mhurhangee/ep-ind-claims huggingface dataset:
A soundproof tyre for vehicle wheel comprising: - a carcass structure; - a tread band in a radially outer position with respect to said carcass structure; - a vulcanised layer of airtight elastomeric compound (liner), disposed in a radially inner position with respect to the carcass structure; - a noise reducing element made of foamed elastomeric material disposed in a radially inner position with respect to the vulcanised layer of airtight elastomeric compound and axially extending at least at a part of the tread band; wherein said noise reducing element is made by vulcanising a vulcanisable and foamable elastomeric compound obtained by mixing an elastomeric composition, wherein said elastomeric composition comprises: (i) 100 phr of at least one natural or synthetic elastomeric polymer, (ii) from 10 to 80 phr of at least one reinforcing filler, (iii) less than 3 phr of at least one vulcanising agent, (iv) from 5 to 30 phr of at least one expanding agent, (v) from 5 to 40 phr of at least one compound selected from the group of fatty acid amides, and (vi) from 1 to 20 phr of at least one compound selected from the group of polymers and copolymers of caprolactone, lactic acid, glycolic acid, and mixtures thereof. - a carcass structure; - a tread band in a radially outer position with respect to said carcass structure; - a vulcanised layer of airtight elastomeric compound (liner), disposed in a radially inner position with respect to the carcass structure; - a noise reducing element made of foamed elastomeric material disposed in a radially inner position with respect to the vulcanised layer of airtight elastomeric compound and axially extending at least at a part of the tread band; (i) 100 phr of at least one natural or synthetic elastomeric polymer, (ii) from 10 to 80 phr of at least one reinforcing filler, (iii) less than 3 phr of at least one vulcanising agent, (iv) from 5 to 30 phr of at least one expanding agent, (v) from 5 to 40 phr of at least one compound selected from the group of fatty acid amides, and (vi) from 1 to 20 phr of at least one compound selected from the group of polymers and copolymers of caprolactone, lactic acid, glycolic acid, and mixtures thereof.
A method for applying a binder to at least one layer of a multilayer preform, in particular in the course of the production of fiber-reinforced plastic molded parts with such a preform, wherein the preform consists of at least two layers (7, 7', 7", 7 n+1) and in particular at least one layer (7, 7', 7", 7 n+1) of a semi-finished fiber product, wherein a binder (1, 9) is applied during the assembly of the layers (7, 7', 7", 7 n+1) on at least one surface of a layer (7, 7', 7", 7 n+1), wherein the binder (1, 9) is sprayed pneumatically onto the layer (7, 7', 7", 7 n+1), wherein during spraying at least the surface of the binder is activated in such a way that at least the surface of the activated binder acts adhesively in relation to the layer (7, 7', 7", 7 n+1), and wherein a substantial portion of the activated binder adheres to the layer (7, 7', 7", 7 n+1) after contact therewith, characterized in that substantially two air flows are distinguished, once from a metering device with the metered binder (1, 9) to an application device and a warm or heated air flow from the application device to the layer to be glued, during which the binder (1, 9) is activated, that in the application device these two air flows are mixed and that a connection and/or a binder nozzle is arranged as a means for delivering the binder (1, 9) to a first pneumatic transport section.
A greenhouse comprising: a supporting structure and a translucent roofing, wherein the roofing limits the greenhouse to the outside and is supported by the supporting structure; and a shelf system comprising an arrangement of shelves with a plurality of planes, wherein the shelves are arranged such that shelf aisles are formed between opposing shelves in the longitudinal direction and shelf aisles are formed between shelves arranged next to each other in the transverse direction, wherein the supporting structure of the greenhouse is formed by the shelf system, wherein the shelf system is an automatically operable shelf system and comprises at least one autonomous shelf vehicle which is freely movable in the shelf aisles arranged in the longitudinal and transverse directions and by means of which seed stock may be put into a storage place in the shelf system or fetched therefrom. a supporting structure and a translucent roofing, wherein the roofing limits the greenhouse to the outside and is supported by the supporting structure; and a shelf system comprising an arrangement of shelves with a plurality of planes, wherein the shelves are arranged such that shelf aisles are formed between opposing shelves in the longitudinal direction and shelf aisles are formed between shelves arranged next to each other in the transverse direction, wherein the supporting structure of the greenhouse is formed by the shelf system, wherein the shelf system is an automatically operable shelf system and comprises at least one autonomous shelf vehicle which is freely movable in the shelf aisles arranged in the longitudinal and transverse directions and by means of which seed stock may be put into a storage place in the shelf system or fetched therefrom.
