mhurhangee/ep-ind-claims huggingface dataset:
A profile fixing accessory for mounting panels or covering elements of a cladding, elevated floor or lowered ceiling to elongated profiles being generally U-shaped with sidewalls defining a longitudinal groove delimited by facing edges said edges defining a toothed profile, the profile fixing accessory comprising a lock element and a key element, the lock element defining two parallel and spaced apart toothed sections extending in a Y-direction; characterized in that the key element defining a wedge configured to cooperate with said lock for limiting the relative movement between the toothed sections in an X-direction perpendicular to said Y-direction, and in that both toothed sections are joined to one another by a flexible link configured to allow relative movement of both toothed sections versus one another in the Y-direction and the X-direction perpendicular to said Y-direction.
A film coated tablet wherein the core of the tablet consists of 400 mg of ibuprofen, 100 mg of caffeine, 50 to 100 mg of one or more disintegrating agents and one or more further components selected from the group of carriers, flow regulating agents and lubricants, characterized in that - the core of the tablet is obtainable by direct dry compression of all the components and consists of 90 to 98 % by weight of ibuprofen, caffeine and one or more disintegrating agents and of 2 to 10% by weight of one or more further components selected from the group of carriers, flow regulating agents and lubricants; - the disintegrating agents are selected from microcrystalline cellulose and a combination of microcrystalline cellulose and croscarmellose; - the carrier is selected from the group consisting of lactose, cellulose, saccharose, polyethylene glycol and polyethylene oxide. - the core of the tablet is obtainable by direct dry compression of all the components and consists of 90 to 98 % by weight of ibuprofen, caffeine and one or more disintegrating agents and of 2 to 10% by weight of one or more further components selected from the group of carriers, flow regulating agents and lubricants; - the disintegrating agents are selected from microcrystalline cellulose and a combination of microcrystalline cellulose and croscarmellose; - the carrier is selected from the group consisting of lactose, cellulose, saccharose, polyethylene glycol and polyethylene oxide.
A Controller Area Network CAN device comprising: a transmit data TXD input interface; a TXD output interface; a receive data RXD input interface; a RXD output interface; and a traffic control system connected between the TXD input and output interfaces and between the RXD input and output interfaces, and configured to detect the presence of classic CAN traffic on the RXD input interface; wherein the CAN device characterized by the TXD input interface and the RXD output interface being configured to be coupled to a classic CAN controller, and the traffic control system being further configured to: when the presence of classic CAN traffic is detected on the RXD input interface and the classic CAN controller is determined to be in error passive state, emulate an error management protocol of the classic CAN controller in response to signals received on the TXD input interface. a transmit data TXD input interface; a TXD output interface; a receive data RXD input interface; a RXD output interface; and a traffic control system connected between the TXD input and output interfaces and between the RXD input and output interfaces, and configured to detect the presence of classic CAN traffic on the RXD input interface; wherein the CAN device characterized by the TXD input interface and the RXD output interface being configured to be coupled to a classic CAN controller, and the traffic control system being further configured to: when the presence of classic CAN traffic is detected on the RXD input interface and the classic CAN controller is determined to be in error passive state, emulate an error management protocol of the classic CAN controller in response to signals received on the TXD input interface.
System for wheel monitoring in a vehicle, the system comprising: at least one sensor, which is arranged in the vehicle for generating at least one wheel related measurement, wherein the at least one sensor comprises a rotational speed sensor for each wheel; at least one vehicle processing device, which is included in the vehicle; and a remote processing arrangement, which is separate from the vehicle; wherein the at least one vehicle processing device is arranged to receive at least one wheel related measurement from the at least one sensor, and based on this perform a basic wheel monitoring functionality, determining whether there is a problem with one or more of the wheels, and the remote processing arrangement is arranged to receive at least one wheel related parameter, determined based on said at least one wheel related measurement, and perform an enhanced wheel monitoring functionality, providing further information regarding the determined problem with one or more of the wheels, by performing calculations based on said at least one wheel related parameter. at least one sensor, which is arranged in the vehicle for generating at least one wheel related measurement, wherein the at least one sensor comprises a rotational speed sensor for each wheel; at least one vehicle processing device, which is included in the vehicle; and a remote processing arrangement, which is separate from the vehicle; wherein the at least one vehicle processing device is arranged to receive at least one wheel related measurement from the at least one sensor, and based on this perform a basic wheel monitoring functionality, determining whether there is a problem with one or more of the wheels, and the remote processing arrangement is arranged to receive at least one wheel related parameter, determined based on said at least one wheel related measurement, and perform an enhanced wheel monitoring functionality, providing further information regarding the determined problem with one or more of the wheels, by performing calculations based on said at least one wheel related parameter.
