mhurhangee/ep-ind-claims huggingface dataset:
An assembly for connecting a first electrical conductor to a second electrical conductor, with a press-on adapter which has at least one externally actuable press-on element (29, 129), and with a housing-like contact preventer, wherein the contact preventer is adapted for connecting the second electrical conductor received in the contact preventer in an insertion direction to the first electrical conductor, the insertion direction being perpendicular to an effective direction of the press-on element (29, 129), wherein the contact preventer comprises a protective housing which comprises a receptacle for the second conductor, wherein the protective housing has a fork-shaped mating area with at least one contacting slot (67, 67', 67a, 67a') which runs parallel to the insertion direction characterized in that the press-on adapter comprises a receptacle for the first and the second electrical conductor with the contact preventer, in that, for contacting, the at least one contacting slot (67, 67', 67a, 67a') exposes an interior of the contact preventer to the outside towards the receptacle for the first conductor, wherein the press-on element (29, 129) is configured to press the first conductor in the direction of the contacting slot (67, 67', 67a, 67a'), thereby generating a normal force between the first and the second electrical conductor, wherein the press-on element (29, 129) is formed by a screw and a nut and wherein the receptacle for the first and second electrical conductor with the contact preventer is formed between the nut and the screw. with a press-on adapter which has at least one externally actuable press-on element (29, 129), and with a housing-like contact preventer, wherein the contact preventer is adapted for connecting the second electrical conductor received in the contact preventer in an insertion direction to the first electrical conductor, the insertion direction being perpendicular to an effective direction of the press-on element (29, 129), wherein the contact preventer comprises a protective housing which comprises a receptacle for the second conductor, wherein the protective housing has a fork-shaped mating area with at least one contacting slot (67, 67', 67a, 67a') which runs parallel to the insertion direction characterized in that the press-on adapter comprises a receptacle for the first and the second electrical conductor with the contact preventer, in that, for contacting, the at least one contacting slot (67, 67', 67a, 67a') exposes an interior of the contact preventer to the outside towards the receptacle for the first conductor, wherein the press-on element (29, 129) is configured to press the first conductor in the direction of the contacting slot (67, 67', 67a, 67a'), thereby generating a normal force between the first and the second electrical conductor, wherein the press-on element (29, 129) is formed by a screw and a nut and wherein the receptacle for the first and second electrical conductor with the contact preventer is formed between the nut and the screw.
Firewood oven, comprising: a combustion chamber for burning firewood; a combustion grate with openings, which is arranged on an underside of the combustion chamber and is intended for receiving the firewood; an igniting means receptacle, which is accommodated in a region underneath the combustion grate and is designed for receiving an igniting means, wherein the igniting means receptacle has openings in the bottom in order that combustion remains can fall through; and an igniting device (9, 20), which is designed for the automatic ignition of the igniting means received by the igniting means receptacle, wherein the igniting device is designed as an electrically activatable ignition source, in order to heat the igniting means located in the igniting means receptacle to such an extent that it ignites; characterized in that the igniting means receptacle is designed as a tray or drawer, which can be pushed into the region and removed from it, wherein the igniting means receptacle has a peripheral surround with an opening, which is arranged adjacent to the igniting device (9, 20), in order to ignite the igniting means. a combustion chamber for burning firewood; a combustion grate with openings, which is arranged on an underside of the combustion chamber and is intended for receiving the firewood; an igniting means receptacle, which is accommodated in a region underneath the combustion grate and is designed for receiving an igniting means, wherein the igniting means receptacle has openings in the bottom in order that combustion remains can fall through; and an igniting device (9, 20), which is designed for the automatic ignition of the igniting means received by the igniting means receptacle, wherein the igniting device is designed as an electrically activatable ignition source, in order to heat the igniting means located in the igniting means receptacle to such an extent that it ignites; characterized in that the igniting means receptacle is designed as a tray or drawer, which can be pushed into the region and removed from it, wherein the igniting means receptacle has a peripheral surround with an opening, which is arranged adjacent to the igniting device (9, 20), in order to ignite the igniting means.
