mhurhangee/ep-ind-claims huggingface dataset:
Applicator for applying an application material, in particular for applying a damping material, a sealing material or adhesive, grease, oil, silicone or a spray film, in particular for seam sealing on a flanged seam of a component, in particular a motor vehicle bodywork component, having a) a base element, in particular for mounting on an application robot for movable positioning and orientation of the applicator by the application robot, or for mounting on a stationary stand, b) a nozzle head with at least one outlet nozzle for the delivery of the application material through the outlet nozzle, c) a rotary drive, which is supported on the base element and acts upon the nozzle head, d) an eccentric which is rotated by the rotary drive and acts on the nozzle head, so that the nozzle head carries out an eccentric movement relative to the base element, and e) a torque bracket which is supported on one side against the nozzle head and on the other side against the base element, so that the torque bracket prevents a rotation movement of the nozzle head, characterised in that the torque bracket comprises the following: f) a rod which is mounted on the nozzle head and is oriented transversely to the rotation axis of the rotary drive, and g) a rod guide which is mounted on the base element and guides the rod displaceably. a) a base element, in particular for mounting on an application robot for movable positioning and orientation of the applicator by the application robot, or for mounting on a stationary stand, b) a nozzle head with at least one outlet nozzle for the delivery of the application material through the outlet nozzle, c) a rotary drive, which is supported on the base element and acts upon the nozzle head, d) an eccentric which is rotated by the rotary drive and acts on the nozzle head, so that the nozzle head carries out an eccentric movement relative to the base element, and e) a torque bracket which is supported on one side against the nozzle head and on the other side against the base element, so that the torque bracket prevents a rotation movement of the nozzle head, f) a rod which is mounted on the nozzle head and is oriented transversely to the rotation axis of the rotary drive, and g) a rod guide which is mounted on the base element and guides the rod displaceably.
Device for radio control of a motor for driving a mobile screen, this device comprising: - a printed circuit to control the motor, - power supply conductors (130A, 130B, 130C) for the motor and printed circuit, - an antenna which is connected to the printed circuit and coupled electromagnetically, with galvanic insulation, to at least one of the conductors, - a box in which the printed circuit, antenna and conductors (130A, 130B, 130C) are housed, characterised in that it also comprises: - means of positioning the antenna in the box, between one face of the printed circuit and at least one of the conductors to which this antenna is coupled. - a printed circuit to control the motor, - power supply conductors (130A, 130B, 130C) for the motor and printed circuit, - an antenna which is connected to the printed circuit and coupled electromagnetically, with galvanic insulation, to at least one of the conductors, - a box in which the printed circuit, antenna and conductors (130A, 130B, 130C) are housed, - means of positioning the antenna in the box, between one face of the printed circuit and at least one of the conductors to which this antenna is coupled.
A method for three-dimensional nucleic acid imaging diagnosis of tissue, comprising: (a) clearing a tissue sample, wherein the clearing process comprises: (i) fixing a tissue sample by adding it to a fixing solution comprising sucrose, (ii) reacting the fixed sample in a tissue clearing solution comprising 3-[(3-cholamidopropyl)dimethylammonio]-1-propanesulfonate (CHAPS), urea and sodium chloride (NaCl), and (iii) adding the sample reacted in the tissue clearing solution to a washing solution comprising phosphate buffer saline and sodium azide to wash an organic material attached to the sample; (b) isothermally amplifying a biomarker to be detected by adding an enzyme reaction mixed solution and a primer to the cleared tissue sample obtained in Step (a); and (c) detecting the biomarker amplified in Step (b). (a) clearing a tissue sample, wherein the clearing process comprises: (i) fixing a tissue sample by adding it to a fixing solution comprising sucrose, (ii) reacting the fixed sample in a tissue clearing solution comprising 3-[(3-cholamidopropyl)dimethylammonio]-1-propanesulfonate (CHAPS), urea and sodium chloride (NaCl), and (iii) adding the sample reacted in the tissue clearing solution to a washing solution comprising phosphate buffer saline and sodium azide to wash an organic material attached to the sample; (i) fixing a tissue sample by adding it to a fixing solution comprising sucrose, (ii) reacting the fixed sample in a tissue clearing solution comprising 3-[(3-cholamidopropyl)dimethylammonio]-1-propanesulfonate (CHAPS), urea and sodium chloride (NaCl), and (iii) adding the sample reacted in the tissue clearing solution to a washing solution comprising phosphate buffer saline and sodium azide to wash an organic material attached to the sample; (b) isothermally amplifying a biomarker to be detected by adding an enzyme reaction mixed solution and a primer to the cleared tissue sample obtained in Step (a); and (c) detecting the biomarker amplified in Step (b).