Mounting aid tool for mounting a protective net having a plurality of mesh openings into a touch-and-close or mushroom-head tape having a plurality of hooking elements which extend from a carrier tape, wherein each hooking element has at its free end a hooking geometry which can engage in mesh openings of the protective net in a fastening manner, wherein the mounting aid tool comprises a handle and at least one applicator head, the respective applicator head has a base plate, which is connected to the handle, and a plurality of rectilinear webs, the base plate has a first main surface, which is to face the protective net, and a rear second main surface which end at a free front edge of the base plate, and the webs in their longitudinal direction along the first main surface run parallel to one another at a predetermined distance from one another and in their vertical direction extend away from the first main surface, wherein the parallel running webs in their longitudinal direction project by a predetermined excess length beyond the front edge of the base plate. the mounting aid tool comprises a handle and at least one applicator head, the respective applicator head has a base plate, which is connected to the handle, and a plurality of rectilinear webs, the base plate has a first main surface, which is to face the protective net, and a rear second main surface which end at a free front edge of the base plate, and the webs in their longitudinal direction along the first main surface run parallel to one another at a predetermined distance from one another and in their vertical direction extend away from the first main surface, wherein the parallel running webs in their longitudinal direction project by a predetermined excess length beyond the front edge of the base plate.
A base station apparatus that allocates a resource for communication to a terminal device, comprising: congestion degree estimation means for estimating a congestion degree in the base station apparatus; and resource control means for controlling a resource allocation amount to the terminal device based on the congestion degree estimated by the congestion degree estimation means, wherein the resource control means is configured to set an upper-limit value of the resource allocation so that the upper-limit value of the resource allocation becomes smaller as the congestion degree becomes larger. congestion degree estimation means for estimating a congestion degree in the base station apparatus; and resource control means for controlling a resource allocation amount to the terminal device based on the congestion degree estimated by the congestion degree estimation means, wherein the resource control means is configured to set an upper-limit value of the resource allocation so that the upper-limit value of the resource allocation becomes smaller as the congestion degree becomes larger.
A spiral tube-like heater in which a first heat-resistive resin tape and a second heat-resistive resin tape are laminated with an adhesive layer interposed therebetween while two or more heating elements extending in the longitudinal direction are interposed between the first heat-resistive resin tape and the second heat-resistive resin tape, the two or more heating elements being disposed while being insulated from each other and being respectively and independently joined to different lead wires from the outside, the spiral tube-like heater being characterized in that an adhesive sheet is disposed between the first heat-resistive resin tape and one joint portion of the joint portions of the two or more heating elements with respect to the lead wires and is disposed between the second heat-resistive resin tape and the other joint portions (3a, 3c) adjacent to the one joint portion, and then the first heat-resistive resin tape and the second heat-resistive resin tape are laminated through the adhesive layer.
A reel motor for a driven conveyor roller with a stator surrounded by a stator housing and a rotor driving a rotor shaft, further having a tubular outer housing surrounding the stator housing spaced apart in the circumferential direction, wherein a cooling channel, which is fluidly connected to a stator-receiving interior space of the stator housing through openings formed in the stator housing, is formed between the outer housing and the stator housing, wherein the stator housing has two outer portions and a central portion, which is axially in between and directly adjacent, along its axial longitudinal direction, wherein the stator and the rotor are arranged in the central portion and in the outer portions of the stator housing, the respective openings to the cooling channel are provided for flow connection, and a fan wheel fixed to the rotor shaft, which is formed to create a cooling air flow, wherein the interior space of the stator housing and the cooling channel determine a closed cooling circuit through which the cooling air flow is guided, wherein the rotor shaft is rotatably mounted in the stator housing via a bearing shield and a bearing received in the bearing shield (16 relative to the stator housing and the bearing shield has flow passages which determine a part of the closed cooling circuit, and wherein the flow passages of the bearing shield are oriented facing the stator and/or formed nozzle-shaped, wherein the outer housing is connected to the rotor shaft and wherein a gear is provided, wherein the outer housing is connected to the rotor shaft via the gear. wherein the rotor shaft is rotatably mounted in the stator housing via a bearing shield and a bearing received in the bearing shield (16 relative to the stator housing and the bearing shield has flow passages which determine a part of the closed cooling circuit, and wherein the flow passages of the bearing shield are oriented facing the stator and/or formed nozzle-shaped, wherein the outer housing is connected to the rotor shaft and wherein a gear is provided, wherein the outer housing is connected to the rotor shaft via the gear.
