieved, and the link can decouple from the clevis to allow for removal of the downhole tool from the wireline retrieval head assembly, wherein the link is a hook. a first of the wireline retrieval head assembly and downhole tool has a clevis with a pivot member, and a second of the wireline retrieval head assembly and downhole tool has a complementary link with an opening for the pivot member to removably engage the link with the pivot member, wherein when the link engages with the pivot member: the clevis and link form a pivot coupling to allow for articulation between the wireline retrieval head assembly and the downhole tool when installed and retrieved, and the link can decouple from the clevis to allow for removal of the downhole tool from the wireline retrieval head assembly, wherein the link is a hook. the clevis and link form a pivot coupling to allow for articulation between the wireline retrieval head assembly and the downhole tool when installed and retrieved, and the link can decouple from the clevis to allow for removal of the downhole tool from the wireline retrieval head assembly, wherein the link is a hook.
Method for emitting a message comprising data frames (Ti), the data frames (Ti) being numbered and grouped into at least one block, the emission method being implemented by an electronic emission device and comprising: - the calculation of at least one recovery code ( C ( m, n)) for each block, - the emission of a message containing the block(s) and the, or each, corresponding calculated recovery code ( C ( m, n)), and in that the calculation of at least one recovery code ( C ( m, n)) comprises calculating the remainder of a Euclidean division of the number of each frame (Ti) by at least a same predetermined number, and characterized in that the sum of the predetermined numbers being less than or equal to 0.3 times the number of data frames (Ti) contained in the message, and each recovery code ( C ( m, n)) is obtained by EXCLUSIVE OR between the frames (Ti) of the corresponding block for which the remainders of the Euclidean division of the number of the said frames (Ti) by the same predetermined number are equal. - the calculation of at least one recovery code ( C ( m, n)) for each block, - the emission of a message containing the block(s) and the, or each, corresponding calculated recovery code ( C ( m, n)),