mhurhangee/ep-ind-claims huggingface dataset:
A battery mounting structure comprising: a battery bracket that is fixed to a body of a vehicle, and on which a battery is mounted; a rod that is connected to the battery bracket in a state in which a gap is provided between the rod and a front wall (11 A) of the battery, and that fixes the battery to the battery bracket; and characterized by an interference inhibiting portion that is provided between the rod and the front wall of the battery, and that inhibits interference between the battery and the rod by the front wall of the battery contacting the interference inhibiting portion when forward inertia force toward a front of the vehicle acts on the battery, wherein the interference inhibiting portion is a contact portion formed on a tray that forms a portion of the battery mounting structure, wherein the contact portion extends toward the front wall of the battery, wherein the battery is mounted on the tray, and wherein the front wall of the battery is able to come into contact with the contact portion. a battery bracket that is fixed to a body of a vehicle, and on which a battery is mounted; a rod that is connected to the battery bracket in a state in which a gap is provided between the rod and a front wall (11 A) of the battery, and that fixes the battery to the battery bracket; and characterized by an interference inhibiting portion that is provided between the rod and the front wall of the battery, and that inhibits interference between the battery and the rod by the front wall of the battery contacting the interference inhibiting portion when forward inertia force toward a front of the vehicle acts on the battery, wherein the interference inhibiting portion is a contact portion formed on a tray that forms a portion of the battery mounting structure, wherein the contact portion extends toward the front wall of the battery, wherein the battery is mounted on the tray, and wherein the front wall of the battery is able to come into contact with the contact portion.
Valve device for a pressurized gas container, having a valve housing and functional elements which are introduced into the valve housing, one of the functional elements being an extraction valve having a valve body that is movable between an open position and a closed position, wherein a manual actuating element is provided for moving the valve body into an at least partially open position, so that gas is able to escape along the valve body in its at least partially open position and flow via emptying paths which are otherwise provided for withdrawing gas during regular operation, the manual actuating element has a stop, so that only one predefined axial path is possible, in the axial path, only one stroke of the valve body which is smaller than the stroke during a regular opening of the valve body for removing gas is allowed, the manual actuating element has a thread, so that a rotary motion is converted into an axial motion of the actuating element in the direction to / from the valve body, and characterized in that the manual actuating element is designed in such a way that the axial motion is decoupled from the rotary motion.
Dispenser for taking up and dispensing fluid volumes, to which dispenser a piston-cylinder unit, which is realized as an exchangeable part and has a piston and a cylinder, is releasably attachable, wherein the dispenser comprises a housing and an incremental distance measuring device which is constructed such that when there is a relative movement between the piston and the cylinder, the distance traveled by the piston relative to the housing of the dispenser is determinable in an incremental manner, wherein the dispenser comprises a piston actuator which is releasably connectable to the piston in such a manner that the piston is linear movable by means of the piston actuator for taking up and/or dispensing fluid volumes, wherein the incremental distance measuring device has a rotary measuring device by means of which the revolutions of a motor of the dispenser operating the piston actuator can be determined and thus the length of the linear displacement path of the pistons in the cylinder can be determined incrementally when the piston actuator is adjusted, characterized in that the dispenser comprises a position determining device which has a first position element and a second position element, the first position element is arranged rigidly in and/or on the housing of the dispenser and the second position element is motionally coupled with the piston actuator and the position determining device is constructed for continuous detection of the absolute displacement position of the second position element.
A method of producing a wind turbine rotor blade comprising the steps: providing a mould for a spar cap, wherein the mould has at least one negative cap edge (310, 320), laying glass fibre layers in the mould and the negative cap edge (310, 320) to achieve transverse scarfing at the ends of the glass fibre layers in such a way that a spar cap having a first and a second end (401, 402) is provided, wherein the first and/or second end (401, 402) has a negative scarfing, and positively lockingly installing the first and/or second end (401, 402) of the spar cap in a core material of the rotor blade, wherein the cap edge (310, 320) has an angle of between 20° and 40°. providing a mould for a spar cap, wherein the mould has at least one negative cap edge (310, 320), laying glass fibre layers in the mould and the negative cap edge (310, 320) to achieve transverse scarfing at the ends of the glass fibre layers in such a way that a spar cap having a first and a second end (401, 402) is provided, wherein the first and/or second end (401, 402) has a negative scarfing, and positively lockingly installing the first and/or second end (401, 402) of the spar cap in a core material of the rotor blade, wherein the cap edge (310, 320) has an angle of between 20° and 40°.