An endoscopic stone-extraction device comprising: a support filament comprising an end portion having a plurality of stacked loops, wherein the plurality of stacked loops are different sizes, wherein all of the different-sized loops are arranged in decreasing-size order to form a hood-like structure; a sheath comprising a lumen, wherein the support filament is disposed in the lumen such that the sheath is slideable with respect to the support filament; and a handle comprising an actuator and a laser fiber port; wherein the sheath fits alongside a laser fiber inside the endoscope; wherein movement of the actuator in a first direction retracts the sheath and causes the plurality of stacked loops to expand outside the lumen in an arc-like shape, wherein there are no elements extending between or across the plurality of stacked loops when the plurality of stacked loops expand outside the lumen; wherein movement of the actuator in a second direction advances the sheath and causes the plurality of stacked loops to at least partially collapse inside the lumen; and wherein the stacked loops are configured to trap a stone and configured to serve as a mechanical backstop. a support filament comprising an end portion having a plurality of stacked loops, wherein the plurality of stacked loops are different sizes, wherein all of the different-sized loops are arranged in decreasing-size order to form a hood-like structure; a sheath comprising a lumen, wherein the support filament is disposed in the lumen such that the sheath is slideable with respect to the support filament; and a handle comprising an actuator and a laser fiber port; wherein the sheath fits alongside a laser fiber inside the endoscope; wherein movement of the actuator in a first direction retracts the sheath and causes the plurality of stacked loops to expand outside the lumen in an arc-like shape, wherein there are no elements extending between or across the plurality of stacked loops when the plurality of stacked loops expand outside the lumen; wherein movement of the actuator in a second direction advances the sheath and causes the plurality of stacked loops to at least partially collapse inside the lumen; and wherein the stacked loops are configured to trap a stone and configured to serve as a mechanical backstop.
Fire extinguishing device, designed for local firefighting outside buildings at the site of a fire source and comprising - a first extinguishing agent container for an extinguishing water, a second extinguishing agent container for an extinguishing water additive, a mixing device for mixing extinguishing water, and a mobile extinguishing unit for an extinguishing water additive; - at least a manually operable high-pressure spraying device with at least an extinguishing nozzle in fluid communication with the extinguishing agent container (20, 22), and - at least a pressure generation device for the discharge of an extinguishing agent via the high-pressure spraying device, wherein the pressure generation device is designed to generate a discharge pressure for the extinguishing agent of at least 10 bar, and wherein the extinguishing agent is produced from a mixture of extinguishing water and an extinguishing water additive, characterized in that, a concentrate of at least one pre-swollen super-absorbent polymer in an organic phase is provided as the extinguishing water additive, wherein the extinguishing nozzle is formed as a high-pressure jet nozzle, wherein the extinguishing agent is dischargeable as a spray mist, and wherein the opening angle of the spray cone produced by the extinguishing nozzle is less than 15°. - a first extinguishing agent container for an extinguishing water, a second extinguishing agent container for an extinguishing water additive, a mixing device for mixing extinguishing water, and a mobile extinguishing unit for an extinguishing water additive; - at least a manually operable high-pressure spraying device with at least an extinguishing nozzle in fluid communication with the extinguishing agent container (20, 22), and - at least a pressure generation device for the discharge of an extinguishing agent via the high-pressure spraying device,
An apparatus comprising: a housing (12, 112, 212, 312, 412, 512), where the housing comprises a sound hole (32, 432); a speaker comprising a sound transducer located in the housing; and a dust barrier (46, 70, 170, 270, 470, 570, 670) in the housing located between the sound hole and the sound transducer, where the dust barrier comprises an inner portion located in a path between the sound hole and the sound transducer, where the inner portion comprises a dust collection pocket (60, 76, 276, 476, 576, 676) configured to accumulate dust therein, where a sound aperture is provided between the sound hole and the sound transducer such that sound passes by the dust collection pocket between the sound hole and the sound transducer. a housing (12, 112, 212, 312, 412, 512), where the housing comprises a sound hole (32, 432); a speaker comprising a sound transducer located in the housing; and a dust barrier (46, 70, 170, 270, 470, 570, 670) in the housing located between the sound hole and the sound transducer, where the dust barrier comprises an inner portion located in a path between the sound hole and the sound transducer, where the inner portion comprises a dust collection pocket (60, 76, 276, 476, 576, 676) configured to accumulate dust therein, where a sound aperture is provided between the sound hole and the sound transducer such that sound passes by the dust collection pocket between the sound hole and the sound transducer.