Two plates (110, 120) that are mechanically secured with one another and a connector making an electrical connection between the two plates (110, 120), the connector comprising a first socket fixed to a first said plate, a second socket fixed to a second said plate, and a connector pin, the first and second sockets both comprising an aperture (55, 65) for receiving the connector pin, wherein the connector further comprises a first spring for contacting between the connector pin and the first socket, and a second spring for contacting between the connector pin and the second socket, characterised in that the two plates (110, 120) are mechanically secured in physical contact with one another, the first socket comprising a planar portion contacting the first plate to form an electrical connection therewith, and the second socket comprising a planar portion contacting the second plate to form an electrical connection therewith, the planar portions sandwiching the plates (110, 120) between the planar portions (52, 62).
Electric motor, in particular radiator cooling fan motor of a motor vehicle, having a rotor that is rotatably mounted with respect to a stator and having an electronics compartment for receiving converter electronics and having an electronics compartment cover that has a peripheral sealing groove, into which a peripheral edge of the electronics compartment engages with a corresponding sealing web, characterised by - a motor support having the electronics compartment which is formed by an integral die-cast part made of aluminium and has radially running clamping ribs outside the electronics compartment on the upper side facing towards the electronics compartment cover on opposite sides of the electronics compartment, - wherein the electronics compartment cover is formed by an injection-moulded part made of plastic, - wherein a filling gap is formed between the cover-side peripheral sealing groove and the corresponding sealing web of the electronics compartment, said sealing web engaging positively into said sealing groove, into which filling gap a sealant that adheres by warming is introduced as the sealing material, and - wherein fixing clamps are moulded onto the electronics compartment cover, which engage over the corresponding clamping ribs provided on the motor support for roughly centring and at least for roughly fixing the electronics compartment cover on the motor support. - a motor support having the electronics compartment which is formed by an integral die-cast part made of aluminium and has radially running clamping ribs outside the electronics compartment on the upper side facing towards the electronics compartment cover on opposite sides of the electronics compartment, - wherein the electronics compartment cover is formed by an injection-moulded part made of plastic, - wherein a filling gap is formed between the cover-side peripheral sealing groove and the corresponding sealing web of the electronics compartment, said sealing web engaging positively into said sealing groove, into which filling gap a sealant that adheres by warming is introduced as the sealing material, and - wherein fixing clamps are moulded onto the electronics compartment cover, which engage over the corresponding clamping ribs provided on the motor support for roughly centring and at least for roughly fixing the electronics compartment cover on the motor support.
A tube in tube type continuous glass-lined metal reactor, comprising a) an outer glass lined segment; b) an inner glass lined segment disposed in the outer glass lined segment thereby defining an intermediate glass lined region; wherein reactant flows through the intermediate glass lined region and the heat transfer fluid flows through regions other than the intermediate region of the outer glass lined segment and the inner glass lined segment, characterized in that said inner glass-lined segment is assembled with said outer glass lined segment using a port, said port possessing one or more openings for single point or multi point feeding, and in that said port comprises a solid metal block with glass lined inner surfaces [204, 205], which is connected to the segments [104, 105] using flanges [503, 410], using gaskets or O-rings [203, 202]. a) an outer glass lined segment; b) an inner glass lined segment disposed in the outer glass lined segment thereby defining an intermediate glass lined region; wherein reactant flows through the intermediate glass lined region and the heat transfer fluid flows through regions other than the intermediate region of the outer glass lined segment and the inner glass lined segment, characterized in that said inner glass-lined segment is assembled with said outer glass lined segment using a port, said port possessing one or more openings for single point or multi point feeding, and in that said port comprises a solid metal block with glass lined inner surfaces [204, 205], which is connected to the segments [104, 105] using flanges [503, 410], using gaskets or O-rings [203, 202].
Method for earthing an electrical component which is received in a body which is capable of being assembled with a cover, the cover being in electrical contact with the electrical component when it is assembled on the body, in which method: - the cover is positioned relative to the body using a centering component which is arranged in the body and in electrical contact with the body, and - the cover is assembled in a state positioned in this manner on the body so that the cover is, on the one hand, in electrical contact with the centering component and, on the other hand, in electrical contact with the electrical component. - the cover is positioned relative to the body using a centering component which is arranged in the body and in electrical contact with the body, and - the cover is assembled in a state positioned in this manner on the body so that the cover is, on the one hand, in electrical contact with the centering component and, on the other hand, in electrical contact with the electrical component.
