mhurhangee/ep-ind-claims huggingface dataset:
A safety system having at least one first safety sensor for monitoring a primary hazard zone, wherein the first safety sensor has a first control and evaluation unit; and having at least one second safety sensor for monitoring a secondary hazard zone, wherein the second safety sensor has a second control and evaluation unit; wherein the secondary hazard zone can only be reached through the primary hazard zone; wherein the first safety sensor and the second safety sensor are electrically or electronically connected; wherein the first safety sensor or the second safety sensor are configured to output at least one object determination signal; and wherein an evaluation of the first safety sensor and of the second safety sensor takes place by the first control and evaluation unit and/or by the second control and evaluation unit, characterized in that the primary hazard zone and the secondary hazard zone can be evaluated and, if no object is present in the primary hazard zone and if no object is present in the secondary hazard zone, subsequently the primary hazard zone is only evaluated for so long until an object is detected therein.
A disintegrating apparatus comprising a comb system, wherein the disintegrating apparatus has at least one disintegrating roller rotatably mounted in a machine frame and having at least one disintegrating tool arranged thereon, wherein the disintegrating apparatus has at least one counter blade cooperating with the disintegrating tool, comprising at least one base comb on which the at least one counter blade is arranged and on which at least one sieve element is arranged as a component of a sieve apparatus, wherein the sieve apparatus in its intended use at least partially contains the disintegrating roller, wherein the sieve element is spring-mounted on the base comb, a suspension is provided as a component of the mounting on the base comb, on which suspension the sieve element is pivotably mounted, a spring system consisting of at least one spring is provided that cooperates with the suspension and forms the spring-mounting of the sieve element, characterised in that a preferably replaceable retainer is provided on the base comb, on which retainer the suspension, the spring system and the sieve element are replaceably arranged, in that a toothed strip is provided, on which the counter blade is provided individually or as an assembly together with a plurality of counter blades, and in that the comb system comprises at least the base comb, the toothed strip having counter blades and/or alternating teeth, and the sieve apparatus having the retainer and sieve elements as comb extension elements.
A method of communicating using a communications device via a wireless access interface to perform device-to-device communications, the method comprising determining in accordance with predetermined conditions whether the communications device is within a coverage area for transmitting or receiving radio signals using a wireless access interface provided by a mobile communications network, receiving an indication from the mobile communications network of whether one or both of a first mode of operation and a second mode of operation are permitted for use by the communications device, and if the communications device is determined to be within the coverage area of the mobile communications network, transmitting or receiving signals via the wireless access interface to one or more other communications devices in accordance with device to device communications using communications resources of the wireless access interface allocated according to the first mode in which the mobile communications network performs resource allocation, or if the communications device is determined not to be within the coverage area of the mobile communications network, then transmitting or receiving signals via the wireless access interface to one or more other communications devices in accordance with device to device communications using communications resources of the wireless access interface allocated according to the second mode in which the communications device allocates resources from a predetermined set of resources, wherein if the communications device is determined to be within the coverage area of the mobile communications network, the transmitting or the receiving the signals via the wireless access interface using the first mode of resource allocation, includes accessing the mobile communications network to receive an allocation of the communications resources of the wireless access interface, detecting a failure condition in accessing the communications resources of the wireless access interface, and if the failure condition is detected then transmitting or receiving the signals via the wireless access interface by accessing the communications resources of the wireless access interface using the second mode of resource allocation.
Flexible sporting apparatus comprising an elongated and flexible body, said body being greppable, connectable to another identical apparatus, wherein a first end and a second end of said body can be free, joined to each other or connectable to other apparatus, wherein said body comprises: - a plurality of connection elements, said connection elements being flexible and extending between said first end and said second end at least for a part of the length of the body; - a plurality of masses (20, 21) fixed integrally to said connection elements, said masses (20, 21) being distributed between the first end and the second end of the body so that their position, in the direction of the length of the body, is maintained substantially unchanged when the apparatus is moved or bent; - a containment element that surrounds said masses (20, 21) and said connection elements for maintaining them grouped in a bundle. - a plurality of connection elements, said connection elements being flexible and extending between said first end and said second end at least for a part of the length of the body; - a plurality of masses (20, 21) fixed integrally to said connection elements, said masses (20, 21) being distributed between the first end and the second end of the body so that their position, in the direction of the length of the body, is maintained substantially unchanged when the apparatus is moved or bent; - a containment element that surrounds said masses (20, 21) and said connection elements for maintaining them grouped in a bundle.