An apparatus for cone beam computed tomography of a portion of a lower leg of a patient, comprising: a source transport actuable to move a radiation source along at least a portion of an arcuate source path within a housing, wherein the source path extends from one side of a circumferential gap in the housing to the other side of the circumferential gap and has a radius R2 about a center; a pedestal indent on the housing for placement of the patient's foot; a digital radiation detector; a detector transport actuable to move the detector along at least a portion of an arcuate detector path within the housing, the detector path having a radius R1 about the center and concentric with the source path, wherein R1 is less than R2, and wherein the detector path extends from one side of the pedestal indent to the other; and a gap closure apparatus that is movable to a position that continues the detector path across the circumferential gap and that encloses the detector path across the gap. a source transport actuable to move a radiation source along at least a portion of an arcuate source path within a housing, wherein the source path extends from one side of a circumferential gap in the housing to the other side of the circumferential gap and has a radius R2 about a center; a pedestal indent on the housing for placement of the patient's foot; a digital radiation detector; a detector transport actuable to move the detector along at least a portion of an arcuate detector path within the housing, the detector path having a radius R1 about the center and concentric with the source path, wherein R1 is less than R2, and wherein the detector path extends from one side of the pedestal indent to the other; and a gap closure apparatus that is movable to a position that continues the detector path across the circumferential gap and that encloses the detector path across the gap.
A combination of a heat-treating tower for treating inflators for an air bag and a fixed quantity supply equipment for charging the inflators into the heat-treating tower, characterized in that the fixed quantity supply equipment comprises at least: a rotatable supporting shaft, plural inflator accommodating means (14, 20) which is provided at the periphery of the supporting shaft and part of that can be openable/closable, and an opening/closing means to open/close part of the inflator accommodating means (14, 20); and the inflator accommodating means (14, 20) is configured to supply inflators by a constant number by accommodating inflators in the inflator accommodating means (14, 20) and opening/closing the part of the inflator accommodating means (14, 20) by the opening/closing means, the inflator accommodating means (14, 20) has an annular main body mounted integrally to a periphery of the supporting shaft and inflator accommodating chambers obtained by partitioning the interior of the annular main body into plural chambers, and a bottom portion of the inflator accommodating chamber is set openable/closable to form an inflator supplying port. a rotatable supporting shaft, plural inflator accommodating means (14, 20) which is provided at the periphery of the supporting shaft and part of that can be openable/closable, and an opening/closing means to open/close part of the inflator accommodating means (14, 20); and the inflator accommodating means (14, 20) is configured to supply inflators by a constant number by accommodating inflators in the inflator accommodating means (14, 20) and opening/closing the part of the inflator accommodating means (14, 20) by the opening/closing means, the inflator accommodating means (14, 20) has an annular main body mounted integrally to a periphery of the supporting shaft and inflator accommodating chambers obtained by partitioning the interior of the annular main body into plural chambers, and a bottom portion of the inflator accommodating chamber is set openable/closable to form an inflator supplying port.
A Ti:Sapphire laser device comprising: a substrate (100, 120); a first waveguide resonator (102, 122) composed of a gain medium integrated onto the substrate in a planar technology configuration; a frequency doubler (104, 124) composed of a second order nonlinear material integrated onto the substrate in a planar technology configuration; a second waveguide resonator (106, 126) composed of a titanium doped sapphire gain medium integrated onto the substrate in a planar technology configuration; wherein the first waveguide resonator is optically coupled to the frequency doubler and is capable of producing laser radiation from pump diode light input to the Ti:Sapphire laser device; wherein the frequency doubler is optically coupled to the second waveguide resonator and is capable of producing frequency doubled radiation from the laser radiation. a substrate (100, 120); a first waveguide resonator (102, 122) composed of a gain medium integrated onto the substrate in a planar technology configuration; a frequency doubler (104, 124) composed of a second order nonlinear material integrated onto the substrate in a planar technology configuration; a second waveguide resonator (106, 126) composed of a titanium doped sapphire gain medium integrated onto the substrate in a planar technology configuration; wherein the first waveguide resonator is optically coupled to the frequency doubler and is capable of producing laser radiation from pump diode light input to the Ti:Sapphire laser device; wherein the frequency doubler is optically coupled to the second waveguide resonator and is capable of producing frequency doubled radiation from the laser radiation.