A partition for use in a carton to support and locate bottles, the partition being elongate and being made of a material capable of supporting the weight of a plurality of bottles, the partition having side faces and semi-circular recesses (12, 14) in the top edge thereof, each recess (12, 14) having therein a strip of cushioning material (16, 18) which includes a web which covers the semi- cylindrical face of the recess, characterised in that the cushioning material (16, 18) further includes flanges which lie against the side faces of said partition.
Rod-shaped magnetic field sensor with an external housing having an external thread and with a sensor head having a Hall probe and a permanent magnet, characterized in that the external housing is a plastic injection-moulded component that embeds the sensor head and has a threaded sleeve injected into the plastic injection-moulded component, said threaded sleeve having the external thread.
A method for the production of a container from thermoplastic synthetic material by extrusion blow molding, wherein the container is provided during its molding within a multi-part tool with at least one connection element penetrating the wall thereof, wherein the wall of the container in the still plasticized state is penetrated by a part of the connection element in such a way that the connection element at least in partial regions enters into an integral connection with the container wall, wherein the connection element is provided with a penetration tip and the connection element is pushed into a matrix provided in the tool when the container wall is penetrated, which matrix is or is being arranged on the side of the container wall facing away from the connection element, wherein a nipple is used as connection element, which is provided with a circumferential flange for welding to the container wall, and as a penetration tip a sleeve-shaped cutting element is used, which is detachably attached to on the connection element.
Open-end type spinning machine comprising at least one spinning head having a spinning unit which produces yarn by introducing a fibre web into a spinning rotor and a winding unit into reels, wherein the winding unit into reels winds onto a tube a reel of yarn obtained from the underlying spinning unit, - at least one piecing trolley mobile so as to be able to position itself in the vicinity of each spinning head and perform piecing operations of a broken yarn, wherein - the piecing trolley comprises an intake nozzle unit shaped so as to perform all the operations of grasping a yarn end and preparing the same for subsequent piecing, and an introduction group of the yarn, shaped to grasp the yarn end, previously prepared for piecing, and bring it to the spinning rotor of the spinning unit for its piecing with the yarn being formed, wherein the intake nozzle unit comprises an intake nozzle with an entrance portion from which it draws in the yarn and cutting means for cutting the yarn, characterized in that the intake nozzle unit further comprises a yarn presence sensor inside the intake nozzle and a preparation device of the yarn end, and in that the entrance portion develops into a straight cylindrical portion in which the yarn is conveyed into and which develops into an intake pipe having an internal diameter Dn in which the yarn is conveyed into, and wherein the intake nozzle comprises, therein, a cavity which defines a passage into which the drawn in yarn is forced, wherein the cross-section for the passage of air in the straight cylindrical portion of the intake nozzle decreases from the inlet portion to the end preparation device, and from the end preparation device to the cutting means. - at least one piecing trolley mobile so as to be able to position itself in the vicinity of each spinning head and perform piecing operations of a broken yarn, wherein - the piecing trolley comprises an intake nozzle unit shaped so as to perform all the operations of grasping a yarn end and preparing the same for subsequent piecing, and an introduction group of the yarn, shaped to grasp the yarn end, previously prepared for piecing, and bring it to the spinning rotor of the spinning unit for its piecing with the yarn being formed,
A computer-implemented method for creating an expanded 3D data model of a jaw (12, 14) of a patient, the expanded 3D data model of the jaw (12, 14) comprising at least one partial 3D data model of the dental crowns of the teeth of the jaw, which are located in a predetermined tooth position, and a partial 3D data model of a fictitious gum (F mod), the starting point of the method being a 3D data model of the jaw (12, 14) obtained by means of a 3D scan, which comprises partial 3D data models of the dental crowns and a partial 3D data model of an actual gum (F act), starting from this 3D data model and taking account of a tooth/gum boundary, the partial 3D data model of the actual gum (F act)being separated and finally removed from the partial 3D data models of the dental crowns, so that in the course of carrying out the method, there is a time at which a 3D data model (10") of the jaw (12, 14) exists, which is free from any partial 3D data model representing the actual gum (F act) of the patient and which contains a predetermined tooth position of the teeth, and subsequently, a partial 3D data model of a fictitious gum (F mod) being created on the basis of at least the partial 3D data model of the dental crowns and added to the 3D data model, which contains the predetermined tooth position of the teeth, characterized in that when creating the 3D data model of the fictitious gum (F mod) for each of the teeth of the 3D data model (10"), which contains the predetermined tooth position of the teeth, a 3D data model of a basic gingiva is created separately, and the 3D data models of the basic gingivae of all teeth are connected to the 3D data model, which contains the predetermined tooth position of the teeth, to give the expanded 3D data model of the jaw (12, 14).