A device for detecting a collision of a handling device with an obstacle, comprising at least one gas-filled chamber, which is surrounded by a flexible shell being deformable by collision with an obstacle and comprising a flexible support structure, wherein the support structure forms a damping element, which together with the shell mechanically damps the forces acting during a collision, and further comprising a pressure sensor for measuring the gas pressure inside the chamber, wherein the chamber, the shell, the support structure and the pressure sensor form a sensor body, which at least comprises a first and a second region, which are attachable to the handling device so as to cover a first or a second region of the handling device, characterized in that the shell and the support structure are integrally formed with each other and provide a mutually different degree of damping in the first and in the second region of the sensor body, wherein the shell and the support structure are manufactured by a generative manufacturing process, in particular in layers, such as, e.g., by selective laser sintering.
A support device for a laterally displaceable railway wagon, the support device being arranged to be mounted at an end of the railway wagon, and to provide a support against the ground, the support device comprising: - a track device including an endless track, and a body carrying the endless track; and - a track device holder, which is pivotally connected with the body via a connection shaft extending transversally through the body, wherein the track device holder comprises opposite first and second side portions (140, 142) extending along the length of the track device, a first end portion connected with the first and second side portions at one end thereof, a second end portion connected with the side portions at the other end thereof, a first suspension portion included in said first end portion, and a second suspension portion included in said second end portion, wherein the first and second side portions (140, 142) and the first and second end portions (144, 146) of the track device holder defines a collar shaped structure, wherein a part of the track device extends below the collar shaped structure, and wherein a part of the track device is encircled by the collar shaped structure. - a track device including an endless track, and a body carrying the endless track; and - a track device holder, which is pivotally connected with the body via a connection shaft extending transversally through the body,
An operating table for securing and holding breasts of a patient, the operating table comprising: a patient placement table configured to place and secure the patient at a supine position and to hold the secured state of the patient also in a state where the patient is rotated such that breasts of the patient droop; a main body configured to support the patient placement table from below; a coupling unit configured to removably couple the patient placement table to the main body; and a rotation mechanism configured to rotate the patient placement table with a hand-feet direction as the rotation axis and to hold the patient placement table at any given rotation angle, wherein the patient placement table includes a mounting member configured to mount a securing unit so that the mounted securing unit can secure and hold the breasts of the patient to allow an irradiation of a proton beam on the breasts while keeping the breasts away from the chest wall; and wherein while the patient placement table on which the patient is placed at a supine position is coupled to the main body using the coupling unit, the patient placement table is configured to rotate about the rotation axis by the rotation mechanism, and the securing unit is configured to secure the drooping breast of the patient, the securing unit being mounted to the mounting member. a patient placement table configured to place and secure the patient at a supine position and to hold the secured state of the patient also in a state where the patient is rotated such that breasts of the patient droop; a main body configured to support the patient placement table from below; a coupling unit configured to removably couple the patient placement table to the main body; and a rotation mechanism configured to rotate the patient placement table with a hand-feet direction as the rotation axis and to hold the patient placement table at any given rotation angle, wherein the patient placement table includes a mounting member configured to mount a securing unit so that the mounted securing unit can secure and hold the breasts of the patient to allow an irradiation of a proton beam on the breasts while keeping the breasts away from the chest wall; and wherein while the patient placement table on which the patient is placed at a supine position is coupled to the main body using the coupling unit, the patient placement table is configured to rotate about the rotation axis by the rotation mechanism, and the securing unit is configured to secure the drooping breast of the patient, the securing unit being mounted to the mounting member.