Pneumatic brake booster, of axis, controlled by a control rod at the rear of the booster, which comprises: a. a casing having, along the axis, a rear part on the control rod side and an opposite front part, b. a separating partition which is movable along the axis of the booster and divides the interior of the casing and c. a device for generating a pressure difference around this separating partition, this device being controlled by the control rod, d. a tube parallel to the axis for accommodating within the casing the shaft (219, 220) of a bolt which can traverse the front part of the casing, the movable separating partition and the rear part of the casing, e. this tube being fixed in translation and in rotation to the rear part of the casing in a sealed manner and the sealed fixing being obtained by crimping the tube onto the rear part of the casing, characterized in that a sleeve is fixed in translation and in rotation to the front part of the tube projecting outwardly from the front part of the casing, this sleeve comprising an external thread and an internal knurl or an internal thread over at least part of its axial length, the sleeve being fixed to the tube by the tube pressing radially onto this knurl or onto this internal thread. a. a casing having, along the axis, a rear part on the control rod side and an opposite front part, b. a separating partition which is movable along the axis of the booster and divides the interior of the casing and c. a device for generating a pressure difference around this separating partition, this device being controlled by the control rod, d. a tube parallel to the axis for accommodating within the casing the shaft (219, 220) of a bolt which can traverse the front part of the casing, the movable separating partition and the rear part of the casing, e. this tube being fixed in translation and in rotation to the rear part of the casing in a sealed manner and the sealed fixing being obtained by crimping the tube onto the rear part of the casing,
A mirror assembly for use by an individual, the mirror assembly comprising:- a base unit having a user fastening for releasably fastening the base unit to a user; and a mirror unit, that matches the exterior profile of the base unit and which is connected to the base unit by an arm member (3,2), the arm member being deployable to move the mirror unit away from the base unit, wherein the arm member is formed of first and second limbs, hingedly coupled together, wherein the first limb is retractable into the base unit.
A programmable logic circuit for controlling an electrical facility, in particular a nuclear facility, the programmable logic circuit comprising an operating unit comprising: - a plurality of types of functional blocks (FB 1, FB i, FB N), two distinct types of functional blocks being suitable for executing at least one distinct function, - at least one processing module suitable for receiving at least one sequence of functional block/s to be executed, the sequence of functional block/s to be executed being a computer file listing an instantiation order of the functional blocks to be to be executed in series to perform a control-command application, - at least one internal memory configured to store at least said sequence, the programmable logic circuit comprising a single functional block of each type, a same functional block being suitable for being called several times, and an execution module configured to execute the called functional block/s in series, according to said sequence. - a plurality of types of functional blocks (FB 1, FB i, FB N), two distinct types of functional blocks being suitable for executing at least one distinct function, - at least one processing module suitable for receiving at least one sequence of functional block/s to be executed, the sequence of functional block/s to be executed being a computer file listing an instantiation order of the functional blocks to be to be executed in series to perform a control-command application, - at least one internal memory configured to store at least said sequence,
A process for improving the stability of precipitated silica particles with stannous ions, said process comprising the steps of: a) providing one or more precipitated silica particles; b) subjecting the precipitated silica particles to a temperature from 850°C to 1050°C for a period of time to produce one or more treated precipitated silica particles; wherein the period of time is less than 5 minutes. a) providing one or more precipitated silica particles; b) subjecting the precipitated silica particles to a temperature from 850°C to 1050°C for a period of time to produce one or more treated precipitated silica particles;
Server for adaptive streaming of media content to a client, wherein the media content is encoded as at least two streams having a different quality level, each stream comprising consecutive segments, the server comprising: - a receiver configured to receive a request from the client for a selected segment of a first stream of the at least two streams; and - a transmitter configured to, in response to the request for the selected segment of the first stream: ∘ send the selected segment of the first stream to the client; and the transmitter further characterized by being configured to ∘ push a corresponding segment of a second stream of the at least two streams to the client, wherein the second stream has a lower quality level than the first stream. - a receiver configured to receive a request from the client for a selected segment of a first stream of the at least two streams; and - a transmitter configured to, in response to the request for the selected segment of the first stream: ∘ send the selected segment of the first stream to the client; and the transmitter further characterized by being configured to ∘ push a corresponding segment of a second stream of the at least two streams to the client, wherein the second stream has a lower quality level than the first stream. ∘ send the selected segment of the first stream to the client; and the transmitter further characterized by being configured to ∘ push a corresponding segment of a second stream of the at least two streams to the client, wherein the second stream has a lower quality level than the first stream.