An anhydrous cosmetic composition, characterized in that it comprises anhydrous spheroids having a diameter of 0.1 to 10 mm and having a melting point above 50°C, said spheroids consisting of a cosmetically acceptable lipid matrix which is solid at room temperature, comprising: (a) at least one hydrocarbon oil, and optionally a gelling agent for said hydrocarbon oil, and/or (b) at least one wax, said spheroids being dispersed in an immiscible continuous phase comprising at least one silicone oil. (a) at least one hydrocarbon oil, and optionally a gelling agent for said hydrocarbon oil, and/or (b) at least one wax,
A joining device for joining two panels of furniture or other furnishing items, one first panel positioned perpendicular to the other second panel, with an edge of the first panel that can be firmly abutted against a surface of the second panel, said device comprising a pin configured to be extendable from the second panel and configured to be inserted in a complementary seat of the first panel, the device further comprising a stable connection and blocking system of said pin being provided inside said seat, said pin is divided into two sections (521,522), a first section that can be provided on the first panel and a second section that can be provided on the second panel, said first section which can be arranged on said first panel has a cylindrical element comprising a housing, said connection and blocking system comprising a grub screw or headless screw interacting with said housing formed in said cylindrical element of said first section, wherein the second section of the pin comprises a threaded stem, which is to be screwed into the second panel, and the first and second sections (521, 522) of the pin being releasably intercoupled with each other on a plane parallel to said second panel, said first section comprises a female part configured to be provided in said first panel and said second section comprises a male part configured to be provided on said second panel and suitable for being intercoupled, said female part of said first section providing a coupling extension and said male part of said second section providing an enlarged element suitable for being engaged in said coupling extension and extending from the threaded stem for remaining protruding from the second panel and to be inserted into the coupling extension.
A mobile communication method for switching a mobile station from a state of performing voice communications using a voice communication packet bearer via a radio access network in a first communication scheme which does not support a circuit-switched communication and a mobile transmission network accommodating the radio access network in the first communication scheme to a state of performing voice communications using a circuit-switched bearer via a radio access network in a second communication scheme which supports the circuit-switched communication and a core network accommodating the radio access network in the second communication scheme, the mobile communication method comprising the steps of: causing the mobile station to switch a radio access network in a connection destination from the radio access network in the first communication scheme to the radio access network in the second communication scheme; characterized by causing a mobility management node in the mobile transmission network to store predetermined information indicating that switching of the radio access network in the connection destination in the mobile station has been performed; causing the mobility management node to receive a delete bearer request signal to the voice communication packet bearer from a serving gateway apparatus in the mobile transmission network; and causing the mobility management node to transmit to the serving gateway apparatus a delete bearer response signal to the delete bearer request signal, without giving an instruction to the mobile station or the radio access network in the first communication scheme to release the voice communication packet bearer, if the mobility management node has stored the predetermined information. causing the mobile station to switch a radio access network in a connection destination from the radio access network in the first communication scheme to the radio access network in the second communication scheme; characterized by causing a mobility management node in the mobile transmission network to store predetermined information indicating that switching of the radio access network in the connection destination in the mobile station has been performed; causing the mobility management node to receive a delete bearer request signal to the voice communication packet bearer from a serving gateway apparatus in the mobile transmission network; and causing the mobility management node to transmit to the serving gateway apparatus a delete bearer response signal to the delete bearer request signal, without giving an instruction to the mobile station or the radio access network in the first communication scheme to release the voice communication packet bearer, if the mobility management node has stored the predetermined information.
Motor vehicle latch, in particular an electrically operated motor vehicle latch, for a movable part of a vehicle, comprising a locking mechanism having at least one catch and at least one pawl for locking the catch in at least one ratchet position, an opening drive comprising at least one motor and at least one gear for electromechanically unlocking the locking mechanism, further comprising a load opening drive for electromechanically unlocking the locking mechanism in a load case, wherein the load opening drive can be activated by a user from at least outside the vehicle, wherein at least one energy source, in the form of a battery or a supercapacitor, is provided for supplying energy to the load opening drive, wherein a switching means for activating the load opening drive is provided, wherein the switching means can be arranged at a location on the movable part that is accessible to the user outside the vehicle, wherein the load opening drive is signal-connected to a control unit and the control unit interacts with a detection unit so that the load opening drive can be activated in the event of a load detection by the detection unit, wherein the switching means, the energy source and the load opening drive are connected in series so that the load opening drive can be activated only when the control unit receives a signal from the detection unit that a load case exists, so that a switch of the control unit is closed, wherein the load opening drive is activated only when the switch of the switching means is also operated and an opening request from a user of the vehicle is implemented.