Undersleeper pad for a track sleeper supported in the ballast bed, wherein the undersleeper pad is formed from an elastic, and in particular hard elastic, material, wherein the undersleeper pad is designed to be arrangeable at least on the underside of the track sleeper, and wherein the undersleeper pad is provided, at least in certain regions, with a coating by means of which the friction with the ballast grains of the ballast bed is reduced, characterized in that the coating takes the form of a metal coating, a composite coating or a plastic coating, wherein the plastic coating is a sheet or film, and in that the material of the pad on which the coating is arranged has a Shore A hardness of 40 to 80.
Method for operating a driver assistance system of a motor vehicle, wherein the driver assistance system comprises a control device and a camera which captures the area in front of the vehicle and whose images are processed by the control device to obtain information on which the operation of the driver assistance system is based, characterised in that, following arrangement of a portable image capture device comprising a camera and a control device in a mount near the windscreen, a communication link is built up between the two control devices (3, 11), after which the control device associated with the driver assistance system actuates the control device of the image capture device to capture images of the area in front of the vehicle, wherein three-dimensional stereoscopic information is obtained through processing of the images of both cameras (4, 9), wherein the captured images are preprocessed by the control device of the image capture device to obtain features extracted from the image data as preprocessing information, wherein the control device of the driver assistance system processes the preprocessing information together with the images of the camera to obtain information.
A communication device for use with an ear of a user, the device comprising: a first input transducer configured for placement inside an ear canal; a second input transducer configured for placement outside the ear canal; and at least one output transducer (1; 2) configured for placement inside the ear canal, on an eardrum or in the middle ear of the user, the at least one output transducer coupled to the first input transducer and the second input transducer to transmit sound detected from the first input transducer and the second input transducer to the user; wherein the first input transducer is configured to detect high frequency sound comprising spatial localization cues; wherein the second input transducer is configured to detect low frequency sound; wherein the first input transducer is coupled to the at least one output transducer to transmit the high frequency sound to the user with a first gain; and wherein the second input transducer is coupled to the at least one output transducer to transmit the low frequency sound to the user with a second gain. a first input transducer configured for placement inside an ear canal; a second input transducer configured for placement outside the ear canal; and at least one output transducer (1; 2) configured for placement inside the ear canal, on an eardrum or in the middle ear of the user, the at least one output transducer coupled to the first input transducer and the second input transducer to transmit sound detected from the first input transducer and the second input transducer to the user; wherein the first input transducer is configured to detect high frequency sound comprising spatial localization cues; wherein the second input transducer is configured to detect low frequency sound; wherein the first input transducer is coupled to the at least one output transducer to transmit the high frequency sound to the user with a first gain; and wherein the second input transducer is coupled to the at least one output transducer to transmit the low frequency sound to the user with a second gain.
A system (10, 10') for harvesting electrical energy during ski touring, comprising: - an electrical generator arrangement for converting mechanical energy to electrical energy, - a storage device for electrical energy, and - a consumer (26, 28, 30, 34, 36) of electrical energy or an interface for establishing an electrical connection to such consumer, characterised in that said electrical generator arrangement for converting mechanical energy is associated with the pivoting movement of a ski boot relative to a ski when using Nordic skiing techniques. - an electrical generator arrangement for converting mechanical energy to electrical energy, - a storage device for electrical energy, and - a consumer (26, 28, 30, 34, 36) of electrical energy or an interface for establishing an electrical connection to such consumer, characterised in that said electrical generator arrangement for converting mechanical energy is associated with the pivoting movement of a ski boot relative to a ski when using Nordic skiing techniques.