A solar cell module comprising: a connected body including one or more photoelectric conversion cells in which a first electrode at a side of a first base plate and a second electrode at a side of a second base plate are in opposition via a functional layer; at least one barrier packaging material (13A, 13B) that is sealed by a seal and encloses the connected body; a first lead-out electrode connected to the first electrode via a first electrical connector; and a second lead-out electrode connected to the second electrode via a second electrical connector, wherein the functional layer is an electrolyte layer and the solar cell module is a dye-sensitized solar cell module, and the solar cell module includes a filling member in at least part of a gap between the barrier packaging material and a periphery of the connected body in a base plate surface direction that includes a surface direction of the first base plate and a surface direction of the second base plate, characterized in that at least part of the seal is unified with the filling member such that the at least part of the seal and the filling member are formed from the same material and a joint is not present therebetween. a connected body including one or more photoelectric conversion cells in which a first electrode at a side of a first base plate and a second electrode at a side of a second base plate are in opposition via a functional layer; at least one barrier packaging material (13A, 13B) that is sealed by a seal and encloses the connected body; a first lead-out electrode connected to the first electrode via a first electrical connector; and a second lead-out electrode connected to the second electrode via a second electrical connector, wherein the functional layer is an electrolyte layer and the solar cell module is a dye-sensitized solar cell module, and the solar cell module includes a filling member in at least part of a gap between the barrier packaging material and a periphery of the connected body in a base plate surface direction that includes a surface direction of the first base plate and a surface direction of the second base plate, characterized in that at least part of the seal is unified with the filling member such that the at least part of the seal and the filling member are formed from the same material and a joint is not present therebetween.
A composition comprising particles or agglomerates of one or more cotelomers of methacrylic acids and anhydrides having a heteroatom selected from the group consisting of sulfur, nitrogen or phosphorus, and, further, having a mean average particle size of from 2 μm to 1 mm, wherein the particles or agglomerates comprise powders, pellets, prills or granules of the cotelomers or suspensions thereof in non-aqueous carriers, and wherein the cotelomers comprise from 1% methacrylic anhydride repeat units, based on the total weight of methacrylic acid and anhydride monomers used to make the cotelomers.
System for detecting and displaying baropostural parameters, comprising: - a platform with a footplate intended to accommodate a person standing on it and provided with sensors for detecting the pressure distribution of the imprint of the two feet on the footplate; - an electronic acquisition device connected to the sensors for digital acquisition of the pressure distribution in order to create a map of the pressure points of the feet on the footplate; - calculation means designed to calculate, for each foot and for both feet on the footplate, the geometric centres (52, 53, 54) and the barycentres (55, 56, 57) of the map of the pressure points; - display means which display on a screen a graphical representation of the imprints of the two feet on the footplate together with the corresponding geometric centres (52, 53, 54) and barycentres (55, 56, 57) calculated by the calculation means. - a platform with a footplate intended to accommodate a person standing on it and provided with sensors for detecting the pressure distribution of the imprint of the two feet on the footplate; - an electronic acquisition device connected to the sensors for digital acquisition of the pressure distribution in order to create a map of the pressure points of the feet on the footplate; - calculation means designed to calculate, for each foot and for both feet on the footplate, the geometric centres (52, 53, 54) and the barycentres (55, 56, 57) of the map of the pressure points; - display means which display on a screen a graphical representation of the imprints of the two feet on the footplate together with the corresponding geometric centres (52, 53, 54) and barycentres (55, 56, 57) calculated by the calculation means.
Lamp (11; 21; 61), in particular LED lamp, comprising at least one illuminant (12; 22; 62) and at least one translucent plastic element (13; 23; 63) which is arranged in the optical path of the light (14; 24) emitted by the at least one illuminant (12; 22; 62), and at least two plastic layers (13a, 13b; 23a, 23b; 64, 66a, 66b) of different translucent materials, characterized in that the translucencies (T 1, T 2) of the two plastic layers (13a, 13b; 23a, 23b; 64, 66a, 66b) have opposing wavelength dependencies such that the overall transmission function of the at least one plastic element (13; 23; 63) is changed in a desired manner.