Assembly of a controller, which is arranged or to be arranged on a hydraulic lifting device, and of a mobile control module, by means of which the controller can be remotely operated, wherein sensor data can be fed to the controller via signal inputs (6, 7) and a processor of the controller is designed to calculate first information, which is characteristic of the current position of the lifting device and, if applicable, a lifting load raised by the lifting device, from said sensor data and from data specific to the lifting device that are stored in a memory, wherein the controller has an operating mode in which parameters for a further position of the lifting device and/or for a lifting load raised or to be raised by the lifting device can be input at the mobile control module and second information, which is characteristic of the further position and/or the lifting load raised or to be raised by the lifting device, are calculated from said parameters and the stored data and are compared with the first information and/or the specific data, wherein the calculation and the comparison are performed by means of the processor of the controller and wherein the mobile control module and the controller communicate with each other in a wireless and/or wired manner.
An electronic control unit for a vehicle, the electronic control unit comprising processing circuitry configured to: determine first cryptographic information based on a private key of the electronic control unit and based on a public key of a second entity; obtain second cryptographic information from an external apparatus via an interface, the interface being a Joint Test Action Group, JTAG, interface; compare the first cryptographic information and the second cryptographic information; and unlock a control access to the electronic control unit if the first cryptographic information and the second cryptographic information match; and provide debug functionality for the electronic control unit to the external apparatus after unlocking the control access. determine first cryptographic information based on a private key of the electronic control unit and based on a public key of a second entity; obtain second cryptographic information from an external apparatus via an interface, the interface being a Joint Test Action Group, JTAG, interface; compare the first cryptographic information and the second cryptographic information; and unlock a control access to the electronic control unit if the first cryptographic information and the second cryptographic information match; and provide debug functionality for the electronic control unit to the external apparatus after unlocking the control access.
A method to control access to data stored on a data store of a computing device from a requesting component operating on the computing device, an access component of the computing device having control over access to the data, the method comprising the access component: before the access component receives a request for data from the requesting component, the access component associating a data domain to the data by: evaluating data characteristics of the data, comparing the data characteristics with data classifications defined in a security policy to assign the data domain to the data, and storing the data, with the data domain assigned to the data, in the data store; receiving the request for the data from the requesting component operating on the computing device and controlling the access to the requested data by: identifying an assigned access domain of the requesting component and the assigned data domain of the requested data based on the security policy; determining whether the requesting component is authorized to access the requested data by comparing the assigned access domain and the assigned data domain with permissions specified in the security policy; and, if the assigned access domain is authorized to access the assigned data domain, providing access to the requested data. before the access component receives a request for data from the requesting component, the access component associating a data domain to the data by: evaluating data characteristics of the data, comparing the data characteristics with data classifications defined in a security policy to assign the data domain to the data, and storing the data, with the data domain assigned to the data, in the data store; evaluating data characteristics of the data, comparing the data characteristics with data classifications defined in a security policy to assign the data domain to the data, and storing the data, with the data domain assigned to the data, in the data store; receiving the request for the data from the requesting component operating on the computing device and controlling the access to the requested data by: identifying an assigned access domain of the requesting component and the assigned data domain of the requested data based on the security policy; determining whether the requesting component is authorized to access the requested data by comparing the assigned access domain and the assigned data domain with permissions specified in the security policy; and, if the assigned access domain is authorized to access the assigned data domain, providing access to the requested data. identifying an assigned access domain of the requesting component and the assigned data domain of the requested data based on the security policy; determining whether the requesting component is authorized to access the requested data by comparing the assigned access domain and the assigned data domain with permissions specified in the security policy; and, if the assigned access domain is authorized to access the assigned data domain, providing access to the requested data.
Piston pump for a high-pressure cleaning appliance, comprising a plurality of pump chambers into each of which one piston which is movable back and forth plunges, and which are each in flow connection via a suction valve with a suction inlet and via a pressure valve with a pressure outlet, the pistons each being surrounded by a sealing ring which is supported in the radial direction by a ring wall and in the axial direction by a support ring, characterized in that the piston pump comprises a one-piece support shield which forms the support rings and surrounds the ring walls in the circumferential direction.