Method for powering an electrical accessory of a motor vehicle comprising an electric battery to which said accessory is connected, said accessory and said battery also being electrically connected to an external electrical generator, whereby the following steps are performed in alternation: a) said accessory is powered by the battery of the vehicle, and b) said accessory and said battery are powered by the external electrical generator, by repeating steps a) and b), in such a way that the battery is not discharged beyond a lower charging threshold value. a) said accessory is powered by the battery of the vehicle, and b) said accessory and said battery are powered by the external electrical generator,
A radial press with a base structure, a pressing tool accommodated therein and a machine control, with the base structure featuring two structural elements that can be moved relative to one another to the effect of a closing motion by means of a drive unit acted upon by the machine control, with the pressing tool comprising several pressing jaws that are arranged concentrically around a press axis and the distance of which from the press axis depends on the position of the two structural elements relative to one another, and with control and display elements being assigned to the machine control, wherein the radial press furthermore features a device for determining the intensity of use and for generating usage data that is representative of the use of the radial press within a defined time period, an interface that is connected to the device for determining the intensity of use in a data-transmitting fashion and suitable for the external communication of the usage data, as well as an accounting unit that communicates with the interface and features a storage unit for a usage quota.
Assembly consisting of a hollow profile and a connector assembly anchored to the end face, wherein the connector assembly has a cover part adjoining the end face of the hollow profile and a clamping part adjoining the inner face of the hollow profile, and a screw which exerts a tensile force between the clamping part and the cover part, which is directed towards the other part in each case, wherein the clamping part is angled with the inner face of the hollow profile against movement in the longitudinal direction of the hollow profile, characterised in that the connector assembly has a connection lug with a U-like clamp shape, which consists of two legs and a connecting portion connecting them together, and encircles a through-hole, wherein the connection lug is inserted through a recess in the cover part, wherein the clamping part has a tongue which is inserted into an extension between the legs of the connection lug, wherein the connection lug adjoins the inner face of the hollow profile, and wherein the clamping part is firstly angled to the hollow profile and then to the connection lug.
An earphone for an audiometer, comprising: a right earphone portion; a left earphone portion; a right light-emitter corresponding to the right earphone portion; a left light-emitter corresponding to the left earphone portion; and a controller, wherein the controller is adapted to select any one of the right earphone portion and the left earphone portion as an earphone portion for presenting a test sound, and to cause the light-emitter corresponding to the selected earphone portion to emit light in a mode in accordance with the test sound, characterized in that the controller causes a light-emitter corresponding to the unselected earphone portion to emit light in a mode different from the mode in accordance with the test sound when a response to the test sound by a subject is detected. a right earphone portion; a left earphone portion; a right light-emitter corresponding to the right earphone portion; a left light-emitter corresponding to the left earphone portion; and a controller, wherein the controller is adapted to select any one of the right earphone portion and the left earphone portion as an earphone portion for presenting a test sound, and to cause the light-emitter corresponding to the selected earphone portion to emit light in a mode in accordance with the test sound, characterized in that the controller causes a light-emitter corresponding to the unselected earphone portion to emit light in a mode different from the mode in accordance with the test sound when a response to the test sound by a subject is detected.
A resonant converter comprising an inverter for creating an alternating current by means of a half bridge or a full bridge, with which voltage pulses are created from a DC input voltage by alternate switching of at least two switches, and a resonant arrangement fed by the alternating current with at least a series capacity and at least the primary side of a transformer, whereby at least two secondary units (20a, 20b) are included, formed, in each case, from at least a secondary winding (18a, 18b) of the transformer and at least one rectifier element (Da, Db), of which a first secondary unit and a second secondary unit are counter-oriented, and whereby at least two output voltages are delivered, of which a first output voltage (Va) is delivered by the first secondary unit and a second output voltage (Vb, Vab) is delivered either by the second secondary unit or by the first and the second secondary unit (20a, 20b), whereby, in addition, a control device is included for separate control of the first and second output voltage (Va, Vb; Vab) in each case, at a setpoint (VAref, VBref; VAref, VABref) by activating the inverter depending on the first output voltage (Va) and the second output voltage (Vb, Vab), whereby the inverter is triggered by a pulse signal such that a pulse-width modulated voltage is delivered to feed the resonant arrangement, and whereby the control device is designed such that it delivers two control variables (f, δ: tsH, tsL) to create the pulse signal, which specify the time characteristics of the pulse-width modulated voltage.