System (40, 80) for monitoring the contact pressure of a force-locking and/or form-locking connection (46, 98), - with a first component (42, 82) designated to be connected to a second component (48, 86) by means of a force-locking and/or form-locking connection (46, 98), - wherein the first component (42, 82) has a contact surface (56, 102) which is designated to come into contact with the second component (48, 86) during establishing of the force-locking and/or form-locking connection (46, 98), in particular in the region of the force-locking and/or form-locking connection (46, 98), - wherein a fiber-optic sensor (2, 22, 68, 108) is arranged in the region of the contact surface (56, 102) of the first component in such a way that a mechanical load dependent on the contact pressure acting on the contact surface (56, 102) is transferred to the fiber-optic sensor (2, 22, 68, 108), characterized - in that a groove (58, 104) is provided in the region of the contact surface (56, 102), in which groove the fiber-optic sensor (4, 24, 60, 106) is arranged, wherein a pressure transfer element (62, 108) is provided between the fiber-optic sensor (4, 24, 60, 106) and the plane of the contact surface (56, 102), which pressure transfer element transfers to the fiber-optic sensor (4, 24, 60, 106) a reduced pressure dependent on a contact pressure (p) acting on the contact surface (56, 102), and wherein the pressure transfer element (62, 108) is an elastic element. - with a first component (42, 82) designated to be connected to a second component (48, 86) by means of a force-locking and/or form-locking connection (46, 98), - wherein the first component (42, 82) has a contact surface (56, 102) which is designated to come into contact with the second component (48, 86) during establishing of the force-locking and/or form-locking connection (46, 98), in particular in the region of the force-locking and/or form-locking connection (46, 98), - wherein a fiber-optic sensor (2, 22, 68, 108) is arranged in the region of the contact surface (56, 102) of the first component in such a way that a mechanical load dependent on the contact pressure acting on the contact surface (56, 102) is transferred to the fiber-optic sensor (2, 22, 68, 108), - in that a groove (58, 104) is provided in the region of the contact surface (56, 102), in which groove the fiber-optic sensor (4, 24, 60, 106) is arranged, wherein a pressure transfer element (62, 108) is provided between the fiber-optic sensor (4, 24, 60, 106) and the plane of the contact surface (56, 102), which pressure transfer element transfers to the fiber-optic sensor (4, 24, 60, 106) a reduced pressure dependent on a contact pressure (p) acting on the contact surface (56, 102), and wherein the pressure transfer element (62, 108) is an elastic element.
A sensor node for a wireless sensor network for acquiring measured values in an aircraft, wherein the sensor node comprises: a sensor unit for acquiring the measured values; a power supply unit for supplying the sensor node with electrical energy; and a transmitting and receiving unit for wirelessly transmitting the acquired, pre-processed measured values to a central data collection and evaluation unit, characterized in that the sensor node is configured to change a frequency range for transmitting the acquired, pre-processed measured values in dependence of the flight status of the aircraft. a sensor unit for acquiring the measured values; a power supply unit for supplying the sensor node with electrical energy; and a transmitting and receiving unit for wirelessly transmitting the acquired, pre-processed measured values to a central data collection and evaluation unit, characterized in that the sensor node is configured to change a frequency range for transmitting the acquired, pre-processed measured values in dependence of the flight status of the aircraft.
Acoustic panels fastening system for plane surfaces comprising a plurality of acoustic panels and a support structure comprising: a plurality of fastening beams; a plurality of fastening elements for fastening the fastening beams to the plane surface; characterized by four or more second fastening elements, wherein each of said second fastening elements comprises: a rail attached to the acoustic panel; and a fitting-clip slidably connected to the rail along a first sliding axis; wherein the fitting-clip comprises a clip for slidably fastening to one of said plurality of fastening beams along a second sliding axis; wherein for each acoustic panel, there are four second fastening elements, each positioned in a vertex of each acoustic panel; wherein the fitting-clips of each acoustic panel are arranged to connect the rail to the beam, such that an air gap is created between the acoustic panel and the plane surface. a plurality of fastening beams; a plurality of fastening elements for fastening the fastening beams to the plane surface; characterized by four or more second fastening elements, wherein each of said second fastening elements comprises: a rail attached to the acoustic panel; and a fitting-clip slidably connected to the rail along a first sliding axis; wherein the fitting-clip comprises a clip for slidably fastening to one of said plurality of fastening beams along a second sliding axis; wherein for each acoustic panel, there are four second fastening elements, each positioned in a vertex of each acoustic panel; wherein the fitting-clips of each acoustic panel are arranged to connect the rail to the beam, such that an air gap is created between the acoustic panel and the plane surface. a rail attached to the acoustic panel; and a fitting-clip slidably connected to the rail along a first sliding axis; wherein the fitting-clip comprises a clip for slidably fastening to one of said plurality of fastening beams along a second sliding axis; wherein for each acoustic panel, there are four second fastening elements, each positioned in a vertex of each acoustic panel; wherein the fitting-clips of each acoustic panel are arranged to connect the rail to the beam, such that an air gap is created between the acoustic panel and the plane surface.