A method for producing solid fuel tablets for a gas generator and/or a pyrotechnical actuator of a vehicle occupant restraint system, characterized by the following method steps of: a) providing a solid fuel; b) compacting the solid fuel into a tablet blank, the tablet blank having at least one predetermined breaking point which divides the tablet blank into at least two partial areas; and c) breaking the tablet blank along the at least one predetermined breaking point, wherein each of the at least two partial areas forms a solid fuel tablet. a) providing a solid fuel; b) compacting the solid fuel into a tablet blank, the tablet blank having at least one predetermined breaking point which divides the tablet blank into at least two partial areas; and c) breaking the tablet blank along the at least one predetermined breaking point, wherein each of the at least two partial areas forms a solid fuel tablet.
A sublimating dye ink for ink jets, containing water, a sublimating dye, a humectant, and an anionic polymer dispersant, wherein the anionic polymer dispersant is a styrene-(meth)acrylic acid-based copolymer having an acid value of 160 to 250 mgKOH/g and a weight average molecular weight of 8,000 to 20,000, and the sublimating dye ink for ink jets further contains, as a penetrant, an acetylene glycol-based compound expressed by a chemical formula below:
Apparatus for providing transcutaneous electrical nerve stimulation to a user, said apparatus comprising: a housing; a stimulation unit for electrically stimulating nerves using asymmetric biphasic electrical pulses, wherein during each phase of an asymmetric biphasic electrical pulse, said stimulation unit generates a voltage at an anode that is higher than a voltage at a cathode so as to allow current to flow from the anode to the cathode, and wherein said stimulation unit delivers a larger amount of electrical charge in the second phase of the asymmetric biphasic electrical pulse than the amount of electrical charge delivered in the first phase of the asymmetric biphasic electrical pulse using the same anode voltage setting in both phases of the asymmetric biphasic electrical pulse; a control unit for controlling the electrical stimulation delivered by said stimulation unit; and an electrode array connectable to said stimulation unit, said electrode array comprising a substrate and at least first and second electrodes, the at least first and second electrodes being mounted to said substrate with a predetermined arrangement, such that when said substrate is placed on the user, said first electrode overlays a first nerve but not a second nerve and said second electrode overlays the second nerve but not the first nerve. a housing; a stimulation unit for electrically stimulating nerves using asymmetric biphasic electrical pulses, wherein during each phase of an asymmetric biphasic electrical pulse, said stimulation unit generates a voltage at an anode that is higher than a voltage at a cathode so as to allow current to flow from the anode to the cathode, and wherein said stimulation unit delivers a larger amount of electrical charge in the second phase of the asymmetric biphasic electrical pulse than the amount of electrical charge delivered in the first phase of the asymmetric biphasic electrical pulse using the same anode voltage setting in both phases of the asymmetric biphasic electrical pulse; a control unit for controlling the electrical stimulation delivered by said stimulation unit; and an electrode array connectable to said stimulation unit, said electrode array comprising a substrate and at least first and second electrodes, the at least first and second electrodes being mounted to said substrate with a predetermined arrangement, such that when said substrate is placed on the user, said first electrode overlays a first nerve but not a second nerve and said second electrode overlays the second nerve but not the first nerve.