A filling device for a filling machine configured to fill receptacles with a pourable product; said filling device comprising: - a tubular body having a longitudinal axis, defining a central flowing channel configured to deliver said pourable product to a respective receptacle to be filled; - a shutter movable within said channel between a lower position, in which said shutter sealingly closes said channel, and an upper position, in which said shutter delimits with said channel an annular passage for said pourable product; and - at least one gas return conduit, adapted to exhaust the gas present in the respective receptacle during filling thereof and including at least one transversal gas conveying portion, extending transversally with respect to said axis and crossing said channel configured to deliver said pourable product; and a device carried by said shutter, located upstream of said gas conveying portion of said return conduit, with reference to the motion of the pourable product towards the respective receptacle, and configured to impart a movement to the pourable product itself; wherein said gas conveying portion of said return conduit is at least partially surrounded by an outer surface having, in the area extending transversally with respect to the axis and crossing said channel which delivers said pourable product, a beveled configuration, characterized in that, said device is a swirl device configured to impart a swirling movement to the pourable product, and in that said outer surface comprises an upper beveled edge and a lower beveled edge, diametrically opposite to one another for guiding said swirling movement of said pourable product. - a tubular body having a longitudinal axis, defining a central flowing channel configured to deliver said pourable product to a respective receptacle to be filled; - a shutter movable within said channel between a lower position, in which said shutter sealingly closes said channel, and an upper position, in which said shutter delimits with said channel an annular passage for said pourable product; and - at least one gas return conduit, adapted to exhaust the gas present in the respective receptacle during filling thereof and including at least one transversal gas conveying portion, extending transversally with respect to said axis and crossing said channel configured to deliver said pourable product;
A motor vehicle hinge, comprising a first hinge half that can be fastened to one of a motor vehicle door and a door frame, a second hinge half that can be fastened to the other of the motor vehicle door and the door frame, a hinge pin which connects the two hinge halves (10, 20) in an articulated manner, and a locking device arranged in one of the two hinge halves (10, 20), which locking device releasably fixes the two hinge halves (10, 20) in at least certain pivoting angles in respect of one another, wherein the locking device has a locking sleeve assigned to the hinge pin and a brake member interacting with the locking sleeve, wherein the brake member is preloaded radially against an outer circumferential surface of said locking sleeve, characterized in that the locking sleeve has a locking segment which projects in the manner of an angular segment radially over the remaining circumference of the locking sleeve.
Document shredder with a housing which has, in a housing wall, an insertion slot for inserting sheet material, wherein the insertion slot has a longitudinal extent between two slot ends, and with a cutting unit which is arranged in the housing and which has motor-driven cutting tools for shredding the sheet material, characterized in that the insertion slot is widened transversely with respect to the longitudinal extent in at least one end region that is delimited by one of the slot ends.
A foldable passenger carrier, such as an infant stroller, comprising a carrier frame and having a longitudinal direction constituting a travelling direction of said passenger carrier, a transverse direction perpendicular to said longitudinal direction and a height direction perpendicular to said longitudinal direction and to said transverse direction, said carrier frame comprising a frame body having a forward part and a rear part in said longitudinal direction and an upper part and a lower part in said height direction said upper part of said frame body comprising two longitudinal frame elements, each of said longitudinal frame elements comprising a folding hinge comprising a locking mechanism and said carrier comprising a push-handle, said push handle comprising a handle bar extending in said transverse direction of said passenger carrier, said push handle comprising two handle adjustment hinges each comprising a locking mechanism and being connected to said upper part of said frame body at said handle adjustment hinges, said push-handle being foldable in a forward direction towards said forward part of said frame body at said handle adjustment hinges, characterized in that said upper part of said carrier frame is inwardly collapsible in a direction towards said lower part of said carrier frame by each of said longitudinal frame elements being foldable in a direction towards said lower part of said frame body at each of said folding hinges, wherein said passenger carrier comprises a single manually operated control mechanism acting on all said locking mechanisms in said handle adjustment hinges and in said folding hinges.