A tamper evident closure container comprising: a first casing member and a second casing member, the first casing member and the second casing member each having an inner surface (132,232) with a plurality of transverse dosing ribs (152,252), a bridge, and a retainer (140,240) projecting therefrom that are configured to cradle a syringe therebetween, the syringe containing a predetermined amount of fluid; a fastener having a pull-tab extending outwardly when the container is in a closed position, the fastener being connected to one of the first casing member and the second casing member and having a barb _configured to maintain closure of the container; by engaging a slot formed in an outer surface (106,206) in the other of the first casing member and the second casing member and a female stacking structure extending inwardly into an outer surface (106,206) of one of the first casing member and the second casing member and a male stacking structure extending outwardly from an outer surface (106,206) of the other of the first casing member and the second casing member, wherein removal of the pull-tab permanently detaches at least a portion of the fastener thereby providing a visibly noticeable tear in the fastener. a first casing member and a second casing member, the first casing member and the second casing member each having an inner surface (132,232) with a plurality of transverse dosing ribs (152,252), a bridge, and a retainer (140,240) projecting therefrom that are configured to cradle a syringe therebetween, the syringe containing a predetermined amount of fluid; a fastener having a pull-tab extending outwardly when the container is in a closed position, the fastener being connected to one of the first casing member and the second casing member and having a barb _configured to maintain closure of the container; by engaging a slot formed in an outer surface (106,206) in the other of the first casing member and the second casing member and a female stacking structure extending inwardly into an outer surface (106,206) of one of the first casing member and the second casing member and a male stacking structure extending outwardly from an outer surface (106,206) of the other of the first casing member and the second casing member, wherein removal of the pull-tab permanently detaches at least a portion of the fastener thereby providing a visibly noticeable tear in the fastener.
A process for making a calcium carbonate slurry comprising the steps of (a) forming a mixture comprising water, an acidic dispersant system, and calcium carbonate, (b) grinding said mixture to form a preliminary slurry of particles of said calcium carbonate, wherein 50% or more by weight of said calcium carbonate in said preliminary slurry, based on the total weight of said calcium carbonate in said preliminary slurry, is in the form of particles having diameter of 2 micrometers or less, and wherein the pH of said preliminary slurry is 9.0 or below, and (c) after step (b), adding one or more organic neutralizing agent to bring the pH of said preliminary slurry to 9.4 or above. (a) forming a mixture comprising water, an acidic dispersant system, and calcium carbonate, (b) grinding said mixture to form a preliminary slurry of particles of said calcium carbonate, wherein 50% or more by weight of said calcium carbonate in said preliminary slurry, based on the total weight of said calcium carbonate in said preliminary slurry, is in the form of particles having diameter of 2 micrometers or less, and wherein the pH of said preliminary slurry is 9.0 or below, and (c) after step (b), adding one or more organic neutralizing agent to bring the pH of said preliminary slurry to 9.4 or above.
Industrial sieve for separation of materials which materials are provided in powdered, granular or other particulate form, where said industrial sieve comprises a sieve arranged in a frame which frame comprises a side member (11',11") on each opposing side of the sieve, where said side members (11',11") are connected via linear reciprocating means to a reciprocating reference mass, for reciprocating said sieve relative to the reference mass such that the reciprocating force stemming from the reciprocating means is transferred linearly and equally to each side member (11',11"), the linear reciprocating means is mounted on a separate foundation, and where resilient suspension means (13,14) are provided between the side members (11',11") and the foundation, characterised in that the reciprocating means is a linear reciprocating drive unit, where said unit comprises a motor having a rotatable output shaft which output shaft is connected eccentrically to two radially extending load members (24,25), which load members (24,25) each by means of a spring is connected to a reciprocating mass (10,30,31), one to the sieve and the other to the reference mass, where said load members (24,25) are slidingly arranged on a common linear axle, separated by a resonant spring, and where the side members (11',11") of the sieve is connected to one of the load members (24,25), and the reciprocating reference mass is connected to the other load member (24,25), and that the motor and the sliding axle are mounted on a foundation.