A laundry treatment device, comprising: a cabinet; an inner drum disposed in the cabinet and having an air outlet and an opening; a cover disposed to the cabinet and configured to open or close the opening; a position limiter switchable between a first position and a second position and having a rod shape, wherein both ends of the position limiter are configured to be a fixed end and a free end respectively, when the position limiter is located at the first position, the free end of the position limiter extends into the opening to stop the cover from closing the opening, and when the position limiter is located at the second position, the free end of the position limiter moves out from the opening, and the cover is configured to close the opening; a reset member configured to constantly apply a pushing force on the position limiter in a direction towards the first position; and a filter assembly detachably disposed at the air outlet, wherein when the filter assembly is removed from the air outlet, the position limiter is located at the first position, and when the filter assembly is mounted to the air outlet, the filter assembly is configured to push the position limiter to switch the position limiter to the second position. a cabinet; an inner drum disposed in the cabinet and having an air outlet and an opening; a cover disposed to the cabinet and configured to open or close the opening; a position limiter switchable between a first position and a second position and having a rod shape, wherein both ends of the position limiter are configured to be a fixed end and a free end respectively, when the position limiter is located at the first position, the free end of the position limiter extends into the opening to stop the cover from closing the opening, and when the position limiter is located at the second position, the free end of the position limiter moves out from the opening, and the cover is configured to close the opening; a reset member configured to constantly apply a pushing force on the position limiter in a direction towards the first position; and a filter assembly detachably disposed at the air outlet, wherein when the filter assembly is removed from the air outlet, the position limiter is located at the first position, and when the filter assembly is mounted to the air outlet, the filter assembly is configured to push the position limiter to switch the position limiter to the second position.
A terminal block connecting with a plurality of high-current electrical wires and a plurality of neutral wires extended from coils of a rotating electric machine, comprising: - a terminal block main body; - a plurality of high-current electrical wire connecting sections which are provided in the terminal block main body and to which a terminal of the plurality of high-current electrical wires is respectively connected; - a plurality of neutral wire connecting sections which are provided in the terminal block main body and to which a terminal of the plurality of neutral wires is respectively connected; and - a bus bar which is fixed to the terminal block main body and that connects the plurality of neutral wire connecting sections to each other, wherein: - the terminal block main body has a partition wall provided between the high-current electrical wire connecting section and the bus bar and - the partition wall is made of a material having an electrical insulating property. - a terminal block main body; - a plurality of high-current electrical wire connecting sections which are provided in the terminal block main body and to which a terminal of the plurality of high-current electrical wires is respectively connected; - a plurality of neutral wire connecting sections which are provided in the terminal block main body and to which a terminal of the plurality of neutral wires is respectively connected; and - a bus bar which is fixed to the terminal block main body and that connects the plurality of neutral wire connecting sections to each other, - the terminal block main body has a partition wall provided between the high-current electrical wire connecting section and the bus bar and - the partition wall is made of a material having an electrical insulating property.
A method of manufacturing a mud motor comprising: providing an intermediate assembly including a mud motor rotor core, the rotor core having a contoured surface defining a set of rotor lobes extending along a length of the rotor core, the set of rotor lobes formed by helical lobe crests separated from each other by helical lobe valleys, characterised by wrapping a length of an uncured first high molecular weight elastomer in a helical pattern around the intermediate assembly to cover an intermediate assembly outer surface and form a rotor core final assembly; curing the uncured first high molecular weight elastomer in the final assembly, wherein the rotor core includes a longitudinal bore, and wherein curing the uncured first high molecular weight elastomer includes passing a heated fluid through the bore; and machining the cured first high molecular weight elastomer in the final assembly to form a uniform cured elastomeric seal layer. providing an intermediate assembly including a mud motor rotor core, the rotor core having a contoured surface defining a set of rotor lobes extending along a length of the rotor core, the set of rotor lobes formed by helical lobe crests separated from each other by helical lobe valleys, characterised by wrapping a length of an uncured first high molecular weight elastomer in a helical pattern around the intermediate assembly to cover an intermediate assembly outer surface and form a rotor core final assembly; curing the uncured first high molecular weight elastomer in the final assembly, wherein the rotor core includes a longitudinal bore, and wherein curing the uncured first high molecular weight elastomer includes passing a heated fluid through the bore; and machining the cured first high molecular weight elastomer in the final assembly to form a uniform cured elastomeric seal layer.