Protective cap for cylindrically mounted optical elements, comprising a retaining ring which is placed rotatably onto a cylinder ring, the - retaining ring covering the circumferential surface of the cylinder ring in a positively locking manner, - there being a latching means (10, 11, 12) with a latching element (11, 12) which engages in a non-positive or positively locking manner into the latching means (10, 11, 12) between the cylinder ring and the retaining ring, characterized in that - the latching element (11, 12) can be released by way of an actuating element (13; 26) which is attached to the retaining ring, and - there is a folding hinge on the retaining ring for fastening and moving a protective cover out of a covering position into a spatially fixed open position, - the rotational position of the retaining ring relative to the cylinder ring and the relative position between the folding hinge and the cylinder ring being fixed by way of the latching element (11, 12) which engages into the latching means (10, 11, 12), and the protective cover being part of the protective cap. - retaining ring covering the circumferential surface of the cylinder ring in a positively locking manner, - there being a latching means (10, 11, 12) with a latching element (11, 12) which engages in a non-positive or positively locking manner into the latching means (10, 11, 12) between the cylinder ring and the retaining ring, - the latching element (11, 12) can be released by way of an actuating element (13; 26) which is attached to the retaining ring, and - there is a folding hinge on the retaining ring for fastening and moving a protective cover out of a covering position into a spatially fixed open position, - the rotational position of the retaining ring relative to the cylinder ring and the relative position between the folding hinge and the cylinder ring being fixed by way of the latching element (11, 12) which engages into the latching means (10, 11, 12), and the protective cover being part of the protective cap.
A method of manufacturing a rolling bearing unit that presses other end surface of an inner ring in an axial direction with a caulking section formed by plastically deforming a cylindrical section, formed on other end portion of a hub main body in the axial direction, outward in a radial direction in order to apply a coupling force, which is directed toward one side of the hub main body in the axial direction, to an inner ring fitted onto the hub main body, characterized in that the method of manufacturing a rolling bearing unit comprises: a process of processing the cylindrical section into the caulking section by rolling each of a plurality of rollers in a circumferential direction about a central axis of the hub main body, in a state in which one end surface in the axial direction of a forming die for forming a caulking section is abutted to other end surface of the cylindrical section in the axial direction, and in which the rollers disposed at a plurality of places that are fewer than a total number of forming die elements in the circumferential direction about the central axis of the hub main body are rollably pressed against other end surface of the forming die for forming the caulking section in the axial direction, the forming die for forming the caulking section being formed by combining a plurality of forming die elements that are disposed side by side in the circumferential direction about the central axis of the hub main body and that are arranged to be displaceable in the axial direction independently with each other.
Method for controlling a technical installation (1, 2), characterised in that a first device control apparatus (50, 60) transmits a public key to an input apparatus and a controller, and the input apparatus acquires at least one device parameter (11, 12), encrypts the same with the public key and transmits it as encrypted input data (21, 22) to the controller, and the controller generates at least one encrypted control command, without decrypting the encrypted input data (21, 22) in the process, from the encrypted input data (21, 22) and at least one stored, encrypted model property (31, 36), which describes the technical installation (1, 2) by means of at least one mapping function (5, 6), and transmits the same to the first device control apparatus (50, 60), and the first device control apparatus (50, 60) controls the technical installation (1, 2) with the aid of the at least one encrypted control command, wherein during the encryption the input apparatus, the controller and the first device control apparatus (50, 60) use a method to generate a homomorphic encryption. a first device control apparatus (50, 60) transmits a public key to an input apparatus and a controller, and the input apparatus acquires at least one device parameter (11, 12), encrypts the same with the public key and transmits it as encrypted input data (21, 22) to the controller, and the controller generates at least one encrypted control command, without decrypting the encrypted input data (21, 22) in the process, from the encrypted input data (21, 22) and at least one stored, encrypted model property (31, 36), which describes the technical installation (1, 2) by means of at least one mapping function (5, 6), and transmits the same to the first device control apparatus (50, 60), and the first device control apparatus (50, 60) controls the technical installation (1, 2) with the aid of the at least one encrypted control command, wherein during the encryption the input apparatus, the controller and the first device control apparatus (50, 60) use a method to generate a homomorphic encryption.
A device forming a workpiece clamp, including a body having a first face (1 a) for securing by suctioning to a worktable and a second face (1 b) for securing by suctioning to a part to be worked, characterized in that the body includes a suction-generating means connected to said first face (1 a) for securing to the worktable and to said second face (1 b) for securing a part to be worked, said body including a vacuum buffer tank, able to be suctioned by the suction-generating means.